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Transcript of PßØû ñõß–ñz®ÃòAiß´, zs®gßï®qß
UNIVERSITY OF AGRICULTURAL SCIENCES
DHARWAD
(April 2017 to March 2018)
2017-18
For official use only
Thirtysecond Annual Report
ªÀÄƪÀvÉÛgÀqÀ£ÉAiÀÄ ªÁ¶ðPÀ ªÀgÀ¢
(K¦æ ï 2017 jAzÀ ªÀiÁZïð 2018)
PÀȶ «±Àé«zÁå®AiÀÄ, zsÁgÀªÁqÀ
EDITORIAL COMMITTEE
¥ÀæwUÀ¼ÀÄ : 750No.of copies : 750
THIRTYSECOND ANNUAL REPORT OF UAS, DHARWAD
(For the period April 2017 to March 2018)
zsÁgÀªÁqÀ PÀȶ «±Àé«zÁå®AiÀÄzÀ ªÀÄƪÀvÉÛgÀqÀ£ÉAiÀÄ ªÁ¶ðPÀ ªÀgÀ¢
(CªÀ¢ü : K¦æ ï 2017 jAzÀ ªÀiÁZïð 2018)
ÀA¥ÁzÀQÃAiÀÄ ªÀÄAqÀ½
Chairman - Dr. M. N. Sreenivasa
Members - Dr. Y. R. Aladakatti
- Dr. K. A. Jahagirdar
- Dr. Shamrao Jahagirdar
- Dr. B. N. Aravinda Kumar
- Dr. M. P. Potdar
- Dr. Anilkumar Mugali
- Dr. Annapurna Kalal
- Dr. Gurudatt Hegde
- Dr. Surekha Sankanagoudar
- Dr. Spoorthi Nayak
- Dr. Basavaraj Bagewadi
Member Convenor - Dr. R. A. Balikai
ÉgÀ¼ÀZÀÄÑUÁgÀgÀÄ : ²æà ºÉZï. J¸ï. ¥Àæ À£Àß PÀĪÀiÁgï, PÁAiÀÄðzÀ²ð, rãï (¸ÁßvÀPÉÆÃvÀÛgÀ), PÀÈ««, zsÁgÀªÁqÀTypist : Sri H. S. Prasanna Kumar, Secretary, Dean (PGS), UAS, Dharwad
ªÀÄÄR ¥ÀÄl «£Áå À ªÀÄvÀÄÛ CPÀëgÀ eÉÆÃqÀuÉ : rn¦ WÀlPÀ, ¥ÀæPÀluÁ PÉÃAzÀæ,Cover page design and type setting : DTP Unit, Publication Centre
PÀȶ «±Àé«zÁå®AiÀÄ, zsÁgÀªÁqÀ - 580 005University of Agricultural Sciences, Dharwad - 580 005
ªÀÄÄ£ÀÄßr
ÀܼÀ: PÀÈ««, zsÁgÀªÁqÀ¢£ÁAPÀ: 31.10.2018 (ªÀĺÁzÉêÀ ©. ZÉnÖ)
PÀÄ®¥Àw PÀÈ««, zsÁgÀªÁqÀ
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F §ÈºÀvï UÁvÀæzÀ ªÁ¶ðPÀ ªÀgÀ¢AiÀÄ£ÀÄß ºÉÆgÀvÀgÀ®Ä vÀªÀÄUÉ ¤UÀ¢ ¥Àr¹zÀ UÀÄjAiÀÄ£ÀÄß Á¢ü À®Ä §zÀÞvÉAiÀÄ£ÀÄßvÉÆÃj¹gÀĪÀ J®è ²PÀëPÀ ºÁUÀÆ ²PÀëPÉÃvÀgÀ ¹§âA¢AiÀÄ£ÀÄß F ªÀÄÆ®PÀ C©ü£ÀA¢ ÀÄvÉÛãÉ. DqÀ½vÀ, DyðPÀ ºÁUÀÆvÁAwæPÀ ÉA§® ¤ÃrzÀ PÀ£ÁðlPÀ ÀPÁðgÀzÀ UËgÀªÁ¤évÀ gÁdå¥Á®gÀ PÀbÉÃj, gÁdå ÀgÀPÁgÀ, PÀȶ C£ÀÄ ÀAzsÁ£À¥ÀjµÀvÀÄÛ ºÁUÀÆ gÁ¶ÖçÃAiÀÄ ªÀÄvÀÄÛ CAvÀgïgÁ¶ÖçÃAiÀÄ ºÀtPÁ ÀÄ ÀA ÉÜUÀ¼ÀÄ ¤ÃrzÀ ªÀiÁUÀðzÀ±Àð£À ªÀÄvÀÄÛ £ÉgÀ«UÁVºÀÈvÀÆàªÀðPÀ zsÀ£ÀåªÁzÀUÀ¼ÀÄ. J®è rãïUÀ¼ÀÄ, ¤zÉðñÀPÀgÀÄ, PÀÄ® ÀaªÀgÀÄ, DqÀ½vÀ C¢üPÁjUÀ¼ÀÄ, D¹Û C¢üPÁjUÀ¼ÀÄ,UÀæAxÀ¥Á®gÀÄ ªÀÄvÀÄÛ «±Àé«zÁå®AiÀÄzÀ F »A¢£À J®è PÀÄ®¥ÀwUÀ¼À ÀªÀĦðvÀ ÉêÉUÁV agÀIÄtÂAiÀiÁVzÉÝãÉ.«±Àé«zÁå®AiÀÄPÉÌ ÀPÁ°PÀªÁV À®ºÉ ¤Ãr PÀæªÀÄ PÉÊPÉÆAqÀ «±Àé«zÁå®AiÀÄzÀ ªÀåªÀ¸ÁÜ¥À£Á ªÀÄAqÀ½AiÀÄ UËgÀªÁ¤évÀÀzÀ ÀågÉ®ègÀ£ÀÄß F ÀAzÀ sÀðzÀ°è Àäj ÀÄvÉÛãÉ.
J®è ªÀ®AiÀÄUÀ¼À°è ±ÉæõÀ×vÉAiÀÄ£ÀÄß Á¢ü À®Ä £ÀªÀÄä ¤gÀAvÀgÀ ¥ÀæAiÀÄvÀßUÀ¼À£ÀÄß ªÀÄÄqÀÄ¥ÁVqÀÄvÉÛÃªÉ JAzÀÄ ¥ÀtvÉÆqÀÄvÉÛêÉ.
FOREWORD
It is realized beyond doubt that higher agricultural education architects our society and
the nation in the desired direction. It also transforms human beings into human resource and
is very important in bringing positive changes, developing desired skills and competency,
academic excellence etc. Educational institutes are expected to be productive, competitive in
achieving excellence in enhanced teaching learning process. The Universities require a serious
attention and support to improve the quality of teaching and research to reap the benefits of
intellectual property, technology transformation, entrepreneurship and start-ups where
productivity could be measured and attributed to technological advances made.
The University of Agricultural Sciences (UAS), Dharwad, has been in the forefront of
agricultural education in the country since its inception and contributing immensely in human
resource development and serving the farming community of the region. This compendium
highlights the achievements of the University in academics, administration, research and
extension activities carried-out during 2017-18.
UAS, Dharwad has been the destination of choice for many students within and outside
the State and is in the forefront in adopting the changes made by the Indian Council of
Agricultural Research (ICAR) from time to time in curriculum development, implementation
of V Deans’ Committee recommendations, adoption of students' READY programme, apart
from excelling in research and technology transfer to benefit the large farming community.
We are still striving hard to strengthen the linkage between academia, industry, alumni and
other stakeholders to enhance our visibility and impact in addition to enhancing faculty
competence, diversity and scalable outlook. Effective connectivity and networking of extension
functionaries has resulted not only in imparting the knowledge and relevant skills to farmers
but also resulted in identification of outstanding farmers.
I compliment all the teaching and non-teaching staff who have dedicated themselves in
achieving the set target and a mammoth task of bringing out this Annual Report. I place on
record my sincere thanks to the administrative, financial and technical support received from
the Government of Karnataka, Hon’ble Governor’s Office, ICAR and national & international
funding agencies for their guidance and support. I am indebted to the dedicated service,
achievements and contributions of Deans, Directors, Registrar, Administrative Officer, Estate
Officer, Librarian and former Vice-Chancellors of UAS, Dharwad. I am also indebted to the
Hon’ble Members of the Board of Management for their timely action and advise to the
University.
We pledge ourselves to continue our dedicated efforts to achieve excellence in every
sphere.
(Mahadev B. Chetti)
Place: Dharwad Vice-Chancellor
Date: 31.10.2018 UAS, Dharwad
¥Àæ¸ÁÛªÀ£É
ÀܼÀ: PÀÈ««, zsÁgÀªÁqÀ (JªÀiï. J£ï. ²æäªÁ ÀÀ)¢£ÁAPÀ: 29.10.2018 CzsÀåPÀëgÀÄ, ÀA¥ÁzÀPÀ À«Äw ºÁUÀÆ
rãï (¸ÁßvÀPÉÆÃvÀÛgÀ)
¥Àæ ÀÄÛvÀ ªÁ¶ðPÀ ªÀgÀ¢ 2017-18 £ÀªÀÄä «±Àé«zÁå®AiÀÄzÀ QæAiÀiÁ²Ã® ¹§âA¢UÀ½UÉ ÀA§A¢ü¹zÀ ÉÆÃzsÀ£É,ÀA±ÉÆÃzsÀ£É ºÁUÀÆ « ÀÛgÀuÁ ZÀlĪÀnPÉUÀ¼À ªÉÄÃ É É¼ÀPÀÄ ZÀ®ÄèvÀÛzÉ.
J®è ªÀĺÁ«zÁå®AiÀÄUÀ¼ÀÄ, ÀA±ÉÆÃzsÀ£Á PÉÃAzÀæUÀ¼ÀÄ, « ÀÛgÀuÁ WÀlPÀUÀ¼ÀÄ ºÁUÀÆ «±Àé«zÁå®AiÀÄzÀ J®è« sÁUÀUÀ¼À ««zsÀ ZÀlÄZÀnPÉUÀ¼À « ÀÛøvÀ ªÀgÀ¢AiÀÄ£ÀÄß PÉÆæÃrÃPÀj À®Ä ¥ÀæAiÀÄvÀßUÀ¼À£ÀÄß ªÀiÁqÀ¯ÁVzÉ.
CUÀvÀå«gÀĪÀ ªÀiÁ»wAiÀÄ£ÀÄß MzÀV ÀĪÀ°è £ÉgÀªÁV ¥ÉÆæÃvÁ컹zÀ «±Àé«zÁå®AiÀÄzÀ C¢üPÁjUÀ½UÉ vÀÄA§ÄºÀÈzÀAiÀÄzÀPÀÈvÀdÕvÉAiÀÄ£ÀÄß À°è À®Ä £À£ÀUÉ §ºÀ¼À ÀAvÉÆõÀªÉ¤ ÀÄvÀÛzÉ. F ªÁ¶ðPÀ ªÀgÀ¢ 2017-18£ÀÄß ºÉÆgÀvÀgÀ®Ä CªÀÄÆ®åªÀiÁUÀðzÀ±Àð£À ªÀÄvÀÄÛ ÉA§® ¤ÃrzÀ «±Àé«zÁå®AiÀÄzÀ UËgÀªÁ¤évÀ PÀÄ®¥ÀwUÀ¼ÁzÀ qÁ. JA. ©. ZÉnÖ ºÁUÀÆ ¥Àæ sÁgÀPÀÄ®¥ÀwUÀ¼ÁVzÀÝ qÁ. «. DAiÀiï. ÉtV ºÁUÀÆ qÁ. JZï. § ÀªÀgÁd CªÀjUÉ ºÀÈvÀÆàªÀðPÀ zsÀ£ÀåªÁzÀUÀ¼ÀÄ.
ÀA¥ÁzÀQÃAiÀÄ ªÀÄAqÀ½AiÀÄ J®è ÀzÀ ÀågÀÄ F ªÀgÀ¢AiÀÄ J®è CzsÁåAiÀÄUÀ¼À£ÀÄß Cw ÀÆPÀëöäªÁV ¥Àj²Ã°¹ÀA¥Á¢¹zÁÝgÉ. CªÀjUÉ®è DwäÃAiÀÄvÉAiÀÄ zsÀ£ÀåªÁzÀUÀ¼ÀÄ. rãï (¸Áß.².) CªÀgÀ PÁAiÀÄðzÀ²ð ²æà JZï. J¸ï.
¥Àæ À£ÀßPÀĪÀiÁgÀ zÀtªÀjAiÀÄzÉ ÉgÀ¼ÀZÀÄÑ ªÀiÁrzÁÝgÉ ªÀÄvÀÄÛ ÀA¥ÁzÀPÀgÀ PÀbÉÃjAiÀÄ ¹§âA¢ ªÀgÀ¢ ¥ÀÄ ÀÛPÀzÀ CPÀëgÀeÉÆÃqÀuÉ ªÀÄvÀÄÛ «£Áå ÀªÀ£ÀÄß ²¹Û¤AzÀ ªÀiÁrzÁÝgÉ. EªÀgÉ®ègÀÄ ªÉÄZÀÄÑUÉUÉ ¥ÁvÀægÁVzÁÝgÉ.
CAwªÀĪÁV, ªÁ¶ðPÀ ªÀgÀ¢ 2017-18£ÀÄß ¹zÀÞ ¥Àr ÀĪÀ°è ¥ÀævÀåPÀëªÁV CxÀªÁ ¥ÀgÉÆÃPÀëªÁV £ÉgÀ«£À ºÀ ÀÛZÁazÀªÀgÉ®èjUÀÆ zsÀ£ÀåªÁzÀUÀ¼ÀÄ.
PREFACE
Place: Dharwad (M. N. Sreenivasa)
Date: 29.10.2018 Chairman, Editorial Committee &
Dean (PG Studies)
The annual Report 2017-18 highlights the activities related to Teaching, Research
and Extension carried out by our esteemed University staff.
Concerted efforts have been made in compiling the information is which the details
of various activities of all colleges, research stations, extension units and sections of the
University have been included.
It is with immense pleasure that I record my sincere gratitude for the support and
encouragement provided by the Officers of UAS, Dharwad for providing all the required
information. I sincerely thank Hon’ble Vice-Chancellor, Dr. M. B. Chetti and previous
Vice-Chancellors (I/c.), Dr. V. I. Benagi and Dr. H. Basavaraja for their valuable guidance
and support in bringing out this Annual Report.
I express my sincere thanks to the members of Editorial Committee for meticulously
editing the chapters well on time. The tireless efforts made by Shri H. S. Prasanna Kumar,
Secretary to Dean (PGS) in neat typing and the staff of editor’s office for neat type setting
and designing the report is highly appreciated.
Finally, I thank every one who directly or indirectly extended a helping hand in the
preparation of Annual Report 2017-18.
CONTENTS
1. «±Àé«zÁå®AiÀÄ / UNIVERSITY
1.1 gÀZÀ£É ªÀÄvÀÄÛ ¥Àæ±Á À£À .................................................................................................................................... 01
General .............................................................................................................................. 02
1.2 zsÁgÀªÁqÀ PÀȶ «±Àé«zÁå®AiÀÄzÀ PÀÄ®¥ÀwUÀ¼À ¥ÀæªÀÄÄR PÁAiÀÄðZÀlĪÀnPÉUÀ¼ÀÄ ............................................ 11
Important activities of the Vice-Chancellor .......................................................................... 11
1.3 ¥Àæ±À¹Û / ªÀÄ£ÀßuÉ / UËgÀªÀ EvÁå¢ ¥ÀÄgÀ¸ÁÌgÀUÀ¼ÀÄ ........................................................................................ 24
Awards/distinctions/recognitions .......................................................................................... 25
1.4 £ÉêÀÄPÁw « sÁUÀ: 2017-18£ÉAiÀÄ ¸Á°£À°è ¤ÃqÀ¯ÁzÀ §rÛUÀ¼ÀÄ/£ÉêÀÄPÁwUÀ¼ÀÄ ........................................ 36
Appointments/ promotions made during 2017-18 ................................................................ 37
1.5 «±Àé«zÁå®AiÀÄzÀ ªÁå ÀAUÀ ±ÁSÉUÀ¼À ÀÄzsÁgÀuÉ ............................................................................................ 42
Faculty improvement .......................................................................................................... 43
1.6 gÁ¶ÖçÃAiÀÄ / CAvÁgÁ¶ÖçÃAiÀÄ «ZÁgÀ ÀAQgÀt / ÀªÉÄäüÀ£À / PÁAiÀiÁðUÁgÀzÀ°è sÁUÀªÀ»¹zÀ «eÕÁ¤UÀ¼À ªÀiÁ»w (PÀÈ««, zsÁgÀªÁqÀzÀ ºÉÆgÀUÉ) ..................................................................................... 44
Participation of scientists in national/international seminars/symposia / trainings/ workshop / ......
summer/ winter/ refresher courses held at organizations other than UAS, Dharwad .............. 44
1.7 zsÁgÀªÁqÀ PÀȶ «±Àé«zÁå®AiÀÄzÀ°è £ÀqÉzÀ gÁ¶ÖçÃAiÀÄ / CAvÁgÁ¶ÖçÃAiÀÄ «ZÁgÀ ÀAQgÀt/ .............................ÀªÉÄäüÀ£À / PÁAiÀiÁðUÁgÀzÀ°è sÁUÀªÀ»¹zÀ «eÕÁ¤UÀ¼À ªÀiÁ»w ................................................................ 45
Participation of scientists in national/international seminars/symposia /trainings/ workshop/ ........
summer/ winter/ refresher courses held at organizations within UAS, Dharwad ..................... 45
1.8 gÁ¶ÖçÃAiÀÄ / CAvÁgÁ¶ÖçÃAiÀÄ «ZÁgÀ ÀAQgÀt / ÀªÉÄäüÀ£À / PÁAiÀiÁðUÁgÀ / vÀgÀ ÉÃw/ ÉùUÉ & .............ZÀ½UÁ®zÀ ÀÆ̯ï / ¥ÀÄ£À±ÉÑÃvÀ£À vÀgÀ ÉÃwUÀ¼À£ÀÄß K¥Àðr¹zÀ ªÀiÁ»w ........................................................ 46
Organization of national / international seminars / symposia / conferences / short courses/ ........
trainings / workshops / summer & winter schools / refresher courses .................................... 46
1.9 PÀȶ «±Àé«zÁå®AiÀÄPÉÌ sÉÃn ¤ÃrzÀ UÀtågÀÄ ................................................................................................. 47
Visitors to the Departments ................................................................................................. 47
2. ²PÀët / TEACHING
2.1 ««zsÀ ªÀĺÁ«zÁå®AiÀÄUÀ¼À°ègÀĪÀ ÁßvÀPÀ «zÁåyðUÀ¼À ÀASÉå ................................................................... 52
Undergraduate programme ................................................................................................. 52
2.2 ««zsÀ ªÀĺÁ«zÁå®AiÀÄUÀ¼À°ègÀĪÀ ¸ÁßvÀPÉÆÃvÀÛgÀ «zÁåyðUÀ¼À ÀASÉå ......................................................... 53
Postgraduate programme .................................................................................................... 53
2.3 «zÁåyðUÀ¼À ¥ÀæªÉñÀ («µÀAiÀĪÁgÀÄ) ........................................................................................................... 54
Admission (faculty-wise) ..................................................................................................... 54
2.4 2017-18 £Éà ±ÉÊPÀëtÂPÀ ªÀµÀðzÀ°è r¥ÉÆèêÀiÁ (PÀȶ) PÉÆøïðUÉ ¥ÀæªÉñÀ ¥ÀqÉzÀ «zÁåyðUÀ¼À ÀASÉå ............ 56
Enrolment of Diploma (Agri.) course students for the academic year 2017-18 ...................... 56
2.5 2017-18 £Éà ªÀµÀðzÀ°è ¸ÁßvÀPÉÆÃvÀÛgÀ ¥ÀzÀ«AiÀÄ£ÀÄß ªÀÄÄV¹zÀ «zÁåyðUÀ¼À ÀASÉå ................................... 56
Students completing post graduate degree during 2017-18 .................................................. 56
2.6 2017-18 £Éà ¸Á°£À°è «±Àé«zÁå®AiÀĪÀÅ ¸ÁßvÀPÀ ªÀÄvÀÄÛ ¸ÁßvÀPÉÆÃvÀÛgÀ «zÁåyðUÀ½UÉ ¤ÃrzÀ
«zÁåyð ªÉÃvÀ£ÀUÀ¼ÀÄ ªÀÄvÀÄÛ ¦üæò¥ïUÀ¼ÀÄ ..................................................................................................... 57
UAS merit / UAS general scholarships and freeships awarded to the students during 2017-18 ....... 57
2.7 WÀnPÉÆÃvÀìªÀ .................................................................................................................................................. 59
Convocation ....................................................................................................................... 59
2.8 « sÁUÀUÀ½AzÀ À°è¹zÀ ¥Àæ§AzsÀUÀ¼ÀÄ .............................................................................................................. 61
Theses accepted..................................................................................................................61
2.9. UÀæAxÁ®AiÀÄ ................................................................................................................................................... 85
Library ............................................................................................................................... 85
2.10. «zÁåyð PÀ Áåt .......................................................................................................................................... 90
Student Welfare .................................................................................................................. 90
3. ÀA±ÉÆÃzsÀ£É / RESEARCH
3.1 2017-18 gÀ°è ©qÀÄUÀqÉUÉ CAVÃPÀj À¯ÁzÀ ««zsÀ ɼÉUÀ¼À ºÉÆ À vÀ½ / ºÉÊ©æqïUÀ¼ÀÄ ............................. 112
New varieties/hybrids in different crops accepted for release during the year 2017-18 ........ 113
3.2 " ÀÄzsÁjvÀ ÉøÁAiÀÄ PÀæªÀÄUÀ¼ÀÄ" ºÉÆwÛUÉAiÀÄ°è ÉÃj À®Ä 2017-18 gÀ°è CAVÃPÀj¹zÀ ºÉÆ À
vÀAvÀæeÁÕ£ÀUÀ¼ÀÄ .............................................................................................................................................. 116
New technologies accepted for inclusion in the package of practices during 2017-18 ......... 117
3.3 2017-18 gÀ°è CAVÃPÀj¹zÀ ºÉÆ À PÉëÃvÀæ ¥ÀæAiÉÆÃUÀUÀ¼ÀÄ ...........................................................................120
Farm trials accepted during the year 2017-18 ................................................................... 121
3.4 ÀA±ÉÆÃzsÀ£Á ¥sÀ°vÁA±ÀUÀ¼ÀÄ .......................................................................................................................126
Research accomplishments ............................................................................................... 126
3.5 2017-18 £Éà ¸Á°£À°è ªÀÄAdÆgÁzÀ ºÉÆ À CgÉPÁ°PÀ ÀA±ÉÆÃzsÀ£Á AiÉÆÃd£ÉUÀ¼ÀÄ ..............................199
New Ad-hoc projects sanctioned to UAS, Dharwad during 2017-18 ................................ 199
3.6 PÀȶ gÁ¸ÁAiÀĤPÀUÀ¼ÀÄ/ºÉÊ©æqï ©ÃdUÀ¼À ¥ÀjÃPÉë¬ÄAzÀ 2017-18 gÀ°è PÀÈ««UÉ ÀAzÁAiÀĪÁzÀ DzÁAiÀÄ .........201
Amount realized through Testing of Agro-Chemicals/Crop Hybrids .................................... 201
3.7 2016-17gÀ°è PÉÊUÉÆAqÀ ©ÃeÉÆÃvÁàzÀ£É ........................................................................... 201
Seed Production Undertaken During 2017-18 .................................................................. 201
4. « ÀÛgÀuÉ / EXTENSION
4.1 ¥Àæ ÀPÀÛ ¸Á°£À ªÀÄÄRå ¸ÁzsÀ£ÉUÀ¼ÀÄ ...............................................................................................................202
Major achievements during the year .................................................................................. 202
4.2 vÀAvÀæeÁÕ£À ªÀUÁðªÀuÉ ªÀÄvÀÄÛ «±ÉèõÀuÉ ........................................................................................................206
Technology transferred and assessed ................................................................................. 206
1. ¥ÀzÀÞw ¥ÁævÀåQëPÉUÀ¼ÀÄ .................................................................................................................................206
Method Demonistrations............................................................................................... 206
2. PÀȶ PÉëÃvÀæ ¥ÀAiÀiÁð ÉÆÃZÀ£É ...................................................................................................................226
On Farm Testing ........................................................................................................... 226
3. ÀªÀÄUÀæ PÀȶ ¥ÀzÀÞw / ÀA¥ÀÆtð PÉëÃvÀæ ¥ÀzÀÞw ¥ÁævÀåQëPÉUÀ¼ÀÄ ................................................................ 228
Block Demonistration / Whole Farm Demonistration .................................................... 228
4. ªÀÄÄAZÀÆt ¥ÁævÀåQëPÉUÀ¼ÀÄ ....................................................................................................................... 233
Front Line Demonistration ............................................................................................ 233
5. PÉëÃvÀæ ¥ÀæAiÉÆÃUÀUÀ¼ÀÄ ................................................................................................................................ 260
Farm Trials ................................................................................................................... 260
4.3 vÀgÀ ÉÃw PÁAiÀÄðPÀæªÀÄUÀ¼ÀÄ ...........................................................................................................................288
Training programmes organized ......................................................................................... 288
4.4. ÀªÀÄƺÀ ªÀiÁzsÀåªÀÄUÀ¼À ÀAªÀºÀ£À ............................................................................................................... 288
Communication through media .......................................................................................... 288
5. DªÀgÀt ªÀÄvÀÄÛ EvÀgÀ C©üªÀÈ¢Þ PÉ® ÀUÀ¼ÀÄ ........................................................................................................................ 289
CAMPUS DEVELOPMENT ............................................................................................... 289
6. DyðPÀ ªÀgÀ¢ .................................................................................................................................................................... 295
RESOURCES AND FINANCIAL ESTIMATES ................................................................ 295
7. CONVOCATION .................................................................................................................. 296
8. ¥ÀæPÀluÉUÀ¼ÀÄ / / / / / PUBLICATIONS
gÁ¶ÖçÃAiÀÄ ªÀÄvÀÄÛ CAvÁgÁ¶ÖçÃAiÀÄ ¤AiÀÄvÀPÁ°PÉUÀ¼À°è ÀA±ÉÆÃzsÀ£Á ÉÃR£ÀUÀ¼ÀÄ ................................................302
Reseach papers in national and international journals ................................................................. 302
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1 University
1. GENERAL
I. BOARD OF MANAGEMENT
Chairman : Dr. D. P. Biradar
: Dr. B. S. Janagoudar
Vice-Chancellors
Ex-Officio Members : 1. Secretary to Government, Agriculture Dept.
Shri. Maheshwar Rao IAS
2. Secretary to Government, Finance Dept.
Shri. K. Muralidhar
Smt. Padmavati
3. Dean from the University
Dr. R. S. Giraddi
Non-Official Members : 1. Shri. Ishwarchandra Hosamani
2. Smt. B. Sumithradevi
3. Dr. Rajendra Sannakki
4. Shri. Suresh G. Talawar
Shri. Suresh S. Gonasagi
5. Shri. Susheelkumar Belagali
6. Shri. Ramachandra S. Doddamani
ICAR Nominee : Dr. M. B. Chetti
Member Secretary : Shri. U.H. Kusugal IAS
Registrar
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4
II. OFFICERS OF THE UNIVERSITY
Chancellor : Shri. Vajubhai Rudhabhai Vala
His Excellency, the Governor of Karnataka
Pro-Chancellor : Shri. Krishna Byre Gowda
Hon’ble Minister for Agriculture
Vice-Chancellor : Dr. D. P. Biradar
: Dr. B. S. Janagoudar
Director of Education : Dr. B. S. Janagoudar
III. OTHER OFFICERS
1. Registrar : Shri. U. H. Kusugal IAS
2. Comptroller : Shri. H. Basavaraja
3. Librarian : Dr. S. K. Gali
: Dr. R. A. Balikai
4. Dean (PGS), UAS, Dharwad : Dr. S. T. Naik
5. Dean (Agri.), AC, Dharwad : Dr. R. S. Giraddi
6. Dean (Agri.), AC, Vijayapur : Dr. N. K. Biradarpatil
: Dr. B. C. Patil
7. Dean (CSc), CCSc, Dharwad : Dr (Smt.) Chhaya Badiger
8. Dean (For), COF, Sirsi : Dr. H. Basappa
: Dr. S. J. Patil
: Dr. S. K. Gali
9. Dean (Agri.), AC,Hanumanmatti : Dr. R. A. Balikai
: Dr. C. P. Mansur
10. Director of Research : Dr. S. L. Madiwalar
: Dr. V. I. Benagi
11. Director of Extension : Dr. V. I. Benagi
: Dr. H. Basappa
12. Dean of Student Welfare : Dr. S. K. Gali
: Dr. N. K. Biradarpatil
13. Estate Officer : Shri S. C. Mirajkar
14. Administrative Officer : Shri S. M. Honnalli
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Centre’ ��R��'!��%�����Y���%;'��%�Z��H�m��%A��(���;������_=���
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6
3. Board of Management
During the period six meetings of the Board of Management were held and following were some of the important decisions of the Board.
36th (Emergent) Meeting of the Board of Management held on 26.05.2017
�� Compliance for the Audit Report and Annual Accounts for the year 2014-15.�
37th Meeting of the Board of Management held on 18.07.2017
1. Institution of Cash Prize in the name of 'Late Smt. Savitri Allappa Hadimani'.
2. Institution of Cash Prize in the name of 'Dr. A. S. Byadgi Cash Award'.
3. Engaging the students of Agricultural Universities in Agricultural related activities.
4. Study Abroad Programme for UG Degree Programme during the Academic year 2017-18
5. Establishment of Veterinary Hospital at College of Agriculture, Vijayapur.
6. Proposal for starting Department of Biotechnology at College of Agriculture, Vijayapur
7. Request for budgetary sanction for the implementation of project entitled ‘Establishment of Village
Knowledge Centre’ during 2017-18.
8. Framing regulations for Recruitment and Promotion of Service Personnel in the cadre of Technical
Assistant and equivalent.
9. Promotion of Professors to HAG scale in UAS, Dharwad.
10. Starting of PG Programmes in the Departments of Crop Physiology, Agricultural Microbiology and
Molecular Biology and Biotechnology at the College of Agriculture, Vijayapur.
11. Starting of Ph.D. programme in the deparmtnet of Natural Resource Management at the College of
Forestry, Sirsi.
12. Establishment of National Academic Depository Cell at UAS, Dharwad.
13. Ratification of change of nomenclature of Under Graduate Degree Programme of B.Sc. (Hons.) Home
Science as per 5th Deans’ Committee Recommendations.
14. Promotion of Teachers to various grades / cadres under Career Advancement Scheme (Batch-III).
15. Recruitments to various posts in the cadre of Associate Professor under inter-se merit in UAS, Dharwad.
16. Recruitment to various posts in the cadre of Assistant Professor at UAS, Dharwad.
17. Merger of Agricultural Research Station, Bagalkot with KVK, Bagalkot.
18. Clubbing of Agricultural Research Stations for Administrative purposes.
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38th (Emergent) Meeting of the Board of Management held on 08.08.2017
1. Accordal of financial sanction to take-up State / All India Study Tour.
2. Budget provision and accord of financial sanction to pay Fellowship to JRF Students.
3. Accordal of University permission to the students and officials of UAS, Dharwad for attending IARD Programme within India and Cornel University, USA.
39th Meeting of the Board of Management held on 25.11.2017
1. Incentive Award, Best Scientist Award, Publication Award and High Revenue Generating and Best Maintained Research Station Award for the years 2015-16 and 2016-17.
2. Institution of Cash Prize in the memory of Late Prof. R.F. Patil to a topper student in Agricultural Engineering subject in UG Degree Programme.
3. Institution of Cash Prize in the memory of Late Mrs. Indira S. Puranik to a topper student in Ph.D. / M.Sc. in Plant Pathology Degree Programme.
4. Institution of Cash Prize in the name of Sitaram Jindal Foundation Gold Medal in UAS, Dharwad.
5. Change of existing designation of Dean (H.Sc.) as Dean(C.Sc.) as per the V Deans’ Committee Recommendations.
6. Students Safety Insurance - making ‘Group Insurance Policy’ with a Insurance Company.
7. Fixing of per diem and other allowances for the students deputed for Study Abroad Programme.
8. Inauguration of International Centre for Agricultural Development (ICAD)
9. fixing of Chief Guest for the 31st Annual Convocation of UAS, Dharwad.
10. Award of Honorary Doctorate Degrees in UAS, Dharwad.
11. Best Extension Scientist Award for the years 2015-16 and 2016-17.
12. Best Service Personnel Award for the year 2017.
13. Inception of Nadoja Dr. Channaveera Kanavi – Best Kannada Agricultural Publication Award.
14. Merger of Agricultural Research Station (ARS), Gadag with Agricultural Extension Education Centre (AEEC), Gadag.
40th (Emergent) Meeting of the Board of Management held on 31.01.2018
1. Approval for the Annual Report 2016-17 of UAS, Dharwad.
2. Recruitment to the post of Senior Scientist & Head in UAS, Dharwad.
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41st Meeting of the Board of Management held on 23.03.2018 1. Implementation / Extension of revision of pay scales to the non-teaching staff and pensioners of the
University of Agricultural Sciences, Dharwad, as per 6th
pay commission recommendations.
2. Continuation of Contractual service of Retired Officials from the Karnataka State Audit and Accounts
Department through Karnataka Institute of Public Auditors, Bangalore (KIPA) for Audit section in
Comptroller’s Office.
3. Continuing the education of Children of Farmers up to post-graduation who committed suicide in the
State.
4. Deputation of Dr. Rajendra Poddar, Professor of Economics & Head, PPMC, UAS, Dharwad, as
Director, WALMI, Dharwad.
5. Approval for continuation of the University sponsorship for ''Krishi Shodhane-Sadhane'' programme
through AIR.
6. Separation of Agricultural Research Station, Bagalkot from KVK, Bagalkot.
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ACTIVITES OF Dr. D. P. BIRADAR, VICE-CHANCELLOR, UAS, DHARWAD
Date Particulars
04.04.2017 ������(��}4������������Z04�h=%���FL�30�����0�E%���;_�FL���%��G�%'�State Food
Security Mission Executive Committee��E0%���FL�E0��(~S����
Participated in the 16th Meeting of the State Food Security Mission Executive Committee held
under the chairmanship of Chief Secretary, Vidhana Soudha, Bengaluru.
07.04.2017 �&'�I������3����E0��A���)%:�v(_�(��}4���������������P��������Z(�%;�5�%�����^2���%;'��%�����������:P�(I�%����X�3'@h����3��������(�=�a�S�7�%�E0%'I�<'����
Visited Vijayapur and Sindagi accompanying Shri T. M. Vijaya Bhaskar, Addl. Chief Secretary & Development Commissioner, Government of Karnataka who inspected the Sujala-3 project activities.
09.04.2017 ��%'_� (��� ��+3�'C��%;�5�%� ��(���(� � !� R�%f� Z��;L� 3*%'H(�7� E0=a� � !���� R�%f�:M�S���
Discussed with the Kaneri Math Swamiji regarding cultivation of organic crops especially paddy.
10.04.2017 3*+3�4����� �;=�� �%&'��h� )FL� 6��%;'C�#�� Career Opportunities & Techno
Administrative Reforms in Agriculture and Role of AIASA in carrying forward the agenda���_=��6��%;'C�#�� Z�e� K���4�� �������&(�� Z04�h=%� (~S���� Z�e� K���4����7� �����)%'(�S�� ��Chief Policy Advisor, AIASA,��(%)F�"(���E0��(~S\����3*+3�4����� �;=�� �%&'��h� )FL� 6��%;'C�#�� ��!Jl'���� �%'(�� ��%;'��%���� (�O���6��%;'C�#��“National Young Leaders Programme Award 2015-16” �&*Sa��&����(����E0�Z04�h=%�(~S�(��=������
Presided over the Guest Lecture and interactive session with students and teachers on “Career Opportunities & Techno Administrative Reforms in Agriculture and Role of AIASA in carrying forward the agenda”. The guest speaker was Dr. Sahadeva Singh, Chief Policy Advisor, AIASA, New Delhi held at UAS Auditorium.
Presided over the award ceremony of “National Young Leaders Programme Award 2015-16” held at UAS Auditorium & spoke on the occasion, organized by the NSS Cell of the University.
14.04.2017 3*+3�4����FL� 6��%;'C�#�� ���� ��� 6� �� Z�E%'�A� � Z(�� �-G�%'� �����=�4=W(��������&(��Z04�h=%(~S�(��=������
Presided over the 126th Birth Day Celebrations of Dr. Ambedkar held at UAS Auditorium and
spoke on the occasion.
17.04.2017 � !� (�)�3�4����� 3�������FL� 6��%;'C�#�� (�!��%;'=W(� �������&(�FL� (��}4�Z�e���7�E0��(~S���
Participated as Chief Guest in the Annual Day of College of Agriculture, Vijayapura.
19.04.2017 (%;'�)_�� :����� � C#�L� *�#�� (%�Q��FL� 6��%;'C�#�� Plant Genome Saviour Award
�&*Sa� �&��� �(����E0FL� E0��(~S���� 9� �(����E0FL� �%'�&� � !� �M(�����&'���0��(%;')��S�� �Z(���%'*�,(���Z=�ao4=a(���%Q=_�%��&*Sa��&��(������
Participated at the Plant Genome Saviour award ceremony held at Zilla School Ground, Motihari, Champaran. Five best farmers of the country were conferred the award by the Hon’ble Union Minister for Agriculture Shri Radha Mohan Singh Ji.
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Date Particulars
24.04.2017 ����P�� �R�u� E%�%����� ��|� ��X�� ��~=4� E0(�FL� 6��%;'C�#�� �R�u� E%�%����� 3:�����@�.FL�E0��(~S����
3*+3�4����FL� �;=�(�7� �%'(���%;��� �)������ ��&0�4��_��7� )3�1�%;��� =�E%'���������&(��Z04�h=%�(~S���
Participated in Sugarcane Growers’ Seminar at Kannada Sahitya Bhavan organized jointly by Karnataka State Sugarcane Growers’ Association.
Presided over the inauguration of “Induction Training Course” arranged for the newly recruited Assistant Professor faculty of UAS, Dharwad held at Conference Hall, UAS, Dharwad.
25.04.2017 3*+3�4����FL� 6��%;'C�#�� Annual Groundnut Workers’ Meet� K�{P��� �(����E0�Z04�h=%� (~S���� �(����E0FL� ���� >%�� �� �� ��0��� K�� (�)�<%�'*���� TS��� ����E0���'����� !�Z����0����_H= ���(%)F�"(���(��}4�Z�e���7�E0��(~S\���
Presided over the inaugural program of “Annual Groundnut Workers’ Meet” of AICRP on Groundnut held at UAS Auditorium wherein Dr. J.S. Sandhu, DDG (CS), was the Chief Guest.
28.04.2017 ����P���%(%F���� �E%���;_�FL�6��%;'C�#��National Level Organic & Millets Commercial
Mela – 2017 & Exhibition�K�{P����(����E0FL�E0��(~S���
Participated in the inaugural function of “National Level Organic & Millets Commercial Mela – 2017 & Exhibition” held at Karnataka Pavilion, Bengaluru.
03.05.2017 � !� (�=�a� =%;'P��_�%� 3*+3�4������ �((%;�fFL� 6��%;'C�#�� � !� 3*+3�4������FL���X=�%;'=a����h.�^�)%;��3*%L'H %������_=����!Jl'�����(%�1'��(��X�K�{IS����
� !� (�=�a� =%;'P��_�%� 3*+3�4������ �((%;�f� 6(�.FL� �;=�(�7� ��4� =/� ����h %� (�=�a��%Q=�� )��A��� ��&5[���� 3E0�7'���� �:%'_���� K�{P��� �(����E0FL� (��}4� Z�e����7�E0��(~S���
Inaugurated the National Conference on Post Graduate Education in State Agril. Universities: New Paradigms held at UAHS Campus, Shivamogga.
Participated as Chief Guest in the inaugural programme of Divisional Office of the Protection of Plant Varieties and Farmers’ Rights Authorities at UAHS Campus, Shivamogga.
05.05.2017 30�����0�E%���;_�FL���%��� ��<�F���V���A�%����%d��E%���3����B-�%'�6�/=�(���/��E0%���FL�E0��(~S���
Participated as a Member in the 42nd
Governing Council Meeting of S. Nijalingappa Sugar Institute, Belagavi held at Vidhana Soudha, Bengaluru.
06.05.2017 �%;'���� ����� � )�Ru/Y���FL� 6��%;'C�#�� 3����� ����P�� Education Fair – 2017 ��������&(�FL�(��}4�Z�e���7�E0��(~S����
3*+3�4����FL� �;=�(�7� �%'(���%;��� �)������ ��&0�4��_��7� )3�1�%;��� =�E%'���������&(���(���%;'���(����E0�Z04�h=%�(~S�(��=������
Participated as Chief Guest in the Vijay Karnataka Education Fair – 2017 held at Gokul Gardens, Hubli and addressed the gathering.
Presided over the Valedictory programme of Induction Training Course for newly recruited Asst. Professor cadre faculty of UAS, Dharwad held at Conference Hall, UAS, Dharwad and spoke on the occasion.
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Date Particulars
07.05.2017 3*+3�4������;=���%&'��h� )FL�6��%;'C�#��“Agrico-78” – 4th Decennial of AGRICOS–
1978 ��������&(�(��X�K�{IS�(��=������
Inaugurated the “Agrico-78” – 4th Decennial of AGRICOS–1978 held at UAS Auditorium and
addressed the alumni.
08.05.2017 R.?� )�a�����X� Z�[( 5z����(� <IJ�FL� (�)�� <%�'*����� E0���'���� � !� Z����0��� �_H= ���(%)F�"(��Z04�h=%���FL�� !�E0(���(%)F���FL�6��%;'C�#���E0%���FL�E0��(~S���
Participated in the meeting convened regarding promotion of coloured cotton in India held under the Chairmanship of the Director General, ICAR, Krishi Bhawan, New Delhi and presented the views and comments on the coloured cotton.
11.05.2017 ���4�(�PJ�(��������)���(��������������K�{P����(����E0FL�E0��(~S����
Participated in the inaugural programme of the State Level Kharif Workshop and also participated in the sessions.
13.05.2017 =%;'P��_�%� (�)�3�4������ S�S���FL� `Bio-Resource Conservation and Utilization’ ��^=��6��%;'C�#����!Jk'�����(%�1'���K�zO����(����E0FL�E0��(}R���
Presided over the inaugural function of National Seminar on “Bio-Resource Conservation and Utilization’ held at Horticulture College Auditorium, Sirsi.
15.05.2017 Y��� (��|4� ������������ (�=�`� Y�Z( 5y� 6������� Y04�g=%���FL� 30��� ��0� E%���;^�FL�6��%;'C�#��SLSC on RKVY �E0%���FL�E0��(}R���
Participated in the SLSC on RKVY held under the Chairmanship of Chief Secretary, GOK at Vidhana Soudha, Bengaluru.
16.05.2017 � !� 3*+3�4����� 0��(��� (�=�`� �����:;��� "(��� ��I����7� 6��%;'CR� ZREAC (�=�` ZREFC �E0%����K�zO����(����E0FL�E0��(}R�(��=������
Participated in the inaugural function of combined ZREAC and ZREFC meetings of UAS, Dharwad and Raichur and addressed the scientific community.
17.05.2017 ����O�����4�3*�&�=���������(%'5�%�Forum of Former Vice-Chancellors of Karnataka State
Universities (FVCK) E%���;^�� ����c���� 5��:�_%� �������&(�FL� E0��(}R�� �1�.���M�%�����W������%�(����(��=������
Participated in the Foundation Day programme of Forum of Former Vice-Chancellors of Karnataka State Universities (FVCK) at Bengaluru and released the FVCK Souvenir and spoke on the occasion.
18.05.2017 � !� 3*+3�4����� 0��(��� (�=�`� �����:;��� "(��� ��I����7� 6��%;'CR� ZREAC (�=�` ZREFC �E0%�����(���%;'���(����E0FL�E0��(}R���
Participated in the Valedictory function of ZREAC and ZREFC meetings of UAS, Dharwad and Raichur.
24.05.2017 � !� (�=�`� =%;'O��^�%� 3*+3�4������ �((%;�eFL� 6��%;'C�#�� Y5Z��^��� 6��%�A� �3����E0%���FL��^.h=��7�E0��(}R���
Participated as an expert on the selection committee for the recruitment of Officers post at UAHS, Shivamogga.
27.05.2017 3*+3�4�����2\�%'�(�!���{I�%;'=V(��������&(��Y04�g=%�(}R���
Presided over the 30th Annual Convocation of UAS, Dharwad on the campus.
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Date Particulars
01.06.2017 3*+3�4������^�'����6��%;'��(�$�������E0(��E%���;^�FL����(�<+=����4������(�=�`� ���4� 3*+3�4������� �������%;�5�%� �����#�� ��(�� �������&(�FL�E0��(}R���
Met Secretary to Govt., Agriculture Dept. & discussed on pending issues and participated in the Interaction meet of Hon’ble Governor and Chancellor with the Vice-Chancellors of State Universities organized by University Review Commission held at Raj Bhavan, Bengaluru.
03.06.2017 K�W=� ��g.��A7� 3>�i<����W� 3%'*�/�%� <��%;'��%� (����(� ��^=�� 6��%;'C�#�� 6��%�A��3����E0%����Y04�g=%�(}R���
Chaired the Meeting of the Committee constituted for deputation of scientists abroad for higher studies.
05.06.2017 � !� (�)�3�4������ 3�������FL� )3�1�%;�X#�� � !� 3>�i�� �%'�&� 3�������� (%P>�i<����)���3����E0%���FL�E0��(}R���
Participated in the Scientific Advisory Committee Meeting of Krishi Vigyan Kendra, Vijayapur held at College campus.
12.06.2017 3*+3�4����FL�)3�1�%;�X#����W=�%;'=����*%;'0����(%�1'��--\�f��Y04�g=%�(}R���
Presided over the Postgraduate Research Conference – 2017 held at Technology Hub, UAS, Dharwad.
17.06.2017 � !� (�=�`� =%;'O��^�%� 3*+3�4����� �((%;�e� (��|4� 6(�.� "��(@A���FL� � (��|4� �OJ���#���4���������&(�FL�E0��(}R���
Participated as Guest of honour in the Foundation Stone Laying Ceremony for the main campus of the Agriculture and Horticulture University, Iruvakki, Shivamogga.
20.06.2017 3*+3�4�����-B�%'�3�43H������^H= ��E0%����Y04�g=%�(}R���
Chaired the 24th Meeting of the Academic Council held at VC-Conference Hall, UAS, Dharwad.
21.06.2017 � !� �M(���W� E0%'I� (���� � !� (�)�3�4����� 3�������FL� -\�f]�j�%'� ��F�� ��o%� ��S� !�=���&����3��������&(�(��W�6���Z��(���^=��:M�R���
Met Hon’ble Minister for Agriculture and discussed on commencement of B.Tech. (Agri. Engg.) degree programme in Vijayapur Campus from the Academic Year 2017-18.
22.06.2017 � !� 6������`������ E%���;^�FL� Y��� (��|4� ������������ (�=�`� Y�Z( 5y� 6�������Y04�g=%���FL��%P=��6����(��W�5+��.�%;/��(���^=����%��E0%���FL�E0��(}R����
Y��� (��|4� ������������ (�=�`� Y�Z( 5y� 6������� Y04�g=%���FL� linking agriculture, nutrition
and health and also introducing nutri and climate smart millets in PDS� ��^=�� ��%� �E0%���FL�E0��(}R���
Participated in the meeting convened under the chairmanship of Addl. Chief Secretary (ACS) and Development Commissioner regarding doubling the farmers income held at Commissionerate of Agriculture, Bengaluru.
Participated in the meeting convened under the Chairmanship of the Addl. Chief Secretary and Development Commissioner regarding linking agriculture, nutrition and health and also introducing nutri and climate smart millets in PDS.
������������������ ����������������� UAS, Dharwad Annual Report : 2017-18�
15
Date Particulars
29.06.2017 E%���;^��*������(%�1'����E0����.FL���%�Y������3����E0%���FL�E0��(}R����Y��� (��|4� ������������ (�=�`� Y�Z( 5y� 6������� Y04�g=%���FL� 30��� ��0� E%���;^�FL�3
rd Meeting of the Expert Committee to suggest roadmap for the strengthening of Farm
Universities in Karnataka ��^=����%��E0%���FL�E0��(}R����Participated in the Estimation Committee Meeting convened at Legislative Home Conference Hall, Bengaluru.
Participated in the 3rd
Meeting of the Expert Committee to suggest roadmap for the strengthening of Farm Universities in Karnataka held under the chairmanship of ACS and Dev. Commissioner at Vidhana Soudha, Bengaluru.
01.07.2017 ��*%;'0��� <%�'*�����(q� RQt�5� ��*%;'0��� ��%;'��%� ��^=�� 6��%;'CR� �E0%����Y04�g=%(}R��3>�i<��%;�5�%���(����%R��� Chaired the Staff Research Projects Meeting and interacted with scientists and suggested modifications in their projects held at Seminar Hall of the Director of Research, UAS, Dharwad.
13.07.2017
to
15.07.2017
3*+3�4����� ��g.�� ��*%;'0�%� (�=�`� 3��_%� 3E0���/�%� ��Q�5ZR� )�%[�/�%� ��%��%'(������3���Y04�g=%�(}R��� Chaired the Selection Committee for recruitment of teaching, research and extension posts in the University.
18.07.2017 3*+3�4������j�%'�).������3����E0%����Y04�g=%�(}R����3*+3�4�����2f�%'�(4(��c����(���/��E0%����Y04�g=%�(}R�����
Chaired the 18th Finance Committee Meeting of the University and resolved on the agenda
items.
Chaired the 37th Board of Management Meeting of the University and resolved on the agenda
items.
20.07.2017 3*+3�4����� �%&'��g� )FL� �%P=� (��|��� 5�� )%'(��=� ���:��� "(�� �%���FLL� 6��%;'C�#��Q�(��������O��)��;��������g_%]�r���M�=�%��������&(��Y04�g=%(}R��(��=���#�$�=�����������&(�FL����=�i�������>%'�&�R�� �(��|4�Y�d���7�E0��(}R[����Presided over the inauguration of “Baramukta Karnataka Haagu Jala Samrakshane – Ondu Chintana” programme organized in the memory of farmers’ leader Late Shri Hemant Kumar Panchal at UAS Auditorium held jointly by UAS, Dharwad & GFCCWA and spoke on the occasion, wherein Dr. Rajendra Singh, Water Expert was the Chief Guest.
25.07.2017 (����� !���*%;'0����%'�&�%A�E0%'I�<'��(�=�`��%'�&FL��(�(��3��=%;'O(��W�3'@gR����
�&E0����� � !� ��*%;'0��� �%'�&�%A� E0%'I� <'�� (�=�`� ��*%;'0��� �%'�&FL�� �������:O�(I�%����W�3'@gR���
Visited Agricultural Research Station, Mugad and went round the farm fields and mango tree plantation on the campus.
Visited Agricultural Research Station, Prabhunagar and went round the farm fields and had discussions with station head on research activities.
31.07.2017 0��(��� � !� 3*+3�4����� 3�4d�� ��{� (�$��� ��}=4� (�=�`� :��M=&� ��^=���%&'��g� )FL� 6��%;'C�#�� �������&(�� Y04�g=%(}�#�$�=��� �������&(�FL� (��|4�Y�d���7� ,�4=� :��M=&� <%�'*�� (�=�`� ��}�� ���� ����)/X� :�&*%'|�� E0��(}R�(��=������
Presided over the “Literature and Cinema” program organized by the Student Associations of the campus wherein Dr. Nagatihalli Chandrashekhar, Writer and Film Director was Guest Speaker held at UAS Auditorium.
������������������ ����������������� UAS, Dharwad Annual Report : 2017-18�
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Date Particulars
01.08.2017 3*+3�4����� �%&'��g� )FL� ,�4=� :��M=&� <%�'*�� (�=�`� ��}�� ���� ����)/X� :�&*%'|��"(���%'= =+FL��%P=�%;�5�%�)3�1�%;�����(���������&(�FL�E0��(}R���
Participated in the farmers interaction meet headed by Dr. Nagatihalli Chandrashekhar, on their problems on present day agriculture.
03.08.2017 K�W=���g.���%��������g����W�<��%;'C��(���^=��6��%;'C�#���E0%����Y04�g=%�(}R��� Chaired the Deputation Committee meeting for deputation of teachers to higher studies.
05.08.2017 Y�Z( 5y� ��%;'��%����W� ��^=�� E%���;^�� �E�� �� M'�0 � ���# � (��4�%'�� � ���� �(� �� 8����.7���(�%;�5�%�::%��(���������� =��;@�� ����Q�� ��{(q� ��FL��(� ���� E0(�FL� 6��%;'CR� ���&�E0�� �����A�����������&(��(��|4�Y�d����7�E0��(}R��� Had discussions with Dr. M. I. Ganagi, Chief General Manager, NABARD, Bengaluru regarding developmental projects.
Participated as Chief Guest in the “Pratibha Puraskara” programme organized by Gadag Taluka Kurubara Sangha at Kanaka Bhavan, Gadag.
08.08.2017 3*+3�4�����2j�%'�6�/=�(���/��E0%����Y04�g=%�(}R���
Chaired the 38th (Emergent) Meeting of the Board of Management and resolved on the agenda items.
09.08.2017 E�4��%+o �)�# �����E0(��E%���;^�FL�6��%;'CR���3�4�3'�=��Y�Z���������������&(�FL�E0��(}R��� Participated in the “Vidya Veerta Campaign” programme held at Banquet Hall, Raj Bhavan, Bengaluru.
10.08.2017 30��� ��0� E%���;^�FL� ��%� -\�G]�f�%'� ��F�� 30��� �E0%� Y����� �3��� �E0%���FL�E0��(}R���Q�5ZR�(��}������W�<'���� Participated in the estimates committee meeting of the Karnataka Legislative Assembly for the year 2016-17, submitted the required information and participated in the discussions held at Vidhana Soudha, Bengaluru.
14.08.2017 Y��� (��|4� ������������ (�=�`� Y�Z( 5y� 6������� Y04�g=%���FL� 30��� ��0� E%���;^�FL�4
th Meeting of the Expert Committee to suggest roadmap for strengthening of Farm Universities
in Karnataka ��^=����%��E0%���FL�E0��(}R��� Participated as a member in the 4
th Meeting of the Expert Committee to suggest roadmap for
strengthening of Farm Universities of Karnataka held under the Chairmanship of ACS & Dev. Commissioner, at Room No. 306, Vidhana Soudha, Bengaluru.
15.08.2017 3*+3�4����FL� 6��%;'C�#�� f��%'� ��+=�=%;&'=V(� �������&(�FL� 0+>��%;').� �%�(%'^R�(��=������ Unfurled the National Flag on the campus on the eve of 71
st Independence Day Celebrations
and addressed the staff, students and invitees.
16.08.2017
to
18.08.2017
� !� (�)�3�4������ 3�������� 6(�.FL� 6��%;'C�#�� ��!Jk'���� ��� �(��(%'*��������&(�FL�E0��(}R����
Participated in National water meet organised at Agriculture College, Vijayapur
19.08.2017 3��_�� <%�'*������� (�$��� � !� 3>�i�� �%'�&�� 0��(��FL� 6��%;'C�#�� ��3*+�>%'���5��:�_%bb��������&(�(��W�K�zIR�(��=������ Inaugurated the “Vishwa Jenu Dinacharane” organized by Directorate of Extension at KVK, Dharwad and addressed the gathering.
������������������ ����������������� UAS, Dharwad Annual Report : 2017-18�
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Date Particulars
22.08.2017 E%���;^� The Disability Entrepreneurship & Leadership (DEAL) Foundation ���%c����(�$���%P}�� 3�#���^�%� K%;4'��(��*����W� �FU��(� ��^=�� 6��%;'C�#�� �E0%����Y04�g=%(}R���
Chaired the meeting held with The Disability Entrepreneurship & Leadership (DEAL) Foundation, a corporate body for learning and social responsibility partner in Bengaluru with a goal to create employment and entrepreneurship opportunities for persons with disabilities.
29.08.2017 3���� ��0� E%���;^�FL� 6��%;'C�#�� ����O�� � !� Y�Z( 5y� �^H= �� ��������^� �3����E0%���FL�E0��(}R���
Participated as a member in the executive committee meeting of Karnataka Krishi Abhivruddhi Parishad held at Vikas Soudha, Bengaluru and discussed on the agenda items and resolved thereon.
31.08.2017 � !� 3>�i�� �%'�&� 0��(��� (�$��� )��%;'E%�(�� ��&(�FL� 6��%;'C�#�� �����U� �%�R5y���(�E0��=�(��v���������&(��Y04�g=%(}R�(��=��������
Presided over the Sankalp Se Siddhi Programme for Navabharat Manthan, A motivation program held at Harobelavadi village organized by Krishi Vigyan Kendra Dharwad.
03.09.2017 �����:;��� C#�L� ����Q�� ��{� (�$��� 6��%;'C�#�� w�&�E0�� �����A�x� �������&(��K�zO�%�����W��%�(%'^R�(��=�������
Inaugurated the “Pratibha Puraskara Programme” organized by Raichur District Kurubara Sangha and addressed the audience.
05.09.2017 Y���(��|4�������������(�=�`�Y�Z( 5y�6�������Y04�g=%���FL�� !�6������`������E%���;^�FL���!Jk'����� !���%;'����6��%;'��SRKVY����^=��6��%;'C�#���E0%���FL�E0��(}R����
Participated as a member in the RKVY meeting chaired by ACS and Dev. Commissioner held at Commissionerate of Agriculture, Bengaluru.
07.09.2017 �E���� (�$��� 3*+3�4����� RQt�5� =�E%'�� �%'�&�� {O�FL� � 'Capacity Building of
Project Facilitating Agencies (PFAs)' ��^=�� 6��%;'C�#�� =�E%'�� �������&(�(��W�K�zI�#�$�=��� ���� ���� 8�� ��.7�� (��|4� (�)��&Q�0����� �E�� ��� E%���;��� Y04�g=%�(}R[���
Inaugurated the Training Programme on “Capacity Building of Project Facilitating Agencies (PFAs)” organized by NABARD held at Staff Training Unit, UAS, Dharwad wherein Dr. M. I. Ganagi, Chief General Manager, NABARD, Bengaluru presided over.
15.09.2017 3*+3�4����� �%&'��g� )FL� “Application of Remote Sensing and GIS in Indian Scenario with
special reference to Agriculture and Forestry” (ARSGISSEM-2017) ��^=�� 6��%;'C�#����!Jk'�����(%�1'���Y04�g=%�(}R���
Presided over the National Seminar on “Application of Remote Sensing and GIS in Indian Scenario with special reference to Agriculture and Forestry” (ARSGISSEM-2017) organized by UAS, Dharwad held at Auditorium, UAS, Dharwad.
17.09.2017 �(�������3>�i��(�)�3�4������0��(��FL�6��%;'C�#����(�������3>�i��5��:�_%���������&(�FL�(��|4�Y�d���7�E0��(}R�(��=������
Participated as Chief Guest in the `Community Science Day' celebration of the College of Community Science, Dharwad held at UAS, Auditorium and spoke on the occasion.
������������������ ����������������� UAS, Dharwad Annual Report : 2017-18�
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Date Particulars
20.09.2017 �����%��3����(�� �����%�# �3*+3�4������"v������;4����� ��"(����%P=��<��%;'�%;�5�%�3*+3�4�����%A� E0%'I� <'�� ��E0�FL� 330� ���4� �%P=�%;�5�%� 3*+3�4����FL�6��%;'C�#����(���������&(�FL�E0��(}R����
Welcomed the farmers’ team led by Dr. K.V. Raman, Cornell University, Ithaca, New York on their visit to UAS, Dharwad and had interactions with participant farmers of different States.
21.09.2017 3*+3�4����� 3>�i<����W� 3%'*��FL� ��%����(� �(%�1'��p����������p3:���%;'!l�/�%�<��%;'C��(���^=��6��%;'C�#���E0%����Y04�g=%�(}R���
Chaired the Deputation Committee Meeting for deputation of scientists abroad for participation in Seminars/ Workshops/Symposia and also discussed on celebration of Foundation Day of the University.
23.09.2017 � !(%�'�]-\�f� K�zO��� �������&(�FL� E0��(}R���� �������&(�� K�zO�%�����W� �&'� � H?�E%P�%'����� ���1�4� � !� �M(���� ����O�� ������ "(��� �%�(%'^R���� � �&'� 3����� ����.h������1�4��.h�(�=�`�E0;�3>�i���M(��������O��������"(����������&(��Y04�g=%�(}R[�����
Participated in the inauguration of Krishimela 2017 which was inaugurated by Shri Krishna Byregowda, Hon’ble Minister for Agriculture, GOK and Shri Vinay Kulkarni, Hon’ble Minister for Mines and Geology presided over the function, held at Krishimela forum.
26.09.2017 �+:�� E0��=� Y�Z������ Y����FL� �%;.;?��� ��&(�(��W� =%�%� (��� (���� ��&(�� ����{%;'!�#�$�=��� �%;.;?��� ��&(�FL� 6��%;'C�#�� �������&(�FL� E0��=� ������ � K����HJk�������&'�(%�����4�������9�Y(���E0��(}R[���
Participated in the programme of Hon’ble Vice-President of India Shri Venkaiah Naidu who visited and declared the Konnur village as open defecation free village campaigned under Swachha Bharat Abhiyaan.
02.10.2017 3*+3�4����FL� 6��%;'C�#�� ���5Z� ������� �������&(�� Y04�g=%� (}R������������(%P����(�=��������&(�FL�(��|4�Y�d���7�E0��(}R�(��=������
Presided over the Gandhi Jayanti celebration programme held at Agro Summit Hall organized by the University wherein Dr. M.Y. Sawant was the chief guest and spoke on the occasion.
03.10.2017 ������ ���Q;Ln4��(%�.R���$����1�����g.�(�=�`���*%;'0������%c���������^��3����E0%����Y04�g=%�(}R��� Chaired the S.W. Mensinkai Memorial Education and Research Foundation Executive Committee meeting.
05.10.2017 3*+3�4����FL� 6��%;'C�#�� (�)!�� (�F1'@� ������� �������&(�� Y04�g=%� (}R�������� (%��O7^� �(�$��� ��&0�4������ ��W�� Y04����� �'~�� ����O�� 3*+3�4������ 0��(���"(���(��|4�Y�d���7�E0��(}R�(��=�������Presided over the Maharshi Valmiki Jayanthi Celebrations organized by the University at UAS, Auditorium wherein Dr. Venkatagiri Dalawai, Professor, Kannada Adhyayana Peetha, Karnataka University, Dharwad was the Chief Guest, and spoke on the occasion.
06.10.2017 � !� 3*+3�4������ 0��(��� (�=�`� "� VIO;4o � 6�0 � "�C<'���� V� 0��(��� "(�� ��������6*&���FLL� Food Process Engineering Technology ��^=�� "� VO;4o � 6�0 � ���<'���� V��E��%���5&� E0(��� 0��(��FL� 6��%;'C�#�� ��!Jk'���� �(%�1'��FL� (��|4� Y�d���7�E0��(}R��� Participated as Chief Guest in the inaugural function of National Conference on Food Process Engineering Technology organized jointly with UAS, Dharwad by the Institution of Engineers (India), Dharwad Local Centre at Balekundri Bhavan, Dharwad.
������������������ ����������������� UAS, Dharwad Annual Report : 2017-18�
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Date Particulars
08.10.2017 �&'����C��Y.h?�%'^���������&�E0���&�H�l������"(���6��%;'CR�����A�%'��&�E0�������A���(����E0�FL�(��|4�Y�d���7�E0��(}R��(��=������
Participated as Chief Guest in the “Fourth Year Pratibha Puraskara Samarambha” organized by Sri B. G. Annigeri Gururgala Pratibha Pratisthana, Gadag and spoke on the occasion.
16.10.2017 � !� 3>�i�� �%'�&�� 0��(��� (�=�`� 6)��� 3>�i�� (�=�`� �%;'H_%� 3E0���� �(������� 3>�i��(�)�3�4������ 0��(��� (�=�`� (�}��� (�=�`� (��A�� Y�Z( 5y� "#�,%� "(�� ��������6*&���FL� 3*+3�4����� �%&'��g� )FL� )3�1�%;��� �3*+� 6)��� 5��:�_%�� �������&(��Y04�g=%�(}R���
Presided over the “World Food Day” Programme organized by the University jointly with KSCST & KVK, Dharwad held at UAS, Auditorium and spoke on the occasion.
23.10.2017 Q)����!Jk'�������<�8IR���%;�5�%�Q.?�)�`�%���Q�5ZR�=%�3*+3�4����%;�5�%�r�U��(MoU)�(����%;��X(���^=��:M�����6��%;'C�#���E0%����Y04�g=%�(}R���
Chaired the meeting conducted for entering of MoU on Colour cotton with MNC and discussed with the company representative of ITC, Ltd.
26.10.2017 ���4� � !�3*+3�4������FL� E%�%�E%�%�/�%� ��V�� )%Mu��(� ��^=�� � !� "#�,%� �����������Y04�g=%���FL�E%���;^�FL���%��E0%���FL�E0��(}R����
Participated in the meeting held under the chairmanship of the Secretary to Government, Agriculture Dept., regarding enhancement of subsidy for the crops/breeds produced by the State Agril. Universities in the State held at MS Building, Bengaluru.
28.10.2017 -j�%'�Y�=� �(�)�3�4����������(��%;'=V(��������&(���(���%;'���(����E0FL�(��|4�Y�d���7�E0��(}R��(��=������
Participated as Chief Guest in the Valedictory programme of 28th
Inter collegiate Youth Festival and addressed the students and staff on the occasion.
01.11.2017 3*+3�4����� �%&'��g� )FL� 6��%;'C�#�� ��W�� ��>%;4'=V(� �������&(�� Y04�g=%� (}R�����,�4=� ��}�� ���%;'�� ���� :�W3'�� �.3���(��� �������&(�FL� (��|4� Y�d���7� E0��(}R�(��=������
Presided over the Kannada Rajyotsava Celebration organized by the University at UAS Auditorium wherein Nadoj Dr. Channaveera Kanavi, a renowned Kannada Laureate was the Chief Guest, and spoke on the occasion.
09.11.2017 National Institute of Food Technology Entrepreneurship & Management �� �D�%'� 3�43H������^H= ��E0%���FL���4��7�E0��(}R���
Participated as a Member in the 15th Academic Council Meeting of the National Institute of Food
Technology Entrepreneurship & Management.
13.11.2017
to
17.11.2017
E%���3���� ��(.���0FL� ��%� KE0���� ����� :/���� Y5Z(%'*�� �(����FL�)��^[���
Was present in the ongoing Winter session assembly of Govt. of Karnataka at Suvarna Soudha, Belagavi.
20.11.2017 E%���3���� ��(.���0FL� ��%� KE0���� ����� :/���� Y5Z(%'*�� �(����FL�)��^[���
Was present in the ongoing Winter session assembly of Govt. of Karnataka at Suvarna Soudha, Bengaluru.
������������������ ����������������� UAS, Dharwad Annual Report : 2017-18�
20
Date Particulars
25.11.2017 3*+3�4������m�%'�).������3����E0%����Y04�g=%�(}R�����
3*+3�4�����2m�%'�(4(��c����(���/��E0%����Y04�g=%�(}R���
Chaired the 19th Finance Committee Meeting of the University and resolved on the agenda
items.
Chaired the 39th Meeting of the Board of Management of UAS, Dharwad and resolved on the
agenda items held at Conference Hall, UAS, Dharwad.
27.11.2017 �&'� ���� ��� ��I'# �� ��� ����;1�� �M(���� ����O�� ������ "(���W� E0%'I� (����3�������� 6(�.FL� �%�%� <(���.�(�=�`� � !�)%;������W� <3������ Y����(��W� <'��(���^=��:M�R������%;L'(��� S� !�� (�)�3�4����� K�zO��� �������&(�FL� E0��(}�#�$�=���(�)�3�4�����K�zO�%�����W����1�4�(��|4(���&�����%�(%'^R��� Met Sri M. B. Patil, Hon’ble Minister for Water Resources, GOK and discussed on providing grants for the formation of tanks and farm ponds at Vijayapur campus of the University. Participated in the inauguration of Diploma (Agril.) College which was inaugurated by the Hon’ble Chief Minister of Karnataka.
02.12.2017 ���1�4� (��|4(���&���� )��;� � !� �M(���W� E0%'I� (����� 3*+3�4����FL� ��*%;'0����������&(�����W��%P�%;�X���)%:�u(^�Y����(��W������%�(����(���^=��:M�R���
Met Hon’ble Minister for Agriculture along with Sri C.S. Nadagouda, MLA of Muddebihal and discussed about land acquisition for the establishment of Agril. Research Station at Muddebihal.
11.12.2017 Y�.4�"#�,%�(�$���6� ���� ��*%IJ�@&'����.FL�6��%;'C�#��0��(���(�=�`�E%���3�( =�@&'���;O(��W�K�zIR�(��=�������
���(�=�`��%��<(�)_�����%c�SWALMI��(�$���RQt�5�=�E%'���%'�&FL�6��%;'C�#��“Application of Geosynthetics in Irrigation Management” =�E%'�� �������&(�(��W� K�zIR�(�=������
Inaugurated the Forest Department Sports Meet of Dharwad and Belagavi Circles held at R.N. Shetty Kreedangana, Dharwad and spoke on the occasion.
Inaugurated the Training Programme on “Application of Geosynthetics in Irrigation Management” organized by WALMI for the engineers of Water Resources Department held at STU, Dharwad and spoke on the occasion.
16.12.2017 �%&'��g� )FL� 6��%;'C�#�� ���%;L'(��� S� !�� �&(��.� �=&� 3=�_�� �������&(��� Y04�g=%�(}R���� �������&(�FL� (��|4� Y�d���7� � !� 6�������� �&'� C�� ��'*�� E0��Y��%'��� "(���E0��(}R�(�=������
Presided over the “Diploma (Agri) Certificates Distribution Ceremony” to the students of the University held at UAS, Auditorium and spoke on the occasion wherein Shri G. Satish, IFS, Commissioner for Agriculture was the Chief Guest.
19.12.2017
to
21.12.2017
3*+3�4����� -\�j]�m� �%'� ��F�� 6���(4���� �E0%���� Y04�g=%� (}R� -\�f�%'� ��F��6���(4���(��W��^HA^R���
Chaired the Budget Meeting (2018-19) and revised budget Meeting (2017) of the University.
21.12.2017 8�I�R����� 3>�i<���� 3*+3�4�����%A� E0%'I� <'�� ��E0�FL� Q.?� )����� ��^=�� �/(/�%��=&p�r�U��%A�SMoU���})���(���^=��:M�R����Had discussions with scientists of ITC who visited UAS, Dharwad for entering into MoU on Coloured Cotton.
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21
Date Particulars
23.12.2017 3�_�� <%�'*������� (�=�`� � !� (�)�3�4����� 3�4d�� ��{� (�$��� �%&'��g� )FL�6��%;'C�#�����!Jk'����� !���5��:�_%���������&(�(��W�K�zIR����
�����&'(�=V(��<%�'*������_%?�������*%;'0�%�"(���3*+3�4�����%A�E0%'I�<'����E0�FL�Seed Hub Projects ��^=��:M�R���
Inaugurated the “Rashtriya Krishikara Dinaacharane” organized by the Directorate of Extension and Students Association of College of Agriculture, Dharwad at UAS, Auditorium and addressed the gathering. Dr. Shrivastava, Director, (Oil Seed Research) visited the University and discussed with him about Seed Hub Projects.
28.12.2017 � !�(�)�3�4������3�������FL�6��%;'C�#��-m�%'�Y�=��(�)�3�4�������@&'���;O�-\�f]�j��������&(�FL�(��|4�Y�d���7�E0��(}R����
3*+3�4����FL� “Demystiofying Molecular Biology” ��^=�� 6��%;'C�#�� ����������FL�(��|4�Y�d���7�E0��(}R�(��=������
Participated as Chief Guest in the 29th UAS, Dharwad Inter-Collegiate Athletic Meet 2017-18
held at Vijayapur Campus of the University.
Participated as Chief Guest in the inaugural function of Wet Workshop on “Demystiofying
Molecular Biology” held at UAS campus and spoke on the occasion.
02.01.2018 3*+3�4����� 2��%'� ����c���� 5��:�_%� �������&(�� Y04�g=%� (}R� (��=��������������&(�FL� ��#%���(� R5y���� ,�4=� ��(��C�� �������=�� �&'� Y_�?� )>��%� (��|4�Y�d���7�E0��(}R[���
Presided over the 31st Foundation Day celebrations of the University held at UAS, Auditorium
and spoke on the occasion, wherein Sri Anna Hazare, Social Activist, Ralegaon Siddhi was the Chief Guest.
05.01.2018 3*+3�4����FL� 6��%;'C�#�� ������ ��(��� � E%;'#��� � Y�=��!Jk'���� � !� Y�Z( 5[��%'�&���K�zO����(����E0�Y04�g=%�(}�#�$�=����������&(�� K�zO�%�����W�����C'<�E%;'#��� ��;E%��Y04�g�����Borlaug Global Rust Initiative, USA�"(����%�(%'^R����
Presided over the inauguration of “Dr. Normal Borlaug International Centre for Agriculture Development” held at UAS Auditorium which was inaugurated by Dr. Jeanie Borlaug Laube, Chair, Borlaug Global Rust Initiative, USA & other international and national dignitaries were present.
06.01.2018 )%P�&E� �� )%;'o%# � =�> � �%�A� �FL� Cornell University through Cornell-Satguru Foundation 6��%;'CR� ��=�E%'�$��� �F�%��� Y�=� � ��!Jk'���� � !� (�=�`� ��&3�'_��Z( 5y� �������&(��(%;��Y5Z(%'*�FL��%�F� J�67�E0��(}R����
Participated as a panellist in the first session -“From training to learning” of International Agriculture and Rural Development (IARD) programme organized by the Cornell University through Cornell-Satguru Foundation for Development held at Hotel Taj Deccan, Hyderabad.
07.01.2018 3��������6(�.FL�6��%;'C�#��-\�j�%'���F��� !�(%�'��K�zIR�(��=�������
Inaugurated Krishimela – 2018 at Vijayapur campus and addressed the gathering.
09.01.2018 3*+3�4����F L� “Protected Cultivation with Special Reference to Soilless Cultivation
Hydroponics and Aeroponmics” and “Organic Farming and its Relevance in Present Day Agriculture” ��^=��6��%;'C�#��K�zO����������&(��Y04�g=%�����W�(}R�(��=�������
Presided over the inauguration of Refresher Courses on “Protected Cultivation with Special
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22
Date Particulars
Reference to Soilless Cultivation Hydroponics and Aeroponics” and “Organic Farming and its Relevance in Present Day Agriculture” held at Vice-Chancellor’s Conference Hall, UAS, Dharwad and spoke on the occasion.
12.01.2018 %'*� (%;�� �(������� �%'���%;'� *�� ��E0&(��:�_%���� �&������ 3��_��<%'�*������(q� ''Community Radio Station in Agricultural Extension Services – Challenges
and Prospects” ��^=��6��%;'C�#����!Jk'�����(%�1'���Y04�g=%�(}R�(��=�������
Presided over the inaugural function of National Conference on “Community Radio Station in Agricultural Extension Services – Challenges and Prospects” held at UAS, Auditorium organized by the Directorate of Extension on the eve of Decennial Celebrations of Nation’s first Krishi Community Radio in India and spoke on the occasion.
19.01.2018 E%���;^�FL� 6��%;'C�#�� International Trade Fair of Organics and Millets 2018��������&(�FL� E0��(}�#�$�=��� �������&(�� K�zO�%�����W� (���4� (��|4(���&�����%�(%'^R�����
Participated in the inaugural function of International Trade Fair of Organics and Millets 2018, which was inaugurated by Hon’ble Chief Minister, GoK, held at Bengaluru.
26.01.2018 3*+3�4����FL� 6��%;'C�#�� Gm�%'� �.��>%;4'=V(� �������&(�FL� E0��(}R��0+>��%;').(��W��%�(%'^R��(��=�������
Unfurled the National Flag on the eve of 69th Republic Day Celebrations and addressed the
gathering.
31.01.2018 3*+3�4�����B\�%'�(4(��c����(���/��E0%����Y04�g=%�(}�����
Chaired the 40th emergent meeting of the Board of Management of the University and resolved
on the agenda items.
ACTIVITES OF Dr. B. S. JANAGOUDAR, VICE-CHANCELLOR, UNIVERSITY OF AGRICULTURAL SCIENCES, DHARWAD FOR THE MONTH OF FEBRUARY 2018
Date Particulars
06.02.2018 ���������(%�1'����E0���.FL “Innovative Approaches in the Management of Biotic and Abiotic
Stresses in major field crops through biorationals under climate resilient agriculture”� ��^=�� ��%�=�E%'���������&(��K�zO�����(����E0�Y04�g=%�(}R��� Presided over the inauguration of Training Program on “Innovative Approaches in the Management of Biotic and Abiotic Stresses in major field crops through bio-rationals under climate resilient agriculture” held at VCs Conference hall, UAS, Dharwad.
15.02.2018 ==+*�=`k� �%'=&FL� �(����%A� <'�� (�)=+� �%;���%��7� E%;':����(�R� �&'� Y�g�� ����H%;'=(��E0%&�� � ��+3�� �������.� ���%c���� (�)�(�)%;'��0�4���� �;�4� E0%&*� �� � ��+3����(���W��=A ���� ���(�<+=� ���4������ ���� E0(�� E%���;^�FL� 6��%;'CR� �(����E0FL�3*+3�4�����(�$���E0��(}R����Participated in the felicitation ceremony of Mahamahopadhyaya Poojya Bhadreshdas Swami of the Bochasanwasi Shri Akshar Purushottam Swaminarayan Sanstha for his outstanding contributions to the society in the field of Philosophy by the Hon’ble Governor of Karnataka, held at Raj Bhawan, Bengaluru.
20.02.2018 *%&'Hl�� !��(�=�`�*%&'Hl�� !�(�}�%���^��7�RQt�5�=�E%'��{O���0��(��FL�6��%;'C�#���������&(�(��W�K�zIR����Inaugurated the Training Program organized for Shreshta Krishika & Shreshta Krishi Mahile, held at Staff Training Unit, UAS, Dharwad.
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23
23.02.2018 E%���;��� 3*+3�4����� ��������� )��;� ����M(���W� E0%'I(���� (���Q��(� ����Cp�C��&(%'*���^=��:M�R���
Met Vice-Chancellor/Registrar, UAS, Bengaluru and discussed on forthcoming UG/PG admissions.
05.03.2018 3*+3�4�����@&'����.FL�6��%;'C�#��-\�f]�j�%'���F���UAS Inter-Collegiate Diploma
Sports Meet & Games Meet K�zIR����
Inaugurated the UAS Inter-Collegiate Diploma Sports Meet & Games Meet 2017-18 held at Sports ground UAS, Dharwad and addressed the gathering.
07.03.2018 ����O�� ������ ����(� �QF'��.� (�=�`� ������ @&'��� "#�,%����� <'��(� NSS Best
University Award��&*R� ��%���#�$�=��� E%���;^�� ��������� E0(�FL� ��%� �������&(�FL�(���4�(��|4(���&�/���&*R`�����W�R+'�^R����
Received the NSS Best University Award of the Youth Empowerment and Sports Department of Govt. of Karnataka presented by the Hon’ble Chief Minister of Karnataka in recognition of the meritorious service rendered by the University NSS students, held at Guru Nanak Bhavan, Bengaluru.
08.03.2018 �(%)F���FL�6��%;'C�#��E0���'����� !�Y����0����^H= �<%�'*����(�=�`�� !����4�� !�3*+3�4�������������(�!����(%�1'��FL�E0��(}R���
Participated in the ICAR Directors and SAU Vice-Chancellors Annual Conference held at NASC, New Delhi.
12.03.2018 (��4�%'> �� )%P�E�� Y(^�� <��%;'C=� � !� 3>�i�� �%'�&� E����%;'o%���FL� 6��%;'C�#������&3�'.�����(���=%��7���*�4�Y�Z( 5y�=�E%'���������&(����K�zIR������
Visited Krishi Vigyan Kendra, Bagalkot and inaugurated the “Skill Development Training Programme for Rural Youth” sponsored by MANAGE, Hyderabad held at KVK, Bagalkot.
16.03.2018 3*+3�4����FL� 6��%;'C�#�� Y�=���!Jk'���� (�}��� 5�]-\�j� �������&(�� Y04�g=%�(}�#�$�=���(��|4�Y�d����7�,�4=��^��(�5��&'(�������(����(�1�A�E0��(}R[�����
Presided over the International Women Day 2018 programme wherein “Smt. Saalu Marada Timmakka” an Environmentalist was the Chief Guest held at UAS Auditorium and addressed the gathering.
23.03.2018 3*+3�4�����B��%'�(4(��c����(���/��E0%����Y04�g=%�(}R����
Chaired the 41st meeting of the Board of Management and discussed on various academic,
finance and administrative agenda items and resolved thereon.
27.03.2018 =%;'O��^�%� 3*+3�4����� E����%;'o%���FL� 6��%;'C�#�� Interactive PG Poster Seminar on
Post Graduate Research -2018�(��|4�Y�d����7�E0��(}R����
Participated as Chief Guest in the “Interactive PG Poster Seminar on Post Graduate Research 2018” held at UHS, Bagalkot.
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�
��= Awards/distinctions/recognitions�Sl. No.
Name and Designation of the Teacher/ Scientist
Name of the Award/Distinction/
Recognition
Awarding institution/ organization
Year of Award
Date of announce
ment of Award
Agriculture College, Dharwad
1 Dr. R. S. Giraddi
Dean (Agri)
Best paper Award and Best Presentation Award
The 19th International
Conference on Crop Production and Chemicals organized by World Academy of Science, Engineering and Technology (WASET)
2017 November 30, 2017
2 Dr. S. M. Mundinamani
Professor
Chairman, Technical session on Agricultural Economics
University of Malaya 2017 August
22, 2017
3 Dr. J.S. Sonnad, Prof. & Head and NSS, Programme Co-ordinator
State level Best NSS, Programme Co-ordinator
Government of Karnataka 2016-17 March
7, 2018
4 Dr. M. N. Sreenivasa
Professor
(Ag. Microbiology)
Incentive award for
DST project
UAS, Dharwad
2018 Janaury
2, 2018
BOS member Biotechnology
Kuvempu University 2018 October
28, 2015
5 Dr. Ashalatha, K. V.
Prof. of Statistics
Eminent Scientist Award
Indian Institute of
Sugarcane Research,
Lucknow and
Samagra
Vikas Welfare Society
2017 October 2017
Best Oral PresentationAward
2017 October 2017
Best Documentary Film Award
2017
October 2017
Incentive Award for Ad-hoc Research Project
UAS, Dharwad 2017 December,
2017
6 Dr. I. S. Katageri
ADR, Vijayapur
Incentive Award for Ad-hoc Research Project
UAS, Dharwad 2017 December, 2017
7 Dr. M. B. Doddamani
Professor & Univ. Head,Dept. Environmental Science,
AC, Dharwad
Eminent Scientist Samagra Vikas Welfare Society, Lucknow, Uttara Pradesh
2017 October
14, 2017
8 Dr. G.T. Basavaraja
Principal Scientist
& Head, AICRP (Soybean)
Fellow
Indian Society of Oilseeds Research (ICAR- Indian Institute of Oilseed Research), Hyderabad
2017 December 31, 2017
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26
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11
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27
�
Sl. No.
Name and Designation of the Teacher/ Scientist
Name of the Award/Distinction/
Recognition
Awarding institution/ organization
Year of Award
Date of announce
ment of Award
9 Dr. G. K. Naidu Breeder
Fellow Indian Society of Oilseeds Research (ICAR- Indian Institute of Oilseed Research), Hyderabad
2017 December 31, 2017
10 Dr. B. N. Motagi
Asst Prof of GPB
AC, Vijayapur
Outstanding Partnership Award-West and Central Africa (WCA) for partnership between ICRISAT and Centre for Dryland Agriculture (CDA), Bayero University, Kano, Nigeria.
ICRISAT, Patancheru, India on ICRISAT Annual Day
2017 February 17, 2017
11 Dr. M. Y. Kamatar
Professor
(GPB)
Honorary Consultant for Millet Research and Processing
Daqing Rueng Izef Agricultural Sciences & Technology Co. Ltd. China
2018 December 15, 2017
12 Dr. M. S. Patil
Professor and Head
(Plant Pathology)
Prof. M. J. Narasimhan Academic Merit Award (Student Muttanna Revadi) and Chairman
Annual Meeting of IPS & National Sympsoium held at AAU, Jorhat
2018 February
17, 2018
Coleman Award (Student: Muttanna Revadi) and Chairman
National Symposium held as part of Coleman Lecture
2017 June
16, 2018
Chairman, American Phytopathological Society Travel Grant
Annual Meeting of IPS & National Sympsoium held at AAU, Jorhat
2018 February
17, 2018
Chairman, Tech. Session Detection and diagnosis of plant diseases Nano technology, omics and Bioinformatics
National Symposium on Innovative Approaches for Detection, Diagnosis and Management of Plant Diseases
2017 October
10, 2017
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28
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13
Dr. Shamarao Jahagirdar, Professor (Plant Pathology)
J F Dastur MemorialNational Award-2018
Indian Phytopathological Society, New Delhi
2018 February 17, 2018
International Achievement Award
EET, CRS, Branding Co. 6
th Science &
Technology Awards
2017 December 10, 2017
Plant Pathology, PI Indian Institute of Soybean Research, Indore
2016 July
31, 2017
Co-Chairman Key Note Adress Session
70th Annual Meeting
of IPS & National Sympsoium held at AAU,Jorhat
2018 February 16, 2018
Member, Prof. M. J Narasimhan Award Selection Committee
70th Annual Meeting
of IPS & National Sympsoium held at AAU, Jorhat
2018 February 15, 2018
Group Leader, National Committee on Doubling Farmers Income, Ministry of Agriculture & Farmers Welfare, GOI
Ministry of Agril.& Farmers Welfare, GOI
2018 February 16, 2018
14 Dr. Yashoda Hegde Professor (Plant Pathology)
Lifetime Achievement Award International Foundation
Agricultural Sciences for contribution and achievement in the field of Plant Pathology
2018 March 3, 2018
15 Dr. Gurudatt M. Hegde Assistant Professor (Plant Pathology)
Co-Chairman for the session on Agriculture and Forestry
Allied Academies, London, United Kingdom
2017-18
October 2, 2017
Agriculture College, Hanumanamatti
16 Dr. M. R. Ravikumar Professor (Plant Pathology)
Distinguished Scientist Awards
Society for Scientific Development in Agriculture and Technology, Udaipur
2017 December 4, 2017
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17 Dr. K. B.Yadahalli
Professor
(Plant Pathology)
Outstanding Achivement Award
Maharana Pratap University of Agriculture and Technology, Udaipur, Rajasthan.
2017 December 2-4, 2017
KPV Menon Best Poster Presentation Award
National Symposium on 'Plant Health Management : Embracing Eco-Sustainable Paradigm' Assam Agricultural University, Jorhat.
2017 February
15-17, 2018
Agriculture College, Vijayapur
18 Dr. Vidyavathi G. Yadahalli
Best poster award PJTSAU, Rajendranagar, Hyderabad
2017 April
24, 2017
19 Dr. Ashok S. Sajjan
Professor& Head, (Seed Science & Technology )
Reviewer excellence Award for reviewer of Agricultural Reviews
Agricultural Research Communication Centre, Karnal, India
2017 May 2017
College of Forestry, Sirsi
20 Dr. Pawan Kumar Poonia Assistant Professor
Young Scientist Award
Society for Agriculture Innovation and Development, Ranchi
2018 January
28, 2018
21 Dr. Swamy, K. R. and Dr. Suryanarayana, V
Best poster award
College of Forestry, Ponnampet, Karnataka
2017 March
22, 2018
22 Dr. S. S. Inamati Assistant Professor
Best Presentation Award
WASET, Amsterdam Netherland
2018 January
22, 2018
23 Dr. Jagadish M R Assistant Professor
Best poster award
College of Forestry, Sirsi 2017 May
5, 2017
24 Mr. Ramesh Rathod Assistant Professor
Best poster award
College of Forestry, Ponnampet, Karnataka
2018 March
22, 2018
25 Dr. A.G. Koppad, Prof and UASD Head (NRM)
Best Poster Award
UAS, Dharwad
2017 June
13, 2017
Best Poster Award UAS, Dharwad 2017 Sepetember
16, 2017
Best Poster Presentation
UAS, Dharwad 2018 January
24, 2018
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Community Science College, Dharwad
26 Dr. Shobha Nagnur
Professor & Head, Dept of ECM,
Incentive Award UAS, Dharwad 2018 January 2, 2018
27
Dr. Hemalatha S. and
Dr. Kasturiba B.
Best Poster Presentation
Satya Sai Institute of Higher Learning, Anantapur, International Conference on Specialized Ayurvedic and Innovative Food and Nutrition Summit
2018 February 17, 2018
28 Dr. Pushpa B. Khadi
Senior scientist award (runners up) at National level
32nd Biennial conference of Home Science association of India, MPUAT, Udiapur
2018
February 3, 2018
29 Dr. Vinutha U.Muktamath
Certificate of appreciation for the oral presentation
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30 Dr. Saraswati C. Hunshal
Certificate of appreciation for the oral presentation
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31 Dr. Manjula Patil Best oral research paper presentaion
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Best NSS programme officer-2017-18
Youth Empowerment and Sports, National Service Scheme cell, GOK
2018 February 23, 2018
32 Dr. Vinutha U. Muktamath
Best paper award for oral presentation during PG conference
University of Agricultural Sciences, Dharwad
2017 June 13, 2017
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University Activities / «±Àé«zÁå®AiÀÄzÀ PÁAiÀÄðZÀlĪÀnPÉUÀ¼ÀÄ
Students selected under Study Abroad Programme
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DAESI programme inaugurated by
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MANAGE, Hyderabad
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Dr. Mallanna Nagaral, Progressive Farmer the gathering on World Food Day, 16-10-2017
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Dr. Channaveer Kanavi addressing on the eve of Kannada Rahjyotsav on 01.11.2017
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University Activities / «±Àé«zÁå®AiÀÄzÀ PÁAiÀÄðZÀlĪÀnPÉUÀ¼ÀÄ
Administration and Finance Management training organized by SC/ST cell of UAS, Dharwad during 15-17 February, 2018
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National farmers day held at UAS, Dharwad, Organized by Directorate of Extension with Students Association of UAS, Dharwad on 23.12.2017
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Biosafety capacity building workshop
on 23.02.2018 held at UAS, Dharwad
wi th suppor t f rom UNEP/GEF
supported phase-II capacity building
project on Biosafety
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Refresher course on Innovative Strategies
for Diagnosis and management of Plant
Diseases inaugurated by Dr. Shreekanth
Kulkarni Retd. Professor of Plant Pathology
on December 08, 2017 at UAS, Dharwad
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University Activities / «±Àé«zÁå®AiÀÄzÀ PÁAiÀÄðZÀlĪÀnPÉUÀ¼ÀÄ
Inauguration of Post Graduate Research
Conference held at UAS, Dharwad and
inaugurated by Dr. P. M. Salimath, Hon'ble
Vice Chancellor of UAS, Raichur
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Drought proof Karnataka and water
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Diploma Agri. Certificate Distribution Programme 16-12-2017-Golden Girl Ms. Pooja Kenchannavar-Nippani College
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University Activities / «±Àé«zÁå®AiÀÄzÀ PÁAiÀÄðZÀlĪÀnPÉUÀ¼ÀÄ
Capacity building of PFAs held at UAS, Dharwad
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Celebrated World Environment Day held at UAS, Dharwad
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International Yoga Day celebration at UAS, Dharwad on 21 June, 2017
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33
Dr. Sannapapamma K.J. Sr. Scientist. AICRP-CT, MARS, Dharwad
Best Poster Award College of Forestry, UASD, Sirsi
2017 May 14, 2017
National level Honourable Mention Awards under the Best Faculty Category
Education Expo TV’s, Research Wing for Excellence in Professional Education & Industry, 6
th
Science & Technology Awards-2017, Mumbai
2017 December 10, 2017
Mid Career Award for research paper
Home Science Association of India and MPUAT, Udaipur
2018 February 3, 2018
Best Oral Presentation Award
International Scientific and Experimental Development, WASET
2018 March 2018
34 Dr. Sadhana D. Kullolli, Prof. and Head (TAD)
Cash Incentive Award
UAS, Dharwad 2018 January 2, 2018
35 Dr. Jyoti V. Vastrad, Professor (TAD)
Appreciation Award for Oral Presentation
Home Science Association of India and MPUAT, Udaipur
2018 February 3, 2018
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1. 4 APPOINTMENTS / PROMOTIONS MADE DURING 2017-18
Teaching Staff
Promotions
Sl.
No.
Name Promoted as
1 Dr. P. S. Tippannavar Professor, Agril. Entomology (AGP-10000)
2 Dr. M. P. Potdar Professor, Agronomy (AGP-10000)
3 Dr. B. T. Nadagouda Professor, Agronomy (AGP-10000)
4 Dr. S. P. Hagalimath Professor, Agronomy (AGP-10000)
5 Dr. C. P. Chandrashekhar Professor, Agronomy (AGP-10000)
6 Dr. Geeta D. Goudar Asst. Professor, Agril. Microbiology (AGP-8000)
7 Dr. S. S. Inamati Asst. Professor, Agronomy (AGP-8000)
8 Dr. B. N. Motagi Asst. Professor, GPB (AGP-8000)
9 Dr. K. P. Gundannavar Asst. Professor, Entomology (AGP-7000)
10 Dr.Nagappa Harijan Asst. Professor, GPB (AGP-7000)
11 Dr.Kavera Biradar Asst. Professor, GPB (AGP-7000)
12 Dr.Yashashwini Sharma Asst. Professor, Horticulture (AGP-7000)
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�Appointments
1 Dr. P. S. Kanannavar Assoc.Professor, Agril. Engineering
2 Dr. S. A. Biradar Senior Scientist & Head
3 Dr. Shubha D/o.Shanmukhappa Senior Scientist & Head
4 Dr. Rajeevakumar B. Negalur Senior Scientist & Head
5 Dr. Manju M. J. Senior Scientist & Head
6 Dr. Mouneshwari R. Kammar Senior Scientist & Head
7 Dr. Guruprasad G. S. Senior Scientist & Head
8 Dr. Ashoka P. S/o.Uduchappa Senior Scientist & Head
9 Dr. Santosh H. M. Subject Matter Specialist (Horticulture)
10 Dr. Chaitanya R. Itagi Junior Scientist (F&N)
11 Mr. Noor Nawaz A. S. Asst. Professor Agril. Microbiology
12 Ms. Ashwini S/o. Shivakumar Asst. Professor Agril. Biotechnology
13 Mr. Arjun R. Sulagitti Subject Matter Specialist Ag.Entomology
14 Dr. Venkanna N. Balaganur Subject Matter Specialist
(Animal/Veterinary Science)
15 Mr. Ravi S/o.Yallappa Subject Matter Specialist (Home Science)
16 Dr. Jagadeesh M. R. Subject Matter Specialist (Agroforestry)
17 Dr. Priya S/o.Ponnuswamy Subject Matter Specialist (Agronomy)
18 Dr. Sangashetty G. Balakunde Junior Agronomist
19 Dr. Somanagouda B. Patil Subject Matter Specialist (Agronomy)
20 Dr. Airadevi P. Angadi Subject Matter Specialist (Horticulture)
21 Mr. Vitthal L. Mangi Subject Matter Specialist (Horticulture)
22 Ms. Heena M. S. Subject Matter Specialist (Horticulture)
23 Dr. Syeda Sameena Anjum Subject Matter Specialist (Plant Pathology)
24 Dr. Kumara B. H. Subject Matter Specialist (Soil Science)
25 Dr. Ramesh M. Beerge Assistant Agricultural Engineer
26 Dr. Uday S/o.Govinda Reddy Junior Geneticist
27 Mr. Kiran B.O. Assistant Physiologist
28 Mr. Ranganatha G. J. Subject Matter Specialist
(Animal /Veterinary Science)
29 Dr. Nagabhushana K. Naidu Asst.Professor of Genetics & Plant Breeding
30 Dr. Mahesh S. Kadagi Asst.Professor of Genetics & Plant Breeding
31 Dr. Prashanth Ratna Naik Asst.Professor of Horticulture
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Service Personnel
Appointments
1 Mr. Puttaraj K. Mudenagudi Lab. Assistant
2 Mr. Rajappa B. Huded Field Assistant
3 Ms. Jyothi P. Soppin Lab. Assistant
4 Ms. Rajeshwari S. Rolli Lab. Assistant
5 Mr. Siddappa L. Hanumar Lab. Assistant
6 Mr. Jagadeesh B. Kotnal Lab. Assistant
7 Mr.Hanumanth N. Mallapur Field Assistant
8 Mr. Santosh G. Desai Field Assistant
9 Mr. Nagaraj M. Pujar Lab. Assistant
10 Mr. Mahantesh H. Sandimani Field Assistant
11 Ms. Sugandha S. Shivamandir Lab. Assistant
12 Ms. Shilparani S/o.Premadas Field Assistant
13 Ms. Pushpavathi D. Pujar Field Assistant
14 Mr. H. Shivaraj Field Assistant
15 Mr. Shivalingagouda J. Patil Field Assistant
16 Mr. Manjunath Y. Bhanapur Field Assistant
17 Mr. Akash V. Dhotre Field Assistant
18 Mr. Irappa Shankar Koshti Field Assistant
19 Mr. Yogesh S. Buradi Lab. Assistant
Compassionate Ground Appointments
1 Mr. Raghavendra G. Bidargaddi Field Assistant
2 Mr. Harish V. Dhotrad Assistant
3 Mr. Vinay A. Hundekar Field Assistant
4 Mr. Ajith Kamlakar Shevale Farm Labour
5 Mr. Krishnaraj Pruthviraj Hotagi Field Assistant
6 Mr. Nagaraj Tirakappa Shinde Farm Labour
7 Mr. Shivappa Sharanappa Bagali Farm Labour
8 Mr. Basavaraj Shrishail Shivapur Field Assistant
9 Mr. Santosh Y. Goudar Farm Labour
10 Ms. Neelavva M. Kambi Assistant
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1. 5 FACULTY IMPROVEMENT
During the period 37 teachers/scientists were deputed abroad for participation in International
Symposia/ Seminars/ Workshops/ Training, etc., held at different countries. In addition to that, 159
Officers, Teachers and Scientists were also deputed to attend Seminars/Symposia, Workshops and
Training programmes within India.
Three teachers have been granted deputation for prosecuting Ph. D. programme for three
Semesters (within UAS, Dharwad) and five teachers have been sanctioned study leave for prosecuting
higher studies.
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National workshop on Registration of Microbial Inoculants at UAS, Dharwad on
thAugust, 29 2017
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Cotton Field Day held at ARS, Dharwad (Hebballi Farm)
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National Seminar on Application of
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scenario with reference to the
agriculture and forestry (ARSGISSEM-
17) inaugurated by Dr. J. Adinarayan,
Principal, Research Scientist, IIT
Mumbai held during 15-16, September
2017 at UAS, Dharwad
PÀȶ ªÀÄvÀÄÛ CgÀtå PÉëÃvÀæzÀ°è jªÉÆÃmï ¸É¤ìAUï ªÀÄvÀÄÛ fLJ¸ï UÀ¼À §¼ÀPÉ PÀÄjvÀÄ ¢£ÁAPÀ 15-16 ¸É¥ÉÖA§gï 2017 gÀAzÀÄ ºÀ«ÄäPÉÆAqÀ gÁ¶ÖçÃAiÀÄ «ZÁgÀ¸ÀAQgÀt
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National Conference on Application of GEO-Spatial and ICT tools in SMART Agriculture (SMART AGRI-2018) during 23-24 January, 2018 at UAS, Dharwad
¨sÁgÀwÃAiÀÄ PÀȶ ªÀiÁ»w vÀAvÀæeÁÕ£À ¸ÀAWÀzÀ ``gÁ¶ÖçÃAiÀÄ fÃAiÉÆÃ-¸ÉàòAiÀįï vÀAvÀæeÁÕ£À ºÁUÀÆ ªÀiÁ»w vÀAvÀæeÁÕ£À (¸ÁälðPÀȶ)'' ¸ÀªÉÄäüÀ£ÀªÀ£ÀÄß PÀȶ «±Àé«zÁå®AiÀÄzÀ°è 2018gÀ d£ÀªÀj 23 gÀAzÀÄ DAiÉÆÃf¸À¯Á¬ÄvÀÄ.
nd2 National Conference on Genetics and Cytogenetics inaugurated by Dr. J. V. Goud Former Vice-Chancellor, UAS, Dharwad held on February, 2018
zsÁgÀªÁqÀ PÀÈ.«« zÀ°è ºÀ«ÄäPÉÆAqÀ d£ÀnPÀì ªÀÄvÀÄÛ ¸ÉÊmÉÆà d£ÉnPÀ¸ï PÀÄjvÀ 2£Éà gÁ¶ÖçÃAiÀÄ ¸ÀªÉÄäüÀ£ÀªÀ£ÀÄß «±ÁæAvÀ PÀÄ®¥Àw qÁ. eÉ. «. UËqÀ EªÀgÀÄ GzÁÏn¸ÀÄwÛgÀĪÀÅzÀÄ
National Conference on Community
Radio Station in Agricultural Extension
Services- Challenges and prospectus
on 12.01.2018 at UAS, Dharwad
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Inauguration of Bio fuel Training Centre and Laboratory held on 01.03.2018
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Seminar on Sugarcane cultivation during 30-31, January, 2017
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Jal Kranthi Abhiyan Workshop held on February , 13, 2017 in collaboration with Central Water Commission Bengaluru at UAS, Dharwad
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Annual Groundnut Workshop held on
April 25, 2017 at UAS, Dharwad
zsÁgÀªÁqÀ PÀȶ «±Àé«zÁå®AiÀÄzÀ°è 2017gÀ K¦æ¯ï 25 gÀAzÀÄ DAiÉÆÃf¹zÀ ±ÉÃAUÁ ¨É¼ÉAiÀÄ ªÁ¶ðPÀ PÁAiÀiÁðUÁgÀ
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47
����������������������� �!�"�#��$$%��$��Visitors to the Departments�� ���$&����'()*�$+�������������College of Agriculture, Dharwad
�������� Sl. No.
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������� ���������
Date of Visit
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Department of Biotechnology
1 � � � � � ���� � �� � � ��� ���� �� �� � ��� � �� � �� �� �ALASAC � ��� ����� ��� � ��� ����� ���
10-04-2017 � � ��� � ��� � � !
Dr. Sahadeva Singh Chief Policy Adviser ALASAC and Deputy Commissioner
10-04-2017 General Visit
2 " #�� �$ � �%& � �� ��' '' � � ( ) � ��* + �� +� �, �- . / $� �, � �%+ %� � �% � 01 23 '�
17-04-2017 � � ��� � ��� � � !
Richard Stoner 333 spring hill lane Berthoud, Colorado 80513
17-04-2017 General Visit
3 � %� �� �� - 4 ��� ��3 5 33 ,� 6 ��� �� � � � �7 ���� � �8 9 �:, �; � �<� � �� �� � !,�= >� � ���� � ,� ?�4 ���� � �� �@ 51 31 3 1�
17-04-2017 � � ��� � ��� � � !
Mohan Bajikar 1211. M. Regalia Heights Shipra sun city Indirapuram, Ghazibad-201010
17-04-2017 General Visit
Department of Agriculture Meteorology
4 1. ��� �; � �� ���� � �������������������� ������������� ����������������������������� !��������"����#�����$ ����$% �$��&'�$'�'�'$��($�����%���'�2. )�'�*�#'*#'����+$, ��-������$ .��������������������� ��������*'/'0'1�#'2'��������������������� ���(3�������*'*#'&'1�#'*'����'������������'��
3. )�'�&'�������!���-������4��.�5($ ��������� �6���*'/'0'1�#'2'*'*��#'����������$% 73������$ �7����*'*#'&'1�#'*'����'�����������'�
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������������������ ����������������� UAS, Dharwad Annual Report : 2017-18�
48
�������� Sl. No.
�������� �������� Name & Designation
������� ���������
Date of Visit
���������������� Purpose of Visit
1. Dr. Shivaramu Agrometeorologist & Nodal Officer, GKMS, GKVK, Bengaluru. 2. Dr. S.N. Malleshwari Sadhineni Agrometeorologist, AICRP on Agrometeorology, ANGRAU, Anantapur 3. Dr. Narayana Swamy Scientist (Agronomy) AICRPAM, ARS, ANGRAU, Anantapur
24-05-2017
The scientists visited the department of Agricultural Meteorology, to know how this department has been established, what all are the courses offered in this department, what is the intake of students and how the students are conducting the field experiments. So that they can think over for the establishment of such a department in their respective Universities.
5
3 � �� �� ��� ��� ��6� �� �� �� � � < �� ��� E % � �� �� ��� ���� ���� ����� � ��N� ��, �� �]� 6��� �� K,�� � �J �% � ��� �5� � ��� � ��� � E ��� �-� , �� ��� E % � �� �� ��,�] �6 ��� ��K ,� � � �J�% ��� �'�� � �� �6��� 6� ��� � �� �� % ���,� �� �������� ���E ��� �) I� �� ,�]� 6 ��� �� K,� �� �� � �J�% � ��� �
16-03-2018
(3���9 ���� ��������� �(3���7���4��.������������������������ ���(3����$:�(3$ ;����<����'�'���73�����)�7�=,�>�� �������?��7�� ��������� �����%@A�$� ������ �����$% 73��� �$ �7��7�� ��B��$� C�$D�A�E���+�F����'�
1. Dr. Sundar M. Metri, Director & Head, IMD, Bengaluru 2. Dr. Ramesh Babu, Director, IMD, Bengaluru 3. Dr. S.N.R. Gopal, Meteorologist, IMD, Bengaluru
16-03-2018
The scientists visited the department of Agricultural Meteorology, to discuss about the establishment of North Karnataka Agro-meteorological Forecasting and Research Centre (NKAFC) of IMD at UAS, Dharwad.
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Name and Designation Date of visit
Purpose of visit
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Sri Gangavati Pranesh At Post: Gangavati, Dist: Koppal
17-04-2017 51 3a @ 3 B� � �� ��7��� ��� � �F� �� � � ��� ��� �% ������ � � � � �� ��J�� ��D$ � % � �:����� �� �b c �������� � � ���7 S� � �� ���*� � F ��� U$ � �J����R ��� W ; � ���� �� �� �K ��� ��� �Participated in the Students Hostels Annual Day for the year 2016-17 and addressed them.
2. ; < � � �H ��<� � � �,� �� c � ���� ��� �� ��= K � �� �,�� �^ �� N��� ��Shri Rajendra Singh, Waterman of India, Rajasthan�
21-07-2017 � " ��� F�� ���� � ��� � �� �% � ]�� �� ����% Z �� �J��� ��" � � � � F��� U$ � �J� ��� R � ��W ; � ���� �� ���K� ���� � �Awareness of water use and natural source of water and addressed them.
������������������ ����������������� UAS, Dharwad Annual Report : 2017-18�
49
3. ������������� �������������������������������������� Shri Rajendra Singh, Waterman of India, Rajasthan�
16-08-2017 � �D & ) � ��� ���b & ��� ]� � �� ����% Z �� � ��" � � � � '�>����� �J�� � ��� ��� ��� ����Z J���� �� ���� � � �V� U � �� �c � � �� ��� *� � ��� � �����R � �� W ; � ���� �� ���K� ���� � ��Participated National Level Conference regarding Natural Water Source for three days and addressed them.
4. ; < � V ^�d � ��H �� ,� -<Q�& #�� �� F� % >T �� ��" e� �� ,���� � �� �Q�& ) ��� Shri Anna Hazare, Anti corruption crusader, Maharastra State
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16-08-2017 � �D & ) � ��� ���b & ��� ]� � �� ����% Z �� � ��" � � � � '�>����� �J�� � ��� ��� ��� ����Z J���� �� ���� � � �V� U � �� �c � � �� ��� *� � ��� � �����R � �� W ; � ���� �� ���K� ���� � ��Participated National Level Conference regarding Natural Water Source for three days and addressed them.
5. ; < � #� ��<� � � �� ��S� �,� �� � �4 � E ���� �� ��, �� �� �� ���� ��� �� �� ����% � V� �� ��X� �� ,� � �K�VfT ��C >g� � �<>T � �� � ,� � � �J�% � ����Shri Chandrakant Bellad, Ex-MLA of Dharwad City & Chairman, Border Development Board, Bengaluru��
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CONVOCATION / WÀnPÉÆÃvÀìªÀ
th30 Convocation of UAS, Dharwad held on 27-05-2017. Dr. Ashok Dalwai, Additional Secretary, Department of Agriculture, Cooperation and Farmers Welfare, GoI and Shri A. S. Kiran Kumar, Chairman ISRO, Bengaluru attended the convocation as chief guest
zsÁgÀªÁqÀ PÀȶ «±Àé«zÁå®AiÀÄzÀ 30£Éà WÀnPÉÆÃvÀìªÀ (27-05-2017) ¸ÀºÀPÁgÀ ºÁUÀÆ gÉÊvÀgÀ PÀ¯Áåt E¯ÁSÉAiÀÄ C¥ÀgÀ PÁAiÀÄðzÀ²ðUÀ¼ÁzÀ qÁ. C±ÉÆÃPÀ zÀ¼ÀªÁ¬Ä ºÁUÀÆ ¨ÉAUÀ¼ÀÆj£À E¸ÉÆæà CzsÀåPÀëgÁzÀ ²æà J. J¸ï. QgÀt PÀĪÀiÁgÀ EªÀgÀÄ CwyUÀ¼ÁV sÁUÀªÀ»¹zÀgÀÄ
Kumari Jemi Joseph, ``Golden Girl’’ receiving 13 Gold Medals for Undergraduate Programme
PÀĪÀiÁj eÉ«Ä eÉÆøɥsï, ``a£ÀßzÀ ºÀÄqÀÄV’’ 13 a£ÀßzÀ ¥ÀzÀPÀUÀ¼À£ÀÄß 30£Éà WÀnPÉÆÃvÀìªÀzÀ°è ¹éÃPÀj¸ÀÄwÛgÀĪÀÅzÀÄ
CONVOCATION / WÀnPÉÆÃvÀìªÀ
th 30 Convocation addressing by Dr. Ashok Dalwai, Additional Director,
Department of Agricultural Cooperation and Farmers Welfare New Delhi: GOI held at UAS, Dharwad
zsÁgÀªÁqÀ PÀÈ«« AiÀÄ 30 £Éà WÀnPÉÆÃvÀìªÀzÀ°è qÁ. C±ÉÆÃPÀ zÀ¼ÀªÁ¬Ä ºÉZÀÄѪÀj PÁAiÀÄðzÀ²ðUÀ¼ÀÄ, PÀȶ ¸ÀºÀPÁgÀ ªÀÄvÀÄÛ gÉÊvÀgÀ PÀ¯Áåt E¯ÁSÉ, ¨sÁgÀvÀ ¸ÀPÁðgÀ, £ÀªÀzɺÀ° EªÀgÀÄ
WÀnPÉÆÃvÀìªÀªÀ£ÀÄß GzÉÝò¹ ªÀiÁvÀ£ÁqÀÄwÛgÀĪÀÅzÀÄ
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FELLOWSHIPS AWARDED TO SC/ST STUDENTS OF PG DURING 2017�
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�3����������:���;���<!�������=�'()*+),/ UAS, Dharwad Annual Report : 201
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HIPS AWARDED TO SC/ST STUDENTS OF PG DURING 2017-18
2����� �����/�Campus and Degree� >?������� !��&��/No. of Students�
Dharwad Campus��Jr. M.Sc.(Agri) 0E�Sr. M.Sc.(Agri) *F Jr. M.H.Sc. G
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The 30
th Annual Convocation of University of
Agricultural Sciences, Dharwad was held on 27May, 2017. Shri. A.S. Kiran Kumar, Chairman and Secretary, Department of Space Commission, ISRO, Bangalore was the Chief Guest.
The following are the details of degree conferred.
UAS, Dharwad Annual Report : 2017-18�
59
���� !��"��� #�$��� ���� !�
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Annual Convocation of University of ultural Sciences, Dharwad was held on 27
th
May, 2017. Shri. A.S. Kiran Kumar, Chairman and Secretary, Department of Space Commission, ISRO, Bangalore was the Chief Guest.
The following are the details of degree
������������������������������� ������%����5(%���7�8������9����C�
Number of candidates who were conferred degree duriDharwad �
��-.��./�Sl.No.
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*2� K�� ���������B.Sc.(Agriculture)
*0� K�� �������'��$�$L'��.��M4����$����B.Sc. (Agril.
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B.Tech. (Ag.Engg.)*E� K�O���P�.�����
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������������������>?���/�Total�
�3����������:���;���<!�������=�'()*+),/ UAS, Dharwad Annual Report : 201
������������������������������� ������%����5(%���7�8������9����CD� ������EF3�� !��&��������
Number of candidates who were conferred degree during 30th Annual Convocation of UAS,
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UAS, Dharwad Annual Report : 2017-18�
60
Annual Convocation of UAS,
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Sl. No.
Name of the Student
��:<������2����#��!2�I���E3��� / Agribusiness Management
Ph.D.
1. !�7,����$�'���$���������
Shreya Amarapurkar
Production and Value Chain of Millets in North KarnatakaAppraisal
2. 4��,'��+�9Q(�O������$�,%
Somanagouda I. Patil
Market Competitiveness and Export Performance of Onion and Garlic from IndiaAn Agribusiness Approach
3. +�K�$� ���N�R,#�
Nataraj B. Patted
Management of Pepper Economy in IndiaAgribusiness Approach
4. �A+����+�
Nithin K. N.
Rubber Economy in IndiaManagement Appraisal with respect to Karnataka and Kerala States
5. +�,.$7'�A�!��,���$�,%
Nethravathi Ashok Patil
Agribusiness in Karnataka A Sectoral Analysis
6. 5!��,���'����4�
Kishore, M. S.
Coconut Economy in Karnataka Agribusiness Perspective
M.Sc. (Agri.)
7. �����S$���%���T>
Karuna V. Kulkarni
Agribusiness Appraisal of Chrysanthemum (Dendranthema grandiflora) in North Karnataka
8. '���� +�����4��������
Mohasin A. Hosurkar
Marketing Management of Pesticides in Dharwad District
9. ��".$7U��$�,%
Pavitra O. Patil
Production and Marketing Management by Karnataka State Seeds Corporation Ltd., in Gadag district
10. 4��������$V��,(
Sanjay Rathod
An Analysis of Production and Marketing Management of Groundnut in Vijayapura District
11. !��A���'���
Shruti P. M.
Production and Marketing Management of Dry Chili in Dharwad District
12. !�3,������'��#���WX
Sharef Ahmad Ahmadi
Indian Rice Economy Role in Food Security and Foreign Trade
13. 64$7���<$Y�
Israrullah
Export Trade Performance of Indian Cashew
�3����������:���;���<!�������=�'()*+),/ UAS, Dharwad Annual Report : 201
�E3�����"����� C6��� �-G�3���&���/�Theses accepted
College of Agriculture, Dharwad
Title of Thesis Name of Major Advisor
/ Agribusiness Management
Production and Value Chain of Millets in North Karnataka– A Management Appraisal
($�Z4�'��$�Z��$��
Dr. Basavaraj Banakar
Market Competitiveness and Export Performance of Onion and Garlic from India- An Agribusiness Approach
($��+��'����������
Dr. N. M. Kerur
Management of Pepper Economy in India- An Agribusiness Approach
($�O�����<�,#���[\
Dr. R. A. Yeledhalli
Rubber Economy in India- A Management Appraisal with respect to Karnataka and Kerala States
($��4� �'���$�+�!��R
Dr. S. B. Mahajanashetti
Agribusiness in Karnataka – A Sectoral Analysis
($�O�����<�,#���[\
Dr. R. A. Yeledhalli
Coconut Economy in Karnataka – An Agribusiness Perspective
($� �'���A>
Dr. C. Murthy
Agribusiness Appraisal of Chrysanthemum Dendranthema grandiflora)
in North Karnataka
($�:$%���#�7���+$����]
Dr. Balachandra K. Naik
Marketing Management of Pesticides in Dharwad District
($��+��'����������
Dr. N. M. Kerur
Production and Marketing Management by Karnataka State Seeds Corporation Ltd., in Gadag district
($��+��'����������
Dr. N. M. Kerur
An Analysis of Production and Marketing Management of Groundnut in Vijayapura District
($� �'���A>
Dr. C. Murthy
Production and Marketing Management of Dry Chili in Dharwad District
($� �'���A>
Dr. C. Murthy
Indian Rice Economy – it’s Role in Food Security and Foreign Trade
($�^���4�4��+�_#�
Dr. J. S. Sonnad
Export Trade Performance of Indian Cashew
($�^���4�4��+�_#�
Dr. J. S. Sonnad
UAS, Dharwad Annual Report : 2017-18�
61
Name of Major Advisor Date of
Submission
Dr. Basavaraj Banakar
2017
2017
2017
Dr. S. B. Mahajanashetti
2017
2017
2017
Dr. Balachandra K. Naik
2017
2017
2017
2017
2017
2017
2017
Sl. No.
Name of the Student
14. �������$�� ���'��W#��'��$#$��
Fayazahmma Jamadar
Production, Processing and Marketing Management of Pineapple and its Products in Uttara Kannada District Karnataka
��:<�DJ�!�����K��E3����/�Agricultural Economics
Ph.D.
15. ?<$a���Q�
Shilpa P. Chowti
Agrodimensions of solid waste management -An Economic Analysis
16. b,'��9Q(�c��$�,<
Bheemagouda O.Patil
Performance of National Horticulture Mission and its impact on Horticulture of North KarnatakaEconomic Analysis.
17. ��"#����#$;�
Ravi Dupdal
Efficiency of weather based crop insurance as an adaptation strategy to climate changes
18. X,�$d�'�(�,��
Deepa G. Wader
Dynamics of Labour Employment in and Socioof MGNREGA
M.Sc. (Agri.)
19. '����'��W#����e��+$X,�������
Mohamad Akbar Nadderpoor
Assessment of impact of Krishi Bhagya scheme of Karnataka
20. :�$��A:$9�3
Bharati Bagari
Export Performance of Tobacco from India An Economic Analysis
21. �#�� �O��
Bindu B. R.
Economic analysis of Sugarcane based and alternate cropping systems in irrigated sugarcane belt of Belgavi District.
22. 9$����A7�� ,;�CGayatri P.
Beeligi
Performance of Chickpea in Malaprabha Command area an
23. �$��,!� �#��C
Rakesh Sindagi
Supply Response of Soybean in Karnataka
24. '����,!�O��
Mahesh R.
Impact of wind mills installation on Land : A Socio Economic Perspective
25. ��,���$+$9�����[\
Renuaka Nagarahalli
Economic Evaluation of Dry landDistrict.
26. ���8.$�4�#��(�'���
Akshata S. Doddamani
An Economic Analysis of income generating activities of farm women in North Karnataka
�3����������:���;���<!�������=�'()*+),/ UAS, Dharwad Annual Report : 201
Title of Thesis Name of Major Advisor
Production, Processing and Marketing Management of Pineapple and its Products in Uttara Kannada District of Karnataka
($�^���4�4��+�_#�
Dr. J. S. Sonnad
Agricultural Economics
Agro-Socio -Economic dimensions of solid waste management -In Karnataka An Economic Analysis
($�d��+���%���T>
Dr. G. N. Kulkarni
Performance of National Horticulture Mission and its impact on Horticulture of North Karnataka- An Economic Analysis.
($��4 ����4�'���
Dr. S. B. Hosamani
Efficiency of weather based crop insurance as an adaptation strategy to climate changes
($� ��<��$�,<
Dr. B. L. Patil
Dynamics of Labour Employment in Agriculture and Socio- Economic impact of MGNREGA
($�d��+���%���T>
Dr. G. N. Kulkarni
Assessment of impact of Krishi Bhagya scheme of Karnataka
($�O���4����#$D�� Dr.
R.S. Poddar
Export Performance of Tobacco from India An Economic Analysis
($������?7,���X9��,;�
Dr. Jayashree Handigol
Economic analysis of Sugarcane based and alternate cropping systems in irrigated sugarcane belt of Belgavi District.
($��4��'���'����X+�'���
Dr. S. M. Mundinamnai
Performance of Chickpea in Malaprabha Command area an Economic Analysis
($��'�����!�'��$>
Dr. M. T. Sharama
Supply Response of Soybean in Karnataka
($����Z4�'��$�
Dr.H. Basavraja
Impact of wind mills installation on Agricultural Land : A Socio Economic Perspective
($��4��'���'����X+�'���
Dr. S. M. Mundinamnai
Economic Evaluation of Dry land Agriculture in Gadag District.
($�d��+���%���T>
Dr. G. N. Kulkarni
An Economic Analysis of income generating activities of farm women in North Karnataka
($������?7,���X9��,;�
Dr. Jayashree Handigol
UAS, Dharwad Annual Report : 2017-18�
62
Name of Major Advisor Date of
Submission 2017
8-9-2017
09-11-2017
24-11-2017
29-12-2017
Dr. 20-07-2017
Dr. Jayashree Handigol
29-07-2017
($��4��'���'����X+�'���
Dr. S. M. Mundinamnai
05-08-2017
5-08-2017
24-10-2017
($��4��'���'����X+�'���
Dr. S. M. Mundinamnai
19-8-2017
13-10-2017
Dr. Jayashree Handigol
02-11-2017
Sl. No.
Name of the Student
27. '�����'��,I.� ��+�
Manjumohita B.N.
A Study on Farmers Livelihood in Gadag District of Karnataka Analysis
��:<�������I���E3���/ Agricultural Extension Education
Ph.D.
28. C,.$����+$_;�
Geeta P. Channal
Impact of Entrepreneurship Development Programme in North Karnataka
29. ��+$9$��>+����f
P. Nagarjuna Reddy
Mechanization Gap and Energy Utilization Pattern by Farmers in Relation to Productivity
30. +���64$Wg�<'����'��W#���W#�'����'��W#
Nazar Ismail Mohammed Ahmad Mohammed
Analysis of Tomato Production and Protection Technologies at Farm Level in Karnataka
M.Sc. (Agri.)
31. ���^$����4
Pooja K. S.
Analysis of Technological Gap in Adoption of Recommended Cultivation Practices of Chilli In Gadag District
32. ",S$Z�!��R
Veena Bushetti
Impact of Feed and Fodder Development Programmes on Livestock Farmers of North Karnataka
33. ?7,�$�.�
Shreekant
An Analysis of Entrepreneurial Behavior of Dry Grape (Raisin) Producers of Vijayapura District
34. O�����T'��,3`�
R. Kanimozhi
Analysis of Factors Contributing to the Continuance of Fodder Technologies by the Farmers
35. 4��h$W#�,'�C3
Sushma Devagiri
Knowledge and Acceptance of eTrading by the Stakeholders of AgricultureMarkets in North Karnataka
36. ��3���h$iO�����
Harikrishna R. K.
Management Orientation of Mouli Sheep Farmers in Vijayapura District
37. �58.$
Akshitha
Adoption of Integrated Pest Management Practices by Coconut Farmers
38. 4���%���'��$���+��'���
Sunilkumar N. M.
Knowledge, Perception And Utilization the Farmers of North Karnataka
�3����������:���;���<!�������=�'()*+),/ UAS, Dharwad Annual Report : 201
Title of Thesis Name of Major Advisor
A Study on Farmers Livelihood in Gadag District of Karnataka - An Economic Analysis
($� ��<��$�,<
Dr. B. L. Patil
Agricultural Extension Education
Impact of Entrepreneurship Development Programme in North Karnataka
($����"�+$��$��
Dr. K. V. Natikar
Mechanization Gap and Energy Utilization Pattern by Farmers in Relation to Productivity
($�^��d���9��
Dr. J. G. Angadi
Analysis of Tomato Production and Protection Technologies at Farm Level in Karnataka
($��4��4�(��[\
Dr. S. S. Dolli
Analysis of Technological Gap in Adoption of Recommended Cultivation Practices of Chilli In Gadag District
($��4��<��$�,<
Dr. S. L. Patil
Impact of Feed and Fodder Development Programmes on Livestock Farmers of North Karnataka
($�+$9���.$_ �$#$��
Nagaratna Biradar
An Analysis of Entrepreneurial Behavior of Dry Grape (Raisin) Producers of Vijayapura District
($���������C�#$��
Dr. K. A. Jahagirdar
Analysis of Factors Contributing to the Continuance of Fodder Technologies by the Farmers
($�^��d���9��
Dr. J. G. Angadi
Knowledge and Acceptance of e-Tendering and e-Trading by the Stakeholders of Agriculture Markets in North Karnataka
($��� b,'���$a�Dr. A. Bheemappa
Management Orientation of Mouli Sheep Farmers in Vijayapura District
($�'�����;$�+�
Dr. Manjula N.
Adoption of Integrated Pest Management Practices by Coconut Farmers
($�^��d���9��
Dr. J. G. Angadi
Knowledge, Perception And Utilization of Herbicides by the Farmers of North Karnataka
($��4�"���;����R
Dr. S. V. Halakatti
UAS, Dharwad Annual Report : 2017-18�
63
Name of Major Advisor Date of
Submission 24-11-2017
15.11.2016
01.07.2017
01.07.2017
01.07.2017
28.06.2017
01.07.2017
28.06.2017
01.07.2017
01.07.2017
21.07.2017
14.08.2017
Sl. No.
Name of the Student
39. C3#���������
Giridhar K. A.
Awareness and Utilization of Mobile Phone Services by Farmers to Access InformationAgricultural
40. �#����'���
Sindhu M.
Perception of Farmers towards Custom Hiring Service Centre
41. ����!�&�.������
Yashwanth H. P.
A Study onBehaviour of Sericulturists In Northern Karnataka
42. ��.�+����'��$���4�
Chethan Kumar S.
Analysis of Production TechnologiesPapaya Growers
43. �"�,��O���.$L��
Jameer R. Attar
Adoption of Recommended Cultivation Practicesby Lime Growers of North Karnataka
44. +�'�X,�� ��<�
Navadeep B. L.
Knowledge and Adoption of Clean Milk Production Practices Among Dairy Farmers in Belagavi District
45. #�$��!�'��9���#�_'���
Dharesh Magundanavar
Technological Gap in Cultivation of Pineapple in Uttara Kannada District
46. "+$������
Vinayak
Empowerment of Farmers Through Organic Farming in Northern Karnataka
��:<���L��������K��E3���� AGRICULTURAL STATISTICS
M.Sc. (Agri.)
47. ^���,A �:$9�%���,�
Jyoti B Bagalkoti �
A Statistical Measurement in to the changes in Cardmom Production and Export in India
48. '��,-�^��
Megha, J.
A Statistical Investigation on Sugar Production in India
49. ��".�7�+��<
Pavithra,N.L. �
Development of Food grain Production Index in Karnataka
50. 3^$������
Rijoy,T.
A StatisticalSecurity of India
51. #��D���Z��
Siddu Hanabar �
Statistical Analysis of Sugarcane Yioeld in Belagavi District
��:<������MNO�P���������K��E3��� / AGRICULTURAL MICROBIOLOGY
M.Sc. (Agri.)
52. �����������
Priyanka
Isolation, characterization and evaluation of efficient Fluorescent pseudomonas against Colletotrichum truncatum soybean
�3����������:���;���<!�������=�'()*+),/ UAS, Dharwad Annual Report : 201
Title of Thesis Name of Major Advisor
Awareness and Utilization of Mobile Phone Services by Farmers to Access Information for Increasing Agricultural Productivity
($��4�#�,'�,�#�7�$a
Dr. Devendrappa S.
Perception of Farmers towards Custom Hiring Service Centre
($��+�4������$����$�%
Dr. Anasuya T. Patil
A Study on Entrepreneurial Behaviour of Sericulturists In Northern Karnataka
($��4� ��$�%
Dr. S. B. Patil
Analysis of Production Technologies Adopted by Papaya Growers
($��'���"�+$9��$^
Dr. M. V. Nagaraja
Adoption of Recommended Cultivation Practices by Lime Growers of North Karnataka
($��4�d�� ]
Dr. S. G. Aski
Knowledge and Adoption of Clean Milk Production Practices Among Dairy Farmers in Belagavi District
($��4�����9��,N$�;
Dr. S. H. Gotyal
Technological Gap in Cultivation of Pineapple in Uttara Kannada District
O�������+��'��+$��������
Dr. R. H. Hanumanaikar
Empowerment of Farmers Through Organic Farming in Northern Karnataka
($�O�� �:�[\
Dr. R. B. Belli
AGRICULTURAL STATISTICS
A Statistical Measurement in to the changes in Cardmom Production and Export in India
($���O���4:��K
Dr. A. R. S. Bhat
A Statistical Investigation on Sugar Production in India
'$������+���'$<$D��
Shri. Y. N. Havaldar
Development of Food grain Production Index in Karnataka
($�O!$%.$���"
Dr. K. V. Asha Latha
A Statistical Study on Food Security of India
($���O���4:��K
Dr. A. R. S. Bhat
Statistical Analysis of Sugarcane Yioeld in Belagavi District
'$������+���'$<$D��
Shri.Y. N. Havaldar
AGRICULTURAL MICROBIOLOGY
Isolation, characterization and evaluation of efficient Fluorescent pseudomonas against Sclerotium rolfsii and Colletotrichum truncatum of soybean
���� ���������
Dr. Geeta Goudar
UAS, Dharwad Annual Report : 2017-18�
64
Name of Major Advisor Date of
Submission
21.08.2017
($��+�4������$����$�%
01.07.2017
30.08.2017
14.07.2017
30.06.2017
($��4�����9��,N$�; 24.07.2017
O�������+��'��+$��������
R. H. Hanumanaikar
29.08.2017
04.12.2017
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August, 0*21
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August, 2017 ������0*21
August, 2017
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August, 2017 ������0*21
August, 2017
22.01.2018
Sl. No.
Name of the Student
53. ���������������
Basavaraj B R�Molecular Intercation of Arabidopsisfor induced systemic tolerance under water deficit condition
E������������K��E3����/ AGRONOMY
Ph.D.
54. 4��^$.$�4�9��;�,#�
Sujath M. Guled
Management of lodging in dicoccum wheat using plant growth regulators
55. ��+�'���.��'�����[\
Hanamant M. Halli
Effect of land configuration and deifict irrigation on growth, yield and water productivity of maizecowpea sequence cropping
56. ,'��$�A�+$�9�,��
Seemantini Nadiger
Performance of sugarcane based intercropping systems under wide row spacings
57. ���5,����a���:�$�"
Fakeerappa Arabhanvi
Agronomic fortification with zinc and iron, nutrient management and planting geomequality of sweet corn
58. d�'��#���
G. Madhu
Response of plant and ratoon sugarcane to methods and levels of fertilizer application with split application of potassium
59. 4���%��4�.�����f
Sunil A. Satyareddi
Response of turmeric (Curcuma longato methods of irrigation and graded levels of fertilizers
60. +�",+����'��$�� ���
Naveen Kumar, B. T.
Conservation agriculture for sustainable agriculture in cotton and pigeonpea intercropping system under rainfed situations
61. �"�.��'������^$��
Amit M. Pujar
Agronomic manipulation on sustainable production of cotton and soybean intercropping system
62. ���4���7:�$'���T
P. S. Prabhamani
Effect of conservation agriculture practices on productivity, soil properties and resource use efficiency in sequence cropping systems under rainfed conditions
63. ?'$+��#� ����+�_[�
Shivanand N. Honnali
Agronomic performance of pigeonpea as influenced by conservation agriculture practices and nutrient levels under semiarid tropics
�3����������:���;���<!�������=�'()*+),/ UAS, Dharwad Annual Report : 201
Title of Thesis Name of Major Advisor
Molecular Intercation of Arabidopsis-rhizobacteria for induced systemic tolerance under water deficit condition�
($������������h�j�$�
Dr. P. U. Krishnaraj�
Management of lodging in dicoccum wheat using plant growth regulators
($� ��+����"�#����'��$��
Dr. B. N. Aravindkumar
Effect of land configuration and deifict irrigation on growth, yield and water productivity of maize-cowpea sequence cropping
($��4��4���9��
Dr. S. S. Angadi
Performance of sugarcane based intercropping systems under wide row spacings
($� ��4�����!$;�
Dr. C. S. Hunshal
Agronomic fortification with zinc and iron, nutrient management and planting geometry on yield and quality of sweet corn
($�������������k��[\
Dr. U. K. Huilhalli
Response of plant and ratoon sugarcane to methods and levels of fertilizer application with split application of potassium
($��4�l��$[���R
Dr. S. I. Halikati
Response of turmeric Curcuma longa L.) varieties
to methods of irrigation and graded levels of fertilizers
($��4��4/��9��
Dr. S. S. Angadi
Conservation agriculture for sustainable agriculture in cotton and pigeonpea intercropping system under rainfed situations
($���� �ZZ<$#�
Dr. H. B. Babalad
Agronomic manipulation on sustainable production of cotton and soybean intercropping system
($�"�"���9��
Dr. V. V. Angadi
Effect of conservation agriculture practices on productivity, soil properties and resource use efficiency in sequence cropping systems under rainfed conditions
($���� �ZZ<$#�
Dr. H. B. Babalad
Agronomic performance of pigeonpea as influenced by conservation agriculture practices and nutrient levels under semiarid tropics
($����� �$#���
Dr. D. P. Biradar
UAS, Dharwad Annual Report : 2017-18�
65
Name of Major Advisor Date of
Submission
01.07.2017
($� ��+����"�#����'��$��
Dr. B. N. Aravindkumar
27.06.2017
23.08.2017
08.09.2017
20.09.2017
22.09.2017
10.10.2017
31.10.2017
13.11.2017
14.11.2017
24.11.2017
Sl. No.
Name of the Student
64. '�����;$m���,3
Manjula Udikeri
Production potential of compact fertilizer levels and growth retardants under higher density planting system
65. 4��Xb,�#�74��?
Sudheendra Saunshi
Agronomic investigations on striga management in sugarcane (officinarum
M.Sc. (Agri.)
66. Xk,�����'��$��
Dilipkumar
Effect of different sowing devices and fertilizer levels on growth, yield, quality and economics of Soybean (Glycine max
67. ��O���?&�
T. R. Ashwini
Effect of different residue based composts and biofertilizers on growth andyield of Pigeonpea (cajan
68. ���O��4��.��,h$
K. R. Santhosha
Soil and foliar nutrient management in Bt and nonBt cotton genotypes under protective irrigation
69. ���U�4��^$.$
H. T. Sujatha
Crop diversification and intensification for higher productivity and profitability in transplanted pigeonpea
70. ��7#�,!$d+$
Pradesh Jena
Effect of conventional and water soluble fertilizers through
yield and quality parameters of Bt cotton
71. !$�'���4���N�,%
Sham S. Patel
Effect of foliar application of nano zinc particles on growth, yield and quality of sunflower
72. +�,�$^��,�
Neha Joshi
Precision nutrient management in maize to achieve target yield under northern transition zone of Karnataka
73. �+�O+��#�
N. Ananda
Response of sesame (Sesamum indicumplanting geometry and foliar nutrition during summer
74. 9�����Z4�'��$�n%9��(�
Gurubasavaraja Chilagoda
Studies on weather relationship under different sowing dates in sweet corn genotypes
75. �'���d�'�����+$V�
M. G. Manjunath
Performance of soybean and millets in intercropping systems
�3����������:���;���<!�������=�'()*+),/ UAS, Dharwad Annual Report : 201
Title of Thesis Name of Major Advisor
Production potential of compact genotypes to fertilizer levels and growth retardants under higher density planting system
($�d� �!�?#����$
Dr. G. B. Shashidhara
Agronomic investigations on striga management in sugarcane (Saccharum officinarum L.)
($���'��,!�:$Z�
Dr. Rameshbabu
Effect of different sowing devices and fertilizer levels on growth, yield, quality and economics of Soybean Glycine maxL. Merrill)
($� ������#�7!�,@��
Dr. C. P. Chandrashekar
Effect of different residue based composts and biofertilizers on growth and yield of Pigeonpea (Cajanus cajan (L.) Millsp.)
($�?7,'��A��9��^$58'��o��
Dr. Ganajaxi Math
Soil and foliar nutrient management in Bt and non-Bt cotton genotypes under protective irrigation
($�^�������4�'��o��
Dr. J. A. Hosmath
Crop diversification and intensification for higher productivity and profitability in transplanted pigeonpea
($���� �ZZ<$#�
Dr. H. B. Babalad
Effect of conventional and water soluble fertilizers through fertigation on growth, yield and quality parameters of Bt cotton
($�'$�����O��O%#����R
Dr. Y. R. Aladakatti
Effect of foliar application of nano zinc particles on growth, yield and quality of sunflower(Helianthus annuus L.)
($� ��+����"�#����'��$��
Dr. B. N. Aravindkumar
Precision nutrient management in maize to achieve target yield under northern transition zone of Karnataka
($� ������#�7!�,@��
Dr. C. P. Chandrashekar
Response of sesame Sesamum indicum L.) to
planting geometry and foliar nutrition during summer
($����4���.$L��
Dr. P. S. Pattar
Studies on weather relationship under different sowing dates in sweet corn genotypes
($�������������k��[\
Dr. U. K. Hulihalli
Performance of soybean and millets in intercropping systems
($��4�O��4�%5+����,��a
Dr. S. R. Salkinkoppa
UAS, Dharwad Annual Report : 2017-18�
66
Name of Major Advisor Date of
Submission
Dr. G. B. Shashidhara
29.11.2017
15.03.2018
C. P. Chandrashekar
04.07.2017
12.07.2017
18.07.2017
25.07.2017
($�'$�����O��O%#����R 01.08.2017
($� ��+����"�#����'��$��
Dr. B. N. Aravindkumar
01.08.2017
C. P. Chandrashekar
02.08.2017
18.08.2017
24.08.2017
O��4�%5+����,��a
08.09.2017
Sl. No.
Name of the Student
76. �������%���'��$��
A. H. Anilkumar
Influence of iron and zinc fortified with organics in sorghum
77. �'���d���7X,��
M. G. Pradeep
Performance of maize hybrids for the current arising temperature scebased assessment
78. 4�Z�����+�'���$�$.�7
Sabya Ranjan Mohapatra
Influence of irrigation levels and water soluble fertilizers on growth, yield and water productivity of sunflower
79. ��"#$:�,9��
Favida Begum
Response of sweet corn (Zea mayscultivars to fertility levels
80. �'�����9Q��'��W
M. D. Gouramma
Precision nutrient management in Bt cotton to achieve target yields
81. ��7",�9���(�9$"
Praveen M. Gondagavi
Sulphur and boron nutrition in Niger (Cass.)
82. O��+�",+����'��$��
R. Naveenkumara
Effect of different water regimes on growth and yield of summer groundnut genotypes
83. O#�!�> �O��
Adarsh B. R.
Productivity of mungbean as influenced nutrient ratios of nitrogen and phosphorus during transition zone of Karnataka
84. 4��n,.�7�$���'������#�
Suchitra Haromuchud
Weed management in direct seeded rice through brown manuring
85. ?'���a���
Shivappa K
Nutrient management in wheat mustard intercropping system with different row proportion
86. 4Q'���d������,3
Soumya G. Arakeri
Bioemergent herbicides in irrigated maize (ZL.).
87. �'����4�+���,�#�7
M. S. Narendra
Standardization of fertigation schedule in transplanted onion (cepa
88. '����Z�Z4$Zd�^��,��'��W+�'���
Mahabubsab G. Jorammanavar
Response of Maize(maysconservation practices, supplementalirrigation and nutrientmanagement in rainfed situation
�3����������:���;���<!�������=�'()*+),/ UAS, Dharwad Annual Report : 201
Title of Thesis Name of Major Advisor
Influence of iron and zinc fortified with organics in rabi sorghum
($�"��4����Z4�#�
Dr. V. S. Kubsad
Performance of maize hybrids for the current and rising temperature scenarios: DSSAT model based assessment
($�O������$�,%
Dr. R. H. Patil
Influence of irrigation levels and water soluble fertilizers on growth, yield and water productivity of sunflower
($��4��4/��9��
Dr. S. S. Angadi
Response of sweet corn Zea mays L. Saccharata)
cultivars to fertility levels
($�O��Z4�'��$���a
Dr. R. Basavarajappa
Precision nutrient management in Bt cotton to achieve target yields
($��'��������.$D��
Dr. M. P. Potdar
Sulphur and boron nutrition in Niger (Guizotia ahyssinica Cass.)
($��4��$����'��$��
Dr. S. Rajkumara
Effect of different water regimes on growth and yield of summer groundnut genotypes
($�O������$�,%
Dr. R. H. Patil
Productivity of mungbean as influenced nutrient ratios of nitrogen and phosphorus during kharif in northern transition zone of Karnataka
($��<����'��k9�'$(�
Dr. L. H. Malligawad
Weed management in direct seeded rice through brown manuring
($����U����#�7+$V�
Dr. H. T. Chandranath
Nutrient management in wheat mustard intercropping system with different row proportion
($�?7,'��A����4��#�$
Dr (Smt.). T. Sudha
Bio-efficacy of early post-emergent herbicides in irrigated maize (Zea mays .).
($��4�'$�����'$k
Dr. S. Y. Wali
Standardization of fertigation schedule in transplanted onion (Allium cepa L.).
($��4�'$�����'$k
Dr. S. Y. Wali
Response of Maize(Zea mays L.) to moisture conservation practices, supplemental irrigation and nutrient management in rainfed situation
($�"��4�4�������,(�
Dr. V. S. Surakod
UAS, Dharwad Annual Report : 2017-18�
67
Name of Major Advisor Date of
Submission
22.09.2017
14.10.2017
16.10.2017
27.10.2017
30.10.2017
22.11.2017
18.12.2017
($��<����'��k9�'$(� 19.01.2018
Chandranath
10.08.2017
15.03.2018
30.6.2017
30.6.2017
30.6.2017
Sl. No.
Name of the Student
89. 9����A
Ganapati
Effect of nitrogen levels and modified urea on growth, yield and nitrogen use efficiency in rainfed pearl millet(
90. ��%Y"�4�'��$�T��!��R
Pallavi S. Manikashetti
Effect of band application of organic manures on growth and yield of rainfed pigeonpea.
91. n+�_'�&��%:�$�"
Chinnavva Palabhavi
Effect of sources and levels of sulphur on (Sesamum indicum during command area.
92. �!��,�� �!�,9����Ashok
B. Shehagunashi
Response of quality protein maize to nitrogen and sulphur levels
93. d��$(���a
J. Kadappa
Fertigation in Pigeonpea (Cajanus cajanthrough drip irrigation in Northern dry zone of Karnataka
��F��������-��Q%���E3����/ BIOTECHNOLOGY
Ph.D.
94. ���,<��$��O���'���
Kolekar R. M.
Transfer of resistance to late leaf spot and rust resistance in groundnut through marker assisted backcrossing
95. #$#��,���,�$�(�
Dadapeer Peerjade
Evaluation of yIrradiated Seed Derived Progenies and Germplasm for Plant Growth, Fruit Quality Traits, Bacterial Blight Resistance and Analysis of Marker Trait Association in Pomegranate (Punica granatum L.)
96. ����$�����
Roopa K. P.
Molecular Interaction Between Root Pathogens in Groundnut (hypogaea(Solanum melongena
97. �$������
Hake A. A.
Analysis of Taxonomic, Agronomic, Productivity and Nutritional Traits and Resistance to Foliar disaeses for their Association with TE Markers in Groundnut
98. '��,��+���'��$��+�"p�
Mohan Kumar N. V.
SNP based linkage mapping and QTL analysis for fibre quality and yield component traits in
�3����������:���;���<!�������=�'()*+),/ UAS, Dharwad Annual Report : 201
Title of Thesis Name of Major Advisor
Effect of nitrogen levels and modified urea on growth, yield and nitrogen use efficiency in rainfed pearl millet(Pennisetum glaucum L.)
($������9��9�q3
Dr. A. K. Guggari
Effect of band application of organic manures on growth and yield of rainfed pigeonpea.
($��4� ���%-�KC
Dr. S. B. Kalaghatagi
Effect of sources and levels of sulphur on sesame Sesamum indicum l.)
during summer in UKP command area.
($��4� ���%-�KC
Dr. S. B. Kalaghatagi
Response of quality protein maize to nitrogen and sulphur levels
($��4���9�#�D+���,3
Dr. S. A. Gaddanakeri
Fertigation in Pigeonpea Cajanus cajan(L.) Millsp.)
through drip irrigation in Northern dry zone of Karnataka
($���� ��$�,%
Dr. M. B. Patil
BIOTECHNOLOGY
Transfer of resistance to late leaf spot and rust resistance in groundnut through marker assisted backcrossing
($���'��,!�:��N
Dr. Ramesh Bhat
Evaluation of y-rays Irradiated Seed Derived Progenies and Germplasm for Plant Growth, Fruit Quality Traits, Bacterial Blight Resistance and Analysis of Marker Trait Association in Pomegranate Punica granatum L.)
($�+$�$�����'��9�,�
Dr. Narayan Moger
Molecular Interaction Between Rhizobacteria and Root Pathogens in Groundnut (Arachis hypogaea L.) and Brinjal Solanum melongena L.)
($����h�i�$���������
Dr. Krishnaraj P. U.
Analysis of Taxonomic, Agronomic, Productivity and Nutritional Traits and Resistance to Foliar disaeses for their Association with TE Markers in Groundnut
($���'��,!�:��N
Dr. Ramesh Bhat
SNP based linkage mapping and QTL analysis for fibre quality and yield component traits in G. barbadese L. Cotton
($�l��4���K9�,3
Dr. I. S. Katageri
UAS, Dharwad Annual Report : 2017-18�
68
Name of Major Advisor Date of
Submission
29.6.2017
30.6.2017
30.6.2017
S. A. Gaddanakeri
30.6.2017
30.6.2017
02-03-2017
12-07-2017
31-10-2017
10-07-2017
30-6-2017
Sl. No.
Name of the Student
M.Sc. (Agri.)
99. 9Q.�'��'�.�
Gautam Vats
Studies on the Molecular basis of ResistanceAsian Soybean Rust in Advanced Lines
100. ���^$�4����
Pooja S. K.
Development of Mapping Population and Identification of Molecular Markers Associated with Powdery Mildew Resistance in Mungbean
101. 9$����A7�'���
Gayathri M.
Development of AhTE and CAPS Markers in Groundnut (Arachis hypogaea
102. +�����+�d�+
Nayan G. N.
Cloning and Transfer of ectBBacteria into Tomato
103. �$3.$^��
Charitha J.
Validation of Molecular Markers Linked to Quality and Quantitative Traits in Advanced Mutant Population of (Linum usitatissimum
104. ���d.$����'���
Ranjitha K. M.
Genetic Analysis nd Validation of Markers Linked to Nitrogen Use Efficiency (NUE) and Yield Components in Bread Wheat (L.)
105. ���h�a,! ��,?
Pushpesh Joshi
Induced Mutagenesis in the Introgression Lines to Improve Reistance to Foliar Diseases and productivity in groundnut (hypogaea
106. �$9�?7,�����'���
Ragashree H. M.
Marker of Resistance to Late Leaf Spot and Rust from Introgression Lines to JLand TMVGroundnut (hypogaea
E�&��������R-�������K��E3����/ CROP PHYSIOLOGY
M.Sc. (Agri.)
107. ���8.��4��4�
Ms. Akshata S.S
Rust resistance in soybean: A Physiological probe
108. Z4�'����m�$a��
Mr. Basavaraj Uppar
Differential soil moisture regimes at various growth stages on physiological response of groundnut genotypes
�3����������:���;���<!�������=�'()*+),/ UAS, Dharwad Annual Report : 201
Title of Thesis Name of Major Advisor
Studies on the Molecular basis of Resistance against Asian Soybean Rust in Advanced Lines
($��4�^$��C,��#$��
Dr. S. Jahagirdar
Development of Mapping Population and Identification of Molecular Markers Associated with Powdery Mildew Resistance in Mungbean
($�4��'���9�<$:��N
Dr. Sumangala Bhat
Development of AhTE and CAPS Markers in Groundnut Arachis hypogaea L.)
($���'��,!�:��N
Dr. Ramesh Bhat
Cloning and Transfer of ectB Gene from Marine Bacteria into Tomato
($�+$�$�����'��9�,�
Dr. Narayan Moger
Validation of Molecular Markers Linked to Quality and Quantitative Traits in Advanced Mutant Population of Linseed Linum usitatissimum L.)
($�4��'��$'���9�k
Dr. Suma Mogali
Genetic Analysis nd Validation of Markers Linked to Nitrogen Use Efficiency (NUE) and Yield Components in Bread Wheat (Triticum aestivum L.)
($�4��'��$ �$#$��
Dr. Suma Biradar
Induced Mutagenesis in the Introgression Lines to Improve Reistance to Foliar Diseases and productivity in groundnut (Arachis hypogaea L.)
($���'��,!�:��N
Dr. Ramesh Bhat
Marker – assisted Transfer of Resistance to Late Leaf Spot and Rust from Introgression Lines to JL-24 and TMV-2 varieties of Groundnut (Arachis hypogaea L.)
($���'��,!�:��N
Dr. Ramesh Bhat
CROP PHYSIOLOGY
Rust resistance in soybean: A Physiological probe
($��$�"����,�
Dr. R. V. Koti
Differential soil moisture regimes at various growth stages on physiological response of groundnut genotypes
($� ��4�^$+�9Q(��
Dr. B. S. Janagoudar
UAS, Dharwad Annual Report : 2017-18�
69
Name of Major Advisor Date of
Submission
19-01-2017
05-07-2017
22-06-2017
29-06-2017
01-09-2017
14-08-2017
17-11-2017
08-01-2018
28.06.2017
13.07.2017
Sl. No.
Name of the Student
109. X�$k#$4
Ms.Deepali Dash
Physiological studies on heat stress tolerance in groundnut (hypogaea
110 9�#�'��'��$+�4�
Ms. Gaddam Manasa
Phenotyping of groundnut (Arachis hypogaea uptake mechanism in calcareous soil
111. ^���A�'����'���
Ms.Jyoti, M.M
Screening of Safflower (Carthamus tinctoriusGenotypes for physiological traits and yield productivity
112 �����?7,�'����$+���,3
Ms. Roopashree M. Kanakeri
Physiological association between crop reflectance and nitrogen status in wheat (Triticum sp.
113. ?'����.�7��a:�,K9�,3
Mr.Shivaputrappa Betageri
Investigation on thenano based nutrients on physiological performance of sunflower
114. #�Dk�9�
Mr. Siddalinga
Calibration and validation of Infocrop simulation model for Bt cotton hybrids
D%����������2�������������"DST��:=U������K��E3����Ph.D. / V2�WX.$.��� 115. X,�$4$;�����
Deepa P.Salunke
Genetic Analysis of Resistance to Aspusgillus flavus infection in groundnut (
116. ?<$a'��%9$�'�
Shilpa V.Malaghan
Genetic studies related to biofortification and grain quality in rabi sorghum (S.bicolor (L.) Moench)
117. ��,.�+$ ���
Chethana C.K.
Studies on Genetic basis and molecular mechanisms of spot biotic ( sorskimana Shoemaker) din tetraploid
118. ���3'�����74$#�
B.Harivaraprasad
Genetic dand molecular characterization of fertility restores Genes in Mini core collection of sorghum (Sorghum bicolor)
M.Sc. (Agri.) / Y.Y69.�Z��:<[ 119. ���8.$d�:��KR
Akshata G. Bhat
Genetic studies related to seed cotton yield, fibre quality and physiological traits in selected advanced breeding lines of Gossypium hirsutum L.
�3����������:���;���<!�������=�'()*+),/ UAS, Dharwad Annual Report : 201
Title of Thesis Name of Major Advisor
Physiological studies on heat stress tolerance in groundnut (Arachis hypogaea L.) genotypes
($�"���n'��W(
Dr. V. P. Chimmad
Phenotyping of groundnut Arachis hypogaea L.) for Fe
uptake mechanism in calcareous soil
($����'�r��$�,<
Dr. H. Y. Patil
Screening of Safflower Carthamus tinctorius L.)
Genotypes for physiological traits and yield productivity
($� ��'���+�'�%9��R
Dr. C. M. Nawalagatti
Physiological association between crop reflectance and nitrogen status in wheat Triticum sp.)
($��'��� �#��(�f'���
Dr. M. B. Doddamani
Investigation on the use of nano based nutrients on physiological performance of sunflower
($� ��4�^$+�9Q(��
Dr. B. S. Janagoudar
Calibration and validation of Infocrop simulation model for Bt cotton hybrids
($� � ��$�,<
Dr. B. C. Patil
D%����������2�������������"DST��:=U������K��E3����/�GENETICS AND PLANT BREEDING
Genetic Analysis of Resistance to Aspusgillus flavus infection in groundnut ( Arachis hypogea L)
($���!������+�9Q(
Dr. P. V. Kenhanagoudar
Genetic studies related to biofortification and grain quality in rabi sorghum S.bicolor (L.) Moench)
($��4�����ds(���T
Dr. S. T. Kajjidoni
Studies on Genetic basis and molecular mechanisms of spot biotic ( Bipolomis sorskimana ( Sace) Shoemaker) disease resistance in tetraploid species
($�!����#$7+$����]
Dr. V. Rudranaik
Genetic divergence studies and molecular characterization of fertility restores Genes in Mini core collection of sorghum Sorghum bicolor)
($� ��� �$#$��
Dr. B. D. Biradar
Genetic studies related to seed cotton yield, fibre quality and physiological traits in selected advanced breeding lines of Gossypium hirsutum L.
($��4�����ds(���T
Dr. S. T. Kajjidoni
UAS, Dharwad Annual Report : 2017-18�
70
Name of Major Advisor Date of
Submission
17.06.2017
20.09.2017
11.11.2017
10.01.2018
01.09.2017
05.08.2017
Kenhanagoudar
27.06.2017
27.06.2017
16.10.2017
21.03.2018
18.07.2017
Sl. No.
Name of the Student
120. +$9�'���!
Nagamani V
Genetic studies on charcoal rot resistance and podder quality parameters in minicore collection of sorghum ( (L.) during rabi season.
121. A���'��<$�'$����?7,9��,�
Tirumala Jawahar Sri Gopi
Expression analysis of validated Denouo assembly of s
122. �$�.����'��$�� ��4
Kantha kumar C.S.
Heterotic grouping of newly developed inbredlines of Maize (
123. !'��<$d
Vimala G.
Heterosis and combining ability studies in Sesame (Sesamum indicum
124. ��7!,��
Praveen P.
Genetic green gram (genotypes through induced mutagenesis
125. !+��.$!
Vinutha V.
Genetic investigation of induced variability for quantitative traits in sesame
126. <�,@?7,���d.$
Lekhashri Ranjitha
Genetic studies on variability for rust resistance and grain yield parameters in rabi sorghum (bicolor
127. �4�'���%58tW
S.Varalakshmi
Evaluation of experimental hybrids produced by crossing CIMMYT inbred lines wilt proven testers for yield & its components by line x tester analsis in maize (Z
128. #�$DV�>�$�($
Siddharth Pande
Stability, combining ability and heterosis studies in single cross experimental hybrids of Maize L.)
129. �����"��,.�L'��'$����
Purushottam.Y.
Development and evaluation of turcicum leaf blight resistant single cross hybrids using elite inbreds of maize.
130. .$�$�+�'���R
Tara Janmatti
Comparative analysis of progenies derived through SSD &selection in chickpea arietinum
131. <$'�S$�!
Lavanya V.
Pyramiding of major and minor genes in bread wheat (Tritium aestivum rust resistance
�3����������:���;���<!�������=�'()*+),/ UAS, Dharwad Annual Report : 201
Title of Thesis Name of Major Advisor
Genetic studies on charcoal rot resistance and podder quality parameters in minicore collection of sorghum ( Sorghum biocolor (L.) during rabi season.
($� ��� �$#$��
Dr. B. D .Biradar
Expression analysis of validated Denouo assembly of s
($� �O����$�,%
Dr. B. R. Patil
Heterotic grouping of newly developed inbredlines of Maize (Zea mays L.)
($�������.��4�:��KR
Dr. Jayant S. Bhat
Heterosis and combining ability studies in Sesame Sesamum indicum L.)
($��4�d�����'��"�&���$a
Dr. S. G. Parameshwarappa
Genetic enhancement of green gram (Vigna radiate) genotypes through induced mutagenesis
($�4��'��$ '��9�k
Dr.Suma C.Mogali
Genetic investigation of induced variability for quantitative traits in sesame
($��4�d�����'��"�&���$a
Dr. S. G. Parameshwarappa
Genetic studies on variability for rust resistance and grain yield parameters in rabi sorghum (Sorghum bicolor L. Moench)
($��4�����ds(���T
Dr. S. T. Kajjidoni
Evaluation of experimental hybrids produced by crossing CIMMYT inbred lines wilt proven testers for yield & its components by line x tester analsis in maize Zea mays L.)
($���� �'$k
Dr. M. C. Wali
Stability, combining ability and heterosis studies in single cross experimental hybrids of Maize (Zea mays L.)
($���� �'$k
Dr. M. C. Wali
Development and evaluation of turcicum leaf blight resistant single cross hybrids using elite inbreds of maize.
($�d�"$�.����'��$��
Dr. G. Shanthakumar
Comparative analysis of progenies derived through SSD & pedigree methods of selection in chickpea (Cicer arietinum L.)
($� ��4��$�,%
Dr. B. S. Patil
Pyramiding of major and minor genes in bread wheat Tritium aestivum L) for leaf
rust resistance
($��4���#�,4$g�
Dr. S. A. Desai
UAS, Dharwad Annual Report : 2017-18�
71
Name of Major Advisor Date of
Submission
22.07.2017
27.07.2017
27.07.2017
28.07.2017
01.08.2017
Parameshwarappa
03.08.2017
12.08.2017
12.08.2017
17.08.2017
06.09.2017
11.09.2017
23.10.2017
Sl. No.
Name of the Student
132. O#�"�>
Adarsha
Genetic studies on target genotype and response to selection in cotton (Gossypium hirsutum
133. W.$�4�?'�����$�9��,%
Smita S.Shivayagol
Assessment of exploitable genetic variability and molecular diversity in photo thermo insensitive clones of sugarcane ( officinarum
134 ���r���,������
Fyroj.U.
Genetic for grain nutrients, yield & yield attributes in Tetraploid wheat
135. C3�$����_�$��
Giriraj Kanihal
Studies on Genetic variability and correlation for yield traits and sucking pest tolerance in cotton (G.hirsutum L. & G.arboreum
136. '��+��,����Z��$��
Manohar Banakar
Genetic variability studies for yield, yield attributes and quality parameters in wheat (
137. 4Q'��$�^�
Soumya J.
Characterization of plant types and stability analysis in Gossypium hirsutum L. under Rainfed situation.
138. '��+��,�����<
Mohankumar L.
Characterization of mutants of landraces for plant type and
139. m'��,"��$'����f
Umesh Havaraddi
Genetic variability studies for yield parameters and Bruchid resistance studies in Cowpea (unguialata)
140. �$�.�,"��$�Z;�
Kantesh Kambale �
Genetic variability and correlation studies for production , oil content and pistil late nature in castor (Ricinus communis
141. �$"��$a
Kashappa C.
Genetic studies on shootfly resistance on shootfly and photoperiod insensitivity on rabi sorghum ( bicolor.
142. '����W#�=$d'��,�XD+�4
Md Khaja Moinuddin. S
Heterosis and combining ability for yield and yield components using A4 cytoplasm in Pearl Millet((L.) R.Br.)
�3����������:���;���<!�������=�'()*+),/ UAS, Dharwad Annual Report : 201
Title of Thesis Name of Major Advisor
Genetic studies on target genotype and response to selection in cotton Gossypium hirsutum L.)
($��4��4��$�,%
Dr. S. S. Patil
Assessment of exploitable genetic variability and molecular diversity in photo thermo insensitive clones of sugarcane ( saccharum officinarum L.
($��4� ��$�,%
Dr. S. B. Patil
Genetic variability studies for grain nutrients, yield & yield attributes in Tetraploid wheat
($��4��4� �$#$��
Dr. S. S. Biradar
Studies on Genetic variability and correlation for yield traits and sucking pest tolerance in cotton G.hirsutum L. &
G.arboreum L.)
($�'�����;$�4����
Dr. Manjula S. M.
Genetic variability studies for yield, yield attributes and quality parameters in wheat ( Triticum aestivum L.)
($�!����#$7+$����]
Dr. V. Rudra Naik
Characterization of plant types and stability analysis in promising genotypes of Gossypium hirsutum L. under Rainfed situation.
($��$ �,"��4��$�,%
Dr. Rajesh S. Patil
Characterization of mutants of landraces for plant type and yield trait in rice ( oryza sativa)
($��+�d���+��'�����R
Dr. N. G.Hanamaratti
Genetic variability studies for yield parameters and Bruchid resistance studies in Cowpea (Vigna unguialata)
($��4����#�,"��$�(�
Dr. S. K. Deshpande
Genetic variability and correlation studies for production , oil content and pistil late nature in castor Ricinus communis L.)
($���!������+�9Q(�7
Dr. P. V. Kenchanagoudar
Genetic studies on shootfly resistance on shootfly and photoperiod insensitivity on rabi sorghum ( Sorghum bicolor. (L.) Moench)
($� ��� �$#$��
Dr. B. D. Biradar
Heterosis and combining ability for yield and yield components using A4 cytoplasm in Pearl Millet(Pennisetum glaucum L.) R.Br.)
($�c�?7,#�,!
Dr. O. Sridevi
UAS, Dharwad Annual Report : 2017-18�
72
Name of Major Advisor Date of
Submission
09.11.2017
16.11.2017
17.11.2017
21.11.2017
13.12.2017
29.12.2017
01.01.2018
06.01.2018
V. Kenchanagoudar
12.01.2018
20.02.2018
July, 2017
Sl. No.
Name of the Student
143. c'��,"����'��$��
Omesh kumar
Breeding for Resistance to Iron Chlorosis in (Arachis hypogaea
144. �7,A���%�f
Preeti M Laddi
Induced Mutation studies in Rabi bicolor
145. 4����+$� �$#$��
Sukanya Biradar
Studies on Heterosis and Combining ability with new CMS sources in Sunflower(L.)
146. '�rh�i!��Z4����
Vaishnavi Hebsur
Genetic Variability studies in Chickpea (L.) for Herbicide tolerance
147. O+��#�9Q(���
Anand Goudar
Genetic Diversity studies in Rabi
148. ���>+$O�
Archana R.
Genetics of Fusarium stalk rot in Maize (Zea mays
����?�������E3����/�HORTICULTURE
Ph.D.
149. ����%.$)�4�
Miss. Latha S.
Crop improvement and nutrient management studies in Marigold (spp.)
150. ?7,�'��kY�$��>+�#��,.���
Mr. Mallikarjun Dhotre
Studies on fertigation and growth regulations in capsicum grown under poly house
151. ?7,���!��74$#�4��s+
Mr. Raviprasad Sajjan
Investigations on planting methods and nutrition on growth yield quality of vativer ((L.
152. ?7,�Z4�'��$�#�;�'$g�
Mr. Basavaraj Dalawai
Evaluation of characterization of Helconia genotypes for growth, flower yield and quality under shade house condition
M.Sc. (Agri.)
153. ����"��A�����a#�
Miss. Shruti Koppad
Studies on Integrated nutrient management red cabbage growth under shade house condition
154. ?7,�'�����+$V��$�,%
Mr. Manjunath Patil
Genetic diversity studies for morpholical traits in cluster bean tetragonolaba L.)
155. ����'��$<$?7,
Miss. Malashri
Studies on planting methods and clove size on growth and yield of garlic (sativum L
�3����������:���;���<!�������=�'()*+),/ UAS, Dharwad Annual Report : 201
Title of Thesis Name of Major Advisor
Breeding for Resistance to Iron Chlorosis in Groundnut Arachis hypogaea L.)
($�c�?7,#�,!
Dr. O. Sridevi
Induced Mutation studies in Rabi Sorghum (Sorghum bicolor(L.) Moench)
($�d����4��s+���
Dr. G. M. Sajjanar
Studies on Heterosis and Combining ability with new CMS sources in Sunflower(Helianthus annus L.)
($�d����+$����f
Dr. G. K. Naidu
Genetic Variability studies in Chickpea (Cicer arietinum L.) for Herbicide tolerance
($� ��4��$�,%
Dr. B. S. Patil
Genetic Diversity studies in Rabi Sorghum
($� ��� �$#$��
Dr. B. D. Biradar
Genetics of resistance to Fusarium stalk rot in Maize Zea mays L.)
($� �O���$�,%
Dr. B. R. Patil
Crop improvement and nutrient management studies in Marigold (Tagetes spp.)
($���O��#��'��>�R
Dr. P. R. Dharmatti
Studies on fertigation and growth regulations in capsicum grown under poly house
($��4��'���'���K���
Dr. S. M. Mantur
Investigations on planting methods and nutrition on growth yield quality of vativer (Vetverin zizaniodes (L.) Nash
($�'�,��9��,�$<) ����
Dr. Venugopal, C. K.
Evaluation of characterization of Helconia genotypes for growth, flower yield and quality under shade house condition
($��4��'���'���K���
Dr. S. M. Mantur
Studies on Integrated nutrient management red cabbage growth under shade house condition
($��4��'���'���K���
Dr. S. M. Mantur
Genetic diversity studies for morpholical traits in cluster bean (cyamopsis tetragonolaba L.)
($��4�d���9��
Dr. S. G. Angadi
Studies on planting methods and clove size on growth and yield of garlic (Allium sativum L.)
($���O��"�?#����
Dr. T. R. Shashidhar
UAS, Dharwad Annual Report : 2017-18�
73
Name of Major Advisor Date of
Submission
July, 2017
July, 2017
October, 2017
October, 2017
June, 2017
June, 2017
August-2017
August-2017
���
September-2017
March-2018
January-2017
March-2017
August-2017
Sl. No.
Name of the Student
156. ?7,�Xk�����'��$��X+�9�<
Mr. Dilipkumar Dingal
Influence of different protected structures and mulching on growth and yield of Parthenocarpic
157. ����:��'$�)�'����+
Miss. Bhavya M.N.
Performance of varieties and effect of sulphur nutrition on growth yield and qualityof garden pea
158. ����4���+$) ��'���
Miss. Sanjana B.M.
Influence of media and planting Geometry for cultivation of turmeric (Curcuma longa L.)under polyhouse condition
��:<�R�?�����K�/�AGRICULTURAL ENTOMOLOGY
M.Sc. (Agri.)
159. ��#�W%58tW) ��4�
Padmalakshmi, C.S.
Studies on the effect of different sources of organic manures on soil arthropod population, insect pests and their natural enemies in maize and greengram ecosystem
160. O+��#���h�>+$
Anand Harshana
Studies on population dynamics of pest complex and validation of existing IPM module of cotton under high density planting system
161. mh$) �O��
Usha B.R.
Influenceon bee visitation and their impact on yield parameters of okra.
162. �'��,%�$�,%
Amol Patil
Supplementation of probiotic amendments to the mulberry silkworm, mori
163. +��X,"�)^���4�
Nandeesh J.S.
Evaluation of different methods of supplementation of silkworm, on growth and cocoon parameters
164. ��������'$(��$�"�,@��
Puramchatwad Rajshekhar
Studies on seasonal incidence, crop loss estimation and management of sucking pests in greengram (L.)
165. "��,:�$�$�,%
Shobha Patil
Present status of sugarcane root borer, depressella (Lepidoptera: Pyralidae) in Northern Karnataka and its management
�3����������:���;���<!�������=�'()*+),/ UAS, Dharwad Annual Report : 201
Title of Thesis Name of Major Advisor
Influence of different protected structures and mulching on growth and yield of Parthenocarpic
($4�A,"��4��$�,%
Dr. Satish S. Patil
Performance of varieties and effect of sulphur nutrition on growth yield and qualityof garden pea
($��4��'���I��,'��o�
Dr. S. M. Hiremath
Influence of media and planting Geometry for cultivation of turmeric Curcuma longa L.) cultivars
under polyhouse condition
($��'����4� �$#���
Dr. M. S. Biradar
AGRICULTURAL ENTOMOLOGY
Studies on the effect of different sources of organic manures on soil arthropod population, insect pests and their natural enemies in maize and greengram ecosystem
($�"�,@���$a
Dr. Shekharappa
Studies on population dynamics of pest complex and validation of existing IPM module of cotton under high density planting system
($��4� ��$�,%
Dr. S. B. Patil
Influence of bee attractants on bee visitation and their impact on yield parameters of okra.
($�����+�4�.�LC
Dr. H. N. Sattagi
Supplementation of probiotic amendments to the mulberry silkworm, Bombyx mori L.
($��4�d��$������
Dr. S. G. Rayar
Evaluation of different methods of supplementation of Azolla pinnata to silkworm, Bombyx mori L. on growth and cocoon parameters
($�d��'����$�,%
Dr. G. M. Patil
Studies on seasonal incidence, crop loss estimation and management of sucking pests in greengram (Vigna radiata L.)
($� ��'������b
Dr. C. M. Rafee
Present status of sugarcane root borer, Polyocha depressella (Swinhoe) (Lepidoptera: Pyralidae) in Northern Karnataka and its management
($����4�A��a�i'���
Dr. P. S. Tippannavar
UAS, Dharwad Annual Report : 2017-18�
74
Name of Major Advisor Date of
Submission August-2017
October-2017
December-
2017
17-7-2017
9-8-2017
17-8-2017
19-8-2017
21-8-2017
1-9-2017
6-9-2017
Sl. No.
Name of the Student
166. ���+�_�����$aZ;$\3
Honnakerappa Bellari
Current status of insecticide resistance in armigera Karnataka
167. %k.$���Z��
Lalitha Hanabar
Biology and management of Maruca vitrata groundnut
168. ��������'��$��'��$k�$�,%
Arunkumar Malipatil
Assessment of yield loss in maize due to stem borers and their management
169. '����K��%��A)����+�
Venkatachalapathi K.N.
Ecothe sucking in cutflowers (gerbera) under protected cultivation
�����������������K��E3����/ PLANT PATHOLOGY
Ph.D.
170. ������������
Pradeep P. E.
Studies on spot blotch of tetraploid wheat caused by Bipolaris sorokiniana (Sacc.) Shoem.
171. ����������
Roopadevi
Variability in grisea integrated management of foliar diseases of pearl millet
172. !�"#$����%������&������
Abdul Kareem M.
Studies on coat protein mediated resistance against chilli veinal mottle virus associatedcomplex disease in chilli (Capsicum annuum
M.Sc. (Agri.)
173. !��"' ��()*+,��&�����
Amrutha Lakshmi, M
Isolation, characterization and use ofbacteriophages against bacterial wilt [Ralstonia solanacearum (Smith) Yabuuchi
174. ���-��.�"/��01�
Vidya Hulikatti
Epidemiology and management of foliar fungal diseases of greengram (Vigna radiata (L.) Wilczek)
175. ���234�������(��5"�
Poornima A. Dalavai
Studies on turcicum leaf blight and common rust of maize (
176. ��.�6�������
Sahana R.
Epidemiology and management of post flowering stalk rot of maize (Zea mays
177. ��"��" ��
Mamatha
studies on major hemibiotrophic foliar fungal diseases of soybean [Glycine max
�3����������:���;���<!�������=�'()*+),/ UAS, Dharwad Annual Report : 201
Title of Thesis Name of Major Advisor
Current status of insecticide resistance in Helicoverpa armigera (Hubner) in Karnataka
($��4��4�m���,3
Dr. S. S. Udikeri
Biology and management of Maruca vitrata (Gayer) on groundnut
($��'���d���9�(�
Dr. M. G. Hegde
Assessment of yield loss in maize due to stem borers and their management
($� ���'��<$Y�����
Dr. C. P. Mallapur
Eco-friendly approaches for the sucking pests management in cutflowers (gerbera) under protected cultivation
($�O������$�,%
Dr. R. K. Patil
PLANT PATHOLOGY
Studies on spot blotch of tetraploid wheat caused by Bipolaris sorokiniana (Sacc.) Shoem.
������������������76������
Dr. I. K. Kalappanavar
Variability in Pyricularia grisea (Cooke) Sacc. and integrated management of foliar diseases of pearl millet
�����8���0�$���
Dr. P. V. Patil
Studies on coat protein mediated resistance against chilli veinal mottle virus associated with murda complex disease in chilli Capsicum annuum L.)
��&�&���9�-���
Dr. A. S. Byadgi
Isolation, characterization and use of bacteriophages against bacterial wilt of brinjal Ralstonia solanacearum (Smith) Yabuuchi et al.]
��&�&���9�-���
Dr. A. S. Byadgi
Epidemiology and management of foliar fungal diseases of greengram Vigna radiata (L.) Wilczek)
���8��������9�2��
Dr. V. I. Benagi
Studies on turcicum leaf blight and common rust of maize (Zea mays L.)
������������������76�����
Dr. I. K. Kalappanavar
Epidemiology and management of post flowering stalk rot of maize Zea mays L.)"
��&����������.�$�4�����
Dr. S. I. Harlapur
studies on major hemibiotrophic foliar fungal diseases of soybean Glycine max (L.) Merrill]
��:���"�����;���������
Dr. Shamarao Jahagirdar
UAS, Dharwad Annual Report : 2017-18�
75
Name of Major Advisor Date of
Submission 26-9-2017
1410-2017
26-10-2017
04-11-2017
������������������76�������
Dr. I. K. Kalappanavar
2017
2017
2017
2016
2016
������������������76������
Dr. I. K. Kalappanavar
2017
��&����������.�$�4������ 2017
;����������
Dr. Shamarao Jahagirdar
2017
Sl. No.
Name of the Student
178. ���<��&�&����
Rekha A. S.
Studies on yellow mosaic disease on mungbean [Vigna radiata
179. 6�������������������
Nandeesh Ravindra Gouda
Slow rusting mechanism in wheat varieties of peninsular zone and integrated management of leaf rust (Puccinia triticina
180. ������"�:�=���6����">�&?��
Parameshwar Naik H.
Studies on epidemiology and management of cucumber powdery mildew
181. �����2��"�������
Praveenkumar
Studies on bacterial blight of sesame caused by Xanthomonas campestris pv. sesami Dowson
182. �;���!.�,�����������
Izazahammad Savar
Studies on leaf blight of turmeric caused by alternata
183. �������7��
Gaddeppa
Studies on yellow mosaic disease of soybean [max
184. ����@�����"��������
Satishkumar
Studies on brown leaf spot of rice and its management
185. ! ���A(B�?���7��������
Ataulla Chapparaband
Epidemiology and management of powdery mildew [(Lev.) Arnaud] on pigeon
186. ������"����"�
Parashuram Nadumani
Morphological and physiological studies on grape powdery mildew caused by (Schw.) Burr.
187. C��;��&�&6��
Shreeja, A. N.
Antifungal and growth promotional activities of rhizobacteria for pigeon pea Fusarium
(Butler.)] wilt
188. ��D�C���;�E6�������
Veenashri Jainapur
Seed mycoflora associated with chickpea (arietinum reference to bataticola
189. F�����"�9G�H��
Uday Bhat
Severity assessments, pathogenic spectra and epidemiology of heart rot and root rot of few Terminalia
190. :�=� ����
Shweta V.
Studies on leaf spot disease and screening for clonal resistance in nimmoniana:drug yielding tree
�3����������:���;���<!�������=�'()*+),/ UAS, Dharwad Annual Report : 201
Title of Thesis Name of Major Advisor
Studies on yellow mosaic disease on mungbean Vigna radiata (L.) Wilczek]
��&�����&�����0�$�
Dr. M. S. Patil
Slow rusting mechanism in wheat varieties of peninsular zone and integrated management of leaf rust Puccinia triticina Eriks.)”
�����8���0�$��
Dr. P. V. Patil
Studies on epidemiology and management of cucumber powdery mildew
��C���������"(��234��
Dr. Shripad Kulkarni
Studies on bacterial blight of sesame caused by Xanthomonas campestris pv. sesami Sabet and Dowson
��&�����I���$���*��7�
Dr. M. G. Palakshappa
Studies on leaf blight of turmeric caused by Alternaria alternata (Fr.) Keissler
����������*����9G�"�&?��
Dr. Virupaksha Prabhu H
Studies on yellow mosaic disease of soybean [Glycine max (L.) Merrill]
��&���&�!J�1��" ���
Dr. S. A. Ashtaputre
Studies on brown leaf spot of rice and its management
��&����8�K������"L��
Dr. S. V. Hiremath
Epidemiology and management of powdery mildew [Leveillula taurica (Lev.) Arnaud] on pigeonpea
��&�����&���������������
Dr. M.M. Jamadar
Morphological and physiological studies on grape powdery mildew caused by Uncinula necator (Schw.) Burr.
��&���&���!M������
Dr. S. S. Adiver
Antifungal and growth promotional activities of rhizobacteria for pigeon pea Fusarium [Fusarium udum (Butler.)] wilt
��&���&6��?�NO����
Dr. S.N. Chattannavar
Seed mycoflora associated with chickpea (Cicer arietinum L.) with special reference to Rhizoctonia bataticola (Taub.) Butler.
��:�/P�&6��.�"/������
Dr. Shalini N. Huilgol
Severity assessments, pathogenic spectra and epidemiology of heart rot and root rot of few Terminalia species
���8���"���"46������"2�
Dr. V.Suryanarayana
Studies on leaf spot disease and screening for clonal resistance in Nothapodytes nimmoniana: an anti-cancer drug yielding tree
($�9�����#�.�L��9�(�
Dr. Gurudatt M. Hegde
UAS, Dharwad Annual Report : 2017-18�
76
Name of Major Advisor Date of
Submission ��&�����&�����0�$�� 2017
2017
2017
�
Dr. M. G. Palakshappa
2017
����������*����9G�"�&?���
Dr. Virupaksha Prabhu H.
2017
2017
2017
��&�����&���������������� 2017
� 2016-17
Dr. S.N. Chattannavar
2016-17
��:�/P�&6��.�"/�������
2016-17
�
2017-18
Dr. Gurudatt M. Hegde
��<�r0*21
July 2017
Sl. No.
Name of the Student
S�4����Q%��������������-��Q%��/�SEED SCIENCE AND TECHNOLOGY
Ph.D.
191. ���\��������1]Koteshi Lamani
Seed technological investigations to enhance seed yield, Quality and sto§ rability in onion (cepa
192. 4��^$.$�'���
Sujatha M.
Influence of provenance, seed forms, storage conditions and packaging materials on seed longevity in groundnut
M.Sc. (Agri.)
193. 4���7.$ ���
Supritha C. T.
Investigations on harvesting stages, seed its management on seed yield and quality in forage grasses
194. 4��h$W���� �
Sushma H. B.
Influence of provenance on storabality and quality of groundnut (l.) With special reference to aspergillus flavus
195. 4��:�$"�d��4�
Subash G. S.
Effect of date of sowing and foliar application of salicylic acid on seed yield and quality of groundnut (hypogaea
196. ��r.$7!�
Chaitra V
Influence of sowing dates on seed setting, yield and quality of genotypes
197. !�����%58tW�+�
Vijaylakshmi N.
Influence of packaging matrials and desiccants on storabilof(Arachis hypogaea)
198. �7����$��$
Priyanka
Synchronization studies in parental pearl BPMH
199. O"$���R'���
Asha Kattimani
Influence of planting materials ,sowing dates and spacing on seed yield and quality of Radish(
200. ��!.$7
Pavitra
Effect of biofertilizer on seed quality, storability and seed yield in greengram (radiata
201. 4�!.$�4� ��$�,%
Savitha S. B. Patil
Effect of seed moisturevigour and packaging materials on storability of sorghum,greengram and sunflower
�3����������:���;���<!�������=�'()*+),/ UAS, Dharwad Annual Report : 201
Title of Thesis Name of Major Advisor
SEED SCIENCE AND TECHNOLOGY
Seed technological investigations to enhance seed yield, Quality and sto§ rability in onion (allium cepa.) Cv. Arka kalyan
($�!����#�,"��$�(�
Dr. V. K. Deshpande
Influence of provenance, seed forms, storage conditions and packaging materials on seed longevity in groundnut
($����4�m�$a��
Dr.D.S.Uppar
Investigations on harvesting stages, seed mycoflora and its management on seed yield and quality in forage grasses
($�!+��,#����'��$��
Dr. Vinodkumar
Influence of provenance on storabality and quality of groundnut (arachis hypogea l.) With special reference to aspergillus flavus
($��"��,���44��s+�
Dr. Ashok Sajjan
Effect of date of sowing and foliar application of salicylic acid on seed yield and quality of groundnut (arachis hypogaeal.) In cv. G2-52
($����4�m�$a��
Dr. D. S. Uppar
Influence of sowing dates on seed setting, yield and quality of rabi sorghum genotypes
($����4�m�$a��
Dr. D. S. Uppar
Influence of packaging matrials and desiccants on storability of kernel and pod ofsummergroundnut (Arachis hypogaea)
($�����'��$%Z4�3
Dr.T. A. Malabasari
Synchronization studies in parental pearl millet hybrid BPMH-3
($�9�����'���A>O��
Dr.Gurumurthy R.
Influence of planting materials ,sowing dates and spacing on seed yield and quality of Radish(Raphanus sativus)
�'���O��u"��i
M. R. Eshanna
Effect of biofertilizer on seed quality, storability and seed yield in greengram (Vigna radiata L.)
($���!�����^�
Dr. Ravi Hunje
Effect of seed moisture, vigour and packaging materials on storability of sorghum,greengram and sunflower
($��+���� �$#$���$�,%
Dr. N. K. Biradarpatil
UAS, Dharwad Annual Report : 2017-18�
77
Name of Major Advisor Date of
Submission
�8-11-2017
15-11-2017
25-7-2017
26-7-2017
28-7-2017
28-7-2017
28-7-2017
28-7-2017
12-8-2017
14-8-2017
($��+���� �$#$���$�,%
17-8-2017
Sl. No.
Name of the Student
202. 5"��,�����'��$��
Kishore Kumar
Effect of desiccants on seed quality under hermetic storage
203. ��,���$O��
Renuka R.
Effect of growth retardants and micronutrient (boron) spray on seed yield, quality and storabality of foddercowpea (L.)
204. 4��9���($
Sanggonda
Effect of genotypes, date of sowing and fertiliser application on seed yield and quality of sunnhemp (Crotalaria juncea
205. ��&�$ ��!.$���4$($
Siqueira Jovita Rosada
Biopriming with seed endophytes and its effect on seedling vigour in greengram
206. '���"$'��,��+�#�,'$�9�
Manisha Mohan Devadiga
Effect of seed size, seasonal influence (and summer) on quality and prediction of seed storability through accelerated ageing in soybean
207. R����%��6.P. Keerthana C G
Effect of foliar application of growth substances on seed yield, quality and of soybean [Merrill]
208. �$-�'�,�#�7.�;�'$��
Raghavendra Talvar
Effect of bioseed yield, quality and storage of sweet corn (mays var. Saccharata
209. #�"�>+��'��������
Darshan M U
Morphological, biochemical and molecular Characterization of horsgram [macrotyloma uniflorum (L
210. '����'��W#�64$��
Mohammad Isak
Effect of foliar spray of micronutrients oyieldtreatment on storability in cowpea
211. '����+����'��$���+�+
Mohan Kumar N N
Molecular analysis of rice Actinobactria interactions for seedling vigour under abiotic stress
212. ��7'��#$
Pramoda
Effect of growth regulators on seed yield and quality in Dolichos beanSweet]
�3����������:���;���<!�������=�'()*+),/ UAS, Dharwad Annual Report : 201
Title of Thesis Name of Major Advisor
Effect of desiccants on seed quality under hermetic storage
($�^���4�I[\
Dr. J. S. Hilli
Effect of growth retardants and micronutrient (boron) spray on seed yield, quality and storabality of fodder cowpea (Vigna unguiculata .)
($� ��4�'$�����S$;�
Dr. B. S. Vyakaranahal
Effect of genotypes, date of sowing and fertiliser application on seed yield and quality of sunnhemp Crotalaria juncea L.)
�'���O��u"��i
M. R. Eshanna
Biopriming with seed endophytes and its effect on seedling vigour in greengram
($��4�4����#�7"�,@��
Dr.S.S.Chandrashekhar
Effect of seed size, seasonal influence (kharif and summer) on seed quality and prediction of seed storability through accelerated ageing in soybean
($�!����#�,"��$�(�
Dr. V. K. Deshpande
Effect of foliar application of growth substances on seed yield, quality and storability of soybean [Glycine max L. Merrill]
($� ��4�'$�����S$;�
Dr. B. S.Vyakaranahal
Effect of bio-priming on seed yield, quality and storage of sweet corn (zea mays var. Saccharata)
($��4��4����#�7"�,@��
Dr. S. S. Chandrashekhar
Morphological, biochemical and molecular Characterization of horse gram [macrotyloma uniflorum (Lam.)] genotypes
($��4��4����#�7"�,@��
Dr. S. S.Chandrashekhar
Effect of foliar spray of micronutrients on seed yield, quality and seed treatment on storability in cowpea (Vigna unguiculata (L.)
($��"��,���4�4��s+�
Dr. Ashok S. Sajjan
Molecular analysis of rice – Actinobactria interactions for seedling vigour under abiotic stress
($��4��4����#�7!�,@�
Dr. S. S.Chandrashekhar
Effect of season and plant growth regulators on seed yield and quality in Dolichos bean [Lablab purpureus (L.) Sweet]
($����4�4��s+
Dr. A. S. Sajjan
UAS, Dharwad Annual Report : 2017-18�
78
Name of Major Advisor Date of
Submission 21-8-2017
Vyakaranahal
22-8-2017
28-8-2017
Dr.S.S.Chandrashekhar
30-8-2017
12-9-2017
S.Vyakaranahal
21-9-2017
�4����#�7!�,@��
Chandrashekhar
4-10-2017
�4����#�7!�,@��
S.Chandrashekhar
14-11-2017
11-12-2017
�4����#�7!�,@�
S.Chandrashekhar
16-12-2017
29-5-2018
Sl. No.
Name of the Student
���1�^����Q%����������������%������K��E3����/Ph.D.
213. ?7,'��kY�$��>+�k�9���a
Mr. Mallikarjuna Lingappa
Studies on Characteristics of Salt affected soils and Sugarcane Crop in GLBC Command area of Karnataka
214. �������k�'��� �
Ms. Anjali, M.C.
Characterization and Minerology of Soils of Kavalur SubKoppal District, North Karnataka
215. ����4����%a& ���
Ms. Sankalpa, C.P.
Assessment of Different Approaches of Fertilizer Recommendation to Soybean (Glycine max. Vertisol and their Impact on Soil Properties in Northern Transitional Zone of Karnataka.
M.Sc. (Agri.)
216. �����'���.$�4�������+�
Ms. Amrutha S. Ajayan
Response of Maize (mays synthesized ZnO Nano particles in a Calcareous Vertisol
217. ?7,'����,!�l�O��
Mr. Mahesha I.R.
Characterization and Classification of Nagaral in Gadag Taluk, Karnataka
218. ?7,?'������I��,'��o� #�D�����
Mr. Shivayya Hiremath Siddayya
Response of Okra (Abelmoschus esculentus to Domestic Wastewater Irrigation in Red Sandy Loam Soil of Zone
219. ����X,�$�$;���a+�'���
Ms. Deepa Kalappanavar
Effect of Different Organics and Inorganics on Soil Properties and Yield of Rainfed Maize in a Vertisol
220. ������ .$�$�(��^$#��'�
Ms.Kavitha Pandu Jadhav
Quality and Yield of Byadgi Chilli (as influenced by Foliar Feeding of Calcium Nitrate in a Vertisol.
221. ?7,��h$>"�O��
Mr. Harsha B.R.
Studies on Forms and Distribution of Soil Potassium in Selected Maize Growing Areas of Haveri District
222. ���� �#���"� �
Ms. Sindhu B.C.
Influence of Sewage Irrigation and NPK Levels on Yield and Quality of
�3����������:���;���<!�������=�'()*+),/ UAS, Dharwad Annual Report : 201
Title of Thesis Name of Major Advisor
���1�^����Q%����������������%������K��E3����/ SOIL SCIENCE AND AGRICULTURAL CHEMISTRY
Studies on Spectral Characteristics of Salt affected soils and Sugarcane Crop in GLBC Command area of Karnataka
($� �"����k9��,(�
Dr. V. B. Kuligod
Characterization and Minerology of Soils of Kavalur Sub-Water Shed (4D4A2P) of Koppal District, North Karnataka
($��'�����:$e��
Dr. M.Hebbara
Assessment of Different Approaches of Fertilizer Recommendation to Soybean Glycine max. (L) Merrill.) in a
Vertisol and their Impact on Soil Properties in Northern Transitional Zone of Karnataka.
($�������'��o�
Dr. K. K. Math
Response of Maize (Zea mays L.) to Green synthesized ZnO Nano particles in a Calcareous Vertisol
($��+��4���Z4����
Dr. N. S. Hebsur
Characterization and Classification of Soils of Nagaral -1 Micro-Watershed in Gadag Taluk, Karnataka
($����<��$�,%
Dr. P.L .Patil
Response of Okra Abelmoschus esculentus L.)
to Domestic Wastewater Irrigation and Fertilizer levels in Red Sandy Loam Soil of Zone-8
($� �"����k9��,(�
Dr. V. B. Kuligod
Effect of Different Organics and Inorganics on Soil Properties and Yield of Rainfed Maize in a Vertisol
($��4����9$[
Dr. S. K. Gali
Quality and Yield of Byadgi Chilli (Capsicum annum L.) as influenced by Foliar Feeding of Calcium Nitrate in a Vertisol.
($�"�l�"#�3
Dr. B. I. Bidari
Studies on Forms and Distribution of Soil Potassium in Selected Maize Growing Areas of Haveri District
($�"�O���9�X,!�
Dr. B. R. Jagadeesh
Influence of Sewage Irrigation and NPK Levels on Yield and Quality of
($��'�����:$e��
Dr. M. Hebbara
UAS, Dharwad Annual Report : 2017-18�
79
Name of Major Advisor Date of
Submission
SOIL SCIENCE AND AGRICULTURAL CHEMISTRY
20-06-2017
20-09-2017
26-02-2018
12-07-2017
25-07-2017
31-07-2017
05-08-2017
12-08-2017
17-08-2017
21-08-2017
Sl. No.
Name of the Student
Green Chilli and Soil Properties
223. ?7,+���,�#�7���
Mr. Narendra H.
Effect of Irrigation and Ferrous Sulphate Levels on Yield and Quality of Sunflower (annuus
224. ����m'��W4�<$W4�+�X
Ms. Ummesalma Sanadi
Response of Groundnut (Arachis hypogaea Spilt and Foliar Application of Potassium in a Vertisol
225. ����4��^$.$����+�
Ms. Sujatha, H. N.
Studies on Soil Organic Carbon Fractions in Selected Cropping Systems of Zone III and VIII of North Karnataka
226. ?7,��7!$�.����'��$��
Mr. Prashantkumar
Response of Greengram (Vigna radiate Foliar Aplication of zinc Sulphate in a Vertisol of North Karnataka
227. ?7,��7X,��O��
Mr. Pradeep R.
Studies on Yield and Quality of Pomegranate in Relation to Soil Properties in Koppand Bagalkot Districts
��:2�����Q%��/�HOME SCIENCE�
������I��2���������2�%��#��!2�I���E3����/Ph.D.
228.. C,.$.$'��9$;�
Geeta Tamagale
A critical Managerial Leadership among Panchayat Development officers (PDOs) of Northern Karnataka
229. %58tW��<��,�
Lakshmi Paloti
Diffusion and InnovationDecision Process of Home Science Technologies
M.H.Sc.
230. ��������3
Anju Kapri
Effectiveness of Nutrition Teaching Modules on Students of Rural Junior Colleges
231. ���8.$
Akshatha
Anganwadi Knowledge Regarding Children’s Growth & Development & their Job Satisfaction
232. :�$9��?7,�$.��,(�
Bhagyashree Rathod
Knowledge and Attitude of Rural and Urban Women about Bhagyalaxmi
233. ��r.$7 ����
Chaithra V. K.
Job Satisfaction & Job Performance of Rural School Teachers
�3����������:���;���<!�������=�'()*+),/ UAS, Dharwad Annual Report : 201
Title of Thesis Name of Major Advisor
Green Chilli and Soil Properties
Effect of Irrigation and Ferrous Sulphate Levels on Yield and Quality of Sunflower (Helianthus annuus L.) in a Vertisol
($��4��4�9���(��Y��
Dr. S. S. Gundlur
Response of Groundnut Arachis hypogaea L.) to
Spilt and Foliar Application of Potassium in a Vertisol
($�������'��o�
Dr. K. K. Math
Studies on Soil Organic Carbon Fractions in Selected Cropping Systems of Zone III and VIII of North Karnataka
($��+�������<�,#�[\
Dr. N. A. Yeledhalli
Response of Greengram Vigna radiate L.) to Soil and
Foliar Aplication of zinc Sulphate in a Vertisol of North Karnataka
($�"��'�����(�f,��
Dr. B. M. Radder
Studies on Yield and Quality of Pomegranate in Relation to Soil Properties in Koppal and Bagalkot Districts
($��4�l�.��,;�+����
Dr. S. I. Tolanur
������I��2���������2�%��#��!2�I���E3����/ EXTENSION AND COMMUNICATION MANAGEMENT
A critical Analysis of Managerial Leadership among Panchayat Development officers (PDOs) of Northern Karnataka
($�v$����$Z�9�,��
Dr. Chhaya Badiger
Diffusion and Innovation- Decision Process of Home Science Technologies
($�!��,:�$+$9�+����
Dr. Shobha Nagnur
Effectiveness of Nutrition Teaching Modules on Students of Rural Junior Colleges
($�m'��$�4�I��,'��o�
Dr. Uma S. Hiremath
Anganwadi Workers Knowledge Regarding Children’s Growth & Development & their Job Satisfaction
($�4����,=$4����+�9Q(���
Dr. Surekha Sankangoudar
Knowledge and Attitude of Rural and Urban Women about Bhagyalaxmi Scheme
($������.��?7,
Dr. D. A. Nithyashree
Job Satisfaction & Job Performance of Rural School Teachers
($�m'��$�4�I��,'��o�
Dr. Uma S. Hiremath
UAS, Dharwad Annual Report : 2017-18�
80
Name of Major Advisor Date of
Submission
05-09-2017
08-09-2017
09-10-2017
09-10-2017
24-10-2017
EXTENSION AND COMMUNICATION MANAGEMENT
June 2017
June 2017
May 2017
June 2017
June 2017
June 2017
Sl. No.
Name of the Student
234. �� .$7�$39$��
Pavitra Karigar
Knowledge Phones and Internet in Mobiles by Rural Youth
235. 9$����A7�$39$��
Gayatri Karigar
Rural Women Entrepreneurship in Allied Agricultural Activities
���?�G��� �%��O��#��!2�I���E3��� / FAMILY RESORUCE MANAGEMENT
Ph.D.
236. ����,C.$ '��$4���
Yogita V Masur
Community Participation in Solid waste management at Dharwad City
M.H.Sc.
237. :�$ ��$�,<
Bhavini Patil
Farmers suicide and coping stratergies of the farm families
238. 4��aA>��%�Y�
Spoorti Kallur
An ergonomic approach to health status and problems among women in buildingconstruction
239. ��+�_'��W!��R'���$%58tW
Channammashetty Mahalakshmi
Physical fitness of rural and urban women
240. d, .$���'��
Jeevita K. M
Rain Residential Buildings of Dharwad and Hubballi cities
241. 4$)A��:$e;�
Swati Hebbal
Impact of environmental parametrs on women workers in Ginning mills.
242. !��,:�$�$4��
Shobha Kasar
Utilization and impact of improved Biomass stoves Rural Areas of Dharwad and V
243. ��.$
Anita
Occupational satisfaction among panchayat development officers in Dharwad District.
02������Q�%���������� �����I���E3����/�FOOD SCIENCE AND NUTRITION
Ph.D.
244. ����,�:$�:$�
Yombom Bom
Nutritional status and food habits of major tribes of Arunachal Pradesh
M.H.Sc.
245. ����)�5����!����Deeksha Naik
Food habits, nutritional status and quality of nomadic tribes in North Karnataka : A situational analysis
246. ��'A������!�Pallavi Badami
Nutritive value, cooking quality and acceptability of mothbean varieties.
�3����������:���;���<!�������=�'()*+),/ UAS, Dharwad Annual Report : 201
Title of Thesis Name of Major Advisor
Knowledge and Usage of Phones and Internet in Mobiles by Rural Youth
($������.��?7,
Dr. D. A.Nithyashree
Rural Women Entrepreneurship in Allied Agricultural Activities
($�!��,:�$+$9�+����
Dr. Shobha Nagnur
FAMILY RESORUCE MANAGEMENT
Community Participation in Solid waste management at Dharwad City
($���,���$�4�4$;�����
Dr. Renuka S. Salunke
Farmers suicide and coping stratergies of the farm families
($�4��'��$�$4�%]�
Dr. Suma Hasalkar
An ergonomic approach to health status and problems among women in building construction
($�4��'��$�$4�%]�
Dr.Suma Hasalkar
Physical fitness of rural and urban women
($�4��'��$�$4�%]�
Dr.Suma Hasalkar
Rain water harvesting in Residential Buildings of Dharwad and Hubballi cities
($� ,S$�4^$#��'�
Dr. Veena S. Jadhav
Impact of environmental parametrs on women workers in Ginning mills.
($���,���$�44$;�����
Dr. Renuka S. Salunke
Utilization and impact of improved Biomass stoves in. Rural Areas of Dharwad and Vijayapur Districts.
($���,���$�44$;�����
Dr. Renuka S. Salunke
Occupational stress and job satisfaction among panchayat development officers in Dharwad District.
($�C,.$�4nK9��"e
Dr. Geeta S. Chitagubbi
FOOD SCIENCE AND NUTRITION
Nutritional status and food habits of major tribes of Arunachal Pradesh
($�mh$'��;�C
Dr. Usha Malagi
Food habits, nutritional status and quality of nomadic tribes in North Karnataka : A situational analysis
($���4��L3:$"�
Dr. Kasturiba B.
Nutritive value, cooking quality and acceptability of mothbean varieties.
($���4��L3:$"�
Dr. Kasturiba B.
UAS, Dharwad Annual Report : 2017-18�
81
Name of Major Advisor Date of
Submission
June 2017
July 2017
4$;�����
Salunke
��+0*21
��+0*21
��+0*21
��+0*21
��+0*21�
Salunke
��+0*21�
Salunke
��+0*21
Chitagubbi
��+0*21
4���R�Z�&0*21
September,
2017
��+, 0*21June, 2017
�����0P0*21 August, 2017
Sl. No.
Name of the Student
247. ���,�������!�9�<�����!���Q Divya Parmeshwar Mesta
Nutritional Screening and Value Addition to Minor Tubers
248. R.<������8���$S��
Sylvia Borgis
Effect of processing on nutritional quality and antioxidant profile of jackfruit (Artocarpus heterophyllusLam.) seed
249. ��!���12���!#�4!�Vani Malai
Assessment of nutritional status, risk factors and impact pulmonary tuberculosis patients
250. ��!�9�,��!#�������Shyamala Devi
Physiccharacteristics and value addition to wood apple
251. ��+T?�Smrity
Development and Evaluation of stevia based value addedfoods
252. :��,�?������#�
Jyoti Semwal
Characterization of Sorghum (L Moench)Food Applications
253. ��!-�'()*+�����������
Mahalakshmi Kandakur
Functional and Nutritional Characteristics of Organic Jaggery based Bakery Products
���%����������2��������?�G�D�3����%���E3�����/�Ph.D.
254. .��������!����$� Leema Kumari
Marital, parenting, job and life satisfaction through the lens of rural women of Dharwad and Manipur
255. �5�! ����!!��Q��!K� Vinutha Muktamath
Breast feeding practices: Effect on infant developmental outcomes and family based intervention
256. ���>�5����%ON Wonchano E. Enny
Intermultiple Intelligences, emotional intelligence and academic achievement of sch
M.H.Sc.
257. �5�! �
Vinutha
Influence of parenting and home environment on language development of toddlers
�3����������:���;���<!�������=�'()*+),/ UAS, Dharwad Annual Report : 201
Title of Thesis Name of Major Advisor
Nutritional Screening and Value Addition to Minor Tubers
����!I�6�8F���?� Dr. Pushpa Bharati
Effect of processing on nutritional quality and antioxidant profile of jackfruit Artocarpus heterophyllus
Lam.) seed
����!I�6�8F���?� Dr. Pushpa Bharati
Assessment of nutritional status, risk factors and impact education on pulmonary tuberculosis patients
��EI����!����Dr. Usha Malagi
Physico-chemical characteristics and value addition to wood apple
��E�����%5����!'��12�Dr. Uma N. Kulkarni
Development and Evaluation of stevia based value addedfoods
��E�����%5����!'��12�Dr. Uma N. Kulkarni
Characterization of Sorghum (Sorghum bicolour L Moench) seethani for Food Applications
��-����!' ��%���Dr. Hemalatha S.
Functional and Nutritional Characteristics of Organic Jaggery based Bakery Products
��-����!' ��%���Dr. Hemalatha S.
���%����������2��������?�G�D�3����%���E3�����/�HUMAN DEVELOPMENT AND FAMILY STUDIES
Marital, parenting, job and life satisfaction through the lens of women of urban and rural women of Dharwad and Manipur
Dr. Pushpa B. Khadi ����!I�6�;���
Breast feeding practices: Effect on infant developmental outcomes and family based intervention
����!5������M���
Dr Sunanda Itagi
Inter-Relationship between multiple Intelligences, emotional intelligence and academic achievement of school children intervention
��' �����:��� Dr. Lata L. Pujar
Influence of parenting and home environment on language development of toddlers
����!I�6�;��� Dr. Pushpa B. Khadi
UAS, Dharwad Annual Report : 2017-18�
82
Name of Major Advisor Date of
Submission
�!#�D, 0*21July 2017
"���0����,
0*21
October 2017
��+&0*21 June, 2017
��
����0����P�0*21
September,
2017 ��
"���0����,
0*21
October,
2017 ��+&0*21 June 2017
��+&0*21 June 2017
HUMAN DEVELOPMENT AND FAMILY STUDIES
��5�P�UVWX�June 2018
��5�P�UVWY�June 2017
��5�P�UVWY�June-2017
Students Activities/«zÁåyð ZÀlĪÀnPÉUÀ¼ÀÄ
Clay model l ing event dur ing Intercollegiate Youth Festival-2017 from 26-28, October, 2017 at College of Forestry, Sirsi
PÉèà ªÀiÁqɯï - CAvÀgÀ ªÀĺÁ«zÁå®AiÀÄUÀ¼À A i À Ä Äª Àd£ ÉÆÃv À ìª À- 2017, Cg Àt å ªÀĺÁ«zÁå®AiÀÄ, ²gÀ¹
Blood Donation Camp held on 4-1-2017 at UAS, Dharwad
zsÁgÀªÁqÀ PÀȶ «±Àé«zÁå®AiÀÄzÀ°è 4-1-2017gÀAzÀÄ £ÀqÉzÀ gÀPÀÛzÁ£À ²©gÀ
Volley ball tournament for women's held on at UAS, Dharwad
ºÉtÄÚ ªÀÄPÀ̼À ªÁ°¨Á¯ï ¥ÀAzÁåªÀ½, PÀȶ «±Àé«zÁå®AiÀÄ, zsÁgÀªÁqÀ
Intercollegiate Football Tournment
CAvÀgÀ ªÀĺÁ«zÁå®AiÀÄUÀ¼À ¥sÀÄmï ¨Á¯ï ¥ÀAzÁåªÀ½
Students Activities/«zÁåyð ZÀlĪÀnPÉUÀ¼ÀÄ
Athletic activities of students held during December, 2017
QæÃqÁPÀÆlUÀ¼ÀÄ 28-29 r¸ÉA§gï 2017
Athletic activities of students held during December, 2017
QæÃqÁPÀÆlUÀ¼ÀÄ 28-29 r¸ÉA§gï 2017
Intercollegiate men's Kho-kho tournament held at College of Agriculture, Vijayapura
CAvÀgÀ ªÀĺÁ«zÁå®AiÀÄUÀ¼À UÀAqÀÄ ªÀÄPÀ̼À SÉÆÃ-SÉÆà ¥ÀAzÁåªÀ½, PÀȶ ªÀĺÁ«zÁå®AiÀÄ,
Intercollegiate Women's Kho-kho tournament held at UAS, Dharwad
CAvÀgÀ ªÀĺÁ«zÁå®AiÀÄUÀ¼À ºÉtÄÚ ªÀÄPÀ̼À SÉÆÃ-SÉÆà ¥ÀAzÁåªÀ½, PÀȶ «±Àé«zÁå®AiÀÄ, zsÁgÀªÁqÀ
Students Activities/«zÁåyð ZÀlĪÀnPÉUÀ¼ÀÄ
Group Dance event held during Intercollegiate Youth Festival -2017 from 26-28, October, 2017 at College of Forestry, Sirsi
eÁ£À¥ÀzÀ £ÀÈvÀå CAvÀgÀ ªÀĺÁ«zÁå®AiÀÄUÀ¼À AiÀÄĪÀd£ÉÆÃvÀìªÀ- 2017, CgÀtå ªÀĺÁ«zÁå®AiÀÄ, ²gÀ¹
Group Dance event held during Intercollegiate Youth Festival -2017 from 26-28, October, 2017 at College of Forestry, Sirsi
eÁ£À¥ÀzÀ £ÀÈvÀå CAvÀgÀ ªÀĺÁ«zÁå®AiÀÄUÀ¼À AiÀÄĪÀd£ÉÆÃvÀìªÀ- 2017, CgÀtå ªÀĺÁ«zÁå®AiÀÄ, ²gÀ¹
Group Dance event held during Intercollegiate Youth Festival -2017 from 26-28, October, 2017 at College of Forestry, Sirsi
eÁ£À¥ÀzÀ £ÀÈvÀå CAvÀgÀ ªÀĺÁ«zÁå®AiÀÄUÀ¼À AiÀÄĪÀd£ÉÆÃvÀìªÀ- 2017, CgÀtå ªÀĺÁ«zÁå®AiÀÄ, ²gÀ¹
Group song event held during Intercollegiate Youth Festival -2017 from 26-28, October, 2017 at College of Forestry, Sirsi
¸ÀªÀÄƺÀ VÃvÉ - CAvÀgÀ ªÀĺÁ«zÁå®AiÀÄUÀ¼À Ai À Ä Äª Àd£ ÉÆÃv À ìª À- 2017, Cg Àt å ªÀĺÁ«zÁå®AiÀÄ, ²gÀ¹
Students Activities/«zÁåyð ZÀlĪÀnPÉUÀ¼ÀÄ
One act play held during Intercollegiate Youth Festival-2017 from 26-28, October, 2017 at College of Forestry, Sirsi
KPÁAPÀ £ÁlPÀ - CAvÀgÀ ªÀĺÁ«zÁå®AiÀÄUÀ¼À AiÀÄĪÀd£ÉÆÃvÀìªÀ- 2017, CgÀtå ªÀĺÁ«zÁå®AiÀÄ, ²gÀ¹
One act play held during Intercollegiate Youth Festival -2017 from 26-28, October, 2017 at College of Forestry, Sirsi
KPÁAPÀ AiÀÄĪÀd£ÉÆÃvÀìªÀ- 2017, CgÀtå ªÀĺÁ«zÁå®AiÀÄ, ²gÀ¹
£ÁlPÀ - CAvÀgÀ ªÀĺÁ«zÁå®AiÀÄUÀ¼À
NSS Volunteers Engaged in Shramadana
J£ï J¸ï J¸ï ¸ÀéAiÀÄA¸ÉêÀPÀgÀÄ ¸ÀéZÀÒ¨sÁgÀvÀ C©üAiÀiÁ£ÀzÀ°è ±ÀæªÀÄzÁ£À
NSS Volunteers Engaged in Swach Bharath Abhiyan
J£ï J¸ï J¸ï ¸ÀéAiÀÄA¸ÉêÀPÀgÀÄ ¸ÀéZÀÒ¨sÁgÀvÀ C©üAiÀiÁ£ÀzÀ°è ¥Á¯ÉÆÎArzÀÄÝ
Celebration of Kannada Rajyotsav -2017
PÀ£ÀßqÀ gÁeÉÆåÃvÀìªÀ -2017gÀ DZÀgÀuÉ
Sl. No.
Name of the Student
258. �������������� Soumya Kammar
Influence of Family Environment on Psychological well being of Rural and Urban PreUniversity College Students.
259. �������������
Ms Pooja Patil Reproductive Health of rural and
260. �������������������������
Ms Madhumati Mantur Socioand sibling relationship among twins and singletons
261. ���������������
Sanjana C. P. Comparison of Intelligence between school children attending NaliConventional Programme
262. ������������������ !����
Soumya Hirelingannavar Cognitive abilities among Preschool children
���������������������� �������������� TEXTILE AND APPAREL DESIGNING
Ph.D.
263. ���������������������Shameembanu A. Byadgi
Herbal treated antimicrobial textiles for Medical applications
M.H.Sc.
264. ���������������Archana Bahuguna
Ecofriendly functional finish for textile materials
265. ���� ������!�����Pratikhya Badanayak
Development of designs from Ethnic dress materials
266. "�!�!���������#����Priyanka Basavaraj Bagi
Computer Aided embroidery motifs: an inspiration from heritage
267. ��$����!�����%�Sakeena Naikwadi
Functional finishing of organic cotton fabric using Vetiver extracts
268. ������&��'�(�Savitri A. Patil
Effect of Reactive dye on silk fabrics
269. )�*�+,-�.���Sheela Totar
Printing of Chikankari embroidery motifs on textiles
270. ���������'�(�Sukanya Patil
Functional properties of traditional and contemporary silk sarees of Molkalmuru
���������� �����FORESTRY�
��������������� ����������������������� !�"�����������������M.Sc. (For.)
271. "����#�# �$��% �
Uday Bhat Severity assessments, pathogenic spectra and epidemiology of heart rot and root rot of Terminalia species
#��������������$���%&������� �'()*+),� UAS, Dharwad Annual Report : 201
Title of Thesis Name of Major Advisor
Influence of Family Environment on Psychological well being of Rural and Urban Pre-University College Students.
&��'(�������
Dr. Lata L. Pujar
Reproductive Health of rural and Siddi tribal mothers
&����������)�*�
Dr Sunanda Itagi
Socio-emotional behavior and sibling relationship among twins and singletons
&����������)�*�
Dr Sunanda Itagi
Comparison of Intelligence between school children attending Nali-Kali and Conventional Programme
&��������+���'
Dr. Manjula Patil
Cognitive abilities among Preschool children
&��������+���'�
Dr. Manjula Patil TEXTILE AND APPAREL DESIGNING
Herbal treated antimicrobial textiles for Medical applications
�&��/0���/0�&����1,-23-�Dr. Sadhana D. Kulloli
Ecofriendly functional finish for textile materials
�&� ,4(5�%&��!��6�Dr. Shailaja D. Naik
Development of designs from Ethnic Khana motifs on dress materials
�&��/0���/0�&����1,-23-�Dr. Sadhana D. Kulloli
Computer Aided embroidery motifs: an inspiration from heritage carvings
�&�5,-�����&�����78/��Dr. Jyoti V. Vastrad
Functional finishing of organic cotton fabric using Vetiver extracts
�&����9��������,&�5,�Dr. Sannapapamma K.J.
Effect of Reactive dye on silk fabrics
�&���:�����*,�Dr. Geeta Mahale
Printing of Chikankari embroidery motifs on textiles
�&��/0���/0�&����1,-23-�Dr. Sadhana D. Kulloli
Functional properties of traditional and contemporary silk sarees of Molkalmuru
�&����9��������,&�5,�Dr. Sannapapamma K.J.
�������� FOREST BIOLOGY AND TREE IMPROVEMENT
Severity assessments, pathogenic spectra and epidemiology of heart rot and root rot of Terminalia species
&�����������#�� ,�-��
Dr. Suryanarayana V.
UAS, Dharwad Annual Report : 2017-18�
83
Name of Major Advisor Date of
Submission #�*,4�;<=>�July-2017
��� �./01�
June 2017 ����2�./01�
July 2017
����2�./01�
July 2017
����2�./01�
July 2018
Dr. Sadhana D. Kulloli 04.11.2017
10.07.2017
Dr. Sadhana D. Kulloli 02.08.2017
28.07.2017
Dr. Sannapapamma K.J. 28.07.2017
09.08.2017
Dr. Sadhana D. Kulloli 30.08.2017
Dr. Sannapapamma K.J. 16.08.2017
FOREST BIOLOGY AND TREE IMPROVEMENT
�
January 2018�
Sl. No.
Name of the Student
272. 4��5� �����6����7� �
Arjun Ramachandran �Seed source variation for fruit, seed, seedling and camptothecin, an anticancer drug, in Pyrenacantha volubilis
273. ��'8-�
Pallavi �Studies on seed biology, preImpatiens talbotii
�������/���01��������������%�������"�����������������M.Sc. (For.)
274. ���9����
Rekha Rahi Investigation of seed cake of Callophyllum inophyllumorganic manure in equisetifolia
275. "���#��������#�������� �
Uday Kumar Lodh Study on pretreatments and nutrient response in latifolia
276. :�;�$� ����<�
Shahbaz Noori Influence of site factors and age gradation on productivity of rubber (Hevea brasiliensisArg.) plantations
277. ���=�(�>��?� ���
Sunitha B. S. Studies on effect of seed source variation and restoration techniques (Direct seeding) on germination and survival in Laphopetalum wightianum(Arn.)
/2��3&�����0�� �456�7��&8�9/������������ NATURAL RESOURCE MANAGEMENT
M.Sc. (For.)
278. 4@��������A�
Athira James. �
Effect of watershed management practices on forest phytosociology and soil nutrient status in sirsi taluka
279. ��'8-����B�����
Pallavi P. Banavasi�Assessment of supply and demand of fuelwood in different microof sirsi taluka
280. *7�CD�E��������������
Greeshma Shivanand Patgar �
Impact of anthropogenic activities and land slope on productivity and plant diversity in two forest types of Uttar Kannad
�
#��������������$���%&������� �'()*+),� UAS, Dharwad Annual Report : 201
Title of Thesis Name of Major Advisor
Seed source variation for fruit, seed, seedling and camptothecin, an anti-cancer drug, in Pyrenacantha volubilis
&��F� �����������
Dr. R. Vasudeva
Studies on seed biology, pre-sowing and storage in Impatiens talbotii
&����GC�!�?���
Dr. Krishna A.�
�������� SILVICULTUE AND AGROFORESTRY����
Investigation of seed cake of Callophyllum inophyllum as organic manure in Casurina equisetifolia nursery
&��?� ��������'�
Dr. S. J. Patil
Study on pre-sowing treatments and nutrient response in Dalbergia latifolia Roxb.
&������6������
Dr. Raju Chavan
Influence of site factors and age gradation on productivity of rubber Hevea brasiliensis Muell.
Arg.) plantations
&��?� ��?� ��)������
Dr. S. S. Inamati
Studies on effect of seed source variation and restoration techniques (Direct seeding) on germination and survival in Laphopetalum wightianum (Arn.)
&��?� ��?� ��)������
Dr. S. S. Inamati
NATURAL RESOURCE MANAGEMENT
Effect of watershed management practices on forest phytosociology and soil nutrient status in sirsi taluka
&��4��H�������I���
Dr. Á. G. Koppasd �
Assessment of supply and demand of fuelwood in different micro-watersheds of sirsi taluka
&��4��H�������I���
Dr. Á. G. Koppasd �
Impact of anthropogenic activities and land slope on productivity and plant diversity in two forest types of Uttar Kannada district.
&��H��F� ���������#��
Dr. G. R. Rajkumar �
UAS, Dharwad Annual Report : 2017-18�
84
Name of Major Advisor Date of
Submission
June 2017�
2018
June 2017
August, 2017
&��?� ��?� ��)������� June, 2017
&��?� ��?� ��)������� July, 2017
July 2017
July 2017
&��H��F� ���������#��� July 2017
':;���<0=�601�����Library
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Library is the heart of the institution and it is the knowledge paradise for the students, teachers, researchers and other users to acquire right information at right time to the right user. University Library came into existence, with the establishment of UAS, Dharwad on 01.10.1986, Consequent to the formation of new University, the College of Agriculture library became University Library. The University Library functions at Head quarter and libraries of teaching campuses are located at Vijayapur, Sirsi and Hanumanamatti and Diploma college libraries at Kumta, Konnur, Nippani and Jamkhandi including Dharwad, Vijayapur, Hanumanamatti. In addition the subsidiary library services are extended to ARSs, KVKs for the benefit of the researchscientists.
��%&����!5���6��&=>#�� ���?�����������Annual Working Days at different Campuses with attendance statistics of Library users
��������Vijayapur� 7� ����� ����FE���Hanumanamatti�
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Working days
7�@��A���Atten-dance�
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370 46 - 22
1276 330 199 232
35 27 35 -
2,119 445 294 312
UAS, Dharwad Annual Report : 2017-18�
85
Library is the heart of the institution and it is the knowledge paradise for the students,
chers, researchers and other users to acquire right information at right time to the right user.
University Library came into existence, the establishment of UAS, Dharwad on
01.10.1986, Consequent to the formation of new University, the College of Agriculture library
The University Library functions at Head quarter and libraries of teaching campuses are
at Vijayapur, Sirsi and Hanumanamatti and Diploma college libraries at Kumta, Konnur, Nippani and Jamkhandi including Dharwad, Vijayapur, Hanumanamatti. In addition the subsidiary library services are extended to ARSs, KVKs for the benefit of the researchers and
ndance statistics of Library users�G��>���Sirsi�
/ 7�@��A���Attendance�
13,214
G��>���Sirsi�
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373
225
438
232 2037
97
312 3,170
H9���;/<�5/0��#����/0!3������Library Usage
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Books barrowed�
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���!P/#��!Q���Per day
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50 14700 120
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1282 1220 17 2
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Usage��� �
��;/<�5/0��#�MN�����������?� ��J���OG�M>#��L���Literature referred in the library
����������?�����Books�7�?!/0���I���A���?�����Back volumes�
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- - 103 31 - - - -
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UAS, Dharwad Annual Report : 2017-18�
86
Literature referred in the library��!+�!�TU�
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5���������������������?����/a!����No. of books available����0� �����General�
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�
,9���#���I�������?�MN���X>#��I#�/0�����Receipts (In Rupees)
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��?!#���7!3�#��c#�������F�!�D��!W!���Collection
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��?!#��7!3�#������������?�����������!/0�����!��!B�d���
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/0������`�Dharwad�
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Book Bank Service�5���������������������?����/a!����
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- 5,83,026 5,83,026
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664 25 0 38527
0 140 0 41476 11146
300 0 0 48518
2659 315 0 420034 11146
UAS, Dharwad Annual Report : 2017-18�
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�!I�U_��U��#��e&��X/#���"!�f��Special issue for
JRF aspirants�
362
234
1487
26
�
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71715
�/����&5��Internet�
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0 371992
0 0
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0 49002
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UAS, Dharwad Annual Report : 2017-18�
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from June 19-28, 2017 and bagged general championship.
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28, 2017 and bagged general championship. �
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12, 2017�
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02 National Day of Yoga
21-06
03 Swachhata Pakhwara
01-08
05-0804 Independence Day 15-08
05 Honey Bee Day Sadbhavana day
Save water Importance of water(Rally for
River)
19-08
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06-2017 Plantation of trees at UAS Dharwad campus orchard area
06-2017 College of Agriculture and College of Community Science Dharwad
08-2017 to
08-2017
College of Community Science UAS, Dharwad
08-2017 College of Agriculture & College of Community Science
UAS, Dharwad
08-2017
College of Agriculture & College of Community Science, UAS,
Dharwad
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97
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125
125
50
152
University competitions
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National Seminar on Water
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UAS, Dharwad Annual Report : 2017-18�
98
University Sports/Youth Festival /NIC etc. organized
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/R� ��F`�-9�b-��'�#��,�$����+������University of Agricultural Sciences, Bengaluru�
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/U� -9�b�9�b���#����(��6���-9�b-��'�#��,�$�+���-�Vishweshvaryya Technological University Belagavi
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University of Agricultural Sciences,
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UAS, Dharwad Annual Report : 2017-18�
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Employment and placement activities are guided by the The University has Placement Cell in constituent collegeplacement cell organizes campus interview by banks, CoBiotech companies, Fertilizer and Pesticide concerns and NGOs and other privateeffective placement of UAS students. The placement cellcampus interviews. Considering the quality of educatiograduates, requests from the companies are on the rising every year. The placement cell has been succesgraduating students every year. The cell organizes activitieabroad, getting suitable employment. It strives to creaemployment opportunities in India and abgroup discussions, interaction sessions to prepare studdiscussions, etc. It collects CVs of students, surveys and anacontact details of students across to potential employers
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The details of student hiring through campus recruifurnished below:
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'9)(9*����%��"�j�#��5/0��#����o?��6/0���h���.3�"�� Placement Cell: Campus Recruitment for the year 201
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Employment and placement activities are guided by the Dean (Students Welfare) at The University has Placement Cell in constituent colleges headed by a Placement Coplacement cell organizes campus interview by banks, Co-operatives, Seed industries, Food Industries, Planters,
ilizer and Pesticide concerns and NGOs and other private organizations regularly for effective placement of UAS students. The placement cell also facilitates conducting the videocampus interviews. Considering the quality of education, importance and merit and commitment of the graduates, requests from the companies are on the raise. The number of companies/ firms visiting the campus is rising every year. The placement cell has been successful in fulfilling the aspirations and needs of the
ating students every year. The cell organizes activities to prepare students for higher studies in India and abroad, getting suitable employment. It strives to create awareness among students about various study and employment opportunities in India and abroad. It arranges guest lecturers from experts from Ingroup discussions, interaction sessions to prepare students to face recruitment tests, interviews, group discussions, etc. It collects CVs of students, surveys and analyzes career options of students. contact details of students across to potential employers.
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Placement Cell: Campus Recruitment for the year 2017-18
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cell also facilitates conducting the video-conference e and merit and commitment of the
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� Installation of existing CCTV Camera at Ratih Bhavan� Krishika block bathroom & toilet repair� New LPG pipe line installation at old mess � Purchased Mess Utensils � Purchased plumbing materials and Purchase of electrical materials
���II� ��G����0)���������:8�O��#����� PG Hostel
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� �>5 �N�$7� ���7�>'7�$(����������+��7���79
� New TV purchased for Ph.D. block� Fixed Mosquito net in rooms of Ph.D� Old Steel chairs, cots repair work was� Fixed flush-tank in the bathrooms of Ph.D
III� ���:8O�#��������=�O��#����Ladies Hostel
� �G������@�7���2� ��Y����� � +���N���
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� ��6���o�$7� �M�_�P����Y&��<��#4!
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� Insatllation of Rice Steamer in PG Mess � Insatllation of Vegatable Cutting machine in UG Me� Insatllation of Serving unit in PG Mess � Insatllation of Sanitary Napkin Incinerator In Jubli � Insatllation of 3HP Submersible Pump For Varlaxmi B� Construction of Prerana Block 4� Construction of Dining Hall and Kitchen
#��������������$���%&������� �'()*+),� UAS, Dharwad Annual Report : 201
,9)�����A65/0����?�MN �������� "���/0��&B�D���F�!��?���
Developmental activities undertaken in the Hostel at College of Agriculture, Dharwad
��2(�$���������7����������� +���N���*����
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Installation of existing CCTV Camera at Ratih Bhavan Krishika block bathroom & toilet repaired New LPG pipe line installation at old mess
and Purchase of electrical materials
PG Hostel�
>5 �N��$7� ���:�����-�d;�l���*����
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block Mosquito net in rooms of Ph.D. block teel chairs, cots repair work was done in the Ph.D. block
tank in the bathrooms of Ph.D. block
Ladies Hostel� �
�G������@�7���2� ��Y����� � +���N�����
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Insatllation of Rice Steamer in PG Mess Insatllation of Vegatable Cutting machine in UG Mess Insatllation of Serving unit in PG Mess Insatllation of Sanitary Napkin Incinerator In Jubli And New Blcok Insatllation of 3HP Submersible Pump For Varlaxmi Block Construction of Prerana Block 4th and 5th floor Construction of Dining Hall and Kitchen
UAS, Dharwad Annual Report : 2017-18�
105
College of Agriculture, Dharwad
�
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� ~�������V�N����(��a�"�6!��J����9 � +���N���*��
� Fixing of wire mesh for Dining hall and store
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� $�����6(����'���
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� Fixed wire mesh for Dining hall and store
� Fixed new water purifiers to water coolers
� Purchased Tave
� Purchased Grinder
��RS���%������#��Q�%����������&'����:8�� �����=�O��#��Boy’s Hostel
� &�2<�� �%��A� �[0U����\�d;�l��#&��*��
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� &�A� �&���J����% �[M0����\�d;�l���#&��*��
� Extension of dining Hall (19 No’s Tables Purchased)
� Plastic Chairs (50 No’s) Purchased for TV Hall
� Establishment development of open air theater
� Double-Decker Cots (29 No’s) Purchased
�
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College of Agriculture, Hanumanamatti Ladies Hostel
� E�������2����[����L����,���$� �������Y�[����+��#��;��\,�Q��6�$� ,�-�
� ���(���������<'�#���[0�������:�N,�.�������:�N����Y&
� Play ground (kho-Kho, Volley
� Girls Hostel New Building (Construction of 1
#��������������$���%&������� �'()*+),� UAS, Dharwad Annual Report : 201
���:8�� �����=�O��#���� ��!���College of Forestry, Boys Hostel Sirsi
���(��a�"�6!��J����9 � +���N���*���
Fixing of wire mesh for Dining hall and store
���:8O�#�����O��#��� ��!���College of Forestry, Ladies Hostel Sirsi
~�������V�N����(��a�"�6!��J����9 � +���N���*����
�
wire mesh for Dining hall and store
Fixed new water purifiers to water coolers
���:8�� �����=�O��#�����College of Agriculture, Hanumanamatti
&�2<�� �%��A� �[0U����\�d;�l��#&��*���
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Extension of dining Hall (19 No’s Tables Purchased)�
Plastic Chairs (50 No’s) Purchased for TV Hall �
Establishment development of open air theater�
Decker Cots (29 No’s) Purchased�
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College of Agriculture, Hanumanamatti Ladies Hostel
����,���$� �������Y�[����+��#��;��\,�Q��6�$� ,�-�<LG��# ��
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Ball court (Women), Throwball , Mini gym for Women
(Construction of 1st and 2nd floor)
UAS, Dharwad Annual Report : 2017-18�
106
College of Forestry, Boys Hostel Sirsi
College of Forestry, Ladies Hostel Sirsi
Hanumanamatti
Ball court (Women), Throwball , Mini gym for Women fitness)
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College of Agriculture, Vijayapur
� Purchased 1000 lit. Capacity Sintex water Tank for
� Purchased R.O.System for using in PG Boys hostel
� Purchased 150 Ah Exide Batteries for both boys and Gir
� New water supply pipe line connected to the newly const
� Purchased two 2.H.P Submersible Open well Motors for
� Purchased Utencils for using in all hostel.
� Purchased of 3 HP Folcan make open well Submersible
� Purchased high speed wi-fi Router installed to the Internet for Boys and Girl
� Proposed for 50 K.V Generator for Girls hostel
� Bore well for boys and girls hostel and Solar system
� Purchased new cots, Tables and Chairs for Girls hostel.
� Purchased of electronic weighing balance for using in
#��������������$���%&������� �'()*+),� UAS, Dharwad Annual Report : 201
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Purchased 1000 lit. Capacity Sintex water Tank for using in PG Boys hostel.
using in PG Boys hostel
Purchased 150 Ah Exide Batteries for both boys and Girls hostels .
New water supply pipe line connected to the newly constructed overhead tank to the UG boys hostels
Purchased two 2.H.P Submersible Open well Motors for girls hostel.
Purchased Utencils for using in all hostel.
Purchased of 3 HP Folcan make open well Submersible Motor and Cable for using in UG Boys hostel.
fi Router installed to the Internet for Boys and Girls hostel.
.V Generator for Girls hostel (sent for tender).
d girls hostel and Solar system (sent for tender).
Purchased new cots, Tables and Chairs for Girls hostel.
Purchased of electronic weighing balance for using in Girls hostel.
UAS, Dharwad Annual Report : 2017-18�
107
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Health Centre 2017-18
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Dept. of Agril. Economics
[\���������B&��'�(�Bheemagouda O. Patil
($Gn�����a&����*��-����Laxmi N. Tiralapur
�j��,�!/�������/��Raghavendra Chourad
�N\����&��a&��Radhika V.S.
� A����&i&�Vishwas A. G.
Dept. of Agril. Extension Education
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Siddalingappa Jamanal
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��������&�Karthika V.
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*,��,� ���V& Lokesh C.
UAS, Dharwad Annual Report : 2017-18�
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K ��,�&�Asha K.V.
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K (:����a&��a&�Akhshata S.S.
N�d�/���Deepali Das
���G:���a&��'�(�Akshata S. Patil
Department of Seed Science and Technology
����0 ��i&��a& Subhash G.S�
"�!�!�� Priyanka
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Extension and Communication Management
�,4:���&�,�Chaithra V.K
�!#������I�Anju Kapri�
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Family Resource Management
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Jeevita K. M.
Human Develoment & Family Studies
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3.1 New varieties/hybrids in different crops accepted for release/adoption during the year 2017-18
1 WHEAT (UAS – 375)
Zone & season : 3 & 8 Rabi
Duration : 100 – 105 days
Average yield : 18-22 q/ha
Potential yield : 29-30 q/ha
Special features : High yielding potential and resistance to brown (40S, ACI-13.4) and black (40S, ACI-8.7) rusts.
2 MAIZE (GPMH – 1101)
Zone & season : 3 Kharif
Duration : 115 -120 days
Average yield : 70 - 75 q/ha
Potential yield : 82-87 q/ha
Special features : Moderately resistant to TLB, with high fodder yield.
3 GREENGRAM (DGG – 7)
Zone & season : 3 Kharif
Duration : 70-72 days
Average yield : 14-15 q/ha
Potential yield : 16-18 q/ha
Special features : Shining green medium bold seeds. Suitable for mechanical harvesting.
4 GROUNDNUT (ICGV – 06189)
Zone & season : 8 Kharif
Duration : 108-110 days
Average yield : 23-25 q/ha
Potential yield : 40 q/ha
Special features : Bold (70g/100 kernels) and uniform seeds with higher(>60%) recovery of bold seeds (>70g/100 kernels) compared to check, TGLPS3(41.2%)
5 SOYBEAN (DSb – 23)
Zone & season : 3 & 8 Kharif
Duration : 95-100 days
Average yield : 25 q/ha
Potential yield : 45 q/ha
Special features : Highly resistant to rust, high yielding and Tolerance to pod shattering upto 8-10 days after maturity
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6 SUGARCANE (SNK – 09227)
Zone : 3 & 8
Duration : 10-16 months
Average yield : 140-170 t/ha
Potential yield : 250 t/ha
Special features : Non flowering, Non Spiny suitable for extended harvesting (10-16 months). Medium Thick purple attractive solid canes with self/easy detrashability.
7 SUGARCANE (SNK – 09293)
Zone : 3 & 8
Duration : 12-18 months
Average yield : 160-200 t/ha
Potential yield : 280 t/ha
Special features : Thick solid canes with very sparse late flowering behavior with excellent field keeping quality.
8 BRINJAL (DWB – 1)
Zone & season : 2, 3 & 8 Kharif
Duration : 150 days
Average yield : 28.6 t/ha
Potential yield : 32.0 t/ha
Special features : Fruits tender, purple colour with white stripes. Resistant to leaf spot and for fusarium wilt under field conditions
9 GARLIC (DWDG – 2)
Zone & season : 2 & 3 Rabi
Duration : 120 days
Average yield : 6.5 t/ha
Potential yield : 11.0 t/ha
Special features : Medium size bulbs and big sized cloves. Higher allicin content (6.24 mg/g of clove weight).
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3.2 New technologies accepted during 2017-18 for inclusion in the package of practices
Sl. No.
Technologies
1 Seed treatment with potassium nitrate in rabi sorghum: 1 kg seeds are soaked in 1.5 litre potassium nitrate solution (Potassium nitrate @ 7.5 g dissolved in 1.5 litre water) for a period of 8 hours followed by shade drying helps in increasing seed germination percentage and seedling vigour.
2 Package of practices for sweet corn
a Planting geometry of 60 x 20 or 15 cm is recommended for sweet corn.
b The recommended dose of fertilizers for sweeet corn is 40 : 20 : 10 kg N, P2, O2 and K2O per acre, along with 4 kg each ZnSO4 and FeSO4.
c Application of fortified vermi compost (100 kg/ac) and FYM (200 kg/ac) with ZnSO4 and FeSO4 each @ 04 kg/ac recommended for sweet corn
d Foliar application of ZnSO4 and FeSO4 each @ 1.0 % at 20 and 40 days after sowing recommended for sweet corn
3 Management of striga in sugarcane: Intercropping of cowpea at 45 days after planting in sugarcane and in situ incorporation at 50 per cent flowering their after spraying of tank mix of Diuron @ 0.75 kg + 2,4-D Na salt@ 2.0 kg ha
-1 at 100 days after planting.
4 Fertilizer management for hirsutum cotton variety (50:25:25 kgs NPK /ha)
5 Planting geometry (120 cm x 45 cm) and nutrient management (60:30:30kgs NPK/ha ) in Bt cotton under dryland condition
6 Foliar application of Zinc sulphate (0.5%) at flowering stage is profitable in irrigated wheat.
7 Application of 70 kg P2O5/ha to the Intercropping of Pigeonpea + Mungbean (1:3)
8 Irrigation at branching and pod initiation stages through sprinkler system to the Chickpea + Wheat intercropping (3:1) grown under broad bed and furrow system
9 Intercropping system in pigeonpea + foxtail millet: In medium black soils one row pigeonpea + two rows of foxtail millet is profitable.
10 Iron and Zinc sulphate (8 kg/ac each) mixed with 16 kg vermicompost 10 days before sowing for curing and dry it under shade and apply at the time of sowing to irrigated wheat
11 Spraying with potassium nitrate (0.5%) at 30 and 60 days after sowing helps for drought tolerance in rabi sorghum.
12 Management of citrus gummosis disease by spraying Metalaxyl MZ 68 WP (3 g/l) in Acid lime
13 Management of citrus blackfly by spraying Thiamethoxam 25WG @ 0.25 g/l in Acid lime
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Sl. No.
Technologies
14 Processing of Bengalgram JG-11 by using 5.5 mm round shape bottom sieve for grading to get better seed germination and vigour index.
15 Standardization of liquid Azospirilum (50 ml) and PSB (25 ml) in rainfed maize for seed treatment
16 Standardization of liquid Rhizobium (250 ml) and PSB (120 ml) in rainfed groundnut for seed treatment
17 Use of growth promoter microbial mixer to increase the yield in organic tomato
18 Applying Mycorrhiza (6-8 kg/ac mixed with 200 kg vermicompost) in rows during sowing to increase the productivity in chickpea and Wheat.
19 Significant improvement (40-50 %) in chemical and biological quality of domestic sewage water through treating with engineered constructed wet land
20 In the Universal Soil Loss Equation (USLE), for the kharif crops, bi seasonal crops and rabi crops the crop management factor values’C’ are in the range of 0.45-0.55, 0.25-0.35 and 0.65-0.75 respectively.
21 Value addition for jam, sweet candy, salt candy, chutney products in Acid lime: The value addition of acid lime for jam, sweet candy, salt candy, chutney products can be practiced with whole fruit or with rind and pomace separately.
22 Value addition for jam, sweet candy, salt candy, chutney products in Rough lime: The value addition of rough lime for jam, sweet candy, salt candy, chutney products can be practiced with whole fruit or with rind and pomace separately.
23 Eco friendly natural printing on clothes using natural gum from Casia tora seeds
24 Seed germination paper prepared with mesta and cotton mixture
25 Charecterization of Dharwadi buffalow : This buffalo is black coloured and medium size with 340 kg weight. The horns are medium, semi circular shaped and tend to reach each other near wither region. The average milk production is about 970 liters and the lactation length is about 330 days. The fat is about 7 per cent and SNF is 9.3 per cent. The average age at first calving is 50 months and the calving interval is 17 months.
26 Use of stainless steel LCP - T Plates and Polymethylmethacrylate (PMMA) - T plates for repair of supracondylar femur fractures in dogs
27 Modified prostaglandin (PG) protocol for management of repeat breeding in cows: Cows should be injected with double dose PG (2 ml) at 11 days intervals and after 48-72 hours of last PG injection when cows comes in heat, artificial insemination should be carried out with 2.5 ml Gonadotrophin releasing hormone (GnRH) injection.
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Research /¸ÀA±ÉÆÃzsÀ£É
Groundnut (ICGV – 06189)
±ÉÃAUÁ (L¹f«-06189)
SUGARCANE (SNK – 09293)
PÀ§Äâ (J¸ïJ£ïPÉ-09293)
SUGARCANE (SNK – 09227)
PÀ§Äâ (J¸ïJ£ïPÉ-09227)
GREENGRAM (DGG – 7)
ºÉ¸ÀgÀÄ (rff-7)
WHEAT (UAS – 375)
UÉÆâ (AiÀÄÄJJ¸ï-375)
SOYBEAN (DSb – 23)¸ÉÆÃAiÀiÁCªÀgÉ (rJ¸ï©-23)
MAIZE (GPMH – 1101)UÉÆë£ÀeÉÆüÀ (f¦JªÀiïºÉZï-1101)
BRINJAL (DWB – 1)§zÀ£É (rqÀ§Äè©-1)
GARLIC (DWDG – 2)¨É¼ÀÄî½î (rqÀ§Äèrf-2)
Research /¸ÀA±ÉÆÃzsÀ£É
TECHNOLOGIES 2017-18
»AUÁj eÉÆüÀzÀ°è ©ÃdPÉÌ ¥ÀÆmÁå¶AiÀÄA £ÉÊmÉæÃmï¤AzÀ ©ÃeÉÆÃ¥ÀZÁgÀ
¹» UÉÆë£À eÉÆüÀzÀ C¢üPÀ E¼ÀĪÀjUÁV vÁAwæPÀvÉUÀ¼ÀÄ
PÀ©â£À ¨É¼ÉAiÀÄ°è ©½ PÀ¸ÀzÀ ¤ªÀðºÀuÉ ºÀwÛAiÀÄ°è gÀ¸ÁAiÀĤPÀ UÉƧâgÀUÀ¼À ¤ªÀðºÀuÉ
RÄ¶Ì ¥ÀæzÉñÀzÀ ©n ºÀwÛAiÀÄ°è ¸Á°£À CAvÀgÀ ªÀÄvÀÄÛ ¥ÉÆõÀPÁA±ÀUÀ¼À ¤ªÀðºÀuÉ
¤ÃgÁªÀj UÉÆâüAiÀÄ°è ¸ÀvÀÄ«£À ¸À¯ÉáÃmï §¼ÀPÉ
Seed treatment with potassium
nitrate in rabi sorghumHigh yield technoloy for sweet corn
Management of striga in sugarcane
Planting geometry and nutrient management
in Bt cotton under dryland condition
Fortification of zinc nutrition in irrigated wheat
Fertilizer management for hirsutum cotton variety
TECHNOLOGIES 2017-18
vÉÆUÀj ªÀÄvÀÄÛ ºÉ¸Àj£À CAvÀgÀ ¨É¼É ¥ÀzÀÞw (1:3) PÀqÀ¯É ªÀÄvÀÄÛ UÉÆâü CAvÀgÀ ¨É¼É ¥ÀzÀÞw (3:1)
vÉÆUÀj ªÀÄvÀÄÛ £ÀªÀuÉAiÀÄ CAvÀgÀ ¨É¼É ¥ÀzÀÞw (1:2) ¤ÃgÁªÀj UÉÆâüAiÀÄ°è gÁ¸ÁAiÀĤPÀ UÉƧâgÀUÀ¼À ¤ªÀðºÀuÉ
»AUÁj eÉÆüÀzÀ°è §gÀ ¤gÉÆÃzsÀPÀ ±ÀQÛAiÀÄ£ÀÄß ªÀÈ¢Þ¸ÀĪÀÅzÀÄ °A¨É ªÀÄvÀÄÛ UÀd°A¨ÉAiÀÄ°è CAlÄ gÉÆÃUÀzÀ ¤ªÀðºÀuÉ
Intercropping system
in pigeonpea + greengram (1:3):
Intercropping system in chickpea + wheat (3:1)
Intercropping system in pigeonpea
+ foxtail millet (1:2)
Iron and Zinc sulphate application
in irrigated wheat
Increasing drought tolerance by spraying with
potassium nitrate (0.5%) in rabi sorghum
Management of citrus gummosis disease by
spraying Metaloxyl MZ 68 WP (3g/ltr) in Acid lime
TECHNOLOGIES 2017-18
PÀqÀ¯ÉAiÀÄ°è ©Ãd ¸ÀA¸ÀÌgÀuÉ
±ÉÃAUÁ (RĶÌ) ¨ÉøÁAiÀÄzÀ°è zÀæªÀgÀÆ¥ÀzÀ CtÄfë UÉƧâgÀzÀ §¼ÀPÉ
¤A¨ÉAiÀÄ ªÀiË®åªÀ¢üðvÀ ¥ÀzÁxÀðUÀ¼ÀÄ
mÉÆêÀiÁåmÉÆ ¨É¼ÉAiÀÄ°è CtÄfë UÉƧâgÀzÀ §¼ÀPÉ
eÁUÀwPÀ ªÀÄtÄÚ ¸ÀªÀPÀ½ ¸À«ÄÃPÀgÀtzÀ°è (USLE) ¨É¼É ¤ªÀðºÀuÉ ¸ÀÆZÁåAPÀ “C” CAzÁf¸ÀĪÀÅzÀÄ
UÉÆë£ÀeÉÆüÀ (RĶÌ) zÀ°è zÀæªÀgÀÆ¥ÀzÀ CtÄfë UÉƧâgÀzÀ §¼ÀPÉUse of 5.5 mm sieve for chickpea grading gives
good quality seeds
Use of liquid Rhizobium (250ml) and
PSB (120 ml) in rainfed groundnut
Use of growth promoter microbial mixer to
increase the yield in organic tomato:
Value addition in Acid limePrediction of crop management index by using
universal soil loss equation (USLE)
Use of liquid Azospirilum (50ml) and PSB
(25ml) in rainfed maize:
TECHNOLOGIES 2017-18
PÀAaPÁ¬ÄAiÀÄ ªÀiË®åªÀ¢üðvÀ ¥ÀzÁxÀðUÀ¼ÀÄ¥Àj¸ÀgÀ ¸Éßû §mÉÖ ªÀÄÄzÀætzÀ°è £Á¬Ä ªÉÄAvÉ
(PÁå¹AiÀiÁ mÉÆÃgÁ) MAzÀÄ £ÉʸÀVðPÀ CAlÄ/zÁæªÀPÀ
¥ÀÄAr£ÁgÀÄ ªÀÄvÀÄÛ ºÀwÛ «Ä²ævÀ ©Ãd ªÉƼÀPÉ ¥ÀjÃPÀëuÁ PÁUÀzÀ zsÁgÀªÁr JªÉÄäAiÀÄ UÀÄt®PÀëtUÀ¼ÀÄ
¥ÀÄ£ÀgÁªÀwðvÀ ¨ÉzÉAiÀÄļÀî eÁ£ÀĪÁgÀÄUÀ¼À ¤ªÀðºÀuÉUÁV
¥ÀjªÀwðvÀ ¦.f.J¥sï 2á (¥ÉÆæ¸ÁÖUÁè"åAr£ï) aQvÉì
±Áé£ÀUÀ¼À°è ¦üêÀÄgï ªÀÄƼÉAiÀÄ ¸ÀÄ¥ÁæPÁAqÉʯÁgÀ eÁUÀzÀ°è ªÀÄÄjvÀzÀ j¥ÉÃjUÁV ¸ÉÖãï¯É¸ïì ¹Öïï J¯ï.¹.¦. n - ¥ÉèÃl
CxÀªÁ ¥Á°«ÄxÉʯï«ÄxÁQæ¯ÉÃl n - ¥ÉèÃlUÀ¼À §¼ÀPÉ
Value addition in Rough limeNatural Printing using Casia tora seed gum
Mesta and cotton germination paper Characterization of Dharwadi buffalo
Use of stainless steel LCPT Plates and Polymethylmethacrylate
(PMMA) plates for repair of supracondylar femur fractures in dogs
Modified prostaglandin (PG) protocol for management
of repeat breeding in cows
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121
3.3 Farm trials accepted during the year 2017-18
Sl. No.
Crop Technology
A Crop Improvement
1 Maize BRMH-1
2 Bengalgram DBGV-204
3 Blackgram DBGV-16
4 Horsegram VHG-44
5 Soybean DSb 31
6 Groundnut Dh-256
7 Fodder Napier Bajra Hybrid : DHN-15
8 Pearlmillet VPMH-7
B. Crop Production, Protection and Others
1 Maize
Weed management in Maize with Topramezone + Atrazine (Ready Mix) (BAS 765 00H SC) 775 g a.i. ha
-1 as Early Post Emergence (EPE) spray at 2 to 3 leaf
stage of weeds OR Atrazine @ 1.00 kg/ha preemegence followed by Tembotrione (Laudis) 120 g a.i./ha PoE at 25 DAS
2 Onion Crop geometry (45 cm x 10 cm) and nutrient management (30:10:30 kg N, P2O5, K2O/ha) in Onion under dryland situations
3 Soybean Intercropping soybean and foxtail millet (4:2 rows)
4 Maize Soil application of FYM enriched with ZnSO4 and FeSO4 each @ 15 kg/ ha + foliar spray each @ 0.5% at 35-40 DAS in Maize
5 Pigeonpea Band application of FYM @ 4 t/ha or vermicompost @ 2 t/ha in pigeonpea
6 Pearl millet Foliar application of FeSO4 @ 0.75% at 25-30 DAS instead of soil application in pearl millet.
7 Pigeonpea Management of pod borers in pigeonpea using novel germ molecule Broflnilide 30% SC (@ 0.06 ml/ltr)
8 Pigeonpea Use of Bacillus thuringiensis (BARC Bt @1.40 ml/l) against pod borer, H. armigera in pigeonpea
9 Bt Cotton Management of pink bollworm by spraying Spinetoram 12% SC @1.2 ml/l in Bt cotton
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123
Sl. No.
Crop Technology
10 Cucumber Evaluate the efficacy of Biocontrol agents (Spray with Psuedomonas fluorescens (5 g/l)+ Bacillus subtilis (5 g/l) against foliar diseases under protected cultivation
11 Maize Management of turcicum leaf blight and common rust diseases of maize by spraying Azoxystrobin 18.2% + Difenconazole 11.4% @ 1 ml/l of water at 35 and 50 days after sowing
12 Groundnut Use of multifunctional Actinomycete cultures {RDF + PGPA1 (A34+PSA5+ PSA7)} @ 200 g/acre seed treatment. After seed treatment the remaining culture is added along with treated seeds to increase the yield in groundnut
13 Groundnut Effect of microbial consortia @ 4 ml/kg of seed (seed treatment with rhizosphere consortium 2) and foliar application of phyllosphere consortium @ 4 ml/l of water on 30
th and 45
th day of sowing to enhance yield in groundnut.
14 Sugarcane Use of mycorrhizal consortium (8 kg/ac mixed with FYM) for the management of parasitic weed in Sugarcane
15 Soybean Use of PPFM (One lit. of PPFM (10-8
) in 100 ltr. of water/acre) to increase the Soybean yield
16 Soybean Treatment of liquid formulations of Rhizobium SB120 (8 ml) and PSB (4 ml) per kg seed in soybean
17 Maize Effectiveness of biofortified vermicompost on yield of maize
18 Turmeric Integrated weed management with pre-emergent weedicide (Alachlor @ 1.50 kg a.i./ha), one inter culture and one hand weeding in turmeric
19 Onion Soil application of Boron- 5.0 kg/ha (borax), followed by foliar spray of Boron-0.5% (Solubar) increases bulb and seed yield in Onion
20 Chickpea Ideal crop geometry in chickpea (45 cm x 10 cm)
21 Rabi sorghum
Fortification of organics (FYM) with iron (3.75 kg FeSO4+ 50 kg FYM incubated for 15 days) and zinc (3.75 kg ZnSO4+50kg FYM incubated for 15 days) to increase the yield and quality (Fe and Zn content) in rabi sorghum
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Sl. No.
Crop Technology
22 Wheat Seed treatment with hybrid bio fertilizer Azosprillum @ 4 ml/kg seed +PSB @ 4 ml/kg seed in rainfed wheat.
23 Wheat Seed treatment with hybrid bio fertilizer Azosprillum @ 4 ml/kg seed +PSB @ 4 ml/kg seed in irrigated wheat.
24 Chickpea Management of pod borers in chickpea using novel molecule Chlorfenapyr 24% SC (@ 2 ml/l)
25 Chickpea Use of PPFM (seed treatment & soil application) on the performance of Chickpea
26 Chickpea Seed treatment with 4 ml of Rhizobium GR2 + 4 ml of PSB per kg seed in chickpea
27 Sorghum Seed treatment with 4 ml of Azospirillum + 4 ml of PSB per kg seed in sorghum
28 Sorghum Effect of microbial consortia @ 4 ml/kg of seed (seed treatment with rhizosphere consortium 2) and foliar application of phyllosphere consortium @ 4 ml/l of water on 30
th and 45
th day of sowing to enhance yield in sorghum.
29 Garlic Integrated weed management with Butachlor 50 EC @ 1.0 kg ai/ha + One hand weeding + Second spray @ 30 DAP in garlic.
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3.4. Research Accomplishments��
3.4.1. GENETICS AND PLANT BREEDING
Rice:
The project on improvement of Kagga landrace and identification of new varieties for Ghazani area in Coastal Karnataka was in collaboration of MSSRF, Chennai during 2017-18. In the process of purification of Kari Kagga and Bili Kagga 1200 progenies have been selected and will be grown in progeny rows during kharif 2018. Irradiation of Karikagga land race in different doses (150, 200 250 Grays), evaluation and multiplication of M1 generation was done in coastal saline as well as non saline conditions. The M2 populations will be evaluated in coastal saline condition to assess the productivity traits. The saline tolerant genotypes viz., IET-22066, IET-25055, FL-478 (Saltol), IET-27030, IET-27036, IET-27061 Goa Dhan-1 and GNV-11-09 have been found promising out of 106 genotypes evaluated in 4 different trials under coastal saline condition at Kumta. These promising genotypes will be evaluated in multi-location trials during kharif 2018.
Maize (MLT-2017)
MLT (Maize) of 2017 consisted of 15 entries evaluated at 5 locations in Zone-3 and Zone-8. In Zone-3, the entry GH-160224 (VH-16224) was the highest yielding entry with 83.9 q/ha with 28.09 % superiority over GH-0727 (LC) and 5.53 q/ha over 900 M Gold (Pvt.Check). However, it was statistically on par with NK-6240 (NC). In Zone-8, National Check NK-6240 was the highest yielding with 87.49 q/ha grain yield. While, GH-160224 (VH-16224) recorded grain yield of 85.7q/ha with 29.8 % superiority over GH-0727 (Local Check) and 9.87 % over 900 M Gold (Pvt. Check). However, across the locations of Zone-3 and Zone-8 overall GH-160224 (VH-16224) recorded 84.8 q/ha and was the highest yielding genotype with overall 29 % yield superiority over GH-0727 and 7.7 % over 900 M Gold (Pvt.Check).
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WHEAT
I. Rainfed Trials
MLT (BW): Out of 19 entries, six entries
recorded numerical yield superiority and about
9% increased yield as compared to best check
UAS 375 (1674 kg/ha).
MLT (DW): Among 19 entries, 7 entries
showed numerical yield superiority of more
than 31% over the national check UAS 446
(1331 kg/ha).
II. Restricted irrigation
MLT-BW: Sixteen entries evaluated in this
trial, out of which eight entries showed yield
superiority ranging from 2127 to 1830 kg/ha as
compared to the check HD 2888 (1714 kg/ha)
and further, UASBW 11315 showed 24%
increased yield over check.
MLT-DW: Among sixteen entries tested in this
trial, 6 entries recorded yield superiority upto
12% increased yield as compared to national
check AKDW 2997 (1728 kg/ha).
III. Irrigated
MLT-BW: The trial was conducted at zone 8
and 3 with two locations each. Fifteen entries
were tested, out of which, seven entries
recorded numerical superiority as compared to
the check GW 322 (3773 kg/ha). Among
which, UASDW 11256 recorded 23%
increased yield over the best check GW 322.
MLT-DW: The trial consisted of 17 entries
and only nine entries recorded numerical yield
superiority over the best check UAS 428 (4255
kg/ha).
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MLT-Dicoccum
Nineteen entries including checks tested at
different centers viz., Dharwad, Nippani,
Arabhavi and Ugar. Five entries recorded
yield superiority ranging from (5264 to 4712
kg/ha) over the best check HW 1098 (4703
kg/ha) over the locations.
IV. Irrigated Late Sown Trials
MLT - LS: The trial was conducted with 16
entries including checks at two different
centers viz., Dharwad and Ugar. Seven
entries showed yield superiority ranging from
3510 to 3033 kg/ha over the best check. Two
entries showed increased yield more than 10
per cent over the best check HD 3090 (2978
kg/ha).
Varietal Release and Notification: Bread
wheat Var. UAS 375 was released for rainfed
situation during 2017-18. UAS 334 and UAS
375 were notified during 2018.
Sorghum
During 2017-18, totally 17 station experiments
on rabi sorghum were conducted in addition to
generation of breeding material. In preliminary
evaluation experiments, a total of 6 promising
entries in deep soils and 3 in shallow soils
showing 15-20% superior grain and fodder
yield over checks were identified for
constituting or promoting for next level of
testing under MLVT/AICRP trials.�
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+�1���� ���4� \�(%�� %���� �� ��>"��W� ��n�80����3�[=�������(� B��c����� ",�6� l �����
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7�!������(� ��� �����!�� �����>"��W� ���
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The MLVT trial was conducted with 18
entries at seven locations viz., Vijayapur,
Bagalkot, Annigeri, Dharwad, Bailhongal,
Gulbarga and Hagari. At Vijayapur and Zone 3
over locations, the genotype DWR-17-5 (3268
kg/ha; 2667 kg/ha) followed by VJV-104 (3035
kg/ha; 2456 kg/ha) recorded numerically
higher grain yield compared to the best check
M 35-1(2747 kg/ha; 2226 kg/ha) respectively
but their fodder yield levels were on par with M
35-1. The entries DWR-17-4 (3284 kg/ha) and
VJV-104(3010 kg/ha) were showed
numerically superior grain yield over the best
check SPV2217 (3387kg/ha) across the
locations and DWR-17-5 was the only superior
entry for fodder yield over the best check BJV
44.
Targeted quantity of nucleus seed of
released varieties viz., BJV-44, CSV 29R, M
35-1 and 5-4-1 and speciality varieties viz.,
AKJ-1, SMJ-1 and KMJ-1 in addition to
breeder seeds (1.50 q) of M35-1 were
produced during the year.
Four rabi sorghum varieties viz., BJV
44 (high yielding), AKJ-1(flaking purpose),
SMJ-1 (hurda/ seethani purpose) and KMJ-1
(popping purpose) were notified at CVRC
during 2017. Promising entries viz., VJV-103
(SPV2548) and VJV-105 (SPV2549) for
IVT(DS) and VJV-107(SPV2562) for
IAVHT(SS) were contributed during 2017-18.
VJV-107(SPV2562) has been promoted for
AVT (SS).
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130
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���� ����� �� �1�"���� �<� ��_����"��W���� =������ ����4"�� �����t7��� #�& ������0���g���, ���� A����� DGGV-21 \��c<� ��(5('����?���Q���_ ����g�DGGV-2 (932 ��(5('����?���Q� ��_K ���#�&:H���� B%(A� ��n��?� ��T��V��4� J�����4 ���"��W���� =�����;0�(� B��cu�A���l ������� �1�"������� ��_����"��W����� !�� �����t7��� #�& ������0������, ���� A����� DGGV-51 (932 ��(5('����?���Q���_ �������T��V��4�J�����4 ���"��W���� =�����;0�( �E��)F��B���_����"��W����� !�������t7���#�& ������0���g���, ���� �� ������;� B����� DBGV 19 ��_ �����\�BAA� ��(5('����?���Qg� ��T��V��4� J�����4���� ?�����;0�(� ��, ���� A�����DBGV-16 ��T��V��4�J�����4� \���b� ��(5('����?���Q� ���"��W���� =�����;0�(� ���� ��, �������"��W� \I, II, III,�������;� VIII)� �����+0���� #�&T����� ��_ ���0��DBGV-5�K ��� \i%%��(5('����?���Qg�DBGV-16
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�Pearl Millet
Multilocation testing over 2 years across the
zones (2&3), the test hybrid VPMH-7 (2325
kg/ha) and VPMH-8 (2214 kg/ha) were
recorded higher grain yield over national check
GHB-558 (1830 kg/ha). The VPMH 7 hybrid
has been accepted for farm trial owing to its
16.7 per cent higher yield over national check
GHB 558 over two years of MLT in three
locations. The hybrid is early maturing (85-88
days) similar to GHB 558 and matures 10-12
days early as compared to 86M86 private
check hybrid (95-100 days) in Zone 3 of
Karnataka.
Greengram
In multilocation trial comprising of 13
entries tested under Zone 8, DGGV-21 during
kharif 2017 recorded highest yield (1173
kg/ha) when compared to the check DGGV-2
(932 kg/ha), with 25.8 per cent increase in
yield over the check. During Rabi 2017-18,
among the 10 entries tested DGGV-51
recorded highest yield of 973 kg/ha in Zone 8.
Blackgram
In MLT, among the 12 entries, DBGV
19 recorded highest yield of 1288 kg/ha across
Zone I and Zone II. In Zone VIII, DBGV-16 has
recorded highest yield of 1106 kg/ha. The
mean performance of DBGV-16 was superior
(1026 kg/ha) across Zone I, II, III and VIII,
when compared to the best check DBGV-5
(955 kg/ha).
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Linseed
In MLT, among the eight genotypes
tested, DLV-9 recorded the highest seed yield
of 836 kg per ha in Zone VIII as compared to
the state check, NL-115 which recorded 574
kg per ha. In Zone III, under Hagari location
also DLV-9 recorded highest seed yield (650
kg/ha) while NL-115 recorded 645 kg per ha.
In Zone VIII, the genotype DLV-6 recorded
highest seed yield of 1117 kg per ha when
compared to check NL-115 (780 kg/ha).
Across Zones II, III and VIII, DLV-9 recorded
highest yield of 868 kg per ha, when compared
to state check 670 kg per ha.
Groundnut:
MLT (SB): Dh-257 (3807 kg/ha) and Dh-256
(3500 kg/ha) recorded higher pod yield
compared to the best check, GPBD-4 (2761
kg/ha). These two entries also recorded higher
kernel (2701 & 2536 kg/ha respectively) and
oil yield (1256 & 1185 kg/ha respectively)
compared to the best check, GPBD-4 (2055 &
976kg/ha) at MARS, Dharwad. These two elite
lines were also found to be resistant to LLS (3)
& rust (1) compared to the susceptible check,
TMV-2 (8/7).
Dh-256 (1569 kg/ha) recorded about 18%
increased pod yield compared to the best
check GPBD-4 (1333 kg/ha) in Zone 3
(Vijayapur) over two years in kharif season. In
Zone 8, Dh-256 (3182 kg/ha) and Dh-257
(3323 kg/ha) recorded 16% & 21% increased
pod yield over the best check, GPBD-4 (2748
kg/ha) across 4 locations and two years in
kharif season.
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���� ���� � ����w*� ����� �� H���0E�"� ��� 0�&�0E���!�0���g� ��D5u� ���� ������� ����� �����������(�& ('��Q��������D5� ��������������������:_������3��;����T��-�o0��2���-u��"�������������������;� � �"���(�& ('��Q���_K �����UV"����g������������.�Z�J�����4 ���"��W�0w�+�����;��(��J:;T�������� ���,�� >����D+0� ����� ��_ ���0�� ��D5� � ���� �����\�bb���(�& (('��Q�����������0�#�[��_"����_������g�D�T-uBbF�\�����������;�������(�& ('��Q�>:����UV"���� ����������_"��J�����4���� ?0��v�J0���T��-���_K ���5]9D� �� ���"�� � ������;� ����� �(�& ('��Q� K ��� ��UV���J�����4���� ?0��v��� !���� =0�(��D�T- ��������"��(�& ('��Q� ����� � f+51u�b�Ai� \B<BF��(�& ('��Q� ��_������ 110E�� ",�6� ��� 0�&�����#�& �������������#�4������K��J��/������T��-���_���0��5]9D� ��������(�& ('��Q�������;� 5��-]��-u<������� �(�& ('��Q� ��_��_K ��� ��UV"�� �� ����J�����4���� ?0��v��� !���� =0�(���� ��� ������ ������ � ����%� 110E�� ��UV"�� J�����4�#�& ������������� D�T-uBF%\B�bc� �(�& ('��Q���-� ���- � u������ o ���-+51u����� &�5(����-ubu�u�� \FAAF� �(�& ('��Q� ������;� D�T-uBF%\F%%<��(�& ('��Q���-� ���- �u����������T-~u�b��\<�c���(�& ('��Qg� �T-~u��c� \BAb�� �(�& ('��Qg�o ���-+51u��<%�� &� (����-(1}uBuBu�� \BicF��(�& ('��Q���-� ���- u���������D�T-uAb�&�5(Bu%BuBuB�\%��A��(�& ('��Qg�D�T-uAb�&�5(Bu%BuBuB�\%Bb%��(�& ('��Qg��-� ���-( u��������D�T-uAb�&�\D�T-uAb�&�o ���-+51}�ub�Bc�Qu��\%��%��(�& ('��Qg�D�T-uAb�&�\5]9D� ��&�D�T-uAbQu��\FAFA���(�& ('��Qg�������;��D�T-uAb�&�5(Bu%BuBuB�\FFA���(�& ('��Qg���-� ���-( u�������������;���D�T-uAb� &� 5(Bu%BuBuB� \%��F� �(�& ('��Qg���-� ���- u�� ������ ��UV"�� �� ���� J�����4���� ?0��v� J��/����"��W� ���� ="�� #�4�����K� o ���6����!��K0�(��
Dh 256 (4340 kg/ha) also recorded higher pod
yield compared to the best check, Dh-101
(3013 kg/ha) in Zone 8 and it also recorded
higher pod yield (2859 kg/ha) compared to the
best local check, Dh 101 (1933 kg/ha) in Zone
3 during summer season. Dh 256 (4009 kg/ha)
also recorded higher pod yield compared to
the best check, Dh 101 (3396 kg/ha) in Zone
10 during rabi/ summer season whereas Dh
257 (3478 kg/ha) recorded higher pod yield
compared to the best check, Dh 101 (2487
kg/ha) in Zone 9 during rabi/ summer season.
MLT (VG): KDG 123 (4030 & 3138, 1450
kg/ha) and KDG 128 (3732, 2891 & 1338
kg/ha) recorded significantly higher pod, kernel
and oil yield compared to the best local check,
JSP 39 (2686, 2032 & 898 kg/ha) at MARS,
Dharwad KDG 123 that has been adopted
recently for cultivation in Zone 3 also recorded
higher mean pod yield of 1661 kg/ha in Zone 8
compared to the checks, JSP 39 ( 1242 kg/ha)
& DSG 1 (1153 kg/ha) in Zone 8 and K 1725
(1524 kg/ha) was found to be superior in Zone
3 compared to KDG 123 (1231 kg/ha) and JSP
39(1051 kg/ha).
MLT (LS): The new entries Dh-264 (2873&
2223 kg/ha) and Dh-263 (2827 & 2007 kg/ha)
recorded higher pod and kernel yield
compared to the check, GPBD-5 (2393 & 1812
kg/ha). Dh-264 (2339 kg/ha) and ICGV 06189
(2324 kg/ha) recorded higher pod yield
compared to the checks, GPBD-5 (2117
kg/ha) and TGLPS-3 (2033 kg/ha) over 4
locations during kharif 2017.
Large Scale Yield Trials: Dh-245 (2167
kg/ha) in LYT-I; ICG 2381 X GM 6-1-1 (4884
kg/ha) and Dh-245 (4553 kg/ha) in LYT-II; HO-
161 (3071 kg/ha), HO 107 ((2860 kg/ha),
ICGV 00350 X TMV 2-2-1 (2974 kg/ha) in
LYT-III; Dh 86 X G-2-52-2-2 (5118 kg/ha), Dh
86 X G-2-52-2-2 (5265 kg/ha), in LYT-IV; Dh-
86 X (Dh 86 X ICGV 6027)-1 (5005 kg/ha)
Dh-86 X GPBD4 X Dh 86)-1 (4848 kg/ha) &
Dh 86 X G-2-52-2-2 (4480 kg/ha) in LYT-V
and Dh 86 X G-2-52-2-2 (5014 kg/ha) in LYT-
VI were identified as promising genotypes
from the six trials.
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3�=*���&O?� ���� ���^?0���g� >�,� �E������� ����S"� ���� ",�6� ��n�80�� ��:;�#�& ������������� ���0E�*� �E����0�� 7����4�#�&0��H���_��� ARBB-1401 \��-�!�"-$Q���_ ���"��W� l�$4"����S���K0�� B��A� �����8������E� ������9!����!��K���v���������(�� 9!����!� ���� ���"� ���� �� ���0������ ���H��;@0��#�4�����������",�6���_������J0��vg����� ="����n�8��6�9!����!����+0�q�K���J��/(��(� ARBH-1551 \�(o�-(9(��T-� u�%%�Qu�l�-���^���-� 2: ���� ��_g� ���0E�*� ������;� 0���X��E����0������� ���e&���#�&0��H���_��(�B(� ARBC-1551 \�(o�-(9(+� u�%%�Qu� K!�d�l�-���^���-� 2: ���� ��_g� 0���X� �E����0������� ���e&���#�&0��H���_��(�<(� ARBB-1502 \�(o�-(9(9(� u�%�BQu���-�!�"-$� 2: ���� ��_g� ���0E�*� �E����0��7����4�#�&0��H���_��(�F(� DSC-1501 \D(��-(+� u�%��Qu� K!�d�l�-���^���-� 2: ���� ��_g� ���0E�*� �E����0��7����4�#�&0��H���_��(���
Soybean
i) DSb 28-3: A cross derivative of JS 93-05 x EC 241778 has been identified for Southern Zone of India during 47
th AGM of AICRP on
Soybean owing to highly resistant reaction to rust and has recorded 20.2% higher yield than the best check JS 335 during three years of testing (2014-16) in coordinated trials (Southern Zone).
ii) DSb 31: A cross derivative of EC 241780 x JS 95-60 is early maturing (80-85 days) genotype with rust resistance and high yield. It matures early by 5 days and 8-10 days compared to JS 335 and DSb 21 respectively. It has recorded highest yield of 2790 kg/ha in Zone-8 and 2328 kg/ha in Zone 3. Also it has exhibited highly resistant reaction to rust in addition to check DSb 21.
Cotton
Variety Release at National level: After 4 years of National Testing in the AICRP, the release proposal of ARBB-1401 (G. barbadense Variety) for Central Zone Irrigated situation was submitted.
Pre-release agronomic testing: Genotypes that have completed 3 years of national and zonal testing have to undergo agronomic testing for one year before being considered for release.
a) ARBH 1551, a G. hirsutum genotype has been nominated for agronomic testing prior to identification for release in rainfed situation for both South and Central Zones.
b) ARBC-1551, a Compact G. hirsutum genotype, has been nominated for agronomic testing prior to identification for release in rainfed situation for South Zone.
c) ARBB 1502, a G. barbadense genotype has been nominated for agronomic testing prior to identification for release in irrigated situation for Central Zone.
d) DSC 1501, a a Compact G. hirsutum genotype, has been nominated for agronomic testing prior to identification for release in irrigated situation for Central Zone.
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��4,'�6�(�5���6�&'1�1���(�
�(� ",�6� ��n�80�� #�& ������0�� \B��Fu�AQ�#E��� H��������Gh.AM-78, Gh.AM-9, HBS-
1, MAP-20-4 ������;� HBS-157 #�&T����� ��_�����"K ��� ��X7� ����K� 3��;���� J�����4����^?��/(� � B��bu�A� ���!��� ��n�80��#�& ������������� l�-���^���-� IET ������ CPD-
871, ARB-760 ������;� NNDC-43 #�&T��������!��� ��_���0�� �(o�-(9(��T-(uA�<� ������;�����"K ���3��;����J�����4 ���"��W����^?��/(��
B(� ����0�� �������� ��n�80�� \B��%u�AQ�l�-���^���-� �"-(�"-(D(+� #�& ������0���g�NNDC-E-121, NNDC-2111, NNDC-2812,
NNDC-3711, NNDC-4022, NNDC-E-511
������;� NNDC-E-721 ��_������ #�&T����� ����������_���0�� �(o�-(9(��T-(uA�<g� ����"� ������;�o�-(�(��T-(u����K �����UV"��J�����4���� ?��(�
<(� ����0�� �������� ��n�80�� \B��%u�AQ�l�-���^���-��#E-(��-( (�#�& ������0���g�L7T2-
1-1, L3T2-2-2, L6T4-3-2, L3T2-6-2, ������;�L3T2-2-1 ��_������#�&T������(o�-(9(��T-(uA�<���_K ��� ��UV"�� J�����4� ��� ?��(� B��cu�A� �����L3T2-2-2, L6T4-3-2 ������;� L3T2-2-1
�(o�-(9(��T-(uA�<� ��_K ��� ��UV"�� J�����4���� ?��(�
Station Trials
a) In 2017-18, F5LT-17 (1672 kg/ha) and IB-9
(1408 kg/ha) were better than both checks,
ARBH-813 (806 kg/ha) and Sahana (1341
kg/ha). Over 4 years testing (2014-2018), G
hirsutum genotypes GhAM-78 (1493 kg/ha),
GhAM-9 (1415 kg/ha), HBS-1 (1412 kg/ha),
MAP-20-4 (1392kg/ha) and HBS-157(1282
kg/ha) were superior to check Sahana (1156
kg/ha) in the high yield trial. CPD-871, ARB-
760 and NNDC-43 were superior to both
checks, ARBH-813 and Sahana during 2 years
testing (2016-18) in the G. hirsutum IET.
b) Over 3 years testing (2015-18) in the G
hirsutum NNDC trial, NNDC-E-121(1738
kg/ha), NNDC-2111(1601 kg/ha), NNDC-
2812(1563kg/ha), NNDC-3711(1567 kg/ha),
NNDC-4022, NNDC-E-511 and NNDC-E-721
were superior to all three checks, ARBH-
813(1351 kg/ha), RAH-100 (1245 kg/ha) and
Sahana (1192 kg/ha).
c) Over 3 years testing (2015-18), in the F5LT
trial, 12 genotypes were superior to check
ARBH-813 (957 kg/ha). Some superior
genotypes were L7T2-1-1(1614kg/ha), L3T2-
2-2 (1516kg/ha), L6T4-3-2 (1464 kg/ha), L3T2-
6-2 and L3T2-2-1 which had more than 40%
superiority over check. L3T2-2-2, L6T4-3-2
and L3T2-2-1, among 14 others were better
than ARBH-813 during 2017-18.
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3.4.2. CROP PHYSIOLOGY
Cotton
Screening of cotton genotypes (G.
hirustum) for stress tolerance : The cotton
genotypes CPD-1652, CPD-1651, RAH-1071,
Sahana and ARBH-1651 were found to be
drought tolerant with significantly higher mean
seed cotton yield under rainfed compared to
irrigated condition.
Effect of environment on crop phenology
development, yield and fibre development
(Climate change) : In the experiment
conducted in 2016-17 & 2017-18, the Bt
hybrids, First Class and ATM-BG II recorded
maximum seed cotton yield.The overall
research indicated that the first fortnight of
June is the best date for maximum yield and
delay in sowing resulted in significant yield
reduction in cotton.
Sorghum
Preliminary evaluation of diverse
germplasm for Rabi adaptation: The
preliminary evaluation of rabi sorghum
germplasm lines in medium soil indicated that
the genotypes RSV 1921 (42.68 g plant-1
),
VJV 111(44.27 g plant-1
), VJV-115 (47.77 g
plant-1
), EP 89 (40.47 g plant-1
), PEC 23
(42.88 g plant-1
) and VJV 106 (38.60 g plant-1
)
were better with higher physiological
parameters than checks. In rabi adaptation
germplasm experiment the genotypes PVR
947(14706 kg ha-1
), VJV 111(13235 kg ha-1
),
VJV 110 (13235 kg ha-1
), VJV 107(14216 kg
ha-1
), RSV 1945(13971 kg ha-1
) and RSV 1837
(14216 kg ha-1
) recorded higher dry fodder
biomass over the over the checks.
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weight)� "� ����0���� o�-� ��-� 1� u� �ABB� ](����U��&� ����� o�-��-1� u� �i��� >"����&����K�B(<bcg� B(<b<� ����� 2.3 mg/g fresh weight�"�n��?����������]I�-�#�&���X���� =0�(��K���NV��� ��(RYZ"�[V� 2����&5������1�&�F��(�����((���(��@���H�1���(�!�&'�����"���(&"�1������3�+�1�(RN�\R1����1�(��(=��(����������# ������� D���������X,���X����"��W�92�1�u� <c�g� 92�1� u� �Big� 92�1� u� <bB� ������;�o�-��-1� u� �i��� ��_������ h����� D0��v� j���_������ #�&:� ����?��-��� ��&����K� BccAg� B%iig�B%cb� ������;� BBBB� ��5� J�����4 ���"��W� 7�D��(�j� ��_������ #�4���������0�� ]� >"���0Eg� ]����U��&����������-�<%u��\>"����&����K�bAb�g�bccbg�bb�A���5Q���_K ���>=I���J�����4 ���"��W���� =0�(�>=I���hX�����1"��J�����4 �����bAb����5� 92�1� u� <c�� ��_ ������ �� !��� � =0��v�"� ����0���� >"����&����K� bccb� ��5� ���U��&0����bb�A���5�����-�<%u��"�����
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Phenotyping of advanced rabi sorghum
entries for drought adaptation traits in
Medium soil, (Rabi 2017/18) indicated the
entries BJV 371 (3085 kg ha-1
) BJV 129 (2938
kg ha-1
), BJV 362 (2753 kg ha-1
) and RSV
1822 (2794 kg ha-1
) were found superior in
grain yield than checks..Whereas the
genotypes CRS 68,(2.217) and BJV 371
(2.017) recorded maximum leaf area index
compared to checks P. Suchitra (1.42),
P.Anuradha (1.46) and M 35-1 (2.057). The
relative water content in leaf at 50 per cent
flowering was significantly higher in BJV 371
(83.66%), BJV 129 (83.55%) and BJV 125
(83.25%) compared to other genotypes. The
total chlorophyll content in leaves was
maximum in genotype P.Anuradha (Check) of
2.486 mg g-1
fr. Wt. followed by RSV 1822
(2.367 mg g-1
fr. Wt.), P. Suchitra ( C ) of 2.363
mg g-1
fr. Wt.. and RSV 1910 (2.300 mg g-1
fr.
wt.).
Phenotyping of advanced rabi sorghum
entries for drought adaptation traits- in
Shallow soil : The drought adaptation traits
were found superior in the genotypes BJV 371
(2778 kg ha-1
), BJV 129 (2599 kg ha-1
), BJV
362 (2576 kg ha-1
) and RSV 1910 (2222 kg
ha-1
) than in checks P.Anuradha (1396 kg
ha-1
), P. Suchitra (2337 kg ha-1
) and M 35-
1(1808 kg ha-1
). The dry fodder yield at
maturity was maximum in BJV 371 (6860 kg
ha-1
) followed by P. Suchitra (6776 kg ha-1
),
M-35-1 (6608 kg ha-1
) and CRS 66 (6608 kg
ha-1
).Genotype RSV 1822 recorded maximum
harvest index (44.42) followed by RSV 1910
(44.39).The relative water content was
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resistance)� ���"��W� :_ ���,�� <%� �#E-� uB�##�����H�"����0�� ����-1u�B�x�o ���-+51�u� Ab�<�� \ o ���-]Q� ����� %<� �#E-� '� B�##�����H�"����0��2���-�u�BF�x�o ���-+51�u�Ab�<��\2�o ���-]Q�����"��W����� ������;����XYZ"����#�4�����������o ���-+51�u�Ab�<�g� ����-1�u� B� ����� 2���-� '� BF� ����� J�����4K ��� o ���-]�u�bg� o ���-]�u� �bg� o ���-]�u�B<�������>=I���J�����4 ���"��W�\<��4 0��<%��& �#�&:� ����*��6Q� ��� =0�(� ����� 2�o ���-]� u� �g�2�o ���-]u� Bcg� 2�o ���-]u� Bi� ������ >=I���J�����4�\Bc�4 0��<A��& �#�&:�����*��6Qg���D����VCR rating� ����� spad value ���"��W���� =0�(� ���������+�-� #�&:����0E����� ���"��W�wU�����_��,�� �������4+0�� o ���v� �#E-� '� <�##�����H�"�����"��W�#�4�����������/0��(�������������
maximum in genotype CRS 65 (83.65 %)
followed by RSV 2138 (81.88 %) and BJV 371
(81.08%). The genotype BJV 371 also
recorded maximum leaf area (2183) and Leaf
area Index (2.060) at 50 % flowering and
maximum total biomass at maturity (151.97 g
plant-1
) compared to other genotypes
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Groundnut
Phenotyping and physiological
characterization of F2 groundnut
population for iron efficiency in calcareous
soil : Thirty five F2 population of TMV 2 x
ICGV 86031 (TIP) and fifty three F2 population
of JL 24x ICGV 86031 (JIP) populations were
evaluated for chlorosis resistance / tolerance.
compared to parent JL 24( 1-2).Populations
TIP 6, 16 and 23 had higher pod yield of 31-
33 g plant-1
than both the parents. In JIP, few
plants of JIP 1, 27, and 29 had higher pod
yield of 27- 38 g plant-1
along with lower VCR
these populations had also higher SPAD
values. The selected F3 population has to be
evaluated during 2018 for confirmation of
chlorosis resistance.�
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138
AN� �6�([V� �-_R��� stratergy I
Mechanism� ��(&N�� %�'�1���� ��,1���[V��&V'��&'a�8�?��&'�������,1������F'�@��(���H�� ����_ ���0��o ���-+51�u�Ab�<��"������������>=I��� ��9X0�� #�&���X10��v� (8.7 ppm)� >=I���ferric reductase activty (56.99 ppm)� ���"��W���� =0�(�"� ����0������_ ���0����0�4�i� �����>=I���ferric� reductase� activty� \%�(1 ppmQ� ���"��W���� =0�(� o ���-+51� u� Ab�<�� "�� ���4"���� H+��
o ���"������ 9!����!� ����� >=I���K0��v� J0����o1�� ������<(A<�"�n��?�J�����;0�(�J0�����_���0��2���-�'�BF������ ����-1�u�B�"��o1�� ��������&����K�F(<� ����� F(B� �6 ��� >=I���K0�(� ��������������]I�-g� spad� valueg� ����� ���������"����9X0�� > H���/� o ���-+51� u� Ab�<�� ��_ ������>=I���K0�(�l��K�o ���-+51�u�Ab�<�� ��_ ��������������+�-�7����0E������_ ���K����XZ0��> H�1������#�&0��H�0���� stratergy� I� Mechanism� 7 0����9X��"��W� #�!�0��������k��/0���� ����,���0��D���4��,[ ?0�(�����((��(G"��!�&'������((��(G"�� !�&'����[V� ����A"��� ?���3�S�1�� ����+���������%�V'I�S������*�����0����"��N�&�N-� \2�M1��� ���&� �������S"���Q�#�&���X��/� 9��;"� ���0�� ���0�,� <�� ="��������>=I���K0��v� "� ����0���� ��D��� ��������;0�(� ����*������ "�MN�&�N-� #�&���X��/� H��(� ���� e#E�����$����D0�� ���S"���� 7�D0�� #�&0��H�0����>=I���K�����;0�(� ����*� ����0���"�� "�MN�&�N-�#�&���X��"��W� "�MN�&�N-� > ���"�� 1��^�-7 0��#�4���+� >��H�*��1������ ���S"�����"��W� ���XYZ�������� �������� ������� + #�D������ ����,���7�!��K0��v� J��/������� H��(� %�� ��n��?� e#E�����$����D0�� ���S"���� ����� "�MN�&�N-� #�4���� ����o0E��0�� ������� ���S"���� 7�!��0�� #�&0��H�0������b(c� �s ^�-� #�&:� ����?��-��� J�����4 ���"��W�7�D0��v� J0��� H��(� ������n��?� e#E�����$� ���D0�����S"���� 7�D0�� #�&0��H�0���"�� J�����4� ��b(i��s ^�-��� ��4�����"K0�(� ����� H��(� <�� ��n��?����S"���0�� ����� ���"��W� 3_�����;0�(� l��K�"�MN�&�N-� o ���"�� 1��^�-� >"��W� ��������"��2�����0���� ���S"���0�� ������� ���"��W� :_ ���,��7.8 �������� ��0�����������;��(��
Strategy I mechanism of Fe acquiring in
chlorosis resistant groundnut genotypes in
Hydroponics : The genotype ICGV 86031
showed higher leaf Fe (8.7 ppm) and showed
higher ferric reductase activity (56.9) followed
by Kadari 9 (leaf Fe 7.7 ppm) with ferric
reductase activity of 50.1). The root
protonation was also higher in ICGV 86031
with pH of 3.83 as against 4.3 and 4.2 of JL 24
and TMV 2 respectively. Chlorophyll content,
SPAD values and leaf Fe contents were also
higher in ICGV 86031. Thus, the resistance
mechanism of ICGV 86031 for chlorosis is
corroborated with higher strategy I mechanism
of acquiring Fe in lime conditions
Maize
Plant sap analysis for nitrogen
management : The sap nitrate
content(Bioactive nitrogen) was higher initially
(30 DAS) and decreased subsequently at 70
DAS. The nitrate content of sap was
significantly higher in 100 percent
recommended N (basal) in maize. The
difference in the values of nitrate of 100% N
and rest of the treatments (lower doses of N)
were supplied either with soil or foliar
application of N. The treatment with 50 percent
recommended N(basal) and rest of the
difference applied based on sap nitrate
content gave yield(106.7 q ha-1
) on par maize
yield of 100 percent recommended N (106.9 q
ha-1
) with 30 percent of saving N. Thus, nitrate
ion meter can be used for need based
application of N in maize at critical stages.
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139
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5�&'I���%�����5�@S���(�1S ���#����� ��� 0�&0���� B��b� ������;� B��c� "�����"���� ��M��� !�� ������&� ����� #�& �����, ���0��#�4����� #E��� H�= 0��j���_k� 9�2����[0�"� �����������"-�,r���#���n�� H���"��W�#�&:���g����%(���������& (�"� �������������_���H��(��(%���n��?�+ #���.�� ���D0��� ��!�d ���� \�bc� �s (#�&:� ��(Q�������;�9�S0��\A<b(b�����(�& �#�&:(��(Q���T��V��4�J�����4� 2������� 3��;���� ���X��� ?0�� 9�S�#�!�� ���,�������4 ���K�����/0���:_0���� =0�(����� � ���9�� !��O���� ��,1�� -'A� �����L��S����6���N(����������������������������������������&�*�������RY1��6�(����������1�����?����@��(����(�
�������:&� ���� #�& ����������� #E��� H�= 0�� ��!����2�(5u�����_ ���"��W�9�S��� ��6��.�����!������%(%� 1��(1��(� ���&0�� �� 0�&� ��� =�������XY�������� ��4n�?� #�&���X0���� 3��;�������X���^?0���� ��64+0��9S�#�!� ���,�������4�� ��0���:_0���� =�����;0�(��
#�$�$��!�U���������!�)"��• h^�?�Bgi%c������8�-����"��W�>9I���=q#�D���K0�(�• TAG 24 × GPBD�Fg�TG 26 × GPBD�F�
������;� TMV 2 × TMV 2-NLM� RIL
mapping populations���_ 0��Linkage maps
������;� consensus maps� ����"��W� SSR ������; SNP������8�-��_ 0��>9I���=q#�D���K0�(�
• H�� �0��������T����6�������;�������6���������_���7����0E�����������J�����4���UV��,��QTL�������;�markers�����"��W��� !��lD ����K0�(�
• ����T����6�������;�������6���������_�������;������2���-� BF� ������;� � 1� B� ��_��_��������8�-����"��W� ���+��� !��� �������7����0E���� ��_����"��W� >9I���=q#�D������:;0��>��/�����?�������H�"-�N�+? �-�#����M+��(�
• 5]9D� F� ������;� 5� Bu%B� ��_����"��W���"-h��-� i%o�-� ��_ ��� =����� ���������D� ~� ����N-� #�&���X��"��W���UV��,��#�& ���:W������:;0�(�
• H�� �0���� ���� T����6� ������;� ������6� ��������_���7����0E�����������J�����4���UV��,������*N��H�"-���_� >9I���=q� #�0�q: ���"��W� >"����4+� ��������_����"��W� o ���6���!��K0�(� J��/����� ��UV"��#�4�����#�&��: �����0�(�
• H�� �0����genetic instability� �������4����>�E*�����!��K0�(�
3.4.3. SEED SCIENCE & TECHNOLOGY
1. Effect of Soil and Foliar application of
Boron on bulb and seed yield in Onion
Two years research results conducted
during 2016 & 2017 at Vijaypur revealed
the superiority of soil applications of Boron
@ 5.0 kg/ha and foliar application @
0.50% has increased bulb yield (167.1
q/ha) and seed yield (836.6 Kg/ha) with
better quality seeds in onion seed
production.
2. Standardization of sieve sizes for
bengalgram Var. JG-11
The results of farm trial showed that for
size grading the sieve size 5.5mm found
to be optimum for higher seed recovery
and without compromising seed quality
parameters (MCS 85 % seed germination)
for bengalgram variety “JG-11”.
3.4.4. BIOTECHNOLOGY
I. Molecular Breeding:
Ground nut:
• Improvement for rust and late leaf spot
diseases and increasing oleic acid through
marker-assisted breeding is under progress.
Fine mapping of genes responsible for
disease resistance through different marker
system using diverse mapping populations is
under progress. Productive ground nut lines
are identified. Three entries (DBG 1, DBG 3
and DBG 4) were also evaluated at 10
centers of Zone 3, 4 and 8 in a multi-location
trial during the rainy season of 2017. DBG 3
and DBG 4 recorded higher yield than the
respective recurrent parents, while, DBG 1
gave higher yield than GPBD 4 only in
Dharwad both in 2016 and 2017.
• Linkage maps and consensus maps have
been developed using SSR, AhTE and SNP
markers for the RIL mapping populations of
TAG 24 × GPBD 4, TG 26 × GPBD 4 and
TMV 2 × TMV 2-NLM.
• Marker-assisted backcrossing has identified
a few superior lines in TMV 2 and JL 24.
DBG 1, DBG 3 and DBG 4 have undergone
MLT.
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140
�!�&'����l �4� 2�����0���� ���� H�� h��;!�� #�&:����0E�����0E��.�� �������/0��� ������;� >��/����� QTL ����"��W�������:������� ���8�#�&��: �����0�(�3��;�����,����0��D9��-�FAg��FBg��bcg�FF�������;�B%�"��W�B��Au�i������n�80������-(��-( (����#�4��XY+0�(���&1�@�������4 ������ ��������� ������� ������;� ���!��d� �������7����0E����� ���"��W����0E��.���������/0���������;�>��/�����QTL ����"��W� ������:�����0��� #�&��: �����0�(� B��Au�i���n�8��6�3��;�����,����0��D9 �b<g�bcg�%ig�Fg�������;�<�<�����"��W�����-(��-( (����+s���4���K0�(��3�=*����:; ���� ���X0E����8����0E4������������;� >��/��_����� � 0E�#� ?� QTL ����"��W� ������:������ � ���8�#�&��: �����0�(� 3��;���� �,����0��D(��T-(9(o�-(�BB�g��%�g�������;�Ab�"��W�B��Au�i������n�80������-(��-( (����#�4��XY+0�(������*���E���;0���� �� �� ������� ������;� e��-� ���OMN-�������7����0E������ ������;� >��/����� QTL ����"��W�������:���K0�(�9(]( (�%B�F���_ ���"��W��� ���������������7����0E������_ ���K����#�8#�D���K0�(������9������ �������� ������;� ��������� �������7����0E����� ���"��W� ��� =0�� ��!���� ��_ ���"��W�>9I���=q#�D������ � ���8��"��W� ����(�(��-(�0E���!�� ������;� � ���T����� �����EK��s0������1�L�����k�K0�(� AAU, Jorhat 7 0�� ����������� 7����0E����� ���"��W� ��� =0�� �,�����"��W�#�!�0����� !��� >��/����"��W� ��������� �������7����0����� ���"��W���� =���������#��-�>XYZ���4u������� ����������!��K0�(��3�=*����=",�6� ��M9&�!-����"��W� 95uB���#�4����8"����_������ � ���8��"��W� ����(�(��-(�0E���!�� '� � ���T����� ������;� ��(��-(��-(+(������EK��s0���� ��1�L�����k�K���;(� J0���� B<�l�-���^���-� o0E4��� ����_����"��W� 95uB���#�4��:8���K0��vg�J0����9�S����"��W� ����-+����7�!��K0�(�����6�6�1�&]'ad8�Ge8������ ���� � UN#-� "� 2X�� !� ������W�+?�-��N-"��W�>9I���=q#�D���K0�(��
Sorghum:
• Improvement for moisture stress resistance and identification of QTLs for various component traits in rabi sorghum is under progress. Promising lines, DBS 48, 142,167, 44 and 25 have been accepted for MLT for the year 2018-19.
Pigeon Pea:
• Improvement for wilt and SMD resistance and identification of QTLs in pigeon pea is under progress. Promising lines, DBT63, 67, 59, 4, and 313 have been accepted for MLT for the year 2018-19.
Cotton:
• Improvement for fibre quality in cotton and identification of QTLs is under progress. Promising lines, DHBR 220, 150 and 86 have been accepted for MLT for the year 2018-19.
Rice:
• Improvement for blast and sheath blight resistance and identification of QTLs is under progress. Improved BPT 5204 called as IABT 17 blast resistant variety is under MLT.
II. GM crop research
Chickpea:
• Transgenic events obtained from AAU, Jorhat are crossed with Super Annigeri, resistant to wilt which was developed through molecular breeding jointly by UASR and ICRISAT to pyramid pod borer resistance and wilt resistance.
Cotton:
• Under UAS Dharwad/ Raichur and KSSC collaboration, BCII trait (cry1Ac + cry2Ab genes) introgression for bollworm resistance in to 23 parental lines of 14 hybrids (12 UASD +2 UASR) chosen by KSSC is completed.
III. Diagnostic Kits
• Diagnostic kit for identification of bunchy top banana viral disease is developed.
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141
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3.4.5. PLANT BIOCHEMISTRY
Popularization of Biofuels through Biofuel
Information and Demonstration project.
Under Karnataka State Bioenergy
Development Board (KSBDB) funded project
Garcinia gummi-gutta (uppage) from 6
provenances were evaluated for oil content. It
was found to be varied from 20-38.5%. The
oil/butter is light yellowish to cream coloured
solid at room temperature melting point
ranging from 39.8 to 41.5ºC with pleasent
smell. The physico-chemical charecterization
of butter revealed kinematic viscosity as 8.17-
12.42 centistokes at 40 ºC, density 941-948
kg/m3 acidity of 1.82-1.94 mgKOH/g and
saponification value of 208-210. The chemical
composition of butter was determined by
chromatography technique, GC-MS analyses
of butter showed seven major fatty acids viz.
stearic acid, eliadic acid, arachidic acid,
palmitic acid, linoleic acid oleic acid and
linoleic acid. The butter is rich with mainly
saturated fatty acids to the tune of 58.1-66.6%
with stearic acid as predominant. Vajigadde
sample showed highest amount of stearic acid
(58.02%)
The butter was trans-esterified to biodiesel
by two stage process by methanol as reagent
and H2SO4 and NaOH as catalyst. The
biodiesel was light brown in colour with
kinematic viscosity of 4.87 centistokes at 40ºC,
density 890 kg/m3 acidity of 0.28 mgKOH/g
and flash point of 172 ºC.The biodiesel
parameters are in agreement with
ASTMD6751 standards.
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3.4.6. AGRONOMY
1. Response of onion to crop geometry and nutrient management under dryland situations
Among the crop geometries, crop geometry of 45 cm x 10 cm gave significantly higher bulb (5907 kg/ha), gross returns (Rs. 53768/ha), net returns (Rs. 31762/ha) and BC ratio of 2.48 than other crop geometries. Among the nutrient management, application of 62.5:25:62.5 kg N, P2O5 and K2O per ha recorded significantly higher bulb yield (5801 kg/ha), gross returns (Rs. 53055/ha), net returns (Rs. 31813/ha) and BC ratio (2.61) than other nutrient management practices. But, net returns (Rs. 31813/ha) was on par with application of 30:10:30 kg N, P2O5 and K2O per ha (Rs. 30139/ha). Among the interactions, crop geometry of 45 cm x 10 cm with application of 62.5:25:62.5 kg N, P2O5 and K2O per ha recorded significantly higher bulb yield (6281 kg/ha), gross returns (Rs. 57702/ha) and net returns (Rs. 36460/.ha) than other nutrient management practices.. But a net return was on par with application of 30:10:30 kg N, P2O5 and K2O per ha (Rs. 36334/ha). BC ratio was significantly higher with crop geometry of 45 cm x 10 cm with application of 30:10:30 kg N, P2O5 and K2O per ha.
2. Response of chickpea genotypes to crop geometry and nutrient management
Among the crop geometries, crop geometry of 45 cm x 10 cm gave significantly higher seed yield (1537 kg/ha), gross returns (Rs. 53803/ha), net returns (Rs. 36130/ha) and BC ratio of 3.87 than other crop geometries. But it was on par with crop geometry of 45 cm x 20 cm. Among the genotypes, JG 11 recorded significantly higher seed yield (1528 kg/ha), gross returns (Rs. 53481/ha) and BC ratio (3.63) and net returns (Rs. 35912/ha). But it was on par with JAKI 9218. Among the nutrient management, there was no significant difference in respect of seed yield, gross returns and net returns. But, BC ratio was
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significantly higher with application of 10:25:0
kg N, P2O5 and K2O per ha (3.49) than
application of 15:37.5:0 kg N, P2O5 and K2O
per ha. Among the interactions, crop geometry
of 45 cm x 20 cm with application of 15:37.5:0
kg N, P2O5 and K2O per ha to JG 11 variety
recorded significantly higher seed yield (1724
kg/ha), gross returns (Rs. 60336/ha) and net
returns (Rs. 43618/ha) and B:C ratio (4.26).
But it was on par with crop geometry of 45 cm
x 10 cm + application of 10:25:0 kg N, P2O5
and K2O per ha to JG 11 variety and also with
crop geometry of 45 cm x 10 cm + application
of 10:25:0 kg N, P2O5 and K2O per ha to JAKI
9218 variety.
3. Effect of seed priming practices on
growth and yield of rabi sorghum
The pooled results of two years indicated that
seed priming with KNO3(0.5%) recorded
significantly higher grain yield of 30.35 q/ha
as compared to others except CaCl2(2%) with
which it at par. The same treatment recorded
significantly higher gross returns
(Rs.76,740/ha), net returns (Rs. 45,198/ha)
and B:C ratio (2.43) as compared to others.
4. Effect of liquid bio-fertilizer on yield and
yield parameters in wheat under rainfed
condition
In the pooled data of 2 years (2016-17 and
2017-18) among the different treatment
combinations of liquid bio-fertilizer, RDF +
Seed Treatment with Azospirillum @ 4 ml +
PSB @ 4 ml/kg seed recorded significantly
higher yield (15.68 q/ha) over RDF alone and
found on par with RDF + Seed Treatment with
Azospirillum @ 2ml + PSB @ 4 ml/kg seed,
75% RDF + Seed Treatment with Azospirillum
@ 4 ml + PSB @ 4 m/kg seed and 75@ RDF
+ Seed Treatment with Azospirillum @ 2 ml +
PSB @ 4 ml/kg seed. Similarly, biomass yield
recorded significantly higher (44.70 q/ha) with
RDF + Seed Treatment with Azospirillum @ 4
ml + PSB @ 4 ml / kg seed over RDF alone.
Similar trend was observed with respect to
yield parameters and economics.
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5. Effect of liquid bio-fertilizer on yield and yield parameters in wheat under
irrigated condition
In the Pooled data of two years (2016-17 and 2017-18) among the treatment combinations of liquid bio-fertilizer, RDF + Seed Treatment with Azospirillum @ 4 ml + PSB @ 4 ml /kg seed recorded significantly higher grain yield (41.80 q/ha) over RDF alone (34.36 q/ha) and found on par with RDF + Seed Treatment with Azospirillum @ 2 ml + PSB @ 4 ml/kg seed, 75% RDF + Seed Treatment with Azospirillum @ 4 ml + PSB @ 4 ml/kg seed and 75% RDF + Seed Treatment with Azospirillum @ 2 ml + PSB @ 4 ml / kg seed. Biomass yield also recorded significantly higher with RDF + Seed Treatment with Azospirillum @ 4 ml + PSB @ 4 ml/kg seed over RDF alone. Similar trend was observed on yield parameters and economics.
6. Response of pearl millet hybrids to foliar application of FeSO4
Significant superiority of hybrids Kaveri Super Boss (23.35 q/ha) and 86M88 (22.35 q/ha) in comparison to the GHB 558 (16.99 q/ha) is recorded. The grain yield was higher by 6.36 q/ha & 5.36 q/ha in these two hybrids compared to GHB 558. Similar trend was also observed for the stover yield among these hybrids. Among all the treatments, the foliar application of FeSO4 @ 0.25, 0.50 and 0.75% did not produce significantly superior grain and stover yield as compared to the control during 2016 season, however, during 2015 and 2017, the grain yield recorded was significantly higher in 0.50 and 0.75 % foliar application treatment as compared to the control. Foliar application of FeSO4 at 0.75 % has given higher grain (2268 kg/ha) and dry fodder yield (3503 kg/ha). This treatment is on par with soil application of FeSO4 at 20 kg/ha (RPP). The net returns (Rs. 16,472/- ha
-1) and
B:C ratio (2.27) is higher in Foliar application of FeSO4 at 0.75 %. The dry stover yield recorded superior in the 0.50% spray of FeSO4 (34.80 q/ha) and 0.75% spray of FeSO4 (35.03 q/ha) as compared to no foliar spray (31.11 q/ha).
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7. Bio-efficacy of early post-emergent herbicides in irrigated maize The pooled results of investigation for two tears (2016 and 2017) revealed that Tembotrione applied @ 125 g ha
-1 + Atrazine 50 % WP @
0.50 kg ha-1 have shown lower weed density
and weed dry weight at 30 and 60 DAS. Total weed dry matter production was also lower compared to rest of the treatments except weed free check and recommended package of practice i.e. Atrazine 1.00 kg ha
-1 + IC + HW .
The same treatment recorded significantly higher grain weight per plant (36.13 g plant
-1), grain
yield (6,415 kg ha-1) ,net returns ( 62627 ha
-1 )
and benefit cost ratio (2.77) compared to rest of the treatments.
8. Weed management in maize-chickpea cropping system Pooled data indicated that, among the herbicide application treatments, Atrazine (@ 1.25 kg/ha pre-emegence fb 2,4-D Amine (0.4 kg a.i./ha) at 25 DAS as PoE recorded significantly higher grain yield (7291 kg ha
-1), net return (Rs 63384
ha-1) and B:C rato (3.3) and it was on par with
Atrazine @ 1.25 kg/ha pre-emegence fb Tembotrione (Laudis) 120 g a.i./ha PoE at 20 DAS. Chickpea was sown in rabi season as a succeeding crop to know the residual effect of herbicides. Significantly higher maize equivalent yield (7980.9 kg ha
-1) was recorded with
application of Atrazine (@ 1.5 kg/ha pre-emegence fb 2,4-D Amine (0.4 kg a.i./ha) at 25 DAS PoE and Atrazine @ 1.5 kg/ha pre-emegence fb Tembotrione (Laudis) 120 g a.i./ha PoE at 25 DAS (7818 kg ha
-1).
9. Response of maize to soil and foliar application Zinc and Iron An experiment was conducted to know effect of bio-fortification of Zinc and Iron in maize for two consecutive two seasons 2015-16 and 2016-17 at Agricultural Research Station, Bailhongal. Pooled data of two year station trial revealed that soil application of FYM enriched with ZnSO4 and FeSO4 each @ 15 kg ha
-1
before sowing and foliar spray of ZnSO4 and FeSO4 each @ 0.5 g l
-1 of water 35-40 DAS
found to increase grain yield (7450 kg ha-1), net
return ((Rs 51562 ha-1) and Zn (47.3ppm ) and
Fe (74.5ppm ) content in maize grain compared to control and higher doses of ZnSO4 and FeSO4.
10. Studies on Intercropping of Millets in Soybean The experiment on intercropping of millets in soybean was conducted for two consecutive seasons 2015-16 and 2016-17 at Agricultural Research Station, Bailhongal. Pooled data of two years revealed that soybean +foxtailmillet in 4:2 row ratio recorded significantly higher soybean equivalent yield (3556 kg ha
-1), land
equivalent ratio (1.68), area time equivalent ratio (1.63) compared to any of the sole cropping and intercropping of soybean and little millet. Similarly, gross returns (Rs 88312 ha
-1), net
returns (Rs 60367 ha-1) and B-C ratio (3.15)
were significantly higher in 4:2 row ratio of soybean + foxtail millet. 11. Evaluation of bioefficacy of BAS 765 00H SC against weeds in maize For pooled data, 2015-16 and 2016-17, irrespective of the test herbicide dosage, the maize grain yield was significantly superior compared to other herbicide applied treatments. The test herbicide at higher dosage of 930 g a.i. ha
-1 was significantly higher (T3, 95.3, 84.0 and
106.5 q ha-1, respectively) which was on par with
775 g a.i. ha-1
(93.7, 82.1 and 105.3 q ha-1,
respectively). Irrespective of season and test herbicide BAS 765 00H SC dosage, the species wise weed density and dry matter of grassy, sedge and broad leaved weeds was significantly lower compared to other herbicide treatments. Irrespective of season and dosage of BAS 765 00H SC herbicide, influence on phytotoxicity on maize and succeeding crops was not observed. 12. Effect of band application of organic manures on growth and yield of rainfed pigeonpea. Vermicompost @ 2 t/ha and farm yard manure @ 4 t/ha in band placement method was found better as compared to others. Both treatments recorded significantly higher yield, net returns and BC ratio.
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3.4.7. AGRIL. MICROBIOLOGY
In case of Weed management with new generation herbicides in maize and its residual effect on soil biological activity, the highest maize yields were recorded with the plots received Topramezone + atrazine (25.2 + 500 g/ha) EPoE fb IC + HW at 30 DAS (5469 kg/ha). The lowest yield was recorded with weedy check (1626 kg/ha). Highest dehydrogenase activity was recorded at 30, 60 and 90 DAS with Topramezone + atrazine (25.2 + 500 g/ha) EPoE fb IC + HW
In case of Weed management in soybean-chickpea cropping system under conservation agriculture, soybean yield was significantly superior with the treatment received diclosulam 30 g/ha PE imazethapyr 750-1000 g/ha POE+ fb 1 hoeing + 1 HW 20DAS) (5123 kg/ha).
In case of field evaluation of mycorrhizal consortium in the management of parasitic weeds in sugarcane, UASDAMF consortium (native) suppressed Striga emergence, Striga number, Striga biomass, while increased the growth and yield parameters over UIC.
In case of management of water hyacinth through mycoherbicide, the highest percentage of disease severity was observed in the water hyacinth plants that received Neochetina followed by spray of mycoherbicide
In case of field evaluation of efficient pink pigmented facultative methylotrophs (ppfm) in soybean genotypes, the highest seed yield (3.56 and 5.28 kg/plot) was recorded with PPFM consortium sprayed at 15 and 30 DAS compared to the UIC ( 2.15 and 2.93kg/plot).
In case of popularization and development of quality AM fungal biofertilizers at UASD, the highest number of spores, 1800 spores per ten grams of vermiculite is achieved compared to conventional methods (200 spores per 10 g)
In the experiment on the effect of mycorrhization in raising sugarcane seedlings from single eye bud, it was noticed that the planting mixture of AMF and Coco Peat @2:40 influenced the germination and the seedling growth of sugarcane
In the project on Bioconversion of agro residues for cellulases with actinomycetes, all the three actinomycete cultures A-5 A14 and A23 were efficient in expressing all the three components of the cellulase enzyme activity. The dialysed sample showed maximum hydrolysis of cellulose in all the cultures than that of ammonium sulphate precipitated and crude enzyme activity of the cultures. The agro residues were also degraded.�
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In the project on development of technology for production of 2, 3 Butanediol from microorganisms, the yield of 2,3 BD ranged from 0.02 -0.075 g L-1. Among the lactic cultures strain, LGr-5 performed better.
The effect of nano particles on biogas production was tested. Iron Nickel oxide (<50 nm) nanoparticle is promising in boosting the biogas production at 50 ppm.
Development of green synthesis of nano particles for enhancing biogas production was performed using various leaf extracts. The formation of ferric nickel nano particles was observed in curry leaves .Similarly, nano particles of ferric nickel was formed in combined substrates of neem and guava leaves. The nano a particle of iron chloride was not exhibited in Ocimum leaves alone as well as in combination with Eucalyptus leaves. But nickel chloride particles were observed in Ocimum alone as well as in combination with Eucalyptus leaves. The stimulation in biogas production was observed in Euaptorium extract supplemented with both ferric chloride and nickel chloride compounds. It showed that nano particles were being synthesized and hence the stimulation of methanogens and in turn biogas production.
In the project on energy management in agriculture, the details of the inputs and output of energy in Maize kharif crop at Haveri district was studied by surveying. The energy use efficiency was 28.36.
Metagenomic analysis of organic inputs clearly brought out maximum bacterial diversity with FYM application.
The association of AUDT 545 indentified as Streptomyces luteogriseus with peanut plants under water deficit condition improved shoot length, root length and plant biomass.
The treatment of actinomycetes, Streptomyces parvus AUDT248 showed 32.29 % improvement in net plot grain weight over control in fox tail millet.
In a trial of the performance of wheat in salt affected and reclaimed soils after rhizosphere engineering with rice husk, chitosan and a consortium of rhizobacteria, it was found that there was a 63.58%, 61.91% and 59.88% increased in the yield in moderate saline, slight saline and non-saline conditions over control. Improvement was also seen in number of productive tillers and plant height.
The application of the package of practices and inoculation with rhizophere consortium 2 and phylosphere consortium 1 resulted in the highest grain yield of chickpea.
The Bacillus isolates HS-1 and DWH-1 obtained from doni river belt are performing with respect to growth and yield parameters of sorghum.
The application of RDF+ inoculation with rhizosphere consortia 2 and phyllosphere1 consortia resulted in highest bunch weight of 707.1g and sugar content of 25.2 brix in grapes.
The application of the package of practices and inoculation with rhizophere consortium 2 and phyllosphere consortium 1 resulted in the highest fodder weight of 49.09 q/ha and grain yield of 16.59 q/ha in case of sorghum
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3.4.8. AGRIL. METEOROLOGY
Forecasting Agricultural output through Space, Agrometeorology and Land based observations (FASAL) - AMFU, Dharwad: FASAL Project AMFU, Dharwad was assigned with Northern districts of Karnataka (Bidar, Kalaburgi, Raichur, Yadagir, Vijayapur, Bellary, Koppal, Gadag, Dharwad, Belagavi and Haveri) for statistical crop yield forecasting for different crops. During the year 2017-18 Dharwad centre forecasted yield on different crops like Kharif rice, Rabi rice, sugarcane, cotton, sorghum, soybean and chickpea at different stages (F1 and F2). Among the sowing dates, significantly higher grain yield (73.6 q ha-1) was observed with July 1st fortnight sown maize. Among the genotypes, pinnacle was recorded significantly higher grain yield (71.4 q ha
-1) compared to rest of the
genotypes. The maize sown on July 1st fortnight
accumulated the maximum growing degree days (GDD) from emergence to flowering (821.5) and emergence to maturity (1468.2) compared to other sowing dates which recorded less number of GDD. July 1
st fortnight sown maize recorded significantly
lower light transmission ratio (LTR) and higher light absorption ratio (LAR) at different growth stages. During rabi among the sowing dates, significantly higher grain yield (2123 kg ha
-1) was observed with
September 2nd
fortnight sown sorghum and among the genotypes significantly higher grain yield (2087 kg ha-1) was observed in the genotype SPV – 2217 compared to rest of the genotypes.
Crop Weather Relation Studies in Soybean:
The field experiment was conducted at Main Agricultural Station Dharwad, during 2016-17 kharif season under GKMS Unit, Department of Agricultural Meteorology
UAS, Dharwad. To study the crop weather relation in soybean with three promising soybean genotypes viz., G1-JS-335, G2-Dsb-21 and G3-Dsb-23-2 with three different dates of sowing Viz., D1= 30.06.2016, D2= 12.07.2016 and D3= 02.08.2016. Growth and development of most of the soybean genotypes (Glycine max (L) are sensitive to photo period effects, therefore studies on “suitable time of sowing to various genotypes” was conducted. Among the treatments D1G2 was given significantly higher yield 24 q/ha as compared to second date of sowing 18.94 q/ha which sown on 12.07.2016 further delay in sowing resulted in drastic reduction in the yield. Among the genotypes Dsb-21 found better compared to other genotypes in the study. The difference in the crop yield might be due to the difference in growing degree days. Early sown crop experienced higher growing degree days and more rainfall & rainy days during crop growing season compared to the delayed sowing.
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3.4.9. SOIL SCIENCE�
Response of Groundnut to sources and
levels of boron in a vertisol
Soil application of Solubor at 1.25 kg/ha along
with foliar spray of solubor at 0.15 per cent after
35 days of sowing resulted in pod yield of 26.74
q/ha. This is one quintal more yield than
obtained due to borax application. About three
quintals more yield was obtained compared to
control.
Development of Diagnosis and
Recommendation Integrated system (DRIS)
norms for Byadgi chilli grown during 2017-18
in Transitional zone and part of dry zone of
Dharwad, Gadag & Haveri districts
A field survey was undertaken during kharif
2017-18 in Dharwad, Haveri and Gadag districts
in transitional zone & dry zones to study the
nutrient composition of Byadgi chilli fruits as well
as chilli leaf samples. Totally 175 locations were
selected and fruit samples as well as leaf
samples were collected These were analysed
for N, P, K, S, Ca, Mg & other micronutrients
Red fruit yield was recorded and soil samples
were analysed. Red colour of fruits is dependent
on potassium while pungency is dependent on
nitrogen. Oil content ii seeds is dependent on
sulphur content.
Studies on soils of Nagaral-1 micro-
watershed of Gadag taluk & thier
classification
Totally 14 profile soil samples of Nagaral-1
micro-watershed in Gadag taluk were collected,
analysed & classified. Ninty per cent of
geographical area of this micro-watershed is
cultivable. Only ten per cent of the area is not
suitable for irrigation based on soil texture in
these soils. Soil pH is towards alkaline side &
non-saline, soil organic carbon and available
phosphorus were low but available potassium is
high. Sulphur is medium to high. Among
micronutrients copper and manganese were
sufficient and while iron and zinc were deficient.
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Response of soybean to boron
micronutrient
This experiment was conducted at Main
Agricultural Station, UAS, Dharwad, during
kharif 2017 in a vertisol. Soil was deficient in
boron. Soil application of solubor at 2.5 kg/ha
along with foliar spray of solubar at 0.5 per
cent at flowering stage produced highest yield
(28.06 q/ha). In control plot, the yield was
24.75 q/ha. There was an increase of 2 to 3
per cent and 1.5 to 2 per cent in soil and
protein contents in soybean seeds
respectively.
Response of sunflower to pressmud based
biocomost
A field experiment was conducted during kharif 2017
at Main Research Station, UAS, Dharwad to study
the effect of sugar factory based by product i.e.,
pressmud biocompost on yield and quality of
sunflower along with residual soil properties.
Application of 4 t/ha of pressmud biocompost along
with recommended fertilizers produced highest yield
(22.14 q/ha). While in only RDF plot, the yield was
16.56 q/ha. Lowest yield was obtained in 50 per cent
recommended fertilizer treatment (14.95 q/ha). Oil
content in seeds was highest (39.22%) in plot where
4 t/ha of pressmud biocompost was applied along
with RDF. In only fertilizer applied plots, the oil
content was 33.09 per cent.
Assessment of different approaches of
fertilizer recommendations to soybean
grown in transitional zone of north
Karnataka
During 2015 and 2016, at Main Research
Station, UAS, Dharwad, different approaches
of fertilizer recommendations were studied on
soybean crop. Yield, quality and nutrient
uptake studies as well as soil properties were
studied. Application of fertilizer based on
SSNM approach resulted in highest soybean
yield (30.91 q/ha). Benefit:Cost ratio was
highest (2.80) in this approach while lowest
ratio (2.11) was in RDF alone. Soil physical,
chemical and biological properties were
improved in SSNM approach.�
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�&5�`��� 3�1�&� ��1�N�&'e�� O9�V1���[V� �����6�((�����,���������6�(���('9����(RYZ"��1�(R�����(�1����5�@S���(�j� ���!��� 5���������� h^�?� <�� 0_ ��� ���� �����������^����"��W� o ���6� ���!������(� j� ����^�������0_ ��� ��������"��W� ����0�� f0��� ��n�8��_ 0������ �������:;���;(�j����������;�����^���������=������������^������ ��D���� J�����4� ���!���� a���/� \i(FB�^"-'���(Qg� z���� ����^������ ���0E�*���� J�����4 ���"��W����!���� a���/� \�%(��� ^"-'���(Q� ����� �����;�����^������ ��UV"�� J�����4� ���!���� a���/� \B�(B%�^"-'���(Q� J0�v��/(� j� �,�� ����^��_ 0�� ���XYZ"�����0�4����"��W� �� ��&l�������(� >=I��� J�����4����!���������^�������,�E�*1�������,��#���n�� H���������UV"��#�&���X0����J0��v��E�:������X0E����8������h��k �������X��� ?0vK� J0�v��/(� ��UV"�� J�����4� ���!���������^����� 0_ ���� ��X�Z������� 4!��*+ ��� � ����6��g�h^�?�o������������h^�?� ���������� �� ?�#�0Ea�8��������T��V�J0��v�h��k �������X��� ?��"��W���� =0�v��/(�
Influence of sewage irrigation water on
yield and quality of green chilli �
During summer 2016, at different levels of
nitrogen, phosphorus and potassium, the
effect of sewage water irrigation on yield and
quality of green chilli was studied. Application
of sewage water for irrigation along with
fertilizers produced highest green chilli yield
(10.47 t/ha). Application of 75 per cent of
recommended fertilizers along with sewage
water irrigation reduced the yield (9.73 t/ha).
There was improvement in soil properties due
to sewage water irrigation.
Effect of irrigation and iron sulphate on
yield and quality of sunflower in black soil
Application of recommended dose of fertilizers
along with 25 kg iron sulphate/ha + 0.75 %
foliar spray of iron silphate mixed 1.5 per cent
lime water on 30 days after sowing resulted in
increased sunflower yield (19.70 q/ha) as well
as oil content in sunflower seeds (39.27%).
Highest benefit:cost ratio (3.82) was found in
this treatment only. Soil properties were
improved in this treatment.
Effect of soil properties on pomegranate in
Koppal and Bagalkot districts
A total of thirty (30) pomegranate orchards
with more than 5 years old were selected in
Koppal and Bagalkot districts. Out of 30
orchards, 13 orchards were low yielding (9.42
t/ha), 7 were medium yelding (15.10 t/ha) and
10 orchards were high yielding (20.25 t/ha).
Soil samples were collected from all these 30
orchards. Available nutrients and physical
properties were good in orchards which were
high yielding. Further in pomegranate fruits,
reducing sugar, total acidity and total soluble
solids were high with good quality.
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Effect of irrigation levels and INM of Bt
cotton under vertisols
Irrigation at 0.8 IW/CPE and INM with RPP +
one row of sunhemp in between two rows of Bt
cotton + ZnSO4 @ 25 kg/ha + FeSO4 @ 25
kg/ha + Borax 5 kg/ha recorded significantly
higher kapas yield (20.50 q/ha) with higher
water use efficiency.
Efficient rain water harvesting with land
layouts and green manuring under irrigated
conditions in sunflower-chickpea cropping
sequence
Irrigation either with 0.8 IW/CPE ratio or with
0.6 IW/CPE with water conservation method of
Broad Bed furrow with sunhelp crop
significantly increased grain yield of chickpea.
Response of chickpea to zinc and iron
nutrition
Application of 10 kg each of zinc sulphate and
iron sulphate along with RDF increased
chickpea yield (1782 kg/ha) when compared to
all other treatments.
Influence of rabi sorghum to zinc and iron
micronutrients application
Application of ten kg each of zinc sulphate and
iron sulphate along with RDF resulted in
increased grain yield of 1821 kg/ha compared
to all other treatments.
Low farming strategies resources
conservation and improving soil quality for
sorghum-sunflower crop rotation system
Minimum tillage practices along with proper
nutrient management resulted in increased
yield of sorghum-sunflower copping system
along with improvement in soil properties.
Reduced tillage along with application of RDF
resulted in increased equivalent yield of
sunflower (591 kg/ha).
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Permanent manurial trial
This trial was conducted during the year 2017-
18 in two cropping systems which are rabi
sorghum-chickpea (2:4) and sunflower-
chickpea (2:4). Rabi sorghum yield was 2066
q/ha that was resulted due to application of 50
per cent nitrogen through fertilizers and
remaining 50 per cent through organic �
Integrated soil survey programme of
Gadag, Koppal and Vijayapur districts
Under this soil survey programme, 10 micro
watersheds of Koppal district, 41 micro
watersheds of Vijayapura district and 27 micro
watersheds of Gadag district were choosen.
Totally 4713 profile samples were collected
and analyzed for soil pH, total soluble salts,
organic carbon and available nitrogen,
phosphorus, potassium, sulphur and micro
nutrients. Soil classification was made and soil
maps were prepared. Based on these maps
which crop is suitable for which soil was given
along with suitability for horticulture plants.
Exploration of salt tolerant genotypes for
salt affected soils
In this experiment four levels of salinity were
choosen (0.90, 6.02, 11.56 and 11.90 dS/m).
Seven wheat, four barley, two grasses and two
salt tolerant crops were choosen and these
crops/genotypes were evaluated for growth
and physiological parameters at all the salinity
levels.
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K������� �5�(`���(RYZ"�[V�3�?�?'����@�5���:=�6�([V�������� ?'����@� 1�&'�.� �����6�([V� ����A"�����5���6�&'1��
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Monitoring of controlled land application of
sugar factory effluent-spentwash on crop
production and soil properties
Soil samples were collected before and 45 days
after application of spentwash in Sultanpur,
Madabhavi, Sanganatti, Marapur villages around
Sameerwadi sugar factory. Maize, sorghum,
barley and soybean and turmeric crops were
grown in these fields. Total soluble salts content
was 0.76 to 1.31 dS/m in spentwash applied plots
while in non-applied plots it was 0.67 to 1.19
dS/m. Organic carbon was high in applied plots.
Available potassium content in applied fields was
219 to 330 kg/ha. Application of spentwash has
no effect on available phosphorus, sulphur and
micronutrients status in soil.
Development of DRIS norms for lime, grape
and pomegranate orchards of Indi and
Sindagi taluks in Vjayapura district
Leaf samples were collected from orchards of
grape, lime and pomegranate in Indi and Sindagi
taluks of Vijayapura district during April and
February months. From each orchard 25 to 30
trees were selected and totally 50 composite leaf
samples were collected from all orchards.
Fertilizers applied and other management
practices followed by farmers were recorded and
soil samples were also collected along with yield
data and samples were analyzed for nutrients.
Studies on split application of nitrogen in
irrigated wheat under drip irrigation
Application of nitrogen in three (3) split doses to wheat crop grown under drip irrigation increases the yield significantly.
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�����!�5�(���O9�V�6�([V�����(2��(�������������1�,1�������6�(���&<�+����"�(]�����(�HF�6�((��l��(��3��;��� ��"8^��� 5�������� ��#��[� ���XYZ"��#�&0��H�������� 2��:��� ���X�Z� ������_���1������X��"��W� (USLE)� 3#� ����K+� ���X�Z����T�V.� ���"��W� > 05��,�g� ���� ������� �1�"�� ������_��� �(F%� –� �(%%g� l ��������1�"�� �(b%� –� �(c%� ����� =s�� �1�"���������0�� \��:;g� �����4Q� ��� �(B%� –� �(<%������7��8��.����T* ����"��W�\sCQ�#�4��XY��������(��#�� 3� r"��DI�Z%�G*� ����(W����� �(8��&d'�8� ;k9�>��6�("�(]��-.���:�5�F��(����(�����UV"�� 3n�Z� H��;� ����a�*80�� h�� ���"��W�>9I���=q���_�������(� j� h�� ����� \DCQ�����^47 0����,������!��:;0��v�������;�����^4"���������"��W� ��T��V� ��D���� ���!�����0��g� J0�4 0��h�� ������ �������47 0�� ������� �_ ����� ��T��V���D���� oK� h�� ����� ������K� 34 ������;0�(�����^��"��W�:���K��,��7.5 V, 1.35A, 4.5 AH��*^4 ���"��W�>����D���K0�(��
3.4.10 AGRIL. ENGINEERING
1. Waste water treatment through
Engineered Constructed Wetland and
their impact on vegetable production
Significant improvement (40-50 %) in chemical
and biological quality of domestic sewage
water through treating with Engineered
Constructed Wetland. Higher yields, water
productivity and net returns were recorded in
case of brinjal, chilli, cluster bean and ridge
gourd with untreated domestic waste water
irrigation. Domestic wastewater irrigation with
application of 100 per cent RDF found
significantly higher fruit yield, water productivity
and net returns in case of bitter gourd, French
bean and Okra.
2. Determination of crop factor values for
the prevailing cropping system of
Vijayapura District
In black cotton soils of Northern Karnataka,for
the kharif and rabi seasons the crop
management factor values ‘C’ of 0.65-0.75
and 0.45-0.55 , while for the bi seasonal crops
0.25-0.35 may be considered in the universal
soil loss equation(USLE) for the assessment
of the soil loss.
3. Development and evaluation of cook
stove
An energy efficient cook stove has been
designed and fabricated. A small DC operated
electric motor was used to operate a blower,
which blows the air over the bio mass from the
bottom. A dry rechargeable battery of 7.5 V,
1.35A, 4.5 AH is used as the DC source for the
operation of motor.
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0.62 (%)��������������,�*1���������S"����������;�#���N*e ��� ������104 to 398 kg ha-1�
������;�204 to 1236 kg ha-1� �>"����&����K����J0�4 0�� � ���XYZ"�� ���X0E����8����� ������� �����/0��� 0��n�[4.����K�����/=,�� �����J�����4 ����� ��D���� ���K�����=,�(� �*S*7�4"�������� 0�� �� ���7��� ����`������� wU8"��#�&���X0���� ��X7� ����K� ��D��� ���K0��v���M��4�����E�0 ������K�����;0�(����� 5�@'I�L@a��� Fad'N@� ��+A+� ?'��"�(]� � �6�([V�k���(� ��@� D5��6�&'1���� 5�@�'�\S�� ��7�8�798�7"8���Fad'N@P�1���1�P�����������O9�V���0E���!�� �,��"�� i� ��_k���0�� ������g�0���`"������Dg� ����^����g����0E�"��E1g��� �����g���!�����!�g� �� ��N#������ 7���,�� ?g� �����3]["����^���4� ���40�� Ab� ��M����� ���,��������D+?�,4� ����+������ ���� ���� ����S"�� >"�s ����3#�T�4+0�� D+?�,4� �*S*� 7���"��W� FcB� ���������,������� ��������(� D+?,4� �*S*7���"��W����S"���0�� o0E��0�� ������� h 0��� �4����� ����� ����� ���� ���0�,�� ���,��_�����������(� ����`g� 2�����g� ��:;g� H�� �g����� ���>����g� �����62�����g� j���_kg� �������g�o,���!�d� ���� �0�� ��������� ������� #�4.����>�E�*+�������(���,��#�& �������������D+?,4��
3.4.11 ENVIRONMENTAL SCIENCES
1. Monitoring of one time controlled land
application of treated Spent wash of
Siddapur Distilleries Ltd., Jamakhandi,
Bagalkot district.
One time land application of treated spent was
carried out in 31farmers field in Gani village of
Jamakhandi Taluk as per the agronomic plan
of the distillery. Treated spentwash was
applied on the basis of recommended N
requirement of the crops. Quality of the treated
spentwash used was in accordance with the
limits prescribed by the KSPCB, Bangalore.
Analysis of soil samples before the spentwash
application and after the harvest of the crop in
farmers field indicated no adverse effect on
soil health and crop yield. There was no
ground water contamination due to the use
treated spentwash application in the
monitoring area. Soil pH and EC were in the
range of 7.10 to 8.63 and 0.10 to 0.87 dSm-1
,
respectively. Mean soil organic carbon
content ranged from 0.25(%) to 0.62(%), while
mean available N and K ranged from 104 to
398 kg ha-1
and 204 to 1236 kg ha-1
,
respectively.
1. Monitoring of one time controlled land
application of spentwash, SLN
distilleries, Garag:
Spentwash was applied in 9 villages (Garag,
Hangarki, Dubbanmaradi, Madanbhavi,
Venkatapur, Neeralakatti, Kotur, Tadkod&
Uppinabetageri) located near the distillery.
Spentwash was applied in 86 farmers field, in
an area of 472 acres and soil samples were
collected in each field prior to spentwash
application and after the harvest of the crop.
Spentwash was applied on the basis of
recommended N requirement of the crops.
Beneficial effects of treated spentwash on
sugarcane, sorghum, groundnut, soybean,
cotton, maize, groundnut, onion, green gram,
potato were recorded.
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8.08� ��������� ������;� ������/� 0.29 to 0.98
dSm-1����?0��v������BOD� �����5260 mgl-
1����?0��v����XYZ"�����X0E����8������������ �����/0���0��n�[4.����K�����/=,�(��*S*� 7���"��W� ��0�� ���,����� ���X�Z� ������;�7�4"�� ���0�4����� 1H���n�.�� #�&���g� ���XYZ"����#���N*+ ��� � ,�E�*��� ��TVK�����/0����� !��� =0�������J��������XYZ"�����X0E����8������������ �����/0���0��n�[4.����K�����/=,�(����� Fad'N@���+A+� ?'��"�(]� � �6�([V�k���(� ��@�
D5��6�&'1���� 5�@�'�\S�� �� ���'�����FadN@�8P�-��������
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7.87 and����������������;�������/�0.38 to 0.81
dSm-1� ���?0��vg� BOD 5348 mgl-1� ���?0��v������� J����� ���XYZ"�� ���X0E����8����� ������� �����/0���0��n�[4.����K�����/=,�(�
�*S*�7���"��W���0�����,��������X�Z�������;�7�4"�� ���0�4����� 1H���n�.�� #�&���g� ���XYZ"����#���N*+ ��� � ,�E�*��� ��TVK�����/0����� !��� =0�������J��������XYZ"�����X0E����8������������ �����/0���0��n�[4.����K�����/=,�(�
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The treated spent wash used for land
application was analysed for various
parameters and was found to meet the limits
fixed by KSPCB, Bangalore. The average pH
was 7.40 and BOD was 5260 mgl-1
. Analyses
of soil samples before and after the application
of treated spentwash indicated no adverse
effect due to onetime land application. The
results of analysis of soil samples indicated
that there was no effect on soil pH and EC
which ranged from 6.78 to 8.08 and 0.29 to
0.98 dSm-1
respectively. Similar trend was also
noticed with total available nitrogen, organic
carbon, available potassium.
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3. Monitoring of one time controlled land
application of spentwash, Ravindra
distilleries, Bidar:
In Mallik Mirzapur taluk of Bidar district,
278 soil samples were analyzed before and
after harvest of the crop for some of the
important parameters which have potential of
serving as indicators of change. The
parameters were soil pH, soil EC organic
carbon, available nitrogen and available
potassium. Analysis of the soil samples
indicated that there was no adverse effect due
to onetime land application of treated
spentwash.
The treated spent wash used for land
application was analysed for various
parameters and was found to meet the limits
fixed by KSPCB, Bangalore and BOD was
5348 mgl-1
. Analyses of soil samples before
and after the application of treated spentwash
indicated no adverse effect due to onetime
land application. The results of analysis of soil
samples indicated that there was no effect on
soil pH and EC which ranged from 6.11 to 7.87
and 0.38 to 0.81 dSm-1
respectively. Similar
trend was also noticed with total available
nitrogen, organic carbon and available
potassium.
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802 µg/m3����n��?��� !��� =0�(����������7����� ������;� ���XYZ"�� ���������(�#E-(o ���-(��-(� �y8"� ���� 0E��_"��#�4.�������"��W� >�E�*++0��� ���XYZ"�� ���������/��y8"�� 0�� lD0��� 0����0�� ��M��������,������� �����/0����������;����0��.��oK,�(��>0���4�:����XYZ"������������,��. H������� ��������!� 1H��n��0�� �0����.��������� !��� =�����=,�(�
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4. Investigation on the Effect of fugitive
emissions of KFIL, Bevinahlli, Koppal on
crop growth, yield, soil health and ground
water quality in surrounding areas.
Water samples were collected and analysed
surrounding the factory premise but there is no
definite trend recorded in water sample
analysis report. But only the DM plant, waste
water contains more electrical conductivity.
TSPM in atmosphere varies with distance
from the KFIL premises. It shows decreasing
trend with increase in the distance from the
factory. Higher concentration was evident up
to 400 meters which was reflected in dust
deposition on the crops in the farmers field.
Yield reduction was upto 15% in maize and
bajra due to higher concentration of TSPM
near factory. TSPM within the KFIL factory
premises was varied 635 µg/m3 to 802
µg/m3.This may be due to transportation and
handling of raw material within the factory
premises.
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3.4.12 PLANT PATHOLOGY
Maize
• The foliar diseases viz ; Turicicum leaf
blight (TLB), Common rust (C. Rust) and
Curvularia leaf spot (CLS) were prevalent
in moderate to severe form during
teaseling and grain filling stages in
Dharwad, Belagavi and Haveri districts.
Post flowering stalk rot was noticed at
Hanagal, Bagalkot, Darwad and Gokak
areas.
• Foliar application of Azoxystrobin 18.23%
+ Difenconazole 11.4% (Amister Top) @
0.1% found significantly superior with
respect to disease control and yield. The
next best fungicides were Trifloxystrobin
25% + Tebuconazole 50% (Nativo 75WG)
and Tebuconazole 250 EC (Folicure).
• The avoidable yield losses in grain yield
due to TLB was 19.82 per cent.
• The maize hybrids viz; GH-150025 (CAH-
1525), GH-160224 (VH-16224), GH-
160295(VH 13295) and GH-160298 (VH-
13295) found resistant to both TLB and C.
Rust. Hybrids viz; BRMH-556 and GPMH-
1101 recorded moderately resistant
reaction to TLB.
• Germplasm viz; BML-7, DML-170, UMI-
1200 and LM-13 registered combined
resistance to TLB and C. Rust.
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• 0E���!�g������1�������;�����4�5����������B��cu�A� ��n�80���� ����k� ���� ���� �������������1����� ������ �����8���[��� ���� T����6���������/� BuF� ��&�!-g� ��0��� ������� BuF���&�!-�������;�� 2����������/�H��(�%u�%��� !���� =���(��
• AVT� #�& ������0���� DSSui� ��_ �����>,?�-"��4 ���� ��������6� �E������� ���� ��_�������;� AT� 338g� TKG 15-06� � �����TKG 506� hX� ������� ������ ��������6��E������� ���� ��_���K�����;��(� �_k"�� \�_"���Q�9�S0���� �����8���[��� ������;�>,?�-"��4 ���� ������������ e�� 0�&��������T��V�#�&���X0����o��4+0�v��/(��
• IVT� #�& ������0���� VS 13-006� ������;�DSS-9� ��_������ o,?�-"��4 ���� ��������6��E������� ���� ��_���K��g� >,�0�� TKG 523,
TKG 525���_������H��(�%��6 �����D����hX���������������������6�7����0E����H��;���� =��(�j� #�& ������0���� �����8���[��� ������;�o,?�-"��4 ���� ������������ e�� 0�&������ ���a�T�V�K��� !���� 0���/(��
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• S���8� #�S���-� #�& ������0���� IS 393-I,
EC 303440-B, IS 461-1-84, EC 334993, SI 2008, NIC 8288 ������; EC 310439� ��_������ � !�� ������;� ��������������������6��E������� ������_���K��(�
1�(����(T��
• 3��;��� ��"8^��0�� 0E���!�g� �����1� ������;�����4� 5���������� ����������� ��1����� �����������8���[����������;�>,?�-"��4 ����������������>,[�#�&���X0����\��&�!-�BQ��� !���� 0���/(
• IAVT� #�& ������0���g� JNS 2015-4� ������;� JNS
2015-11� �����8���[��� ������;� ��0��� ��������6��E������� ���� ��_���K��(� 9�S������� ����T�4������������������ e�� 0�&���0�� >,?�-"��4 ���� ������;������8���[�����UV"��#�&���X0����>��4+0�v��/(��
SESAME
• Survey was conducted in Dharwad, Belagavi and Haveri districts of northern Karnataka. The Cercospora leaf spot ranged from 2-4 grade, powdery mildew 2-4 grade and Phyllody incidence was 5-15 Per cent.
• Among the genotypes evaluated in advanced varietal trial, DSS9 was found to be promising for Alternaria leaf spot. The genotypes viz., AT 338, TKG 15-06 and TKG 506 were found promising for dry root rot at seedling stage. Among the seed mycoflora studied Cercospora and Alternaria were predominant.
• Among the IVT genotypes evaluated for foliar diseases, the genotype viz., VS13-006 and DSS9 were found promising for Alternaria leaf spot. Whereas, the genotypes, TKG 523, TKG 22 and TKG 525 recorded less than 5 per cent dry root rot. Among the seed mycoflora studied Cercospora and Alternaria were predominant.
• Among the germ plasm lines screened, the genotypes viz., IS 393-1, EC 303440-B, IS 461-1-84, EC 334993, SI 2008, NIC 8288 and EC 310439 were found promising for Macrophomina stem and root rot
NIGER
• Survey conducted in northern parts of Karnataka recorded grade 2 for Cercospora and Alternaria leaf spot.
• Among the genotypes evaluated for foliar diseases of niger, the entries viz., JNS 2015-4 and JNS 2015-11 were found promising for both Cercospora and powdery mildew. Observation on seed mycoflora of IAVT entries were recorded and it was found that Alternaria sp. and Cercospora sp. were the most common fungi associated with the Niger seeds.
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• �J N"-�� �E���;0�� ��_��� �� �����������."������"��W� ]�1�!-� ���!��K0��v(��110E�� ���.X������ �� ����S"�� ��� =0����+����"��W�������:������:;0�(��
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• ���� ������6� ������0�� �0E� ����� 0E���!�g������1g� ���,����^� ����� ��0����5��� ������ ����0�� ����= �������XY+��� !�0��vg� >0���� :���&��� �����1�������;� ���,����^0���� ����0�� ����= ��������UV����XY+��� D���;�\b��S�= 0������SQ�� !�� ������6� ��������/� �����/0��� ��M����������0�� ����=� ������&0���� �XY+,�(� ��M����������0��D!����o�-��bBg�:_�����4"����"� ��������=� \1�H�&XQg� >������� ������;� ��:8���_������� ���� ������6� ������0�� :���&�����TVK���;(��
• �1} � ������ h^�?� �Fi� ����=� ��_�������J#�[��;�������� ��_������ \ ����]� <��bg� ��T-(���-(�bb�g��D9!�����BBBg���T-(D�Bibcg�D(9(!����� <ig� ��T-(D(� BAAAg� ��� A�Bcg�����!����� FiBFg� 5!����� Fi%g� ����-(](�<BAAg���T-(o ���-� �bBFg���T-o ���-� AA�%g�����-� �+��-� F�%ig� DD��� ��Big�����-�+��-� bBBBg� ����-� �+��-� %�%�g���T-�!�����F���g�DD�����%Fg���T-�!�������iAg�]9!�����cicg�]9!�����c%c�������;�]9!����� cccQ� ���������6� ��������6��� #��X8�7����0E����H��; ���"��W���� =��(����
RICE
• Improved Rice Mega variety BPT-5204
(Samba Mahsuri) introgressed with Pi2
gene for blast resistance is under
multilocation trial (MLT).
• Introgression rice lines with Pi2 gene for
blast resistance and sheath blight QTL in
BPT 5204 background are being
evaluated in the field.
• Blast resistance genes are pyramided in
Intan rice variety and homozygous plants
are being identified.
WHEAT
• Leaf rust was observed in timely sown
wheat fields in Dharwad, Belgaum,
Bagalkot and Gadag districts. However
severity was more in Belgaum and
Bagalkot districts (60S to 100S). Stem
rust was not observed in any of the
farmers field. DWR162, Amrut, Keerti and
Parrotgreen earhead mixture were found
more infected with leaf rust.
• 23 wheat genotypes (UP 3016, HS 661,
DBW 222, HD 2967, DBW 39, HD 2888, K
8027, AKAW 4924, GW 495, MP 3288, HI
1624, HI 1625, HI 8805, MACS 4059, DDK
1029, MACS 6222, MACS 5051, HW
4101, DDK 1054. HW 1098, PBW 797,
PBW 757 and PBW 777) out of 149 in
Advanced Varietal Trail have shown
immune reaction to leaf rust.
• In Karnataka, two leaf rust pathotype
groups viz., 77 and 104 and one pathotype
77-9 was found prominent.
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• ��+� ������ ��������/� ��M����� ���,����� ��+����D��������� !��� =0��v�J0����2������� 0������� T����6g� ��#�[� ��XYZ"�� ���� T����6� ������������ ���� ����^����� "� 2X�� �������������� !��� � =�����/��/g� >��/����� �E0�� ��D����#�&���X= 0�� ��UV"�� #�&���X0���� �E0E� ������� !��� =�����;0�(��
• ���0�,� ��n�80�� ��_����� #�& ������������ \��+������� ��������6Q� {� j� #�& ������0���g� 9�D��� ��"����_���0���(9(D(u�F%(��(9(D(�u�b<�������(9(D(u�bc���_��������+�������������0��1���0�q��������7����0E���� H��; ���"��W���� =�����;��(��
• ��+���������������6����!�"�����n�8���_�#�& ������{�j� #�& ������0���� 9�D� �� ��"�� �����/0�����_������ ��+� ������ ������0�� 1���0�v� �������7����0E����H��; ���"��W���� =,�(�
• ��+� ������ ��������6� ���0�,� ��n�8� #����8���_� #�& ������{� j� #�& ������0���g� 9�D��� ��"�� ��_���0�� �(9(D(u�bFg� �(9(Du�bbg� �(9(D(u�c<� ������"-(� ���-(9(D(ub�� � ��_������ ��+� ������������0��1���0�q��������7����0E���� H��; ���"��W���� =�����;��(��
• ��+� ������ ��������6� ���0�,� ��n�8� #����8��� ����8X� #�& ������� {� j� #�& ������0���g�9D� �� ��"�� ��_ ���0���"-(� ���-(9( (��T-u�BF� ��+� ������������0��1���0�q��������7����0E���� H��; ���"��W���� =�����;0�(��
• Spraying of Azoxystrobin 14.4% EC +
Propiconazole 11.4% EC at 0.05%
Hexaconazole @ 0.1% and Propiconazole
25% EC @ 0.1% effectively reduced the
leaf rust severity and increased the grain
yield.
TOBACCO
• Survey of major diseases of tobacco in
and around Nipani areas (ICAR):
Survey of tobacco diseases has been
taken in and around Nippani areas. In
general, damping off disease was noticed
in the nurseries of farmers. Over all major
tobacco diseases like brown leaf spot, frog
eye leaf spot, leaf curl virus were observed
in the range of stray to moderate incidence
and black shank diseases was slightly
more severe.
• Evaluation of First Year Advance Varietal
trial (AVT I) against damping off disease
under nursery conditions (ICAR) : In this
experiment Tobacco entries ABD-145,
ABD-163 and ABD -167 have shown
resistant reaction to damping of diseases
under nursery condition.
• Evaluation of Second Year Advance
Varietal trial (AVT II) against damping off
disease under nursery conditions (ICAR) :
In this experiment none of the Tobacco
entries shown resistant to Damping of
disease under nursery condition.
• Evaluation of Initial Varietal trial (IVT-V)
against damping off disease under nursery
conditions (ICAR) in an experiment
Tobacco entries ABD-164, ABD-166,
ABD-173, ABD-174 and NyBD-60 shown
resistant reaction to damping of disease
under nursery condition.
• Evaluation of Initial Hybrid trial (IVT-H)
against damping off disease under nursery
conditions (ICAR) : In this experiment
Tobacco entry NyBTH-124 Shown
resistant reaction to Damping of disease
under nursery condition.
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3.4.13. AGRIL. ENTOMOLOGY
Management of citrus blackfly,
Aleurocanthus woglumi Ashby in acid lime
Farm trial was conducted in different
locations for the management of blackfly,
Aleurocanthus woglumi Ashby in acid lime.
Results Indicated that, The lower incidence of
black fly (9.90/ leaf) and higher yield
(222.67q/ha) was recorded in thiamethoxam
25WG @ 0.25g /l treatment as compared to
RPP (dimethoate 30EC @ 1.70 ml/l), as it
recorded higher black fly incidence (19.24/leaf)
and lower yield (197.75 q/ha).
Bioefficacy of Broflanilide 30% SC on the
incidence of Maruca vitrata and
Helicoverpa armigera in redgram
The test molecule broflanilide 30% SC @ 62
ml/ha (0.62 ml/10 lit water) was found to be
best treatment in reducing the larval
population of Maruca vitrata (65.03%) and H.
armigera (49.61%) after 15 days of first spray
but was on par with flubendiamide 39.35%
M/M SC @ 100 ml/ha and emamectin
benzoate 5 SG @ 220 ml/ha and was inferior
to the chlorantraniliprole 18.50 SC @ 150
ml/ha treatment. The treatment
chlorantraniliprole 18.50 SC @ 150 ml/ha was
significantly superior in reducing the pod
damage (8.53%) and in recording the higher
yield (12.20 q/ha) but was on par
flubendiamide 39.35% M/M SC @ 100 ml/ha,
emamectin benzoate 5 SG @ 220 ml/ha and
broflanilide 30% SC @ 62 ml/ha as they
recorded 9.04, 9.98 and 9.52 per cent pod
damage and 11.80, 11.45 and 11.30 q/ha
yield, respectively
Field evaluation of Bacillus thurengiensis
against pod borer, Helicoverpa armigera in
redgram
Pooled data two years
experimentation indicated all the Bt
formulations viz., BARC Bt @ 1.40 ml/l, NBAIR
Bt @ 2.0 ml/l, Native Bt (B. gudi) @ 2.00 ml/l
and Dipel Bt @ 2.0 ml/l were
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��?OM"�N�������-� �B� ��-(� +(� � ����^"H�����"��W� 9( (� ��:; ���� ����9����������0�� 7��8��.���� ����� �� H���0E�"���� 0�&(� >XYZ���4 ������ B��bu�c� ������;� B��Au�i���"���� ����,*���#�"�� ���!������(� 110E��3#�T������� #�M�(� ��?OM"�N�������-� �B� ��-(� +(�\�(B�� 1�(��('��(Q� #�&���X��/� ����9������������6� #�4.����4 ���K0��v� ��D������!� �����0E��\B(BF�#�&:��������Qg��
equally effective as that of Neem oil 300 ppm
@ 5.0 ml/l in reducing the larval incidence.
Pod damage and yield was significantly lowest
in B. gudi Bt (13.38 % & 19.22 q/ha) and was
on par with BARC Bt @ 1.40 ml/l (13.14 % &
19.30 q/ha) and Dipel Bt (15.65% & 17.08
q/ha) but were inferior to the flubendimide 480
SC treatment and significantly superior than
untreated control.
Management of pod borer in chick pea
using novel, green molecule chlorfenpyr
240SC
Among different dosages, of chlorfenpyr
240SC were evaluated in chickpea against the
pod borer, Helicoverpa armigera for two years
during rabi 2016-17 and 2017-18. Results
indicated chlorfenpyr 240SC @ 2 ml/l was found
to be very effective in reducing the larval
incidence at 10 days after second spray (0.73
larvae/pl), pod damage (4.58%) and yield (1686
kg/ha) and was on par with chlorfenpyr 240 SC
@ 2.20 ml/l and and other standard check,
chlorantraniliprole 18.5 SC @ 0.20 ml per litre.
Bio efficacy of spinetorem 12% SC against
pink bollworm in Bt Cotton
The test chemical spinetorem 12% SC
was evaluated against pink bollworm (PBW) in
Bt Cotton at ARS Annigeri during 2016-17 and
2017-18. Among the treatments, Spinetorem
12 SC @ 1.20 m/l registered lowest PBW
larval population of 2.24/10 bolls and green
boll damage of 7.63 per cent and locale
damage of 14.74 per cent as compared to the
larval population of 9.11/10 bolls, 39.17 per
cent green boll damage and 44.93 per cent
locule damage in untreated control. The test
chemical was found to be superior over
standard checks viz Profenphos 50 EC and
Spinosad 45SC. The lower PBW incidence
resulted in the realization of higher seed cotton
yield (18.70 q/ha) with higher B: C ratio (2.35).
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110E�� 9 � 2�M1��� ��^"H�������"��W����!�����n�8��������������� ���>��������� ��������:"��W��� ��^������ ������;� ���������0��7��8��.��K� #�4������K���;(� 110E��3#�T������� #�M�g� 9 � �Bc� ��-(+(� \<�1�(��('��(Q� 2�M1��� ��^"H�����/� ���� :"��W�����^��_��� #�4.����4 ���K0��vg� ��UV"��J�����4 ���"��W� #�!� ����K�����;0�(���^"H���������g� ������� N&7�#��&�-� �A(%���-(+(� \�%�� 1�(��('��(Q� ��^"H�����/� >��* ���#�4.����4 ���K0��vg� ���� :"��W��� ��^������������;� ��� ����� ������� ��^����� �0E� ���"��W���D���� ���!������� ���H�+s ���K0��vg� ��UV"��J�����4 ���"��W�#�!� ����K�����;0�(������6�(��� M'��"�%��1���(� ��(��(*� 7��1�&2_���D��`��"��3�1�&������6�(���� �@1�������S�
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Evaluation of Bt 127 SC strain from IIOR,
Hyderabad against lepidopteran larvae in
soybean
Bt 127 SC strain was evaluated
against lepidopteran larvae during 2016-17
and 2017-18 at MARS, Dharwad. Among the
biopesticides, Bt 127 SC (3 ml/l) has recorded
lowest defoliators as well as pod borer
compared to the commercial formulation of Bt.
Among the different treatments,
Chlorantraniliprole 18.5 SC @ 150 ml/ha has
recorded lowest defoliating larvae and pod
borer damage. Similar trend was recorded with
respect to the yield wherein highest yield was
realized in the treatment with
Chlorantraniliprole 18.5 SC followed by Bt 127
SC.
Production of biopesticides and
Vermicompost, and distribution to organic
farmers
The Activities mainly involved were production
of Entomopathogenic fungal insecticides,
vermicompost, experiments on ICAR Network
Project on Organic Farming (ICAR-NPOF),
testing trials, extension service to organic and
other farmers and development of Contents in
English with respect to insect pest
management under e SAP IT platform.
The Myco-insecticides viz.,
Metarhizium anisopliae (2457 kg),
Lecanicillium lecanii (289kg), Beauveria
bassiana (2 kg) and Nomuraea rileyi (56 kg)
were produced. The vermicompost of about
2457 kg and earthworms of 224 kg were
produced during the year.
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Evaluation of organic, integrated and
inorganic production system
The per cent boll damage in cotton
was lower in inorganic farming followed by
organic and integrated system. With respect to
natural enemies population, it was higher in
organic system. Similarly, the incidence of
pest was more in organic and integrated as
compared to inorganic farming in kharif crops
viz., Groundnut, Tur, Greengram and rabi
crops viz., Safflower, Rabi jowar.
Evaluation of bio-intensive complementary
cropping systems under organic
production systems
This experiment consisted of different
land configurations (BBF and flat bed with or
without crop residues) and different cropping
systems. The population of insects did not
vary under different land configurations and in
different cropping systems in Groundnut, Tur,
Soybean and Greengram crops. Similarly the
predatory
populations did not differ significantly among
different treatments. Soil dwelling insects
Collembolans, predatory mites
Cryptostigmatids, predatory ants, scarabids,
carabids activity were noticed more in organic
production system.
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3.4.14. AGRIL. ECONOMICS�
1. Analysis of Cashew value chain in Goa
India is the largest producer, processer,
consumer and exporter of cashew in the world. Goa
with a production of 24,396 tonnes of raw cashew
nuts from an area of 56,735 ha occupied sixth
position both in area and production in India during
2016-17. The productivity of cashew trees in the
state is 430 kg/ha which is less than the national
average of 748 kg/ha. India’s Compound Annual
Growth Rate (CAGR) was 2.29 per cent whereas
Goa’s CAGR recorded 0.25 per cent, which was
significant at 1 per cent probability level. In Goa, a
decreasing growth rate was observed for the area
under cashew nut (i.e. -0.43 per cent). The
productivity of cashew in India as a whole was
growing at the rate of 0.71 per cent per annum,
while in Goa productivity growth was -0.69 per cent
per annum, which of course, was insignificant. The
total investment in the first year was higher in South
Goa which accounted for 63217 per ha as
compared to 56220 per ha in North Goa. In total
maintenance cost, labour component accounted for
the highest share in North Goa as well as South
Goa. Average yield was 1035 and 1175 kg per ha in
North Goa and South Goa, respectively. On the
other hand, the total production cost in South Goa
accounted for 53,135 per ha, whereas in North
Goa, it was 51,793 per ha. The annual average
net returns from the sale of cashew nut in South
Goa was 1, 11,365 per ha, whereas in North Goa,
it was 93,107 per ha. Majority of the North Goa
farmers sold their cashew nuts to Goa Bagayatdar
(50.00 %) and South Goa farmers to Adarsh Co-
operative society (54.44). Better price was the
major preference chosen by farmers of North Goa
and South Goa. Poor market intelligence was the
major problem experienced by farmers of North
Goa and South Goa. The net producer’s share in
consumer’s rupee was found to be the highest in
channel-V of marketing (13.37 %) than in channel-I,
II, III and IV. Efforts should be made to encourage
cashew growers by formation of Farmers Producer
Groups for value addition to cashew by increasing
production of cashew nuts, processing, packing and
marketing to the consumers directly, which not only
reduce cost of handling but also add value to the
product and increase producer’s share in the
consumers' rupee. Further, cashew apple is one of
major bye product of cashew nut production, which
should be harvested timely and utilized for
preparation of penny and supply to consumers by
the FPOs.
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2. Analysis of Cashew value chain in
Konkan region of Maharashtra
Keeping in view, the importance of
cashew in the Indian economy in general and
its major growing states in particular, the
present study made an attempt to analyze the
value chain of cashew in Konkan region of
Maharashtra. The objectives of the study were
(1) to analyze the trends in area, production,
productivity and export of cashew nut, (2) to
estimate the marketing costs and marketing
efficiency in the cashew nut value chains and
(3) to determine the constraints and
opportunities (including investment) at each
stage of cashew nut value chain. It was
observed that, the area, production and
productivity under Cashew nut in India
recorded a growth of 2.29%, 3.02% and 0.71%
per year. Maharashtra recorded 0.01%,
0.015% and 0.005% in area, production and
productivity, respectively. The total cost of
establishment of cashew plantation during first
year in Ratnagiri district was 50,995 per ha
while it was 56,675.75 in Sindhudurga
district. The annual total cost of cultivation of
Cashew nut plantation after five years of
establishment of orchard in Ratnagiri was
28,373 per ha and 64, 494 in Sindhudurga.
In both Ratnagiri and Sindhudurga districts,
poor market intelligence was the major
problem experienced by the farmers, followed
by lack of storage facilities, non-availability of
market facility near farm, and lack of regulated
market for cashew nut. Hence, there is need to
be establish regulated markets and warehouse
under public private partnership at each taluk/
block level, particularly for raw cashew. It is
necessary to promote the Farmers Producers
Companies / FPOs for promotion of interests
of small and marginal farmers.
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3. Supply-Demand Analysis of Professional
Agricultural Human Resource in India
Despite the laudable contribution made
by the National Agricultural Research and
Education System (NARES), which includes
ICAR institutes and SAUs, towards technology
generation, human resource development and
extension education, India’s present higher
agricultural educational scenario suffers from low
access, not meeting quality standards, low
funding, gender inequality, non-contemporary
course curricula and delivery methods,
inbreeding, lack of faculty-competence in cutting
edge technologies, etc. Further, there is a dire
need for agricultural graduates having
knowledge, skills, ability and also
entrepreneurship to provide a class of village-
based services such as diagnostic laboratories,
advisories on new innovations, markets and
avenues of development assistance for
corporate and contract farming. Industry-
University partnership is essential if industry is to
obtain well-trained agricultural professionals in
cutting edge technologies for international
competitiveness. In this context, the present
study is undertaken with the following specific
objectives: (1) To estimate the growth in the
supply of and demand for agricultural graduates,
post graduates and doctorates in study area,
and gaps therein; (2) To assess the quality of
agricultural graduates, post graduates and
doctorates produced by Agricultural Universities
(AUs) versus requirements of employers in
terms of extent and diversity of skills required; (3)
To analyze the relationship between profile
characteristics, choices of courses and career
preferences of agricultural graduates, post
graduates and doctorates; and (4) To identify the
areas/issues which need immediate attention of
the policy makers and other stake holders and
suggest strategies to make agriculture education
more effective.
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#�� $����%$������ ��&'(������ )!�*$���� ��+��,� +���������� -�.�������� ������������� /�����0�-��� �1����� ����� ���2���� "#0�e���������� �!�, �*�����!��"� �!�, ���!�����*��?� ��i&j��f.����' ���/����R56����� #0�e������ ���!��"� !���� ��������� G+k�����*��I)�**!M� ���(*�����*��?� ��*�N=�� ���� ��iR��D�d������� �J�:T�@� *�� .��*����G*��4�l*���fF ��9-�G ���� ���hS7����1�*���*��?��!�"�����*�N=�� �� 1�2����3���� #0�e������ �������������D������ ������S��=-�������b-��� ���-� ������$�-�B����� ���!��"� b(����1����������� ����$�D���!����Z����(*������G*��4�l*� �����hS7����1�*���/����(*������1�2���(*�� 1�$� �� �:J� ��\!����� ���!��"� 1�2���(*��1�$����� �� ��\!����� �:J� V=�5� :�J� ��\!��� �� ���!��"�bb ���B��!��������G*��4�l*���fF ����iR��D�d������F%m�&��� ������_)�.����2_F�bO��R.�D���!�����
The study is based on both primary and
secondary data. Primary data were collected
from students (860 in number), teachers (611),
alumni (100) and registrars (30) of SAUs,
using suitable sampling tools for each.
Secondary data was obtained from Registrars
of SAUs, ICAR and NISAGENET webisites.
The growth in supply of agriculture graduates
has surpassed the growth in demand for them
over years, though both are positive. The
absorption capacity of the employment market
for agricultural graduates being lower,
increase in supply would still worsen the
situation, leading to mass unemployment of
agricultural graduates. Further, present course
curriculum is loaded with more theoretical
classes than practicals. Rather than increasing
the supply of graduates, universities should
concentrate on improving the qualitative
aspects like computer skills, presentation
skills, more practical and technical knowledge
of the graduates which are expected by the
employers. Government may also encourage
young professionals to set up their own
enterprise by providing subsidized funding and
imparting additional skills. Campus
placements and University-industries linkages
may be strengthened to have more
employment opportunities to the graduates.
4. Evaluation of NMOOP Scheme
implemented in north Karnataka
National Mission on Oilseeds and Oil Palm
(NMOOP) launched during 2014-15 envisages
increasing production and productivity of
oilseeds crops and oil palm through bringing in
fallow areas under oilseed crops and
diversification of area from low yielding
cereals. For detailed evaluation of the scheme,
the present study covered six NMOOP
scheme implemented districts viz. Bagalkot,
Belgaum, Gadag, Dharwad, Haveri and
Vijayapur which fall under UAS Dharwad
jurisdiction. The total size of the sample was
480 farmers of which 240 each of scheme
beneficiaries and non-beneficiaries.
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171
�#0�e�������!�, �*�� ���!��"��!�, ���!�� B�YX.�S���!�"����!�f�����+(��*��?�I.������G�����������n�#.>T;;@� ���!��"� H#.>+T��-� O���� ����a�#���>�bo�T�����!��"��p+HT:M�W$�D���!����V��q� !�f�����+( �� n�!�����1>.����>-���3-�����*>-� ��\n�+�����-� �����B������ ��%m��-�c�2r\��$����N-� D�7�%$�-� ��*���2c�1�.>-���b*�� #0�e� ���!��"� p#.>+� 1����������*��?���������)� ��� ���� ��\!����� 1���\.�D���!�������(*�� G*��4�l*����$�� �!�"��� ��*�N=�� ��#S�� E��� �D��������� ���(*������ 1��D�*�����b���\!���� ��C!�2 ���� #0�e� �������������� �!�, ���!��1�2����3���� O����� ���!��"� .������� G����������������B�U�X������' ������$���%�& ���� Z� ���(*�������� ��������)� ��� ����1���\.�D� ��+(����!��"� +n�!���� 1��������������!�"����!�f�����+(��'��*�?f ��1��������f��!��1�2����3��� ������ ��� #D��� ��\!����G+k1�2������� ��� Z� ���(*�������� ��\!�����1�2����3���� G*�����bF �� !�� �������� ���-�.����������/� .��������� +(����*��?� 1���\.� ��������' ��-� 1�2!�7KC��� !��������*��?� B�b�s����q ��������' ��-� W������ 1�\1��� ���!��"� .�.�7�.������C0�� ��.�����*�����*��?� .���%��(�� ����$� ��������' ��-� !�����)����!��"� 1�2!�7KC������*��?�E����D��������� ����$� �� ������' �� ��� #0�e�������!�, �*�� ���!��"� �!�, ���!�� B�YX.�S����\����q���� �� 1�2����3� U�=���a������� ����.������� �� .�������� ���� B�P��.��� +$����$������H-� �!�"���� !�f����� +(� ���!��"����(*�������� .��������(�� ����$����� bb ���1����������*��?� .����1�N������ 1���\.����' ������!��"� #S�� ��\!����� .�����*��� �� ��������)�W$����' ��-� 1�2!�7KC��� !��������*��?�B�b�s�����q��' ��-� 1�D�*�����b����*��?� 3�!���1�2���������������� �D��E����/�����$����' ���������
�Soybean seed varieties provided under scheme were JS 335 and DSB 21. Groundnut seed varieties provided under the scheme were TMV 2 and GPBD 4. Non seed components like gypsum, zinc, boron, rhizobium, vermicompost, trichoderma, lambda, mono-chotophos, neemoil, PSB were provided under the scheme. It was observed that in all the districts, yield of oilseeds (Soybean and Groundnut) was more in case of beneficiary farmers than those of non beneficiary farmers. �
In Bagalakot district the beneficiary farmer’s opinion was that the seed was most important component compared to other components provided under the scheme followed by bio pesticides, micro nutrients, Rhizobium and PSB, PPC, N.P.V, PVC pipes, sprinkler set, farm machineries, and PPC equipments. In Belagavi, Dharwad, Gadag, Haveri and Vijayapur districts the beneficiary farmer’s opinion was that the seed was most important component compared to other components provided under the scheme followed by bio pesticides, micro nutrients, PPC, Rhizobium and PSB, N.P.V, PVC pipes, sprinkler set and PPC equipments. Constraints faced by the beneficiary farmers in availing benefits from NMOOP scheme were demonstrations were not conducted, non availability of farm machineries, non availability of irrigation tools, PPC not provided, training and demonstrations were not conducted, delay in supply of inputs and non availability of high yielding varieties. To enhance production and productivity of oilseeds in the study districts efforts should be made to release of funds well in advance for timely supply of inputs in the state and also plan for conducting demonstrations, Subsidy given under the scheme should be the same for all the farmers irrespective of the category and in order to conduct the effective demonstrations, beneficiaries should be selected before commencement of the season.
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u��������N�6�(1�,1�B�� ��%�i���+N�6�(P�����������-��(1������6�F���������!�;"�1���������F��3�1�&�5������v���������������������������j� >0E�* ���"���"��W� ���!��� ����� ��, ���������������5������0�� 0E���!�g� ����4g� �����1g�1S ���#����g� ���,����^� ������;� ��0���0������1�L�����k�����(� j� �� H���0E�"� ������ �����1H�s10*, ���g� 0E���!���/� >9I���=v� #�D+�9!����!�����!��0�� ������� ��&2�"������>����D���������� ��&2�"������#�&����6K�3#� ����K����������!����� 04����� \Diffusion pathQ� ���4����>0E�* ���"����M�����k�����(�
j� �� H���0E�"� ������ F� ����w*� z��0���� ���������g�<� =s0���� ���������g� �� �.�Z����� ����� ����� B��XYS*� ��������"��W� o ���6� ���D� #�&:� ������� b����M���� ���h^�?�b�����M��4 0���
3.4.15 AGRIL. EXTENSION EDUCATION
“Raitha chethana a lifeline for guidance
and counselling to distressed farmers”
The data was collected from 5000 farmers by
accidental sample technique. Out of which
3795 farmers data was subjected to analysis
considering the validity of information. The
prominent characteristics considered to
ascertain the suicidal tendency amongst the
farmers were; feeling of helplessness,
loneliness, feeling of not having any reason to
live, being burden to others, drug abuse, no
peace in life, life is full of problems, not
possible to achieve anything in life, always
negative thinking, no interest in works,
sleeplessness, life is of no use. The analysis
of the data revealed that, 33 farmers out of
475 farmers of Belagavi
(7 %), 54 farmers out of 1499 farmers of
Haveri district (2 %) and 33 farmers out of
1821 farmers of Gadag district (3 %) had
shown high suicidal tendency.
“Analysis of adoption of UASD
Technologies of important crops in
different Agro-Climate Zones and diffusion
pathways”
The study was conducted in two Agro climatic
zones which includes Dharwad, Haveri,
Belagavi, Vijayapur, Bagalkot and Gadag
districts with an objectives with an objective to
assess the extent of adoption of UAS,
Dharwad technologies of major crops by
farmers in three agro climatic regions of N.
Karnataka and study diffusion pathways in
technology dissemination. The major crops
including four cereal crops, three pulses, one
oil seed and two commercial crops cultivated
in seven districts were selected and 60
farmers for each crop total of 600 farmers
were selected as a sample by simple random
procedure. The Technologies developed and
released by UAS, Dharwad during last 10
years that are included in Package of Practice
(2016) were studied.
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�� 0�H�8"�� ���D� ���l:��� ��&l�������(� j� ���l: ���"��W� 1H���n�.�����D0��� �� !��� � 0�� #E��� H����� 0����#�&:H���� %�� ��n��?� ��M��4��� ����� 1H�s10*, ���g�0E���!�= 0�� 9!����!� ���0�� ��!���� ��_���0��>XYZ���4� �g� 2�(5u��� ����� ���l:� J0��v� #�&:H�����F� ��n��?� ��M������ >����D+0v��� ���������1"�2�����g� ��M9&�!-� ��:;� ��_����� ���p����l:� J0��v� >��/����"��W� >����D+0��v� �� !���� =0�(� #�&:H���� B�� ��n��?� ��M������9�2���#�T��0�� >����D�� ���"��W� ���!��:;0v��(�#�&:H���� %�� ��n��?� ��M������� > ����u��������� ���p����l:�J0��v�>0�"��W�>����D+0v��(�>0���4�:�#�&:H���� %�� ��n��?� ��M������� � #�����?� �������� ������ ����`��� 3#� ����K������ ���l:�:_=0��v� � >0�"��W� >����D+0v��(� >0���,���#�&����w�K� #�&:H���� A�� ��n��?� ��M������ e#E�����$����D0�� �� ���7��� ����`������� ������;��&1�"H�����������p���4 ���0�����l:�J�����=,������� �����,� #�&:H���� ��� 4 0�� �%� ��M�������>����D��� �� !��� � =0�(� #�&:H���� B%� ��n��?���M������� ����"H�������� ���l:� J0��v� >0������#�&:H���� �%� ��n��?� ��M������ >����D��� ���D0v��(�110E�� ��������� >����D�� ���"��W� 1H����+0�������1"�2�����g� H�� �g� ��:;� ������;� ��9`"����9!����!� ���0�� �� ��&2�"������ ���l:� �����>����D��� ��TVK0�v0��v� �� !��� � =0�(� ������� ��&2�"������ >����D�� ����� ����1"�2�����0����#�&:H���� Bc(cB� ��n��?g� ��!��� ������ #�&:H���� Bb(<<g�H�� �0���� #�&:H���� B<(��g� ���� ���>���� ������#�&:H����B<(�����n��?�J0�v0��v��� !���� =0�(��j��� ��&2�"�0������!��1�� ���"��W�1H���n�.�����D0������0�,� B� 4 0�� <� ��n�8������� ����H��K�����D� "� ����� ������K0��v� ��0�"� �����70E"��K0��v0��� �� !��� � =0�(� �� ��&2�"����������!��1�� ���� \Diffusion pathQ� ����w*�04���� 0���� 5����+G\��� 5��1�=5���� ��U����(������6�"�+���U����(������J"��W 0���04�� 0����� � 5�@���� ��6���h1�����(�� 5��1�=5���� ��U����(������6�"�+���U����(��>0�,�0����������� ��&2�"�����"��W�>����D���������� !��� 0������w*�>!���!����� 0������4 ���0�� �� ��&2�"������ ���l:� J,�=�����/0���������;������#�4���������,�E�*���J,�=�����/0��(���
The results revealed that over 50 percent of
the farmers were aware and one third of them
adopted UASD recommended technologies
like crop varieties likeAnnigeri1 and JG 11 in
case of Bengal gram, while only 25 % of the
farmers were aware and adopted hybrids in
maize and cotton. Seed treatments with
thiram/captan or trichoderma were also known
to almost one third of the farmers and about
20 percent of the farmers adopted them.
Interestingly over 50 percent of the farmers
were aware of intercrops in most of the crops
and about 50 percent of the farmers adopted
them. Similarly over 50 per cent of the farmers
were aware and adopted FYM and compost
application. However, majority of farmers (over
80 %) were not aware of balanced dose of
fertilizers and plant protection methods and
adoption was also observed to the extent of
10-15 per cent in all crops. About 25 percent
of the farmers were aware of weedicide, but
only about 15 per cent of them followed.
Among various crops studied awareness and
adoption of technologies was observed high in
case of maize, groundnut, cotton and
sugarcane.
The adoption index of UAS, Dharwad
technologies was 25 to 30 percent in case of
maize crop (27.72%) , bengal gram (26.33%),
groundnut (23%) and soybean (23 %) while
the average yield were above average among
25 to 30 per cent of the farmers in case of
maize (33 %),ground nut (23 %),soybean (27
%).
The diffusion of technologies was slow
during first 2 to 3 years and reached a peak
followed by slow down. Major pathways of
diffusion was observed were department
demonstration-innovative farmers- normal
farmers while some cases it was input dealer-
selected farmer-normal framers. Farmers were
faced with major constraints like lack of
technical guidance and non-availability of
input.
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�����4�� �� r������� ��*��;#�D+0� ��� H��"�*��Dd� �,� ����S"� ���"��W� 24���_��,�� J������#�&����w�>!���!����� 0���g���++��* ��"����j�H��"�*��Dd0���� �,� 7�!�,�� ���n��?� ��X� J,�=�����/0��g�D++� �* �7 0�� B(%� H����!� ���58"�� ��X��"��W�#�!� ���,����� ����!�����:;�����/0����������t_� ��������w !���� ����;����#������(� ��++� �* ��� >=I�4��������*��;#�D+0�� o�� ������ 0���� (i)� �����,� o ��4�����X����� ����,0�� ������� >: ���K�>��, 9+�����/0�4 0�� �* �"�� ��*�����0�� ���������*:4��;� #�4.���� o���:;0�g� �������� j� ���4�K� �����/0��� ����,� � !����� h0�K+,�� �Dd ����>"��0"����� ���!�� �������= 0�� ��������� ��� ��1�� �����:;�����/0��� \D++� �* ��������� ���D���1���������+0�������������(%���n�80��"� ����Q(���
3.4.16 AGRIBUSINESS MANAGEMENT
Advances of crop loan by Cooperatives at
zero per cent interest in Dharwad district :
the present status and constraints.
KCC Bank, Dharwad, which is the Central
Bank for Dharwad, Haveri and Gadag districts,
registered a positive growth in share capital,
deposits and loans borrowed from outside
sources. In the total loan advanced by KCC
bank in Dharwad district, agriculture loans
accounted for around 80 per cent with non-
agriculture loans and cash credit loans
accounting for the rest. The agriculture loan
advanced by KCC bank in Dharwad district
was almost the short-term loan with medium-
term loan having negligible share. Navalgund
and Kundagol taluks had higher share in short-
term loans advanced by cooperatives in
Dharwad districts compared to other taluks.
The analysis of individual societies, indicated
that the proportion of the demand for zero per
cent interest loan met by KCC bank varied
widely across societies from around 12 per
cent to 65 per cent. For the district as a
whole, it was around 16 per cent. The
percentage of demand for zero per cent
interest loan that was met by the cooperatives
was largest for small farmers (around 40 %)
followed by medium farmers (around 37 %)
and large farmers (around 31 %).
Recovery percentage of zero per cent
interest loans was more than 96 per cent
indicating farmers’ desire to avail the benefits
of zero per cent interest loan through prompt
repayment. The main constraints in the
implementation of zero percent interest loan
as expressed by cooperatives included
inadequate funds from KCC bank for
advancing zero per cent interest loan, delay in
getting 2.5 per cent margin money from DCC
bank and interference by local leaders among
others. The main concerns expressed by the
officials of KCC bank about zero per cent
interest scheme were (i) heavy reliance on
internal resources leading to a loss in
operations of the bank (ii) no corpus created
by the government for this purpose (iii) Delay
in getting interest subsidy from the state
government (around 1.5 years after the District
Central Banks submit the details of demand).
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• #�&����;� >0E�* ���"���"��W� Hs"�������� ]I�����-������� ���� ����4��0�� #�&���X��"��W� #���;��T�V,������� ���#&� !�M��-� 2��0���� ����4��0��0����+;�K���������19I"�W�H���;@�U��$��� ��&����"��W����,"��L���K������������!�,��"�!��������(�
• 0w�0��h^�?� �FA�30�v������� ��������4����6�h���0�� Hs"�������g� ]I�����-� ������ ����� %<�������� \<%(A�CQ�����4=���;� ������;� J��/������������B�� \<i(bBCQ� ����� ���#�&� !�M���� 2��0��������4��� 3 NK���;(� 0��e� ��_������� (n=07,
33.33%),� h 0��� ��n�8�6 ��� ��XZ��� ���+$"���/������� \n=9, 42.86%)� ������;� �� !���Hs"�������� (n=15,17.43%)���UV"�� #�&���X0�������#�&� !�M���� 2��0���� ]I�����-� ������ ��������4����"��W��X�����(�
• ���#�&� !�M���� 2��0���� ]I�����-� ������ ��������4����6� h���0�� �A� Hs"�����"��W� o ���6� ���D�#�&����;�>0E�* ���"��6K������������ #�����K�(n=6)�1 ��D�������(� n0� –� �&�-� ]+W �-� �����g�n1-���-(+(](��N�?@�-�n -#��� �-�������������;�n2 -��t_� ����K�1"*�����_���0��#�1�a�M�-�1�a�&����N-� \](����-(����-(�(Q� n-#��� �-������(�
• ��?�"���-� +?��-� ��-(+(](� n-#��� �-� ������;�](����-(����-(�(� n-#��� �-� �� ��&����������#&� !�M��-� 2��0���� ����40�� ]I�����-������� ��������K"����XZ00����� D"������T��V����6@�����"��W� 7 ����5��,�� >���H��K0�v4 0�g�3��;���� +t�����3 NK� �����"�� ���X����w�K�Hs"������������"���,"��W����,��#&�� 9I+0���/(�](����-(����-(�(� n-#���^������ ��D������T�V0vK�����/0�,�0�� >��/������� #�&:� 5���������"��W�>����D������00�v4 0�� J��/����"��W� Hs"�����"��W�]�����-� ������ ���� ���#�&� !�M���� 2��0��������4����6�e#E�����$����!������(��
3.4.17 ANIMAL SCIENCE
Comparative Studies On Techniques Of
Repair of Supra Condylar Fracture Of
Femur In Dogs
• The present study was conducted to find
the incidence and compare three different
surgical techniques for repair of
supracondylar fractures of femur in dogs.
• Among 148 long bone fractures recorded
in dogs, Femur bone accounted for
35.81% (n=53), and among the femur
fractures 21 (39.62%) were distal femur /
supra condylar fractures. High incidence
was seen in non-descript dogs (n=07;
33.33%), in young dogs within 1 year of
age (n=9; 42.86%) and in males (n= 15;
71.43%).
• 18 dogs suffering with supra-condylar
fracture were selected for the study and
were divided into three groups (n=6) with
following treatments: T0 - Use Of cross
pinning; T1 - Use Of LCP buttress T -
Plating and T2 - Use Of locally designed
Polymethyl methacrylate (PMMA) plating.
• It was observed that both the Stainless
Steel LCP T- Plates and PMMA plates
provided for placement of more screws in
the small distal femoral fragment and gave
excellent stability for the supracondylar
femur fractures in dogs with early weight
bearing. PMMA plates were of low cost
and mainly antibiotics could be
incorporated. Hence PMMA plates are
recommended for use in the treatment of
distal femoral fractures in dogs.
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176
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• ��H�&��_� ������������ ��X�Z� ���������� S"�"�0���� y�* ���� ������� ��}"����-� �+!-�3��["�W������#�4.�����"��W�wU��#�D+�����k,����0�*0��>0E�* ���"���"��W���M��� D���(��
• "�M��K8��� ���E�80E��.�� ������;� �����������80E��.�� ���!�,�� ���� <�� o�������������!��� ��� #������"��W� ���!������(� #�&:���� #�"��W� #��"��� 7 ��� :&��� \�� N��&��-Q������ U���$� 7�!��0�� \ &�N�!-Q� � 0���1 ��D��������\�����%�����������Q(�
• "�M��K8��'�������� ���E�80E��.� ���� ="�� U���$�7�!�����0�� ��� ]"�� �������_�����}"����-� �+!-� 3��["�W������"��W����D�������(��
• "�M��K8��� ���E�80E��.���� h���0�� ������������� ]"���� �� !��� ������;� ��X�Z� ����������S"�"�0�� � ��� >"��#����/� H����!�����Fb(bb� ������;� %<(<<�� 7 ��� :&��� ��� ]"����%<(<<�������;�Fb(bb��� !���� =���(�
• >0��� 4�:g� �������� ���E�80E��.�������0������������ ��� ]"���� �� !��� ������;� ��X�Z����������� S"�"�0�� � ��� >"��#����/�H����!�����Fb(bb�������;�%<(<<��7 ��� :&������ ]"���� %<(<<� ������;� Fb(bb� �� !���� =���(�
• j� #E��� H������� � �*���Kg� 1�H�&��_������������� ��X�Z� ���������� S"�"�0�� �� y�* ����������� ��}"����-� �+!-� 3��["�W������"�M��K8��� ���E�80E��.�� ������;� �����������E�80E��.�� 0��S7������ ����������� ��0��>"��#��0�� ������� �����/0��� ����"0�������������0�� #�4.���'� #�&�E���9�4�����/=,�� � ��0�"��W� j� >0E�* ���"���/����U�����;0�(�
Effect of Ethanoic Acid Derivative On The
Birth Rate Of Female Calves In Crossbred
Cows
• The present study was conducted to
ascertain the effect of Ethanoic acid
derivative on the birth rate of female
calves in crossbred cows.
• Two groups of cows with 30 animals each
were divided into naturally serviced
animals and artificially inseminated
animals.
• Each group was in turn divided into 15
animals each, as control and treated
animals. Treatment was oral
administration of Ethanoic acid derivative
on the day of breeding / insemination. The
results indicated that, in natural service
group the sex ratio was 46.66 males and
53.33 % females in control group and
53.33 % males and 46.66 % females in
treated group.
• Similarly, in artificially inseminated group
the sex ratio was 46.66 % males and
53.33% females in control group and
53.33 % males and 46.66 % females in
treated group.
• The results were statistically non
significant indicating that, the Ethanoic
acid derivative did not show any significant
change in the sex ratio of the new born
calves in both naturally serviced and
artificially inseminated animals.
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177
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• ��� #��� II� ������;� III ����� J������ �������������4 ���0�� ���0�� ,���X������ ����4+��� �������������T���&0��>��=I �����BFuFA��� N������"�!�����J���;� o0���� ��� #��� I ��� ������������ ����������0� ����,���X�������� !���� =���;�������;�������T���&0��>��=I �����FA��� N�����K �����TVK���;(�
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��������F�7��(J�6�(�1�(RN�\R1��������+�6�("��0E���D� ����L ����� 3��;��� ��"8^��0�� 0E���!�g���0���g� �����1g� ���,����N�g� 1S ���#����� ���������4� 5��}������� �X+�����;��(� J0�� 0��� ���0E�*�������&0�� ����L ���K0��v� ���������� <F�� ��5��������� =�����;��(�j�����L �������#��[��XZ0vK0��v�����!������0E�*���30�v��"��W� ��� =�����;��(� J0���� ����!���>0E�8T� 0&���: ���"��W� ��� =0��v� ���!��� ����!��������JXY ������:;���h 0�"��W 0������� �?�� :�����;��(�h 0������,0��������������ic����^�-��,�����!��,���/(���"���������4�cC������������i(<C��������l���r�"�� #�0a�8��_�����;��(� �,�� ���!����� >��=I� <<��="�����K�����;0�(� j� ����L������ �����4� %�� : ������� ���+$"���� ���0�,� ������ ������;��(� ���1"�� >��=I������������c�: ����0vK�����;0�(�j�����L����"��W���M�����������L����"������������ �?��/0��������(�=",��J��/����"��W����� ���,��9!���;��(�,��l !����� ����L��_��������&����"� ��������4+0�� o���� 7�!����/0��� ��T��V(�3��;��������X����� o ���6� ����� 3��;���� #,"�����!����/0�4 0�� j� ��_ ���� ��"�� 3�[0�"� ���"��W���UV������0��(��
Effect of Ethanoic acid derivative on the
birth rate of female calves in crossbred
cows.
• The blood picture of repeat breeding cows
showed deficiency of Ca (9.01±0.56 mg/dl)
and P (3.9±0.83 mg/dl) minerals.
• The Group II and III animals showed
proper heat signs and duration of heat was
between 24-48 hrs compared to Group I
cows.
• Pregnancy rates were significantly
(p<0.05) higher in Group III (81.81%) cows
compared to Group II cows (60.00%) and
Group I (33.33%) cows.
• Hence, intrauterine antibiotics treatment
before initiation of hormone treatment is
best option for management of repeat
breeding cows and higher pregnancy rate
can be expected.
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Characterization of Dharwadi buffalo
Dharwadi buffalo is a breed of buffaloes which is
found in Northern Karnataka. The major districts
are Dharwad, Gadag, Belagavi, Bagalakote,
Vijaypura and Haveri districts. This buffalo is a
medium sized buffalo with an average body
weight of 340 kg. This is a black animal with a
moderate length of horns. The horns are of semi-
circular shape and tend to reach each other near
wither region. The average milk production is
about 970 litres and the lactation length is about
330 days. The fat is about 7% and SNF is 9.3%.
The average age at first calving is 50 months and
the calving interval is 17 months.The animals are
usually kept in the house adjoining the staying
place of the farmers and the animals are kept
mainly on grazing and little concentrates are fed
to the milking animals. Better selection of
breeding bulls and better management of animals
can result in higher milk yield.
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178
3.4.18
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3.4.18 NATURAL RESOURCE MANAGEMENT �
“Assessment of Forest Depletion by Land Use, Land Cover Mapping and Carbon Sequestration in Mundgod Taluka Using Remote Sensing and GIS Techniques” in Uttara Kannada district to assess temporal changes of forest cover over a long period, Assessment of land use and land cover classes based on forest crown cover and assessment of vegetation biomass and carbon stock of forest area in Mundgod taluka.
The results indicated that the change of forest detected over the year 1989 to 2015 showed that there was a decrease in area of dense forest by 6.67% and by 0.55% in sparse forest due to expansion of agricultural land & settlement.
Among the different density classes of forest, maximum area is covered by moderately dense forest (40-70%) followed by open forest (10-40%). The carbon sequestration was estimated in all density forest classes. The total carbon sequestration in Mundgod taluka was 22.63 lakh m
3. The
total carbon sequestrated equivalent to total CO2 in the atmosphere was estimated to be (22.63* 44/12) 82.98 lakh m
3.
3.4.19 FOREST PRODUCTS AND UTILIZATION
To study on the efficacy of leaf and saw dust extract of Acacia auriculiformis against wood decaying fungi
The bark and heartwood of Acacia auriculiformis are known for its toxicity against different organisms. The present work aimed to evaluate the efficacy of leaves and saw dust extract of Acacia auriculiformis against wood decaying fungi, Trametes versicolor and Oligoporus placentas using Potato Dextrose Agar Bioassay method. The saw dust extract at 2-3% concentration showed effective antifungal activity where as the leaf extract was considerably effective at higher concentration levels (4 %) in both the test fungi. The results indicated that Acacia auriculiformis saw dust extract can be tested further for wood preservation in field conditions to know about toxicity effects and use in wood preservation.
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179
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3.4.20 SILVICULTURE & AGROFORESTRY
1. Among the twenty provenances of neem
studied, the maximum height was
observed in Raichur (14.74 m) followed by
Bagalkot (14.13 m), Bailahongal (14.12 m)
and Vijayapur (14.04 m) as compared to
other provenances. Neem seed yield was
recorded highest in Vijayapur (2.60
kg/plant) followed by Raichur (2.50
kg/plant) when compared to other
provenances.
2. Among the fourteen tamarind collections,
the growth of NTI-80 (8.83 m) and NTI-5
(8.50 m) were significantly higher than the
other collections. The maximum diameter
at breast height was recorded in NTI-14
(23.84 cm) followed by NTI-77 (23.02 cm),
SMG-13 (22.16 cm) and other collections.
Tamarind fruit yield was higher in the
SMG-13 (19.33 kg/plant) and NTI-14
(18.95 kg/plant) as compared to other
provenances.
3. Studies on evaluation of Simarouba
glauca clones revealed that, maximum
height (6.71 m) and diameter at breast
height (15.50 cm) was recorded under 5 x
3 m spacing as compared to other
spacings. The seed yield of simarouba
(1.59 kg/pl) was significantly higher in
wider spacing of 5 x 5 m as compared to
narrow spacing.
4. Among the ten tamarind clones evaluated
in the silvi-horticulture system, the growth
of V-2 (11.00 m), PKM-2 (9.83 m) and TH
(9.73 m) were superior to other clones.
Highest fruit yield of tamarind was
recorded in the PKM-2 (5.50 kg/plant)
followed by V-2 (5.17 kg/plant).
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b( ��� �� ���� #& :� ���� #�& ������0������! ��
\c(B�� 1��Q� ����� ��! �� b(F%� 1��Q���_������� ��4n�x� ���;��� ����� D9��T-"��W������7�������(�>:����T��V���� ���9�S0��J�����4 ����� J����� ��_��_K ��� # "���\<(�<� ��5'K!�Q� ��_������� ��TVK�����/0����� !��� =0�(� >,�0��� ���� ���9"-�J�����4 ����� ���uF� \BB�(F� ��5'��Q���� �����_ ����2�������3��;����K�����/0�"��W������7�������(��
c( U���6)=���L� o0E4��� ����� >��X*� #�0�q: ����#�& ������0���� ���"�W� K!�0�� ������XY�� �����\i(cc� 1��� ���;��� ����� Bc(B<� ��(1��������;����Q� J����� K!���_K ��� ��TVK�����/0����� !��� =0�(� U���6� K!�0�� ���;����/���X7� ����K� U���6)"� =� \F(b%� 1��Q������ U���6)���"�W� \F(%A� 1��Q� K!������2�������3��;����K�����/0�"��W������7���K0�(�U���6���XYZ"��J�����4 ������4��U���6K!�����"��W�>n�?�� ����0��� \<�(B%� ��5'K!�Q�3��;����K�����/0�"��W������7������0���>,�0���U���6� )� ����7 ������ \�c(Bi� ��5'K!�Q���TVK�����/0�"��W� �����7������0��(����� ���9"-� J�����4 ����� U���6� K!������2������� \<AF(b� ��5'��Q� ������;�U���6)����7� \Bb�(A� ��5'��Q� K!������2������� 3��;����K�����/0��� �� !��� =0�(���������� J�����4 ����� U���6� )� "� =� \�B�(%���5'��Q� K!������ 2������� ��TVK�����/0�"��W������7������0K0�(��
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�5. In Neem based agroforestry system, the
maximum height and diameter at breast
height was observed in the Vijayapur
provenance (6.83 m and 18.92 cm)
followed by Raichur (6.22 m and 18.37
cm respectively) when compared to
other sources. Soybean and safflower
yield were significantly higher in field
crops grown as sole crops as compared
to agroforestry systems. Among the
sources, soybean grain yield (217.6
kg/ha) haulm yield (196.4 kg/ha) and
safflower yield (170.6 kg/ha) were
significantly higher in Dharwad source as
compared to other sources.
6. Among the various provenances of
Pongamia pinnata, significantly higher
height was observed in the MTP-I (7.20 m)
followed by MTP-III (6.45 m) and other
provenances. Higher pongamia seed yield
was observed in RAK-90 (3.13 kg/pl) when
compared to other provenances. The grain
and haulm yield of soybean was higher in
the sole crop and maximum grain (220.4
kg/ha) and haulm yield (205.4 kg/ha) of
soybean was recorded under DPS-4 as
compared to other provenances.
7. In an investigation of sapota - timber tree
species based agroforestry models, the
height and DBH was significantly higher in
the Pterocarpus marsupium (9.77 m and
27.23 cm) when compared to other tree
species. Growth of sapota was
significantly higher in association with
Sapota + Lagerstroemia lanceolata (4.65
m) followed by Sapota + Pterocarpus
marsupium (4.58 m) as compared to
sapota with other tree species. Fruit yield
of sapota was significantly higher when
sapota was grown alone (31.25 kg/plant)
followed by Sapota + Tectona grandis
(17.29 kg/plant). Soybean grain and haulm
yield was significantly higher with Sapota
+ field crops (384.6 kg/ha and 327.6 kg/ha
respectively) followed by field crops with
Sapota + Tectona grandis (260.8 kg/ha
and 242.6 kg/ha). Safflower yield was
significantly higher when grown solely
(294.6 kg/ha) followed by Sapota +
Lagerstroemia lanceolata (120.5 kg/ha)
when compared to other systems. �
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181
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��( 110E�� ����!� 9� ��_����� 7��8��.� ���"��W�#�4e����,�� o���� ��_����� ������XY�� ���"��W�1H�����������(�j���_��������� ����8uF������ 3����u�� ��_ ���� ������XY��� J�������_��_K ��� 3��;����K�����/0�"��W������7������0K0�(� ���� ���9"-� ���� ����J�����4 ����� \c<b(F� ��'��Q� ����� ���������J�����4 ����� \%��(F� ��5'��Q� �� ����8uA���_ ���� 2������� 3��;����K�����/0����� !��� =0�(���
8. In a study on Melia dubia based agroforestry system, maximum height was recorded under 4 x 2.5 m spacing (10.67 m) followed by 4 x 2.0 m spacing (10.48 m) while the lowest height was recorded under 4 x 4 m (9.12 m). Diameter at breast height of Melia dubia was significantly higher in 4 x 4 m spacing (20.64 cm) followed by 4 x 3.5 m spacing (20.02 cm) as compared to other spacings tested.
9. Among the six tree borne oilseeds evaluated, maximum height was observed in Azadirachta indica (5.15 m) followed by Simarouba gluaca (5.00 m) and Pongamia pinnata (4.59 m) as compared to other species. Simarouba gluaca (11.05 cm) and Azadirachta indica (9.66 cm) had maximum diameter at breast height (DBH) as compared to other tree species.
10. Among the seven fodder tree species evaluated under agroforestry system maximum DBH was recorded in the Moringa olifera (8.64 cm) and Leucaena leucocephala (7.85 cm). Number of branches was significantly higher in Leucaena leucocephala (20.17) followed by Glyricidia sepium (19.47). Green biomass was significantly higher in Moringa olifera (1979.1 kg/ha) and Glyricidia sepium (1727.4 kg/ha) as compared to other fodder tree species. Soybean grain and haulm yield was higher when soybean grown with Leucaena leucocephala (670.8 kg/ha and 612.4 kg/ha respectively) when compared to other fodder tree species whereas Safflower yield was higher with Sesbanea grandiflora (454.8 kg/ha) when compared to other species.
11. Among the cashew clones evaluated, the growth and performance of Vengurla-4 and Ullal-1 clones were better as compared to other cashew clones. Soybean grain yield (750.8 kg/ha) and haulm yield (690.6 kg/ha) was higher when they were grown alone. However, soybean grain and haulm yield was higher with Vengurla-8 (736.4 kg/ha and 638.6 kg/ha respectively). Safflower yield was higher with Vengurla-8 (510.4 kg/ha) when compared to other clones.
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12. Among the seven varieties of Emblica officinalis, maximum height and collar diameter were recorded in Kanchan (110.37 cm and 2.32 cm respectively) followed by Banaras (94.50 cm and 1.83 cm respectively) and NA-7 (92.07 cm and 1.75 cm respectively) as compared to other varieties.
13. The biomass and carbon sequestration of natural stand was estimated in the four sloppy forest areas with different slopes of ARS, Prabhunagar. Among the different slopes, significantly higher biomass and carbon sequestration was recorded in the middle hill area (3-5%) as compared to top, plain and low area of the hill. Among the tree species, significantly higher biomass and carbon sequestration was recorded in Anogeissus latifolia (44.57 ton/ha and 22.28 ton/ha respectively) as compared to other tree species.
14. An experiment to estimate the biomass and carbon sequestration of different timber tree species grown with sapota based agroforestry systems at ARS, Prabhunagar indicated that, the total biomass and carbon sequestration was significantly higher in Eucalyptus tereticornis (108.68 ton/ha and 54.34 ton/ha respectively) followed by Tectona grandis (107.06 ton/ha and 53.53 ton/ha respectively) as compared to other tree species. Among the sapota based agroforestry system, biomass and carbon sequestration was significantly higher when sapota grown with Lagerstroemia lanceolata (37.64 ton/ha and 18.82 ton/ha respectively) as compared to other agroforestry systems.
15. In a trial, the felling intensity of bamboo indicated that the number of new culms per clump in the 30 % of felling regime was highest followed by 20 % of felling regime.
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16. In the multi location provenance trial on
Pongamia pinnata, RAK-1 attained the
maximum height and collar diameter (1.59 m
and 2.69 cm respectively) and number of
branches were higher in RAK-10 (6.11/plant).
Soybean grain yield was higher in RAK–7
(616.8 kg/ha) and DPS-1 (610.7 kg/ha)
whereas haulm yield was higher in RAK-6
(590.8 kg/ha) followed by DPS-1 (590.6
kg/ha) when compared to other sources.
Safflower yield was highest in RAK-9 (370.0
kg/ha) followed by DPS-1 (368.4 kg/ha) when
compared to other sources.
17. In the uniform and multi location trial on clonal
evaluation of Melia dubia based agroforestry
systems, the maximum height and DBH was
recorded in the MTP-1 (6.81 m and 8.88 cm
respectively) followed by MTP-2 (6.72 m and
7.86 cm respectively) when compared to
Holenarsipura clone whereas number of
branches were more in Holenarasipura clone
(6.33 plant) when compared to other clones.
Field crops viz., finger millet, foxtail millet,
green gram and black gram were sown in the
Kharif season. Among the cereals, grain and
haulm yield were higher in finger millet
followed by foxtail millet and in pulses green
gram yield is higher than black gram.
18. In the multi location trial on fodder tree
species for leaf meal production, maximum
collar diameter was recorded in Sesbania
grandiflora (27.78 cm) followed by Gliricidia
sepium (19.63 cm) and Leucaena
lucocephala (19.44 cm) as compared to other
species. Number of branches were more in
Sesbania grandiflora (10.52 per plant) and
Leucaena lucocephala (6.21 per plant) as
compared to other fodder tree species.
Harvesting of lops and tops was done at 0.5
m height for two times during the year. Green
biomass was significantly higher in Calliandra
calothyrsus (4.75 t/ha) followed by Sesbania
grandiflora (4.08 t/ha) as compared to other
fodder tree species.
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u��'1������(�������,�"��%��6�("�(]����6�6���(���6�F���(a4����e��1����(��(*�������\S�1��k��(*v���������g� ��1����"!��g� ��"8^��0�� �%�"�M��K8���K� ���� ������� �����0�� ������������"��W�������:�������(� �������� �S*0�� 7�, �����g�>4 ���"-���/g� ���7Wg� ]�Ug� >U"-����1�-g���M"!��g� #��9���, ���-g� ���, ������;���g���"-���,� ������;� ��1����"D"�� ��,�6!-g�N#-+�#-� ����� ��"8^��0�� ::���:g�U��6��� ��������g� e�������pg� 0 !�����������s�E1���K� ���� ������� �����0�� ��������������������"��W�������:+g�>��/�����D(�"-(��#�4��������!������(� j� ��_� "��H�� 0�� ���� ="��>:� ������K� ���� ������� �����0�� ��_����"��W����,�E��K�������:������0��(����
3.4.21 FOREST BIOLOGY AND TREE IMPROVEMENT
Among 4 ranges, highest severity and morality
due to root rot and heart rot was in Bilki Beat
of Manchikere range (22.5%). Similarly
disease progression of heart rot at monthly
intervals recorded was also high in
Manchekere range (6 units). But, for, root rot
PDI progress was maximum (4.41 units) in
Katur range. In the epidemiological studies,
the rate of heart rot infection (r) was maximum
(0.0008 to 0.0013) in Manchikere followed by
Mundgod (0.0005 to 0.0012). In all the Ranges
(Katur, Mundgod and Yellapur) the PDI of both
heart rot and root rot was negatively and
significantly associated with min. temperature,
relative humidity and rainfall.
Documentation of population demography and genetic structure of teak for developing sustainable conservation strategies and resource management
The following natural populations of teak were identified and sampled:
– Kerala
• Nilambur, Ariankavu, Konni, Peechi-Vazhani, Achenkovil
• Wayanad , Parambikulam, Malayattoor, Thenmala
– Tamilnadu
• Kalakkad , Topslip
– Karnataka
• Thithimathi, Chickmagalur, Shimoga, Dandeli
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Identification of Elite Types, Molecular
Characterization and Conservation of
Highly-traded and Threatened Medicinal
Plants in the Central Western Ghats Elite
types with respect to Mappia foetida,
Coscenium fenestratum, Salacia oblonga,
embelia ribes have been identified. A gene
bank has been setup at College of Forestry,
Sirsi based on the collection made.
Current Dynamics of Myristica Swamps of
Uttara Kannada District
About 100 fresh water swamps were identified
and vegetation sampling was done. It was
identified that about 43 % per cent of tree
species found in these swamps are either
endemic or endangered. The data on
demography, regeneration, threats have been
collected with are very important for
formulating management plan.
3.4.22 FOOD SCIENCE &
NUTRITION
Value addition to minor tubers for
management of non communicable diseases:
Of the five tubers selected for the study,
Colocasia (banda type) and Greater Yam (wild
edible type) exhibited lower starch digestibility,
with latter showing 95 per cent protein
digestibility. Greater yam (lion foot type)
contained 245 mg GAE/g of phenols and 7 mg/g
of tannins while Colocasia (banda type)
contained 208 mg GAE/g of phenols and 5 mg/g
of tannins. Tannia bulbs exhibited higher DPPH
radical scavenging activity followed by Greater
Yam (wild edible type). However, Colocasia
(banda type) and Greater Yam (wild edible type)
having predicted glycemic index of 53 and 58
could be grouped under low GI foods and are
thus suitable for diabetics.
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Nutrition Education- A strategy for
Management of PCOS among young women:
The women suffering from Polycystic Ovarian
Syndrome were assessed for nutritional status,
food habits, knowledge and practices related to
disease. About 40% of subjects belonged to
Grade-1 obesity followed by overweight (20%)
and Grade-II obesity (18%). Most of the women
had irregular periods and infertility, were either
obese or overweight and had symptoms of
hirsutism and alopecia and ultrasound showing
cysts on both the ovaries. Food habits showed
that 33% women restricted sweets, fried foods;
junk and high calorie foods but 66% did not
follow any restrictions. Majority (68%) did not do
any form of exercise, had poor knowledge scores
about the PCOS (<30% marks) and more than
40% had low practice scores. In order to improve
the nutrition knowledge, a suitable nutrition
education material consisting of diet and life style
modifications was developed for the PCOS
subjects The black soy bean varieties DSB-
21(control), Kalitur (local)and DSM
(Dharwad) were obtained from, Department of
Crop Physiology, CA, Dharwad, during karif
season in 2017-18 and analysed for proximate
composition, minerals, neutraceuticals and
antinutrients.. Among the proximate principles,
moisture (12.33%) and fat (19.7%) contents were
found be highest in kalitur while DSB-21 had
highest
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• ���0E�*+t�� ���� � ���8��&���0�� #����80���� h^�?�l4 ���� "��4������� ��=q��� >41"��0���8,�� ������ H��(� b%(B� ��n��?� ���0�q����� >,[�#�&���X�K0��v� 3_0�������� ����"�*�+t: ����������/0K� �� !��� =0�(� 0� #�:�����g�10E����'10E��� ���4K ��� 3��;���� ���"�+�������a�*8��"��W� ������;� %c(b� ��n��?� ���0�q���� >,[�#�&���X0�� �1"�� o�� ����"��W� ��� =0v��(�H����!� cF(c� ��n��?� ���0E�*���� ������;� H����!� �B(����n��?���UV"��#�&���X0����&l��h��;!���"��W����
protein (43.63%). The DSM variety had
highest crude fiber 7.48%) and ash (5.83%)
contents. Among the antinutreints, tannin
contents ranged between 106.98 to
117.17mg/100g with highest in DSM
(117.17mg/100g), dietary fiber was found be
highest in DSM and phytic acid1(80.94mg/100g)
was found highest in DSB-21. The isoflavon like
Daidzein, Genistein, Glycitein ranged between
and respectively with highest in kalitur variety.
Minerals viz., iron(8.89mg/100g), copper
molybdenum sodium(2.76mg/100g) and zinc
(4.87mg/100g) were found to be highest in
kalitur while magnesium (2.78mg/100g),
manganese(2.88mg/100g) and
phosphorous(491mg/100g) were found to be
highest in DSM black soy bean variety .
3.4.23 HUMAN DEVELOPMENT AND
FAMILY STUDIES
1. Innovative strategies for quality of life of
elderly and young children:
• A Day care centre for Elderly and Young
Children was established at the
Department of Human Development and
Family Studies in 2015 with an objective
to enhance the quality of life of elderly
and to reduce their mental and physical
health problems.
• Totally 827 elderly from 15 villages
participated in the intervention
programme conducted for 10 months.
• At pre-test, the mild cognitive impairment
was found in 65.2 percent while the rest
were in normal level. The couples had
better mental capacity than the widows/
widowers. The sleep was of good quality
only among 6.6 percent and 42.4 had
severe problems while 51 percent had
some problems.
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The sleep quality differed by marital
status where in those in widowhood had
lower quality than the couples. 57.6 per
cent had mild death anxiety whereas
none were in normal level of perceived
stress while 74.7 percent were in
moderate level and 12.1 were in high
level. The nutritional status was normal
only in 6.1 percent while 32.8 were mal-
nourished and 61.1 were at risk. Elderly
from higher socio-economic status were
better in nutritional status than lower
socio-economic status.
• Educational package was used to impart
the intervention at day care centre.
Package focused on positive attitude
towards ageing, solving mental health
issues, restoration of physical health
through nutrition and exercise,
participation in social and recreational
activities.
• At post test, the cognitive impairment was
found to be at mild level in 30.7 per cent
while the rest were in normal level. With
respect to sleep quality, only 9.8 per cent
were with severe problems and 48.4 per
cent were with some problems while 30.7
and 11.1 percent were with good and
great sleep respectively. Eighty percent
were in normal death anxiety level and
the rest were in mild. With regard to
perceived stress, 47 percent were in
normal and mild level and none were in
high level. The improvement in nutritional
status was not noticed in elderly were in
malnourished level and 45.5per cent
were at risk and rest were in normal
category. Thus the intervention proved to
be effective in improving the physical and
mental health.
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• ���2b�P� ���_��������� 1�2(*�*�� E����7-�!���� E����7� B���� ������b*�� ��C�������!��"�����*�F����������C��� ��%��t��������)�����f������� ����!��� G ��7����*������$�D���!���� 1�2(*�*�� E����7��/�.��%�&kF ��!�-� %B���4��5� I@<�M����_����������.���.������=5-�O���;��<���4��5��!�"���� ���=5 �� )�����f������*��?�B��&���������� !�S�K*�� G*��.����� ��1���!��O������ 1�2����-� %B���4��5� IA:�;�M���S]�=�� !�SK*�� ���_���������� .���.������=5-� O��� ���<� ��4��5� ��H���� ���=5 ��1�2(*�*�� E����7� )�����f������*��?�B��&��������� ���!��"� ������$��!�S�K*���� O��� @J� ��4��5� ���_����������.���.��-� O��� :�� ��4��5��!�"���� ���!��"� O���A��<� ��4��5� ��H���� ���=5 �� )�����f������*��?�B��& �9���� !���� E����7� B����������b*����C�����/�.��%�&kF ��!�-�%B���4��5�I@@�;�M� ���_���������� .���.���B����O���;@�;� ��4��5� ��H���� ���=5 �� )�����f������*��?�B��& �9���� #��$�� !�S�K*�����_��������*��?� B��F ���-� ��S]�=��!�S�K*�� %B���4��5� I<����M� ���_������������H���� ���=5-� O��� ;���� ��4��5� .���.������=5 �� )�����f������*��?� B��& �9��-� ������$�� !�S�K*�� %B���4��5� I<;�;�M����_���������� .���.��-� O��� �:�;� ��4��5���H���� ���=5 �� !���� E����7� B����������b*�� ��C��� �� %��t� )�����f������*��?�B��& �9����
• �����*�F��� �������C�����/� .��%�&kF ��!�-�%B���4��5� ���_���������� .���.��� ���=5 �� �\_��-� �����*�!�s��-� E ��7)s��� B�����h&j��� E����7��*��?� B��& �9���� E ���-�.��������� E����7 ���� %B���4��5����_���������� .���.��� B���� �!�"�������=5 �� �������C���� B��& �9������S]�=��!�S�K*��%B���4��5� ���_���������� �\_��-�.��������-�E ��7)s���B�����h&j���E����7��*��?� B��& ��9-� �����*�!�s���E����7 ���� ������$�� !�S�K*�����_���������� ��H���� ���=5 ���������C�����*��?� B��& �9��� #�%� ���G ��7����*�&� ��)f ���%�& ����
Reproductive health care among agrarian
families (AICRP-CD) in Kalaghatagi and
Dharwad taluka.
• The knowledge level of rural women
regarding reproductive health,
maternal health and child care and
psychological well being showed that
majority (56.0%) of women had
average knowledge about
reproductive health followed by good
(32.67%) knowledge. About 74.32 per
cent of Kalghatagi women had
average knowledge followed by poor
(21.62%) while 50 per cent of
Dharwad respondents had average
knowledge followed by good (42.04%)
and poor (7.96%) reproductive health
knowledge. Regarding maternal health
and child care, majority of women
(55.33%) had average knowledge
followed by poor (35.3%). Between
two taluks, majority (68.9%) of
Kalghatagi taluk women had poor
maternal health and child care
knowledge followed by average
(31.1%). Whereas majority (63.3%) of
Dharwad taluk women had average
knowledge followed by poor (24.3%).
• Data on psychological well being
indicated that majority of women had
average level of well-being with
respect to physical, emotional,
spiritual and intellectual components
followed by poor well being. While in
case of social well being, majority of
women had average level followed by
good well being. Further among two
taluks, more number of women from
Kalghatgi taluk had poor level of well-
being in physical, social, spiritual and
intellectual components and in case of
emotional component, more number
of Dharwad women had poor well
being compared to women of
Kalghatagi taluk.
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3.4.24 TEXTILE AND APPAREL
DESIGNING
1a: Bagasse: An alternative source for
reinforcement in Bio-Composites
Experiment 1: Extraction of fibre from
Bagasse and physico-chemical properties
The fibre extraction protocol from sugarcane
bagasse was standardized. Sugarcane
Bagasse (var: CO-86032) was collected from
local cane juice makers in Dharwad city, dried
and then processed for fibre extraction using
mechanical, chemical and enzymatic
processes. Mechanically extracted fibre was
graded as staple fibre, short staple, pith bound
shives and the pith. Length of the fibre ranged
from 6.36 to 9.16cms; fineness was 30tex and
the strength was 563.38gf/tex with an
elongation of 4.62%. Improvement in the
physical parameters was observed on
scouring and bleaching treatments.
1b: Eco- friendly functional finishing on
textiles
Ajwain (Trachyspermum ammi), Davana
(Artemisia pallens), Pencil cactus (Euphorbia
tirucalli), Thai basil (Ocimum basilicum) and
Basil (Ocimum tenuiflorum) sources were
selected for eco- friendly finishing. The total
phenolic content of fresh and dry Davana leaf
extract was higher than the other sources
followed by the dry leaf 70% ethanolic extract
of pencil cactus (9.337±3.565) and dry leaf
aqueous extracts of Thai basil (4.313±1.559).
All the dry source extract exhibited zone of
inhibition against Staphylococcus aureus
organism. Whereas, fresh dry leaf extract of
Ajawain and dry pencil cactus extract in 70%
ethanol and distilled water exhibited zone of
inhibition in Escherichia coli.
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$�� "�U��B��� 2RZ��� 3�=*� 2e�d1���� D��`��"�� ��(��(*�1�(R��(hd�����6XN+��6�5�"���"�M��K8��� �XZ0�� ��:; ���� �������� "��,�1�� ����� 0�&�� ���"��W� :_ ���,�� ����0�� T������ ������;�4� �-�#E�&�����"��,�1"����*����t���h��#�D+0��g���XZ�#�&���X�������;���D����� 0�&�� ������k��XZ0����:; ��������0��T�����0��"��,�1�� ������*����t� 0��3��;���� ���X���^?0�� B�� "� �4"�� "��,"��W����� �������0��� � 0��� 0��!E�#�!�=0�(� ��D����� 0�&�� ������k�"�M��K8����XZ0����:; �����������"��W��,��0E�8"�����_��,���� H����������$�-��������"��W�c�{<�� \"�M��K8��� �XZ0�� ��:;{���$�-Q�>"��#��0�D ������ 1�H�&X���D� ����0�� T�����0����� ���= 0�� �� ���4+0�� "��,�� ��UV"��� 0�&�� ���"��W� h����� D0��v� j� "���7 0��110E�� 4�: ���� ����;@� ������;� 3!��#������"��W��� ���4������0��(�
II: Capacity building – A social pursuit
through popularization and product
diversification of ethnic crafts on textiles
with ICT application
An art of quilting has been traditionally practiced
by Gondhalis and Mochis communities of
Northern Karnataka. About fifty per cent of the
respondents depended on quilt making as a main
source of income followed by agriculture and farm
labour. Irrespective of the communities and
locality, cent per cent of the respondents used
cotton and synthetic rags for preparation of quilts
with crazy designs. Among the communities,
Mochis sourced the fabrics from door to door
collection whereas Gondhalis received orders
from consumers along with raw materials and
specifications. Majority of the quilt makers used
five and more than five layers for preparing
blankets and bed spreads and the thickness of
the product depended on type of rags used. Cent
per cent quilt makers followed hand stitching for
preparing quilt articles with basic running stitch for
attaching the rags. Majority of the respondents
faced problems viz., breaking of needle, needle
piercing into fingers and breaking of thread while
stitching of quilts. The common health problems
were pain in fingers, backache, eye related
problems and pain in knees faced by the quilt
makers.
III. Production and Quality Evaluation of
Natural Colour Cotton Fabrics
The Natural Colour Cotton (NCC) lint was
subjected to mill spinning to ensure the
spinnability on open end and ring frame
spinning system. It was found that, open end
spinning system was found to be most suitable
for spinning pure NCC yarn of 20s count with
better Count Strength Product (CSP) than the
ring frame spinning system. Further, to
improve the spinnability of the NCC lint, it was
blended with Excel fibre in the ratio of 70 :30
(NCC X Excel fibre) and results showed that,
the blended yarn of 30s count possessed
greater tensile strength and CSP than the
pure NCC yarn. The blended yarn was
suitable for production of fabrics and made
ups on handloom and power looms.
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IV. Effect of nano ZnO2 on cotton material
The performance of ZnO2 nano particles as UV
absorbers were efficiently transferred to 60s and
120s cotton fabric materials through the
application of ZnO2 nano particles on the surface
of cotton. UV tests indicated a significant
improvement of the UV absorbing activity of the
ZnO2 treated fabrics. Air permeability of the Nano
ZnO2 coated fabrics was significantly higher than
the control, thus increased breathability. Due to
nano-size, nano- ZnO2 coating on cotton fabrics
resulted in uniform and very thin coating hence
reduced friction in comparison with the control.
Thus, the nano ZnO2 coated cotton fabric proved
to have better strength, air permeability and UV-
absorption.
V. Pine Apple Leaf Fibre (PALF): Extraction
and Value Addition
The percentage pine apple leaf fibre extraction of
Raja variety extracted through Raspador machine
was found to be 1.56% with the mean fibre length of
71cms. The cellulose, hemicellulose, lignin, ash and
protein contents of pine apple leaf fibre reduced
while the moisture content increased after scouring.
Various value added products were developed by
braiding technique using pine apple leaf fibre viz.,
dining table mat, pen stands, key chain, doll hair, fruit
bowl, letter holder etc.
VI. Evaluation of gums in eco–printing of
cotton and silk fabrics
Naturally available gums viz, guar seeds,
tamarind seed, bael fruit and sodium alginate
were selected for eco-printing using
pomegranate rind dye with copper sulphate
and ferrous sulphate as mordants. Printing
was carried out on both cotton and silk fabrics
with different concentrations of selected gums.
Through visual evaluation it was ascertained
that 0.5 percent of different gums was suitable
for printing that produced good quality prints
on the fabric. Guar gum and tamarind seed
gum had higher flow rate whereas viscosity
was higher in gaur gum and bael fruit gum.
Colour fastness results revealed that bael fruit
gum and gaur gum printed cotton and silk
samples exhibited good to excellent fastness
rating to light, wash rubbing and perspiration.
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3.4.25 EXTENSION AND COMMUNICATION MANAGEMENT
Promoting Farm Women Knowledge Groups (FWKGs) for enhanced use of ICT in agriculture and allied sectors
� Data was collected and analyzed from 100 farm women on knowledge and use of ICT in agriculture and allied sectors.
� More than half of the women (64.00%) possessed their own mobile phones, and 29 per cent had them in their families and seven per cent did not possess them.
� Among 93 per cent having access to mobile phones only three per cent had internet service.
� Cent percent of women were aware of making calls and 78 per cent were aware of sending messages.
� Regarding usage of mobile phones 73 per cent of them use them for making calls, where as 31 percent of them use for sending messages.
� There was no significant relationship between soci-economic variables and attitude towards ICT as well as perceived effects of ICT.
� Six Farm Women Knowledge Groups (FWKGs) with 10-12 women in each group who knew to read and write and had access to mobile were formed.
Empowerment of Farm Women on Climate Change
� Sulla village of Hubballi taluk, Dharwad district was selected for empowerment of farm women on climate change.
� Resource map and time line of Sulla village was documented through PRA technique to understand the effects of climate change.
� Climate change practices were listed to disseminate in the village.
�
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� H����!�ib(c����n��?�#�����n����������AB(A����n��?� ���l�� ������� ���4����� #���n�.�g�o������*� 7��8��.�g� �� ��0E�8"��K� ��_�����o ���6g� ���4� 0�Dd ���� 7��8��.�� ��,���������7�����K0v��(� #�&:H���� ���� ��n��?� #�����n��������4������������,���7��8l����;��(
� ���4���4��� J������ o�8���7�8 0E�"����� 0���� �� ��0E�8"�� ��_K��������UV"�� 0���� \ii(F�CQg� �,0�� ��������\i<(<�CQ� ����� ������������ \b<(<�CQ(�J"��W� ����5��� ��� 0������� 0���� �����6�����10*�E*��0�� �������� \cB(B�CQg� ����5����� ����S"� ���� >�E��� \%%(��CQ� �������,��� ����0��� ������ ��_k������� #�&���e��,��J����� �����7�8 0E�"�������\i�(b�CQ(
Scoping IFS models from gender
perspective with focus on enhancing farm
income.
� Six IFS models used by UASD were listed
and among them two women friendly
models were selected for dissemination
� Crop diversification + Livestock + Poultry+
Recycling of farm waste + Kitchen garden
and boundary plantation
� Crop diversification + Livestock+ Livestock
product diversification
Role performance in sheep rearing
activities in northern Karnataka-A gender
perspective
� More than 50 percent of men and women of
migratory shepherd families belonged to middle
age category. Majority (82.20%) were illiterates,
belonging to backward communities (91.70%).
Annual income of 46.18 per cent of shepherds
was >55,000/- and only men (100%) were
visiting urban areas. Organizational
participation of women was nil, whereas
extension participation of both men and women
was nil but social participation was more among
women (93.90%).
� Both men (96.70%) and women (82.80%) were
involved in nutrient management, health
management whereas breed management,
housing management marketing of sheep was
done mainly by men (100%).
� The major economic constraints perceived by
the shepherds were: high cost for breeding
animals (99.40%), disease outbreak (63.30%)
and inadequate loan facilities (93.30%). Social
problems were lack of education to children
(72.20%), lack of social linkage (55.00%) and
restrictions to enter other villages during
migration (90.60%).
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� In case of other problems health care was one
of the major problems faced by the shepherds
as the cost of medicine was too high (100 %),
lack of veterinary services during migration
(100%), non-availability of medicine (99.40%) in
hospitals and lack of knowledge about
deworming (91.10%) were important .
Documentation of use of Medicinal Plants
of Kappatagudda
� Kappatgudda is known for medicinal
plants which are fast disappearing. It was
therefore thought important to document
the plants and their usage. For this
purpose the data was collected from
nearby villages of Kappatgudda, Doni,
Doni thanda, Dambal, Narayanpur S.D.
and Narayanpur S.D. tanda
� First stage of data collection on
documentation of medicinal plants was
done through focused discussion with key
informants of the villages and through
transect walk in Kappatgudda. A total of
85 medicinal plants were documented.
� In the second stage the families residing in
the villages were surveyed for awareness
and extent of usage of documentated
plants. Ninety per cent of the people were
aware of the plants available while, only
28 per cent are using them as medicines.
The documentated medicinal plants have
been published in the form of book titled
“ � ������� � �� �� �� �� ��� ���! "� � ��”�
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3.4.26 FAMILY RESOURCE
MANAGEMENT
Majority of the respondents belonged to the
age group of 30-35 years had graduation and
high-school education and had annual income
of < Rs.2,50,000. More than 70 percent of the
respondents carried their own bag for
purchase of materials. Cent percent of the
respondents were using plastic containers and
plastic covers for storage of non-perishable
and perishable items. Most of them were
having knowledge of plastic ban from 2 years
ago it was implemented and have information
through mass media. Regarding types of bag
used most of them are using cloth bag
followed by jute and non-woven bags.
Regarding knowledge of plastic they have
partial knowledge but they were moderately
aware about the effect or impact of plastic bag
on environment. In both rural and urban areas
they have favorable attitude towards to
reduced usage of plastic bags.
Mean weight of hand sheets produced
ranged from 1.83 to 4.45 g/m2
with thickness
of from 167 to 660 µm. Among the different
GSM papers paper sheet produced from 100
percent jute gunny had higher thickness
followed by 75 percent jute gunny.
Folding endurance (62-891), tear
factor (298-309), burst factor (276-270), cobb
test (20.07-30.76 g/m2), and edge wick test
(4.47-3.57( kg/hr/m2 ) of produced hand sheets
were found to be good in paper sheet
produced from 75 percent cotton and 25
percent jute followed by 50 percent cotton and
jute gunny.
Drudgery reducing farm technologies for
gender equity under vegetable production
system
A stusdy on participation of women and men in
vegetable production indicated that majority of
the farm women (78%) had 6-9 years of
farming experience. About 61 percent of the
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• ��������l�� ������ H�&���� ��D������_���������������� ����3_� ���� ���!���������N���� T����H�� �� ��� �������� ��� ��&��"��W>9I���=v�#�D���K0�(���
• >(�E(��(�� (u�#E-(o�-(����-� \AICRP-
FRMQ� ����S"� ����� #�&���;���K� u���5�"�&JN��'������Bv� ��,��� 7��8l���:;0��vg� ��:;��� ��_k�������M������ H�&���� ��D������_k������ ��,����.��������0�#� ��������"��W�#�!�0��������k:;0��(�
������
respondents were marginal farmers followed
by small farmers (20%).The farm activities viz.,
ploughing, hoeing, intercultivation and
spraying weedicides, pesticides (100%) were
performed exclusively by men. While field
cleaning, sowing/transplanting and weeding
(100%) were performed solely by women.
Both men and women performed the following
activities manure application (78%), harvesting
(74%). Maximum number of man days were
spent on hand weeding (9.53days) followed by
harvest and post harvest activities (4.87days)
and forming ridges and furrows (4.82days).
Sitting, standing, twisting/bending and
squatting postures were used to perform farm
activities. Cent percent of women experienced
‘moderately severe’ pain in lower back (3.20),
lower arm (3.00), knee (3.00) and shoulders
(3.50) in weeding activity. Majority of the
women (92%) experienced ‘moderately
severe’ pain in lower back (3.50), lower arm
(3.00), knee (3.34) and shoulders (3.40) while
performing transplanting activity. As per the
drudgery score harvest/post harvest activity
(21.07), fertilizer application (19.96), weed
management (19.84), transplanting (19.25),
activity were identified as most difficult and
drudgery prone.
• Mechanized groundnut stripper was
developed to eliminate drudgery, save
time and to reduce labour requirement.
• AICRP-FRM component has presently
established “Resource Center” to provide
labour saving and drudgery reducing tools
and implements to farmers.
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198
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Ergonomics for work improvement and gender equity in agro-enterprises.
Bamboo products enterprise was identified for conducting research under this project.
Bamboo cutting and stripping was found to be the most difficult and drudgery prone activity with higher degree of occupational health hazards.
Green consumerism in home and farm and its impact on family economy and environment.
• Popularized drudgery reducing improved technologies through trainings, demonstration and exhibitions.
• Under Swatccha Baharat Abhiyana Jata, Demonstration of eco-friendly products were organized in collaboration with Zilla Panchayat and line departments.
• A beneficiary from Marewad village has started consumer chemical production enterprise.
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199
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New ad-hoc projects sanctioned to University of Agricultural Sciences, Dharwad during 2017-18
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1.
"Development of consensus genetic linkage map for Gossypium L. Spp. with SNP markers and QLT analysis for fiber traits"
Katageri, I.S. 3 34.09 DBT
2.
"Genetic dissection of heat tolerance using bulk-segregant RNA sequencing (BSR-seq) in groundnut"
Nayak, Spurthi N 3 35.95 DBT
3. "Improving oil quality and productivity through molecular breeding in groundnut"
Bhat, Ramesh 3 59.45 DBT
4.
"DUS characterization using diverse germplasm, released varieties and land races of Roselle or Mesta (Hibiscus sabdariffa L.)"
Naik, Rudra V. 3 18.00 GOI
5. Value chain analysis of cashewnut in Konkan region of Maharastra
Nayak, Mahantesh R.
2 10.00 GOI
6. Evaluation of impact of value chain on cashewnut economic of Maharashtra
Mundinamani, S.M.
6 month 7.00 GOI
7.
Scaling breeding and agronomic management for increasing wheat productivity and adoptation to climate change causing rising temperatures and water scarcity in South Asia.
Naik Rudra, V. 1 27.07 GOI
8.
Development and creating evidence for climate smart agriculture practices portfolies for diversity of farming systems in Karnataka, India
Shanawad, U.K. 3 7.80 GOI
9.
"Identification of Elite types, Molecular Characterisation and Conservation of Highly- traded and Threatened Medicinal Plants in the Central Western Ghats"
Vasudeva, R 2 26.71 GOI
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200
10.
"Field resistance and resurgence of whitefly, Bemisia tabaci (Gennadius) and mites for synthetic pyrethroids and carbamates in cotton".
Udikeri, S.S. 1 9.00 OTH
11.
"Bio-safety Research Trial Level -1 for Transgenic Stacked Corn Hybrids (TC1507 X MON810 X NK603) during Kharif - 2017"
Patil, Sanjay 2 21.00 OTH
12.
"Evaluation of Bio-safety Research Level-1 (BRL-1) Confined Field Trials of Transgenic Maize Hybrids".
Kachapur, R.M. 1 21.00 OTH
13.
"Evaluation of Bio-safety Research Level-1 (BRL-1) Confined Field Trials of Transgenic Maize Hybrids".
Somanagouda,G 1 17.25 OTH
14.
Evaluation of weed control efficacy of glyphosate potassium salt 46 % SL in non crop area and phytotoxicity study in succeeding crop
Hulihalli, U.K. 2 9.62 OTH
15.
"Documentation, Assessment and Biodiversity Management Plan for A. Narrain Iron ore Mine of M/s Vedanta Limited in Chitradurga District of Karnataka".
Rathod, Ramesh S.
1 21.84 OTH
16.
"Standardization of priming techniques in maize for the management of seedling disease, shoot fly and stem borer under climate resilience in northern Karnataka"
Jahangirdar, Shamarao
2 8.77 OTH
17. Butterfiles as climate change indicators - a study in different eco-climatic zones of Karnataka
Patil, R.R. 1 0.60 OTH
TOTAL 335.15
DBI: Department of Biotechnology, New Delhi; GOI: Govt. of India; OTH: Other Funding Agencies.
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201
3.6 � ������6�(?����(��(*�������R���,1����5�@'�\1�,����������6�(�������&��* AMOUNT REALIZED THROUGH TESTING OF AGRO-CHEMICALS / CROP HYBRIDS
(Rs. In lakhs / ��&��N�\1���[V)
5�@'�\ Testing
2013-14 2014-15 2015-16 2016-17 2017-18
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No. of trials/
hybrids �
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No. of trials/
hybrids �
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No. of trials/
hybrids �
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No. of trials/
hybrids �
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Chemicals�167 148.73 121 129.65 144 304.05 133 273.08 200 286.98
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Crop hybrids
193 73.63 231 84.72 138 85.52 101 70.73 132 91.99
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Bt cotton
hybrids
39 39.33 45 42.25 67 76.68 37 41.52 04 4.60
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Implements
12 2.36 28 2.70 - - - - - -
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Demonstrations 10 3.00 09 2.70 - - - - - -
Total h^�? 421 267.05 434 262.02 349 466.25 271 385.33 336 383.57
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4.1: Major achievements during the year�
• ����� ������� � � ������������ 2017-18� ����� ������ ����� ������� � � ����������������� ������ ������ ���� 48� ������������� ����� ��!��"��������� #���$%&�'�(� �) �%���*��+� ��,-�./ 0�&� ��� �1��� ��� ���� .���� ��'������������
19� *��2�������� �1�3� 760� �4�%5������ *���)�� �������������6�����2��������2����7��
• *��*��$ 8����� ��9����::�;����,-�:$ 8�����������<���,-� :��=��9 � >��?@� ������������&� ��?�*��� );��A&� ��?�*��������B����&������������ ���������������&��������B������ ���������������&���,-������&���,-�C�����4�������&�D� �����������*��+���������E�E������4������*�������,-�*��*��$ 8������������� ��9���� 2�/ ��� +��7�
• ��,-������� ����,-�:B�F:� #4����&��; �� 2�-2017���,-�������G�����3�H�% 22�I��� 25, 2017�����������2�J�*��� K� � �����������G� LL64� �,�M� N� ��,-�"OP�,�MQQ� R�H� S��T� ��#�������� ��2�J�*��7�.����� 16�4��?���U�:�DU���(*����&���(*����V���������&����S�&������W������); ���V���X�G7�
• ����� �!����� *���)�� � � ����������� �� ����� ��!�����������13�*���)�� �� ����������������392�:��+��9 � � �������*�����&� "OP�,�M� ./ 0������"�P� I������ ); ���V�� "����� / );���������2��������2����7��
• ������ ������� ��� ��������� �������� ������������� ������� ������ ������� ��� ������� ���������� ����� ������ ���������� ��� ����� !����"# ���������� $%�&� '()***� +� ,� �����-� +���������.�/0�+�1/� �������� ��������2��� 3�1����� ��4�5�����6�����78�9*':�������;<�
• DAESI (Diploma in Agriculture Extension
Services for input dealers) : programme has
started (one day in a week for 48 weeks) under
SAMETI (N) from last year (March 2017-18) in
collaboration with MANAGE, Hyderabad and
Dept of Agriculture, GoK. Totally 760 input
dealers in 19 groups were benefited during the
year 2017-18.
• Extension activites to transfer technologies :
Different ToT centres have conducted Field
days, Exhibitions, Radio programmes,
Krishimela, campaign, Kisan melas, group
discussion, to transfer and popularize the new
technologies.
• Krishi mela-2017 of UAS, Dharwad, farmers
megha festival was organized from 22nd
to 25th
September, 2017 with theme “Jala Vruddhi –
Krishi Abhivruddhi” more than 16 lakhs farmers,
extension workers representatives of NGOs,
government officials of other stake holders
participated in the event.
• Training programmes Under SAMETI (North):
Under this, 19 Training programmes for 392
extension functionaries of development
departments were organized by Directorate of
Extension.
• Raita Chetan Help Line: Rita Chetan Help Line
is functioning in main bulding of UAS, Dharwad.
All the specialists are involved in this
programme. Total farmers calls up to March,
2018 were 17,274.
203
������������������ ����������������� UAS, Dharwad Annual Report : 2017-18�
• +�>? ���"#� ����@A� ������B� � ������ �� ��C������� 3�D���� ���E������ F��+��� ��������� � 3�C�� ���+����� �� AC+������@A� 3�4� ���G�� � +�>?H� �� �%��1+�H� 3�E���� �� �3��� ���� � +�>?� �E�0����G �����2��� IJ��K���4��AB���L)����1 ������M-������ �����������AB���L)�+�G��N�I�1)�� +�B�� ��IJ�8��"#�����@A��� �� ��������������� �� ������� O�IJ����AB��L��<� P� �� ��������1�G�� �QC��R7)� �������I��7� ���� � IJ�������+�8����� +�>?� ��� ��CG ������ ���IJ����0��"#� ���J��+�>?� ������ +�� ��C������ +�>? ���"#� � ����@A� ������B�� �������� ��C������������ !���3�D������� ��J�0��� ���E������ F��+�S� ��� �����1��� � +�B� ����@A �����.���4�5����AB��<��
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• ������� IJ��K� �� ��W��� 3���W\C�� \C�<����� ��C� / �7�O�J��+�U���)�VG]���J�1�� �)���V�B���������+�>?������� +�� ��C)� �V ���3����+�,� IJ��K� ��[� ���� �������� �������� ������ ����>A� +� ���8+�C�������.�_��`K/�����<��
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• 3�C��A3�������������� AC+��c�e�,��������.������������1�����G�f����� ����I��A������� +�>?���B��T��\+�U�� +�� ��C)������J� �����"#� g3�C��A3���� �������� �� AC+��c�e�,��������.� ������ �����1��� ��G�f����� ����I��Ah�+� ���8+�C�������� ��� G+�� ��� ���� !������ ����I��A�+� ���8+�C�������.� !� +�� *9<''<9*'()� 'i<''<9*'()�9(<''<9*'()� *9<*9<9*':)� 9(<*9<9*':)� *j<*b<9*':�c���� !����� ���� +���� ��X5�S����� ������B� +�U���C�IJ��K������.�c �� �Z�5�����B<��
• ������ ������B� I�� +7� O!k+�1����� ����8� �IJ�� �� ������������B� I�� +7� O!k+�1����� ����8� �IJ� �����.� +�>?�������+�� ��C)������������K& ���"#�O �� �Z�5�����B<�������B� P� +� ����8������"#� ���������� i*� ���������IJ�����@/��L���<�
• � +�G���� /!l� +� ����8+�C���� �� ���J�� +�>?� ������+�� ��C����"#� c��1�5���� � +�G���� /!l�+� ����8+�C�����"#�c �����Z5�# �����+�e��&�V����������)����������@�� ����������� � ������+�����IJ�����@/��L���<��
• Text messages through ICT in agriculture: For
technical guidance, farmers use to visit State
Department of Agriculture/ Horticulture/ Animal
husbandry / State Agriculture Universities, which is
time consuming, difficult to get information in-time
by which farmers failed to harness the benefits. By
using the electronic media, text messages are sent
in-time for need based farm operations in
collaboration with Ministry of Agriculture, Govt. of
India in different KVKs.
• IDM in pomegranate In demonstration of
(Bacterial blight management) farmers got the
net returns of more than 2.5 lakh compared to
0.9 lakh in farmers practice and IDM model
developed by the UAS, Dharwad is fastly
adopted by all pomegranate growing farmers.
• Dignetories visit : Padmashri Shri.Rajendra
Singh, President Jalbiradari Scoiety, Rajashthan
visited KVK, Vijayapur and inaugurated Pre-
Kharif Awarness Programme.
• “Ultra high density planting of mango” training
programme conducted at AEEC, Mudhol in
collaboration with Ranna Savayava Krishi
Pariwara, Mudhol.
• Technology transfer from progressive farmers to
other farmers: Technology transfer from
progressive farmers to other farmers
programme was organized at AEC, Mudhol.
Conducted three days special training on
02.11.2017, 14.11.2017, 27.11.2017,
02.02.2018, 27.02.2018, 09.03.2018 and also
conducting Progressive farmers field visits.
• Farmers and bankers meet: Farmers and
bankers interaction meet was organized at KVK
Hanumanamatti
• SankalpaSe Siddhi : Different KVKs organized
SankalpaSe Siddhi programme in their
respective districts. Large number of farmers,
farm women and youth participated in the
programme.
204
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• ������� 3�C�J����� AC� \C�� ���� ��C� �� �! �����1 ���� [� +�>?� ������ +�� ��C��� O[��G�#� ������� IJ�� ��!� +�� '(��� �����78� 9*':� �� ���� +�>?������+�� ��C)� � [ ���� O[��G�#� ������� IJ�����.�������� 3�C�J����� AC� � � \C�� ���� ��C� �� �! ����������[ �� �+��m��7n������� �����_��`K/�����<�
• �J�����4�� Z5�# ���� Q�%d����+�U �����.� +�><�<�<�+�� ��C����e� ������V���������W+� [�����B��<�
• +�>?� ������ +�� ��C)� �J�����4���N� g+�>?+����)� I�� +7�O!k+�1������ ���� � �5���� O!k+�1����� �����������o� �IJ�h� �����.� !<� ':<*(<9*'(� �� ����p3�8[�5�����B<�P��IJ� ���"#� ���������� qj����������IJ�����@/��L���<��
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• +�>?� ������ +�� ��C)� �J�����4���"##� /47� ��I7� �� �V� ���[� 9q<9q� Q0 R�57� [ZZ�d9� ��2 ����������)�9q<**�Q0 R�57�[ ����d'���2 ����_���L)�'Y:�Q0 R�57� ��Qdj9':� ��2 ���� +�4�5�� ���� � bjb<**�Q0 R�57� ��Zd''� ��2 ���� +�4�5� �����.� ��������+�U���C����"#� ]��� �������� ����4�5����� ���� � +�>?������� +�� ��C���+�U���C��"#� '*<**�Q0 R�57�[a7]d9'� ��2 ���� � � ����O����� ���� � 'Y<**� Q0 R�57�[4�F #c�7d'q9� ��2 ���� �� �!k� ]��� ������������4�5����<�
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• Paid training programme : Paid training
programme on goat and sheep rearing was
organized at KVK, Bagalkot and more than 150
farmers participated voluntarily and about 25%
farmers have adopted this entrepeneur
programme. Further, 09 city dwellers
participated in paid training on urban horticulture
for the 03 days.
• Krishi Unnati Mela : On 17th March, 2018-On the
eve of “Krishi Unnati Mela” and “Biannual
conference of Krishi Vignan Kendra’s of India
organized by Ministry of Agriculture and
Farmers welfare at New Delhi on 16th&17
th
March, 2018, the Hon’ble Prime Minister of India
Shri. Narendra Modi graced the occasion and
layed foundation stone for the newly established
Krishi Vignan Kendra, Indi.
• The specialists of AEEC, Dharwad conducted
pest survelliance in Dharwad district.
• Krishi Vigyan Kendra, Dharwad has organized
“Farmers, Bank Officers and Department
Officers interface meeting” on 18.07.2017.
About 69 farmers participated in the meeting.�
• Krishi Vigyan Kendra, Dharwad has organized
three paid and vocational training programmes
farmers and city dwellers on “Sheep and goat
rearing” (20-21 June, 2017), “Terrace
gardening” (24-25 July, 2017) and “Integrated
animal husbandry practices for profitable dairy
farming” (12-15 September 2017). About 112
farmers/ farm women/ city dwellers participated
in the training programmes.
• Krishi Vigyan Kendra, Dharwad has taken seed production of 26.26 q of greengram variety DGGV-2, 26.00 q of Blackgram variety DU-1, 158.00 q of bengalgram variety JAKI-9218, 393.00 q of bengalgram variety JG-11 under seed hub project at farmers fields and seed production of 10.00 q of Soybean variety DSb-21 and 15.00 q of Wheat variety DWR-162 at KVK farm. �
Extension Activities/ «¸ÀÛgÀuÁ ZÀlĪÀnPÉUÀ¼ÀÄ
Agr icul tura l In format ion Corner was inaugurated at Gadag by Dr. H. Basappa, Director of Extension, UAS, Dharwad.
UÀzÀUÀ£À ¥ÀjPÀgÀ ªÀiÁgÁl ªÀĽUÉAiÀÄ°è PÀȶ ªÀiÁ»w PÉÃAzÀæªÀ£ÀÄß GzÁÏn¸ÀÄwÛgÀĪÀ qÁ. ºÉZï. §¸À¥Àà, «¸ÀÛgÀuÁ ¤zÉðñÀPÀgÀÄ, PÀÈ.«.«., zsÁgÀªÁqÀ.
Greengram field day and visit to farm trial was organized on 04.08.2017 at Shyagoti village Gadag.
ºÉ¸ÀgÀÄ ¨É¼É PÉëÃvÉÆæÃvÀìªÀ ºÁUÀÆ PÉëÃvÀæ ¥ÀæAiÉÆÃUÀ «ÃPÀëuÉ PÁAiÀÄðPÀæªÀĪÀ£ÀÄß ¢£ÁAPÀ:04.08.2017 gÀAzÀÄ UÀzÀUÀ£À ±ÁåUÉÆÃn UÁæªÀÄzÀ°è K¥Àðr¸À¯ÁVvÀÄÛ
Shri. Devendrappa H. Goneppanavar, inaugurated 3 days farmers training & delivered speech
¢£ÁAPÀ 20 jAzÀ 22 r¸ÉA§gï 2017 gÀ ªÀgÉUÉ £ÀqÉzÀ gÉÊvÀ vÀgÀ¨ÉÃw PÁAiÀÄðPÀæªÀÄzÀ°è PÀȶ ¥ÀArvÀ ²æÃ. zÉêÉÃAzÀæ¥À à ºÉÆ. UÉÆÃuÉ¥Àà£ÀªÀgÀ GzÁÏn¹ ªÀiÁvÀ£ÁqÀÄwÛgÀĪÀÅzÀÄ.
Training by innovative farm women on skilled development was organized from 27 to 29th October, 2017 at AEEC, Gadag
UÀzÀUÀ£À°è 3 ¢ªÀ¸ÀUÀ¼À P˱À¯Áå©üªÀÈ¢Þ vÀgÀ¨ÉÃwAiÀÄ£ÀÄß gÉÊvÀ ªÀÄ»¼Á «eÁÕ¤UÀ½AzÀ ¢£ÁAPÀ 27 jAzÀ 29 CPÉÆÖçgï 2017 gÀ ªÀgÉUÉ K¥Àðr¸À¯ÁVvÀÄÛ.
Extension Activities/ «¸ÀÛgÀuÁ ZÀlĪÀnPÉUÀ¼ÀÄ
Integrated crop management in little millet
¸ÁªÉ ɼÉAiÀÄ ÀªÀÄUÀæ ¤ªÀðºÀuÉ
Integrated crop management in foxtail millet
£ÀªÀuÉ É¼ÉAiÀÄ ÀªÀÄUÀæ ¤ªÀðºÀuÉ
Integrated crop management in proso millet
§gÀUÀÄ É¼ÉAiÀÄ ÀªÀÄUÀæ ¤ªÀðºÀuÉ
Demonstrat ion of onion variety Bhima Super
©üêÀiÁ ¸ÀÆ¥Àgï vÀ½AiÀÄ G¼ÁîUÀrØ ¥ÁævÀåQëPÉ
Extension Activities/ «¸ÀÛgÀuÁ ZÀlĪÀnPÉUÀ¼ÀÄ
FLD on Black pepper (In-situ Grafting on Hipli
to combat slow wilt in Black Pepper)
PÀj ªÉÄt¸À£ÀÄß »¦èAiÉÆA¢UÉ PÀ¹ ªÀiÁqÀĪÀ ªÀÄÄAZÀÆt ¥ÁævÀåQëPÉ
FLD on mechanized Paddy Transplanting(Manki-Hunnavar)
AiÀiÁAwæPÀ sÀvÀÛ £Án ªÀiÁqÀÄ«PÉ ªÀÄÄAZÀÆt ¥ÁævÀåQëPÉ
FLD in Paddy (Introduction of High yielding and Flash flood tolerant rice variety Maudamani
C¢üPÀ E¼ÀĪÀj ªÀÄvÀÄÛ £ÉgɺÁªÀ½ ¸À»µÀÚ ¨sÀvÀÛzÀ vÀ½AiÀÄ ªÀÄÄAZÀÆt ¥ÁævÀåQëPÉ
FLD in Blackgram (DU-1)
G¢Ý£À ¨É¼ÉAiÀÄ°è ªÀÄÄAZÀÆt ¥ÁævÀåQëPÉ
FLD in Groundnut (Introduction of New Variety in place of TMV-2)
ºÉƸÀ vÀ½ ±ÉÃAUÁ ¨É¼ÉAiÀÄ ªÀÄÄAZÀÆt ¥ÁævÁåQëPÉ
Extension Activities/ «¸ÀÛgÀuÁ ZÀlĪÀnPÉUÀ¼ÀÄ
Group discussion with farm women of Kakol village
PÁPÉÆüÀ UÁæªÀÄzÀ°è PÀȶ ªÀÄ»¼ÉAiÀÄgÉÆA¢UÉ UÀÄA¥ÀÄ ZÀZÉð
Millet exhibition-Haveri
ºÁªÉÃjAiÀÄ°è ¹jzsÁ£Àå ªÉÄüÀ
Training programme for Doubling the
Farmers Income on 27-28.02.2018
2018gÀ ¥sɧæªÀj 27-28 gÀAzÀÄ gÉÊvÀgÀ DzÁAiÀÄ ¢éUÀÄtUÉƽ¸ÀĪÀÅzÀgÀ PÀÄjvÀ vÀgÀ¨ÉÃw
Celebration of World Soil Health Day at KVK- Bagalkot in collaboration with Dept. of Agriculture
P À ȶ E¯ÁS ÉAi À Ä ¸ Àº ÀA i ÉÆÃU Àz ÉÆA¢U É ¨ÁUÀ®PÉÆÃmÉAiÀÄ PÀȶ «eÁÕ£À PÉÃAzÀæzÀ°è «±Àé ªÀÄtÄÚ DgÉÆÃUÀå ¢£À DZÀgÀuÉ
205
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• ��� ������ ���� �� ������ ��� ���� ���� �������� ��� ������ ���� �� ������ ��� ���������� �� ����� �� �� ����� ������ ���� !������� ���"���#�$ �%��� �%�&�'�($)*+��,&�'��-&� �� .+� ��+��-'���/01�2 ���#���%3�+� �")-��#���%$4����+� �� .+�5�� +�4%6��%�7� �� �����#�� 8!%9� ��+� �")-��#���%3� ����� 0:�;��� �)�<�'�� <=� ��>�<�?@�/�($)*����-+�%A�� 8!%9� ���� .+�� B� .+���%C#�(�% �%�+� �")-�(�%?@�"=����CD<�E �%���
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• Under the sponsorship Karnataka State
Department of Agriculture, Bengaluru, Krishi
Vigyan Kendra, Dharwad has organized 4
training programmes of 3 days each on
“Technology transfer from progressive farmers
to other farmers” from 22-24 November 2017, 7-
9 December 2017, 13-15 December 2017 and
20-22 December 2017. Total 129 farmers/ farm
women participated in the training. �
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206
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4.2.����������������� ���������������� ���������������������������������� ����� !��"�#����$���%�4.2 Technology transfer and Assessment (KVKs & AEECs)
������������������!"�#�$���Method Demonstrations
���%�&��Sl.NO
��&����!"�#����������!"�#�$�Technology Demonstrated�
'��"���()��������%�&*!��No. of Partici pants�
'!#!�Crop�
��+,���$�Impact of Demonstration�
1. :.0��� ����$�G ���#�%��%+�%A�:.0���H?)�<=�'��I�����<��J)K��#��L&�M� ��
60 +$��5��%+�%A���>����
+$��5��%+�%A���>���(�%?@��$ ���% $)���N� O�P�
Seed treatment with biofertilizers and biofungicides
Redgram, Bengalgram
Wilt management in redgram, and chickpea
2. $)O��������#��Q#������ 42 +$��5��%+�%A���>���
��R%�$ ���<��N� O�P��
Installation of pheromone traps
Redgram, Bengalgram
Effective management of podborer
3. "$)>$ ��S�0%I�'T�+��(�(�5��� 31 <�U�"��%+�%A�?�"�
���%�L+�V<����M�W��%+�%A� $)���N� O�P�
Preparation of Borodeux mixture
Pomegranate Lime
Less cost of production and disease management
4. �%W� �Q%���(��P M�$)&) W���%SXY �$ ����" ��%�<�% �
10 ���% �� ") �%�����(�%%��N�% #�%��#��M�!N� O�
Metarizium anisopliae soil application
Sugarcane Root grub infestation reduced
5. .:$)I�(�%��N���$� ��J����� �Z��% ��:.0 ����$� ���<� �I):$)&�L� ���
6 ��>��� �� ��[2�+���P�\� �� .+� �%�] �+��-'��+�(�%��%3�P#��� D� $�� �%+�A ��
Seed treatment with Rizobium and PSB
Bengalgram This technology adopted by more than 200 farmers
6. ��I ��?@� ����( �%�M�!N�O���+�^ J^����%A��#� ��_3�G)`�'���T��% 0���P S% *)0��#���#� ��
50 ���% � �� ����$2�P�\� �� .+� �%�+�^J^ ����%A��# ���%3�� �T��4% �PS%* )0��#��� %3��#���% -A< �E ��
Trash management in sugarcane
Sugarcane More than 200 farmer being used compost culture
7. ��%��a�b,% ��&�'+� [c��–���� �5�<����������#�?@����
30 ��>��� �� ����$2�P�\� �� .+� �%�P#��� �$��<�E �� �
Nipping in ChickPea – 35 to 40 days
ChickPea More than 200 farmers have adopted
8. :.0���[),��H�� ��d%, .*�(�% �e��#�D��$OY �N�%#�%0� ��M�! N� O���
10 ���% � �� ����$2�P�\� �� .+� �%�] �+��-'��+�(�%��%3�P#��� �$��<�E ��
Use of meterrizium for control root grub
Sugarcane This technology adopted by more than 150 farmers
207
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9. :.0����$ � ��N���$ �:.0� ��PS%*)0��T�<��I ):$)&�L� � �
10 �$ )�(�(�P� � �� ��J��� .+� �%�]�+��+�':�;�����%3�P#��� D� $��<�E ���
Seed treatment with Biofertilizer and bio-agent
Soybean This technology adopted by 250 farmers
10. ���%��'�"#�M�! N�O��%$ 4���f��$ )D��?@�[),��#�%�� $ )����#��&�5O��%� �5�N�+$ )g��&$)1�� ��H���#��M�!N� OQ% �<��NaV ����#�% �5����% h� !<���� i�&�'+� [ c��
02
f��$)��% � P�\����#�% �5��%+�% A�[), ��H�����#��L�V� ��%3�KT��% �b<� %���]�+��+�':�;�� ���%3�Dj)��5D<�E � �
Management of pests, diseases & nutrient for higher yield potential in cabbage through ICM
Cabbage High yield and saving of pesticides cost. Farmers Accepted the technology
11. ���%��'�"#�M�! N�O��%$ 4���%�2:$)#�<�? @�� �%�����>� ��$ �(�%% ��N�%#�% ��f��P����(�5� $)����#��&�5O��% ��5�N�+$)g��%+�%A�&$)1����H���#��M�!N� OQ% �<��NaV ����#�%�5� �Z�&�'+� [c���
02 %�2:$)#���
8#k�(�% �"#�� SX� ��P�\� ���#� %�5�&�>�(�%�N�%<�% �f�<�% �-T�(�%�N�%<�Z<���]�+��+�':�;�����%3� .+� �%�Dj)��5D<�E � ��
Demonstration on management of Maize Shoot/Stem borer , Blight and nutrient for higher yield through ICM
Maize
good vegetative growth, High yield and Accepted
12. ���%��'�"#�M�! N�O��%$ 4���N$�����>���+�T�*I f�(�� ����i� �%+�%A�NaV����#�% �5�4��cS<���� i�&�'+� [c��
02 ��>����
P�\����#�% �5��%+�% A��(�% �+$')&��� �S��#�� �%3��#�D �"#���W��b��(�>�4%��($)�� �
Popularisation of Chickpea variety GBM-2 for higher yield through ICM
Chickpea High yield and suitable for mechanical harvesting
13. .:�;M� ��Z�� $� ����T��% ����%5+�%�&�<�l-�&�'+� [c� �
6 �$ � �� ����[2�+��P�\��� .+� �% �]�+��-'��+�(�%��%3�P#��� D� $�� �%+�A �
Method demonstration on scientific composting
Compost More than 100 farmers being used composting culture
14. f N�%#�%��$� ��K+�U<� ����%5+�%���j���N��(�%���% �&�%�� T��&�<�l-�&�'+� [c��
16 f N�%#�%�$� � � � ��[2�+��P�\��� .+� �% �f N�%#�% �$ � �� K+�U�� �%-A<�E �
Method demonstration on vermicomposting to SHG members
Vermicompost More than 50 farmers are practicing vermicomposting
208
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15. .:�;M� ��Z�� $� ����T��% ��N���%��%#�M) �%�� $�(�%%@� �L�����%5+�%�&�<� l-�&�'+ � [c��
34� �����+�^ J^B�-&U��$ � ��N���$ ��%�M)��$ � ���
����[2�+��P�\��� .+� �% �]�+��-'��+�(�%��%3�P#��� D� $�� �%+�A �N�� � $�� ��[2�+��P�\��� .+� �% ��%#�M) �%������'N� O��(�>�% -A< �E �
Method demonstration on scientific composting methods and rain water harvesting structure
Farm residue/FYM and RWHS
More than 100 farmers are practicing scientific composting method and more than 25 farmers are conserving rain water
16. N.��%� �5��:� ��% � �% ��# �?@�N$ �&� � �4�I�* )0 ��#��M�(�% �+�'S� �2Z�:���%� �%��#� �"��%3N�%5�(�%�%)��&$) � ���<�'� S<��K&��($)Z��%��&�<�l-�&�'+� [c��
23� N.��% � ��� %��#�% � N.��%� �5��:� ��%� �%��# �?@�N$ �&� ��4�I �*)0��#��M�(�%�+�'S��2Z�:� ��%� �%��#��"��%3N�% 5�( �%�% )��&=$ ) � ���<�'� S�b����%�01 ���5�( �(�Z<�%E�����&�$ S! �L)+�5�����N��(�% ��5�( �(�Z <�
Method demonstration on use of pour-on solution on backline of ectoparasite infested dairy animals
Dairy animals By the demonstration on use of pour-on solution on backline of ectoparasite infested dairy animals resulted in complete recovery and reduced the toxicity of the animals
17. ��%5��#�?@�J�+�% ���H�� �<���#�� �(�%�&�<�l-�&�'+� [c��
22� ��%5� M�(�%0% +��Z�J�+�%�� �H��� <��K&��($)����<��00<=�� $)���� �%0� �&�' �(�S����% ��(�(�Z<�%Ed��me���%5�(�% �<)N� <��Dn-�(�%%�K+�A�%�$��< �
Method demonstration on deworming in sheep
Sheep Regular deworming resulted in reduced incidence(10%) of diseases and improved the body condition score
18. H)����� �Q %�N�5�(�%%���( �%�+�'<��&�<�l-�&�'+� [c��
15� H)����N�5�( �%%���(�%�+�'�
����[2�+��P�\��� .+� �% �H)� �����Q %�N�5�(�%%���( �%�+�'���%3��#�D�H)������Q% �N�5�(�%4 %�K&��($)ZD�$#�%k-A<�E �
Method demonstration on groundnut decorticator
Groundnut decorticator
More than 100 farmers are using groundnut decorticator for dehulling pods
19. ��% �[ c+��6)>� �H�����#��D�&� �O�N���$� ���cO�+�_���K>�% &�%��# ���#�����%5+�%�&�<�l-�&�'+� [c��
63� ��% �[ c+��6)>��H�� ���#��D�&� �O �
o ��[ 2�+��P�\� �� .+� �% �6)>��H�����#��D�&� � O��(�>�% �� �� ���cO�+�_� ��K>�%&�% ��#���#�� �(�%��%3��(�>�% -A<�E �
Demonstrated use of protective cloth, usage of pesticide spray solution and method of spraying
Protective pesticide spray
More than 85 farmers are using protective cloths during pesticide spray
209
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20. %)�b������'N� O�(�%�&�<�l-�&�'+� [c��
10� %)�b� % )�b������'N� O�(�%�&�<�l-�&�'+� [ c�Q% �<��� �J��� .+� �% �% )0����$ �+����% �(�%<�?@�% )�b������'N� O��(�>� % -A< �E �
Method demonstration on fodder storage
Fodder Demonstration of fodder storage helped 5 farmers to store the fodder during scarcity
21. �$)T��#�? @��$[ R��($)��9W���#�� �(�%�&�<�l-�&�'+� [c��
20� �$)T� �$ )T��#�?@��$[R��( $)D���&�' �(�S���% �(� �%�� �m� �1�%9 ���� %�(�(�Z< �
Method demonstration on usage of coccidiostat in poultry
Poultry farming Demonstration on use of coccidiostat reduced the incidence (25 %) of coccidiosis in chicken
22. P:$)��@�K+ �U<�� �N���$ ��#�� �(�%�&�<�l-�&�'+� [c����
22� P:$)��@� P:$)��@���� %�L� V<��&$ 'g)��"=�5+��/N� ��Z<�%E � .+�����%%<��(�%�2�P��%� �$4�Z<��
Method demonstration on azolla cultivation and its usage
Azolla Demonstration of azolla cultivation helped the farming community to use as a low cost protein rich feed
23. ")#� �#�% �"#� �#�?@�I):$)&�L� �<��&�'+� [c��
10� K<�%E��N�� �% � $)���%% ��A�N�� �$�/ $ )�� ��+��"#��
Demonstration on seed treatment in pulses
Blackgram, greengram
Disease free and Healthy crop
24. H�% �p�( �%?@�I ):$)&�L� � � 22� H�%�p� H�% �p���>q ��$ #� $)���b��o���m �M�<��� ��r�m ��2�� T�% %s�Z<��� .+� �%�]� $)���2���$ ��A�t1��\ ����>�%�$ �>� �%��
Ginger seed treatment Ginger Incidence of Rhizome rot was greatly reduced from 18.22 to 10.67 per cent. Farmers are came to know about effective chemical for rhizome rot management.
25. ���!� �>�*�(��K&��($)ZD�"=�+�A<��I):$)&�L� � �
49� "=�+�A� / $�� ��+����D��#�% ����D�� %��N��+�<�?@�"�[ $)�����%3��&�5O��%� �5�(�(�Z�N�+$ )g ��(�>���Z<�� �
Paddy seed treatment with carbendazim
Paddy Healthy seedlings, Blast disease incidence was effectively managed at nursery stage
26. &=�$@"���(�( �%.>��K&��($ )ZD�P �Z���I )J<� �K&�L � � �
10� P ���% � &� �"=�� �c����( �%%"@�( ���$ �����%3��/ ��I\� ��N��+�<�?@���m �� ��$�&�5O��%� �5�(�(�Z�N�+$ )g ��(�>���Z<�� �
Brood lac Seed treatment with flubendiamide
Lac Management of Eublema predator to the extent of 45% at early stage
210
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27. N�SXY���� $S��#��$)N�� �����P#�����
4� &�&�U�(�%� N�SXY���� $S��#��&�5�� ���3 )C�N���$�&�5O��%� �5�M� !N�O��
Installation of fruit fly traps Papaya Effective and eco friendly management of fruit flies
28. NaV���&�'�(� S<�?@� ���% )�b �+��( �(�5��
8� ���% )�b � ")D��(�%?@�N�D �%�% )0 ����$ �+�M)Z��4% �K&��(�%%� �A�+��+�':�u���� .+� �%�P #� ��D<�E ��
Large scale silage preparation
Silage Very useful technology to combat green fodder scarcity during summer. Many farmers are adopting this technology. 29. PS"Q% �<��&�4 ^�N���$�
�%�L�$5�+��( �(�5� �0� PS" � .+���%C# �( �% �%�P S"��#� D�
� �<� ��#���%3 ��(�>�4 %�P5+� � %�� Preparation of mushroom
curry and Manchurian Mushroom Farm women learnt the
methodology of various products preparation by mushroom
30. �%S%Y��( �<�5�&�<� l-��#�% � 7� �%SXY ����(�<�5 � P�)��� .+� �%�����0��)����2�"=)g�M)��+��%_��c)+�'��#���%S%Y�&� 5)�c��(��D��%S%Y�/ $)�� �a)g��#���%3�&�><�%� $�� �%+�A �� �
Soil sampling methodology Soil sampling After demonstration Farmers visited the KVK and tested their plantation soil to know the soil health status
31. �.M���N�%#�%� �#��M� !N�O��01��&�1 �S�+��(�( �5� �
� "=�+�A� o ����m� �1�%9��.M���N�%#�%� � #��&�5O��%� �5�M� !N� O �
Preparation of poison bait for Army worm management
30 Paddy Effective management measure against army worm up to 80-90% 32. �.�$)�a)4��#���%3�
K&��($ )ZD� ���% )�b�+��( �(�5��
21� ���% )�b � ")D��(�%?@�N�D �%�% )0 ����$ �+�M)Z��4% ���%4"=��K&��(�%��P�)��� .+� �% ��.� )J�+��+�':�;���P#��� D�$�� <�E ���
Preparation of silage in silage bag
Silage Best solution to the green fodder scarcity during summer. Many farmers have adopted the technology.
33. ��&=�!��$)6���&�% ���# �D�N���% ��#�? @��L�V4 %�"��b�&�+AN� L�%V0� �
4� N���% 0����L�V4 �"��b �
��%4"=���P-�� ��%�sa!���N���$�K+ �A�%�&= �?+��H��M)>��4@�+��+�': �;���� .+� �%�+�)�+��%_� ��� %��#�?@��L� V4% �"�0���& �+A� N�L�%V�H�� �A �Z<�E ���
Surf field mastitis test Mastitis test Easy, low cost and good result yield technology. Farmers are able to self test the existence of the disease in their dairy animals.
211
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34. f��� <�%�-��%3��N�%#�%�N���$��$U)>$)&9 ��[)>�� #��"�<=�(�%�4 ��cS��#�% �N���$�D�&� �O��&�<� l-��#�% �
31� H)���� [), �"�<=�(�%�4��cS��# ���%3����>�%C��(�% 4%� .+� �%�H���A �Z<�%E���$��A�D�&� � O�( �%��%3��.�$#�%k-A<�E �
Damage symptoms of leaf miner, spodoptera and spraying techniques
Groundnut Disease and insect damage known to farmers and management measures are taken accordingly with correct spray solutions
35. W'v.� $>��(�!��<��] �%Tk��I)J<��I ):$)&�L� � �
50� ] �%Tk� �% SXY M�<��N� �>�%�� $ )���� #��M�(�%�+�'S�� ���'�B��*�I)J�2�I):$ )&�L� ���<�����!��> .*�(�%���%+�%A����'�B &�'-���*��I)J�2��&=�$^ :)5�(�%���% -A+� �� $)����#� %�N� �>� %� <���%3��� �&�'-H�+��M�(�%�+�'S� 2���N���5�
Onion Seed treatment with Trichoderma�
Onion Soil borne disease are less by applying 5g/kg carbendazim 2g/kg pseduomonas Diseas: Fusarium Rhizoctonia rot 25-30% were less.�
36. P:$)��@�� ��� � 50� P:$)��@� +��%_��c)+�'<�?@����� .+� �%���j�(�% ��P#��� ��(���$ ��<�E � �
Azolla Cultivation� Azolla� 100 farmers adopted azolla cultivation�
37. J4���� �+��-'��+ � 250� �$ )0 ��:$)#�� +��%_��c)+�'<�?@����J��� .+� �% �P#��� ��(���$ ��<�E � �
Hydroponics� Maize� 50 farmers adopted this technology�
38. f �$ � ��K+�U<� ��+ ��-'��+� 300� f �$� �� .+� �%�+��%_��c)+�'<�?@��r��� ��[j���$� ���%3��( � �,��(�>���Z<����
Vermicompost production� Vermicompost 161.50 qt of vermicompsot sold to farmers�
39. f J4�K+�U<� ��+��-'� �+ � 50� f J4� .+� �%�+��% _��c)+�'<�?@���j�(�% ��P#��� �Q% �<���#��5�(�% ?@�H)���� �1 �%9�NL�V#�����>�%��� �% +�A< �
Vermiwash Production� Vermiwash� 20% increase in yield enhanced as per the farmers feedback�
40. f��� <�%�-��%3��N�%#�%�N���$�[)>��#��"�<=�(�% �4��cS� �#�%�N���$�D�&� � O��&�<�l-��#�% �
31
H)���� [), �"�<=�(�%�4��cS��# ���%3����>�%C��(�% 4%� .+� �%�H���A �Z<�%E���$��A�D�&� � O�( �%��%3��.�$#�%k-A<�E �
Damage symptoms of leaf miner, spodoptera and spraying techniques
Groundnut Disease and insect damage known to farmers and management measures are taken accordingly with correct spray solutions
212
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41. J4�� ����`�,��<��K&��($)��� 5 %)�b� ��%�( � �%����J��� .+� �% �+��+�':�;���P#���� $��<�E ���
Demonstration on use of Hydroponics unit
Fodder 11 farmers have adopted the technology.
42. :.0����$ � ��N���$ �:.0� ��PS%*)0��T�<��I ):$)&�L� � �
15 +$��5� �)�<�'<�����(�% !�^ 6A�(�%?@ �% ��o ����$2�NL�%V� .+� �% �P#��� D� $��<�E � �
Seed treatment with bio-fertilizers and bio-agents
Red gram The technology was adopted by more than 80 farmers in the operational area
43. N�� �%�" #�(�%?@� ��� C) �%��[),��#��M�!N�O���0%>� ��$@)6'>�M�<��I):$ )&�L� � ��
85 N�� �% � <)G��)4 �R��&�'+� [c��M)�<�E5�<��[),��H�����(� �,��(������ �1�%9�&�'+� [c���#���%3��.�$�� <�E �
Management of sucking pests in greengram through seed treatment.
Greengram Upon method demonstrations, DAESI dealers sold this chemical & advised farmers for taking up seed treatment.
44. W'v.� $)>��(�!� .:$)I�(�%�(��N���$�P:$)DU54�%�PS%*)0��T�<��I ):$)&�L� ��
25 +$��5��%+�%AA�C���5�:$)#��
�)�<�'<��� ��(�% !�^ 6A�(�%?@ �% ���� ��� �$2�NL�%V� .+� � %�P#��� D� $��<�E �
Seed treatment with Trichoderma, rhizobium, Azospirillum cultures.
Redgram and Rabi Jowar
The technology was adopted by more than 450 farmers in the operational area.
45. C��� �% �:$)#�<��+�T��#��&�5G)4���
3
C���5�:$)#���� ��%<=�5+��f ��60��� ���+�T �(�%? @���� %�&�'�(�S<��� �&�%U�� ��>� ��$ #� $)���N�� �%�% )�b�N�D �Z �% +�A<�� �
Assessment of rabi sorghum varieties
Rabi Sorghum Variety SPV-2217 was found tolerant to charcoal rot disease and exhibited stay green nature
46. �$<�%� $)���2���%<=�5 +��� W�SX�+�T��#��&�5G)4��
3 �W� SX � �+� �+�TZ�+��&�$ ���&�'��-�+�T�(�%%���M1�w��$<�%� $)���2�+�%+�AZ<�%E�d����%O��� �e�P�\� ���#�%�5�M)>�4%���N���5�(�(�Q% +�%��
Assessment of green pea varieties for powdery mildew
Peas Pusa pragati variety recorded least values for powdery mildew disease reaction and higher yield compared to other varieties
47. ] �% Tk���) �#�f��% LV� $ )���N���$�x'& �R�� �%D�(�%�M�!N� O ��
5 ] �%Tk��� ���%&�!� ��6)>���H�����#���#��Q %�<��[),��%+�%A� $)����#��"�<=�(�% ��N�+$ )g �(�(�Z��#�%�5�( �%?@�N L�V#�����>�%� ���<�
Thrips & purple blotch management in onion (K)
onion Application of suitable pesticide timely helped to manage the thrips and pathogens and inturn increased the yield
213
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48. �$ )0 ���:$)#�<��� c)+�'< �?@�4`�%�&$)1����H���#���$ �+����%S%Y��%+�%A�D�&� � O��%$4� ��4` �%�&$)1����H���#��&�$ .� �
2 �$ )0 ���:$)#�� 4`�%&$ )1 ����H���#���#�� Q%�<��+��(�%�K<�E ��P��4� N���$� ��#�%��#����� �NL�VZ<�%E�K+� A�%��#�% �5�M)�<��
Response of Soil and foliar application of micro nutrients (Zn, Fe & Bo)
Maize Increase in yield of 16.29 % in TO3
49. */ �* ��o� ��+$��5�+�T�(�%��(y4^�(�&�������
5 +$��5� */ �*�o ���f�<=��� <����+�' ��% <=� �% ����M1�w��&�>���$) S�N�M ��� SY�Dj)��N�!�
Assessment of Pigeon pea variety, GRG- 811
Pigeon pea GRG-811 variety-long duration, Minimum pod fly damage, color is acceptable
50. GBM-2 ��>���+�T�(�%��(y4^�(�&��� ���
5 ��>��� *�I�f����+�T�f+�A ��"#�(�%%-A<�%E��(�(��-'����$Q%@)����$��A�Z<��/�� �NaV���P ��\�+��<�%� $#�%k+�A<���% +�% A���Q %��#�% �+�%� �( �%?@��(�+�'� /��%+� A���
Assessment of Chickpea variety GBM-2.
Chickpea GBM-2 was suitable for mechanized harvesting during the Rabi 2016 due to moisture stress
51. "=�+�A<�? @�:.0����$� ��N��� $�:.0���PS%*)0��T�<��I):$)&�L� � �
40 "=�+�A� "=�+�A<�? @�:.0� ���$� ��N��� $�:.0 ���PS% *)0��T�<��I):$ )&�L� ��L�,% �g��(�% ��%3��)�<�'<��� ��(�% !�^ 6A�(�%?@ �% ���� ����$2�NL�% V� .+� �%��.�$#�%k-A<�E �
Seed treatment with bio-fertilizers and bio-agents
Paddy The technology was adopted by more than 250 farmers in the operational area
52. N��5��? @�:.0����$ � ��N���$�: .0���PS%*)0��T� <��I):$)&�L� � �
100 N�� �% � N��5��? @�:.0� ���$� ��N� ��$�:.0 ���PS% *)0��T�<��I):$ )&�L� ��L�,% �g��(�% ��%3��)�<�'<��� ��(�% !�^ 6A�(�%?@ �% ��������$2�NL�%V� .+� �%��.�$#�%k-A<�E �
Seed treatment with bio-fertilizers and bio-agents
Greengram The technology was adopted by more than 350 farmers in the operational area
53. 4 �% �&$)1�� ��H���#��0%H�' S�d&=���R��(�^* ���e����%3��)5��%�b<�% �
150 �j<�#��<= ��� ��#�%�� �� ��[ 2�+��P�\��� .+� ��]�+��-'��+�(�%��%3�P#��� D� $�� �%+�A �
Incorporation of micronutrient mixture (Pulse magic)
Pulses The technology was adopted by more than 150 farmers in the operational area
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54. :.0����$ � ��N���$ �:.0� ��PS%*)0��T�<��I ):$)&�L� � �
80� �$ )�(�(�P� � � ���[ 2�+��P�\��� .+� ��]�+��-'��+�(�%��%3�P#��� D� $�� �%+�A �
Seed treatment with bio-fertilizers and bio-agents
Soybean The technology was adopted by more than 500 farmers in the operational area
55. G)`��'�+�^J^ ����%A� �#���%3���T��% 0���P S% *)0��#���#� ���
200� ���&$)��9���4V ��dPS%�*)0��#�%e�
������$2�P�\��� .+� �%�+�^ J^����%A��# ���%3�� �T��4% �PS%* )0��#��� %3��#���% -A<�E �
Compost preparation by using bio-agents
Compost culture
More than 300 farmers being used composting culture
56. [ �%�<=��� �/<=�5+����<� �+��( �(�5���
�150�
+��S<= ��� ��#�% ���
KVK �%$4�� ����$ 2�NL�%V���j��N��( �%����`�<��NS%Y��% ��2#�%�[ �% �<=��� �/<=�5+����<� �+��(�(�5���& �^ [������)�? �����?@��&�5SX+� �Z <�%E�/<��(�% �K+�U��3�L�,%�g��(�%? @�+$>�ZD�$ �� <�E �
Preparation of millet based products
Millet based products
More than 10 entrepreneurs have been developed from KVK
57. N��5��? @����% ��'� "#�M�!N� O�d� **0�� e��
50� N�� �% � P�\����#�% �5��Z�<= � ��>� ��% +�%A���% �<��$)#��+�4$[�� ��� ��[ 2�+��NL�%V� .+� �%� ]�+��-'��+�(�%��%3�P#��� D� $�� �%+�A �
Introduction of greengram variety DGGV-2 & ICM
Greengram More than 250 farmers of Dharwad and Kundagol taluk have adopted the technology due to its higher yield
58. ��>���(�%?@����% ��'� "#�M�!N� O�d:�[�� ��o e�
50� ��>��� ��>���(�%? @��: �[ ����o ���%<= �5+��+�T�P#��� ��N�� �$����% ��'� "#�M�!N� OQ%�<��NL�%V��#�%� 5�&�>�(�%4%�<=� ��>� ����4`�,Z�����4��%�<��+�4$[���������$2�NL�%V� .+� �%�� ��%��'� "# �M�!N� O�L�,% �g���#���%3��% �����>� �% �
Introduction of bengalgram variety JAKI-9218 & ICM
Bengalgram By the performance of demonstration on bengalgram and ICM (variety JAKI-9218) in Navalagund, Dharwad and Kalaghatagi taluka more than 450 farmers convinced to adopt ICM technology
215
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59. P�\����#�%�5��%+�%A���"= ���2Z��$)�(�(�P � ��f ��I����+�T�(�% �&�'+� [c� �
65� �$ )�(�(�P� �� �$)�(�(�P� ��f� �I ����+�T�(�%�P#������%+�%A��� �% ��'�6)>�M�!N� O��+��-'��+�(�%��%3�� �����$2�NL�%V� .+� �% �P#��� D� $��<�E � �
Demonstration of soybean variety DSb-21 for enhancing productivity and profitability
Soybean High yield by using improved variety DSb-21 and adoption of IPM practices has spread to more than 500 farmers of Kalaghatagi taluka
60. ��$�( �%!� ��-�(�%?@����% ��'� " #�M�!N� O�d�f ��f&= �fL�� �e�
102� ��$ �(�%!���-� ��$�(�%!���-�(�% �d�f ��f&=�fL�� �e���% <=�5+��+�T�N�� �$����% ��'� "# �M�!N� O�P# ���� Q%�<��N aV����#�%�5�( �%��( �C-�(�% ��%3����4��%�<��+�4$[����%4 &�'"=������M) ��5��c)+�'<��������$2� .+� �%��% �����>� �% ��
Introduction of sunflower hybrid DSFH-3 & ICM
Sunflower The performance of sunflower hybrid DSFH-3 and its ICM technology in Navalagund Malaprabha command area more than 200 farmers convinced to adopt ICM technology
61. ��$�( �%!� ��-�"#�(�%�N$���+�T��#��d��f���f &= ��N L�� ��z���I�f���NL���� �e�&�5L��(�% �:.0����$ � ��P:$)DU)5? �M�<��I):$)&�L� ����%SXY� �f N�%# �%0 ����$ � � ��#��:$+���4`�%&$)1���� H���#���#���D�&� �O��% $4���4`�%&$)1����H���#���#���
65� ��$ �(�%!���- ��nT�(�% �+�T��T� �N$ ?D<��� ���f ��f&=�f L�� ���%+� %A� ��I f��fL��� ��H)��� o���m�P�\����#�% �5��$>�%+�A<� �
Popularization of Sunflower veriety DSFH-3 & KBSH-53 Seed treatment with Azospirilum biofertilizer Along with vermicompost manure application to Soil & Foliar application of micro nutrient and organics
Sunflower DSFH-3 & KBSH-53 these improved varieties have given 78.31 % increased yield compare to local varieties
62. Ly��%��%��&�<� E- � 112� :$)#���%+�%A���>����
Ly� �%�%��&�<� l-Q%�<����m�NaV� ���#�% �5�&�>�(�% �N�% <�%�N���$�� ��%���E4%�� $#� $)������>�%���<�� �
Compartment bunds Sorghum & Chickpea
10% more yield less chorcolrat disease
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63. :$)#�<�?@��% S%Y��% +�%A�M) � %���� ���cS�&�<� l-�
50� :$)#���
� �<��&� �Dn-�(�%4%@��[ j��Bf �� ��K+�A�%�%)0����#�%�5�&�>�(�%��Q% +�%��
Soil and water conservation practices in Rabi sorghum
Sorghum
Under drought condition also grain yield of 1.5 - 2.0 q/Ac with good quality fodder for cattle.
64. "=�+�A<��d+�T{�� %% ��<����%� ���\e����%��'�"#�M�! N�O �
5� "=�+�A� ��� %�sa!��? @�N���$���� %��'�"#�M�! N� OQ% �<��"=�+�A<�? @�NaV� ���#�% �5�&�>�( �%4%� .+� �%�K+�%R�� �Z<�E �
Integrated crop management in paddy var. Mugad Sugand
Paddy Effective production technology of paddy by reducing cost of cultivation resulted to adopt the ICM technology
65. �$ )�\�(�%?@���d+�T{��(�%%ff������ e����%��'�"#�M�! N�O��
10� �$ )�\� �$)�\��(�%%ff ��� ����P�\ ����#�%�5�+�T�( �%��%3��� ����$ 2�NL�%V� .+� �%�P#��� D� $�� �%+�A ��
ICM in wheat Wheat Increased productivity has resulted to adopt the variety UAS-347 by more than 100 farmers
66. C��� �%�:$)#�<���d+�T{�f���6�0������ e����%��'�"#�M�!N� O �
10� :$)#�� �� ����$2�NL�%V� .+� �% �P�\� � ��#�%�5��$>�%��N���%���&�%U ����>���$#� $)���M $)<=� � ��f���6 �0 ��� ����:$)#�<��+�T�(�%��%3�"#�( �%%-A<�E �
ICM in sorghum variety SPV-2217
Sorghum More than 200 farmers are cultivating SPV-2217 variety which is high yielding genotype and tolerant to charcoal rot disease
67. ��� �d+�T{���fL��f���f�( ����r ��e����% ��'�"#�M� !N� O�
10� �� � ���� �$+������fL��f���f�( ����r� ��+� T�(�%��#�%�5�( �%��%3��% ��� ��>�% ���4 �,Z�N�%� Tk�N���$���% �<��$)#��+�4$[��� .+� �%��%%�� �%��N����0% ��?@�N aV����c)+�'<�? @�d�� N�9e�P #�����4%��%%�<���� <�E �
ICM in little millet variety DHLM-36-3
Little millet Performance of high yielding variety of little millet var. DHLM-36-3 in terms of grain and fodder yield resulted to adopt the variety in more than 50 ha area in Kalaghatagi, Hubballi and Kundagol taluka
217
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68. H)����d+�T{�*6I���e�&�'+� [c�� � 5� H)����� NL�%V�5�K+�U<��Q %�<��*6 I����+�T�(�%��%3��� ���$2�NL�%V� .+� �%�P#��� D� $�� �%+�A �
Demonstration of groundnut variety GPBD-5
Groundnut Increased productivity has resulted to adopt the variety GPBD-5 by more than 250 farmers
69. ��%��%"�(�% ?@����% ��'� " #�M�!N� O �
10� ��%��%"� �� ����$2�NL�%V� .+� �%����%��' �&$ )1 ����H���[),��%+�%A� $)���M�!N� O�&�<�l-��#� ��%3�P��%��5��%- A<�E � �
ICM in safflower� Safflower More than 150 farmers are following proper nutrient management along with IPDM in safflower
70. K+�U<���+�N���$���"= ��NaV��4%�N�-A�"#�/<= �5+��P�+� ��"#�&�<� l-�&�'+� [c��
10� N�-A�/<= �5+��P�+� ��"#��
N�-A�/ <= �5+��P�+� ��" #Q% �<��P�\����#�% �5�&�><�%��� ��� �$2�NL�%V� .+� �%�]�+ ��-'� �+�( �%��%3�P#��� D� $��<�E �
Enhancing productivity and profitability of cotton based intercropping system�
Cotton based intercropping
Increased income by adopting intercropping in cotton has motivated to adopt the technology by more than 250 farmers
71. ��% <=�5+��I\)�(����%&� ��] �% Tk�+�T�( �%�&�'+� [ c��
5� ] �%Tk� +�>��<��� %%��� �%� N���� 0%����$��A�<��N���$�P�\����#� %�5�M)>�%��+�T���% S<=��% !��#� �� %3��% �����>�% ��%% �� �% ��+�>� �<���%%���5��? @�������$2�NL�%V � .+� �%�"#�(�% 4%�K+�%R�� �Z<�E �
Demonstration of onion variety Bhima Super
Onion By looking into the performance of onion var. Bhima Super variety in late kharif area of onion more than 500 farmers are eager to cultivate the variety
72. %SD��� �Q %�(�%? @����%� �'�" #�M�!N� O �
5� %SD��� �Q %� % SD� ���Q% �(�%?@�H�%�l)� �5 D<��+�T�I)J�N���$ ����%��'�" # �M�!N� O�P# ���� ���%����� >�% ���% �<��$)#��+�4$[���������$2�NL�%V� .+� �%�+��+�': �;���P#��� ��4 %�K+� %R�� �Z<�E �
ICM in chilli� Chilli The performance of chilli variety Byadagi Dabbi and its ICM technology in Kundagol and Navalagund taluka more than 500 farmers convinced to adopt ICM technology
218
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73. �|�SX�(�% ?@����%� �'� "#�M�!N� O��
10� �|�SX� � <=� ��>���%+�%A�N� % � Tk�+�4$[ ���������$2�P�\��� . +� �%�]�+��-'� �+�( �%��%3�P#��� D� $��<�E ���
ICM in green pea� Green pea The technology was adopted by more than 100 farmers in Dharwad and Hubballi taluka
74. 00<=��N�%? @���+�T��#��&�'+� [c�� 5� N�%?@� ��+�T��#��&�'+� [c��
.+� ���c)+�'��#�? @���00 <= ��N�% ?@���+�T��#��&�'+� [c���%�����>� %�N.��%� �5��P#��� D< �����%3 T<�� .+� �%�P #� ����4%�K+�%R�� �Z<�E �
Demonstration of fodder cafeteria�
Fodder cafeteria
By looking into the performance of fodder cafeteria established in farmers field most of the dairy farmers in the district are very much interested to establish fodder bank in the vicinity of farm house/ dairy unit
75. �����N$�>�<�?@�0%)��%� �5� � 5� 0%)��%��5� � ��� ��N$�>�<�?@�0% )��% �&�4�Q %�<�� .+� �%�+�� %_?@ � %�����&���$_4��#��K+�A �%���<� #� ���(�� �% +�A �
Promotion of inland fisheries in farm pond�
Inland Fishery Demonstration on fish rearing in farm pond made the farmers to rear the fish in their farm ponds for better utilization of the resources
76. K<� �%G)4+��L�,%�g� �(�(�Z����O�(�% �H�^0��(�%��%3�J��6'�(�%�$T��% �b<�% �
30� ���O�(�% �H�^0� � ��j��N��( �%���%�6��� .+���% C#�( �% �%�����[j�W����[2�+��NL�%V���� O�(�%�H�^0 ���+��(�(�5D��(� �,��(������"=��&�>�(�%%-A<�E ��%+�%A���'N�� � �? @�[ �% <=��� ��#��&$)1����H���#� ���i�-# �%�T��(�% ��%3�M)� �% +�A ���
Demonstration of foxtail millet vermicelli as an entrepreneurial activity�
Foxtail millet vermicelli
More than 300 quintals have been sold by the SHGs and lot of awareness among consumers regarding nutraceutical value of millets is created
77. ��% ���� �C+����$4 �Z� �C+�����I ���+�T�f���f ���� ���r o��<�������%��'�"#�M�! N�O���% 5+�% �&�'+� [c��
10� ���% � N$���+�T�&�5L��(�% �
ICM in non-arrowing Sugarcane variety, SNK-07680�
Sugarcane New variety introduction
219
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78. /#��<����&�%U��% SXY ��?@�:$)#�<��"#�(�% ?@�D�f� ��0� ���/ ����"���4 �$),�*�@�(�%? @��&�'+� [c��
25� :$)#�� /#��<����&�%U��% SXY� ���$��A �<��:$ )#�<��N$���+�T�&�5 L��(�% �
Demonstration of new Sorghum variety, CSV 29-R in deep black soils of Bagalkot District.
Sorghum Introudciton of new sorghum Suitablity for deep balck soil
79. J�$)�\�+�T�� �� �� �������&�'+� [c���
12� J�$)�\� N$���+�T�&�5L��(�% �
Demonstration of wheat variety DDK-1029�
Wheat New variety introduction
80. �%%��� �%�N����0%� ���$� �A�<��] �% Tk�I\)�(����%&� ��+�T�( �%�&�'+� [c�����
5� ] �%Tk� N$���+�T�&�5L��(�% �
Demonstration of Kharif onion variety Bhima Super
Onion New variety introduction
81. ���O�N$���+�T��� NL��f &=��g�������(�%�&�'+� [c�����
10� ���O � N$���+�T�&�5L��(�% �
Introduction of Fox tail millet variety: DHFt 109-3
Foxtail Millet New variety introduction
82. <�'[c�"#�(�% ?@��$<�% ��% +�%A��$J%�+�% &�U,� $)��<���M�!N� O�(�%�&�'+� [c�����
10� <�'[c� &�5O��%� �5� $ )���M�!N� O��
Management of downy and powdery mildew disease in grapes Demostraton
Grape Disease Managed effectively
83. C��� �%�N����0% ����$��A� <��] �% Tk�I\)�(��H�[ A�+�T�(�%�&�'+� [ c����
5� ] �%Tk� N$���+�T�&�5L��(�% �
Demonstration of Rabi onion variety Bhima Shakti�
Onion New variety introduction
84. M�"�(�% ?@��P�\����#�%�5� �Z�D, '���P� �!��U)1������&�'+� [ c����
10� M�"� M�"�(�%��<=�!���
Demonstration of Citrus Arka Special in Lime for Higher yield �
Lime Growth promoter
85. +$ ��5�}��$�(�(�P� �P �+� ��"#�d���% �"#�(�%%�� �$�\�� +��&�'<)H�<�?@e��&�'+� [c� ����
12� +$��5�}��$ �(�(�� �
�% SXY ���&=�4�+� A+�(�%�NaV��4% �+$��5�}��$)�(�( �P � �P �+� ��"#�&�<� l-���I ��&��(�(�!�(�% �"#�(�(�Z�
Demonstration of Pigeon pea + soybean intercropping system in non-traditional pockets of Bagalkot district�
Pigeon pea + soybean
To popularize alternate cropping system to sugarcane to protect soil fertility
86. &y�w����.+$),<��&�'+� [c����� 5� &y�w����.+$),<��
H�����%��2T���]���%5+�%��(�C-�8<�Z��%�b<�%��
Demonstration of Nutrition Garden (vermicompost& rose can farmer’s contribution)�
Nutrition Garden
To bring awareness among school childern
220
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87. �N�%�� �W�0���%)0���+� T���NL��f ���r �&�'+ � [ c�����
5� �N�%�� �W�0���%)�b�
N$���+�T�&�5L��(�% �
Demonstration of high yielding multi-cut green fodder varieties�
fodder varieties New variety introduction
88. <�T�"�"# �(�%?@����%��'� $)���M�!N� O�&�'+� [ c�����
15� <�T�" � ���%��'� $ )���M� !N� O �
IDM in pomegranate � pomegranate Integrated Disease Management
89. f���6�0���� ��:$)#�<��+�T�(�% �&�'+� [c� ��
10� :$)#�� f��60���� ��+�T�(�%% �H)��>���� ���m�P�\����#�%�5��� nT� (�% �+�T��TZ�+��NaV��M�<� �
Demonstration of rabi sorghum variety SPV-2217�
Sorghum SPV-2217 improved variety have given 20.97 % increased yield compare to local variety
90. NaV����#�%�5�N���$�/<��(�%��2Z���� O�(�%�N$���+�T�d��NL��f&= ��g���� ��e�&�'+� [c���
15� ���O� � �f L�f &�g�� �����PI\���l&��D<��+�T�(�%% �H)��>���� ��om�P�\����#�%�5�(�% ��%3 ���nT�(�% �+�T��TZ�+��NaV� �M�<��
Demonstration of foxtail millet variety DHFt-109-3 for higher yield and income�
Foxtail Millet
DHFt-109-3 improved variety have given 29.78 % increased yield compare to local variety
91. *����� �H)����+�T�&�5L�Q%��% �b<�%� �
10� H)����� ]�N$���+�T�(�%��#�% �5�(�%%��� ����[j��B N�� �1�%9����>�%����<�%E���nT)�(�%�+�T�(�%? @������� �[ j��BN�����>�%��� <� �
• 8W �9 ��#�%�5�(�%?@���n T)�(�%�+�TZ�+��H)��o��� �1 �%9�NL�V# � ����>�% ���� �%+�A<��
• ��"=�{sL�%!�P� �%&�+ ��N$�� �+�T�(�%?@����r� ��9<�%E���nT)� (�%�+�T�(�%?@����r� ��9 �% +�A< �
Demonstration of Groundnut variety G2-52 for higher yield and income�
Groundnut Due to new variety yield was increased about 8%. Over all B: C Ratio was 2.56 & 2.06 with new variety and local respectively.
92. N�� �%�" #�(�%?@�d��*�*�0��e����%��'�"#�M�! N�O��
10� N�� �% �� �* *0���PI\���E&��D<��+�T�(�%%�H)��>���o���m�P �\����#�%�5�( �%��%3���nT�(�% �+�T��TZ�+��NaV��M�<���
ICM in Greengram variety DGGV-2�
Greengram DGGV-2 improved variety have given 28.73 % increased yield compare to local variety
221
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93. NaV����#�%�5�N���$�/<��(�%��2Z�] �%Tk�(�%�P��!����^S�+�T�(�% ����%��'�"#�M�!N� O� �
15� ] �%Tk� N$���+�T�(�%% �P�\����#�%�5��% +�%A�� �#��% LV $)���M $)<=����H�[ A�(�%��%3�N$��<����
ICM in onion variety of Arka Kalyan for higher yield & income�
Onion New variety showed high yield and resistant to purple blotch disease
94. NaV����#�%�5�N���$�/<��(�%��2Z��.��@�!�(�(�<� ����*�f ������+�T�(�%�&�'+� [c� ��
5� �.��@�!�(�( �� � N$���+�T�(�%% �P�\����#�%�5��% +�%A��)` �!�"� T� �(�%��%3�N$�� <��
Demonstration of Gaillardia variety DGS-1 for higher yield & income�
Gaillardia New variety showed high yield and good shelf life.
95. �(�0��?@����%��'� "#�M�!N� O �
05� �(��b�� &�'+� [ c��+���% ��#�?@�8W�9 �N�D �%��Q %��#���#�%�5����� m�/Z<�%E��� nT)�( �%�&�<�l-�(�%? @���<� �S� �#�%�5���� �% +�A<��
ICM in Mango (to be deleted)�
Mango The technology is good during 2016-17 because of deficient rainfall we are unable to achieve expected outcome
96. %SD��� �Q %�(�%�f���%%,% �%� $)���2�� � �S� <����%D�N���$� ����C) �% ��[),��#��M�!N�O� �
10� %SD�����Q%� ���%��'� [),�M�!N� O�&�<�E- �NaV� ���#�% �5�&�>�( �%4%���N���5�(�(�Z<� �
Management of mite & sucking pests causing chilli leaf curl (R/S)�
Chilli Integrated pest management practice helped in increasing the yield -
97. H����#�? @�&y�9����.+$),�� 5� &y�9���� .+$),�� H����#�? @�&y�9���� .+$ ),�+�:��+� ���5��#���%3��%<=�^ ��<��ID �~,<�����(�%!��'�% �2�K&��($���Z<��%+� %A�N�S��% +�%A�K+�A�%�& y�9��+�(�%��%3��% ��2T��M)>�4 %���N���5�(�(� Z<��
Nutrition garden at schools� Nutrition garden
The nutrition garden provided fresh vegetables to the school mid day meal programme which helped in saving of money and good nutrition to children
98. D5<=��� ��#��H �^0��&�'+� [c��� 5� ���O��%+�%A� �Z�H�^ 0���
�%C#� (�% �%�P�\�� ����+��6A�$ ��<�%E�N���$�P� �������#���( �%�/N � ��&�<�E-�(�% ?@�P#�� ���4% ��aVD<�E ��� Demonstration of millets
vermicelli �Vermicelli Women are happy and would
like to include it in their daily diet.
222
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99. "=�+�A<�? @�P ��4 �� �4%�&�<�l- � 15� "=�+�A� P��4���4 %�&�<� l-Q %�<��� ���4<�? @�(�%%�NaV ����#�%�5�( �%��%3�&�>�(�%�N�%<� % ��ICM in paddy -PSB 68 in low
lands of Uttar Kannada district�
Paddy Wide row method helped to gain higher yield in drought condition
100. J��$)�\�( �%?@�� ���� �����+�T�&�5L��(�% �
10� �$ )�\� N�aV� ���#�% �5�M)>�%��+�T�N���$�� ��%�I)#�%0�� �
Introduction of Dicoccum Wheat variety DDK-1029�
Wheat High yield 12% Non lodging dwarf quality Dicocum
101. &y�w���/ N� ��Z����O�(�% �&�5L��(�%�
5� ���O � ��fL��f&= ��g�������+�T�(�%��%3�&�'L� ���$ T����Q %+�%� �
Introduction of foxtail millet variety as nutrient rich food.�
Foxtail millet DHFT-109-3 variety was popularized.
102. ��I ��?@�8 �<�%�� �SXY�����g�&�<�l-�df���f� ��/�( �(��e�
10� ���% � P�\����#�% �5������� MB��I ��
SSI(Sustainable Sugar Initiative ) in Sugarcane�
Sugarcane Higer yield , 12 cobs/cane
103. ] �% Tk�( �%?@�I\�(��H�[A�+�T�&�5L��(�%�
5� ] �%Tk� 8�<���+�'<����> q��#�%�N�� �$�NaV� ���#�% �5��$>�%��+�T��% +�%A���� %��$#�(�%%����>q��#� %����Introduction of new variety
Bhima shakti in Onion�Onion High yielding , uniform seed
bulb with less rot incidence
104. W$�(�^W $)<�?@�N$���+�T�d* �6 �I �g ��oe�&�5L��(�%��
10� W$�(�^W $� NaV� �� $)���M $)<=�� ��H�[A�(�% ��%3�N$��<��%+�% A�N aV����#�%�5�M)>�%��+�T �
Promotion of new variety GPBT-08 in tomato �
Tomato It triple disease registant and high yielding.
105. <�T�"�( �%?@����% ��'� $)���M�!N� O��
5� <�T�" � 8#k�(�% ���%S�%, 9<��N� S%Y��# �% ��% +�%A��� m�NaV����#�% �5 ����� %�sL�%!�� �
Integrated crop management in Pomegranate �
Pomegranate Quality yield with 15% more and less cost of production
106. ?�"�(�%?@����%��'� $)���M�!N� O��
5� ?�"� ���>�� $ ���<��"=�<�(�%�M�!N� O��%+ �%A����%�s L�% ��
107. Integrated crop management in Lime�
Lime Effective stem borer management use of pseudomonas in disease management and reduced cost
223
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108. N$����$)�(�(�P� �+�T��f���I������i�+�% ��%2� $ )���M $)<=�� ���%+�%A�N aV����#�%�5�4� �cS<���� i���N�+ ����+�'<��&�'L� ��&�'+� [c� ��
5� �$ )�(�(�P� � NaV� ���#�% �5��%+�% A�[),�� H����s L�!��%3�KT��%�<� %��Dj)��5D<��% +�%A�K+�A�%�+ ��+�':�;�� �
Popularization of new soybean variety DSB-21 for management of rust disease stem and shoot borer, leaf eating insects and blue beetle incidence & higher yield performance�
Soybean High yield and Saving of pesticides cost. Accepted and good technology
109. f��$ )D��?@�[),��#�%�� $ )����#��&�5O��%� �5�N�+$ )g��&$)1�� ��H���#���$ �+�(�%��%+�%A�NaV ����#�%�5�4� �cS<���� i�&�'+� [c� �
2� f��$)��% � 8#k�(�% �"#�� SX� ���# �%�5��%+�%A�Dj)��5���N�%<�% �
Management of pests, diseases & nutrient for higher yield potential in cabbage�
Cabbage Good vegetative growth, high yield and acceptable
110. N$����$)0��:$)#�<��+�T�*fL�8��� ���dH���9e ��[),��#�%�� $)����#��&�5O��% ��5�N�+$)g��&$)1����H���#���$ �+�(�% ��%+�%A�NaV����#�%�5�4 ��cS<� ���i�&�'+� [c��
2� �$ )0 ��:$)#�� 8#k�(�% �"#�� SX� ���# �%�5��%+�%A�Dj)��5���N�%<�% �
Popularization of Maize variety GHO727 (Shrusti) for management of pest, disease & nutrients for higher yield potential�
Maize Good vegetative growth, high yield and acceptable
111. N$���N�� �% �+�T��* *0�� ��[),��#�%�� $)����#��&�5 O�� %���5�N�+$)g��%+�%A�&$)1�����H��� #���$ �+ �(�%��� i �&�'+� [c���
2� N�� �% � 8#k�(�% ����� �"#��SX���%+�%A�Dj)��5���N�%<�% �+���cS�I)J��#��4"= � �
Popularisation of Greengram DGGV-2 for management of Pest, diseases & nutrients�
Greengram Good vegetative growth and acceptable. Availibilty of seeds at the earliest
112. N�-A�( �%?@�[ ),��#�% �� $)����# � �&�5O��% ��5�N�+$)g���%+� %A�&$)1����H���#���$ �+�(�% �4��cS<���� i�&�'+� [c��
2� N�-A� Dj)��5D<�K+�A�%�+��+�': �;�� �
Management of pest, diseases & nutrients in cotton�
Cotton Accepted and good technology
224
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113. N$�����>���+�T�*I f�(�� � ���$ ���%����[)S!��f �� $) ����[),��#�%��&$)1�� ��H���#���$ �+��% +�%A�NaV���� #�% �5 �4��cS<���� i�&�'+� [c���
02� ��>��� 8#k�(�% ����� �"#��SX���%+�%A�Dj)��5���N�%<�% �+���cS�I)J��#��4"= � �
Popularization of Chickpea variety GBM-2 for wilt complex, foliar diseases, pest & nutrients management for higher yield
Chickpea Good vegetative growth and acceptable. Availibilty of seeds at the earliest
114. N$����$)�\�+�T��>��$@/ ����� � ��NaV ����#�%�5��� i�&�'+� [c� ��
02� �$ )�\� 8#k�(�% ����� �"#��SX���%+�%A�Dj)��5���N�%<�% �+���cS�I)J��#��4"= � �
Popularization of wheat DWR-415 for higher yield performance
Wheat High yield, acceptable and availibilty of seeds at the earliest
115. %SD��� �Q %�"#�( �%����� ���� ���cO ��
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Plant protection in chilli� Chilli Chilli demonstration plot recorded 10.6 q. per ha. where as local recorded 5.50 q. per ha. 116. N�-A�"# �(�%?@����� ���� ���cO �
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Plant protection in Cotton� Cotton Cotton demonstration plot recorded 15.50 ptl per ha where as farmers practice recorded 12.35 qtl per ha 117. ] �% Tk�"#�(�%����� ���� �� �cO�
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Plant protection in Onion� Onion Onion demonstration plot recorded 22.50 q. per ha where as farmers practice 19.25 q. per ha
118. �$)�(�(�P � �"# �(�%? @����� ���� ���cO ��
12� �$ )�(�(�P � � �$)�(�(�P� �&�'+� [c��(�%�+�[��?@�� �����[ j�,�����1�%9 ��#�%�5���� �%+� A<� .+� ��+�[��?@�� r����[j�,����#�% �5���� �%+�A<��
Plant protection in Soybean� Soybean Soybean demonstration plot recorded 19.00 qtl per ha where as farmers practice recorded 16.75 qtl per ha
225
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Bengalgram new variety BGM-2�
Bengalgram Bengalgram demonstration plot recoded 14.75 qtl per ha where as farmers practice 12.25 qtl per ha
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12� �$ )�\� �$)�\�&�'+� [c��( �%�+�[��?@����o �[j�, �����1 �%9��#�%�5���� �%+�A<� .+� ��+ �[��? @����� �[j�, ����#�%�5���� �%+� A<� �
Wheat new variety UAS- 304� Wheat Wheat demonstration plot recorded 35.8 q. per ha where as local recorded 30.5 q. per ha
121. ��f�/ ����&�4���&�'+� [ c�� 2� &�4�� � /���Z')���&�'+� [c� �(�%�+�[��?@�o �����[j�,�����1�%9��#� %�5 ���� �%+�A<� .+� ��+ �[��? @�� �����[j�,����#�%�5���� �%+�A<��/���Z')���+�T �(�%% ���nT)�(�%�+�TZ�+���r���� �1 �%9�NaV�� �#�%�5���� �%+�A<�� ���
IARI Palak� Palak All green plot recorded 85.00 qtl per ha where as local recorded 73.20 qtl per ha increase in yield 16.12%
122. N�� �%�")� ��( �%<�?@����%��' �")���(�% �M�!N�O �
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�N�#�1�%9���Q% ��%+�% A��$<�% � $)���M $)<=����&�'�($)����+�T�(�%%�H.M�����%$� �� �+�TZ�+��NaV ����#� %�5�&�>�(�%��Q% +�%���
ICM in Greengram cultivation� Greengram var. DGGV-2
More number of pods & tolerance to powdery mildew relatively higher yields were obtained in test variety compare to shining moong
123. ��>���(�%?@�")� ��(�%<�?@���� %��'�")���(�% �M�!N�O �
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ICM in Bengalgram� Bengalgram var. JAKI 9218
Due to less wilt incidence under drought condition also this variety excelled over other varieties.
226
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Popularisation of new variety, G2-52 in summer�
Groundnut var. G-2-52
Due to changed un favourable weather the variety couldnot perform well in summer.
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Popularisation of Greenngram variety Shreya in summer�
Greengram var. Shreya
The variety due to low yields in summer could not be accepted by farmers.
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Use of Compost culture for enhancing decomposition�
Compost culture
Due to fast degredation of organic waste, the culture is in demand by other farmers in the same village.
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Assessment of Charcoal rot tolerant Sorghum varieties
Rabi sorghum
Charcol rot was less in case of BJV-44 compa red to M35-1. It is bold seeded and high yielding variety.
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Assessment of dry root rot tolerant pigeon pea varieties
pigeon pea GRG 176 is more susceptible to dry root rot and GRG – 152 is early and highly yielder
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Assessment of heat tolerant and suitable for mechanical harvesting. high yielding JG-14 of chickpea under irrigated late sown condition
Chickpea
JG-14 was found early maturing and heat tolerant and high yielding variety
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Assessment of bengal gram varieties for higher productivity and suitability for mechanical harvesting
Bengalgram The plant had good height but due to small area of crop, mechanization was not possible at farmers field and JAKI-9218 performed well under protective irrigated condition and resistant to rust compared to JG-11 and GBM-2
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Demonstration of high yielding multi-cut green Hybrid Napier (CO-5) fodder varieties
fodder Hybrid napier Co-5 given average yield of 4 ton/acre in first cutting, and 2nd cutting yield was 8 ton/acre.
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Rabi Sorghum Varietal Trial Sorghum Variety SPV-2217 was found tolerant to charcoal rot disease and exhibited stay green nature at harvest
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Peas varietal Trial for powdery mildew resistance
Green peas Pusa pragati variety recorded least values for powdery mildew disease reaction and higher yield compared to other varieties
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Managemnt of Bacterial blight and thrips of Onion
Onion Through the use of Suitable control meseures pest and disiese incidence is under control and helped in increasing in the yield.
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� Assessment of onion varieties for late kharif
Onion Yield wise, market preference and BC ratio was high in Bhima Super variety compared to Bhima Dark Red and local variety
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Managemnt of micronutrient deficiency in Maize through soil application and spraying
Maize Increase the yield of 16. 34% in T3 over the farmer practices
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Assessment of safflower varieties
Safflower PBNS-12 variety is high yielding with bold seeds than A1 variety and gave good returns
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20� 50� +$��5� �� m�NaV��� �#�%�5�� % +�%A�K+�U<� ��� L�V�� ��% �
ICM in pipeonpea Pigeonpea 15% more yield and reduced cost of cultivation
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ICM in chickpea Chick pea 25% more yield and reduced cost of cultivation
229
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ICM in Sunflower Sun-flower Less disease
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ICM in Linseed Linseed 8.2% more yiled
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ICM in Groundnut Groundnut 2.5% more yiled and high oil content.
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Demonstration of soybean variety DSb-21 for enhancing productivity and profitability
Soy-bean Use of improved variety DSb-21 and adoption of ICM practices has resulted higher yield and spread to 500 farmers of Kalghatagi and Dharwad talukas
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Introduction of groundnut variety G2-52 & ICM
Groundnut By the demonstration of high yielding Groundnut variety G2-52 and ICM practices in Kundagol and Hubballi talukas more than 600 farmers convinced to adopt G2-52 variety and ICM technology
230
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Introduction of greengram variety DGGV-2 & ICM
Green-gram Crop has been vitiated due to moisture stress and uneven distribution of rainfall
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management in blackgram var. DU-1
Black-gram Crop has been vitiated due to moisture stress and uneven distribution of rainfall
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Introduction of greengram variety IPM 02-14/Shreya & ICM
Green-gram By looking into the perform ance of rabi greengram variety IPM-02-14 (Shreya) in paddy fallow areas of Kalaghatagi taluka more than 100 farmers are eager to cultivate the variety
231
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Introduction of bengalgram variety JAKI-9218 & ICM
Bengal-gram By the performance of demonstration on bengalgram and ICM (variety JAKI-9218) in Navalagund and Dharwad talukas more than 500 farmers convinced to adopt ICM technology
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Integrated Crop Management in Blackgram : DU-1
Black-gram 35.98% increase in yield when compared with check Local variety.
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Integrated Crop Management in Greengram
Greengram 55.20% increase in yield. Farmers have good opinion about this variety.
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� Integrated Crop Management in Groundnut :G-2-52
Groundnut The income level of farmers was increased by the adoption of the ICM practices.
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ICM in Redgram Red-gram Increase in yield by adopted ICM technolgies
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ICM in Greengram Greengram Increase in yield by adopted ICM technolgies
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ICM in Pigeonpea Pigeon-pea Increase in yield by adopted ICM technolgies
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Popularisation of millets in Gadag
Millets Information on marketing & value addition of millets is essential.
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Popularisation of new rabi sorghum variety, SPV-2217
Rabi sorghum The new variety with superior grain & folder quality is becoming more popular in Gadag district.
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Integrated pest management in redgram
Redgram More than 150 farmers of Vijayapur, Basavan Bagewadi and Sindagi taluka have adopted the technology & got higher benefits
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Integrated pest management in redgram
Redgram More than 150 farmers of Vijayapur, Basavan Bagewadi and Sindagi taluka have adopted the technology due to its good performance
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� Wider row spacing in bajra
Bajra More root zone, Min no. craks and best during drought season
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� High yielding variety CSV-29R compartment bunding in Kharif followed by rabi Sorghum, seed treatment with Biofertilizers
Sorghum Compartment bunds during kharif helped in moisture conservation and low charcolrot disease and 16.48 percent more yield .
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New variety UAS-334 Wheat Variety MACSS 6222 has yielded 4.26 per cent more yield
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Introduction of Foxtail millet variety DHFt-109-3 : Processing & Value addition
Foxtail millet
Diabetic mix bisibele bath was prepared out of foxtail millet DHFt-109-3 variety and compared with rice bisibele bath. Organoleptic evaluation of foxtail millet bisibele bath received 4.4 score out of 5
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Introduction of Finger millet variety ML-365 for malt preparation
Finger millet
Organoleptic evaluation of finger millet malt received received higher score.
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Introduction of Little millet variety DHLM 36-3.
Little millet Organoleptic evaluation of Little millet paddu received higher score compared to rice paddu
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Integrated Crop Management in Onion
Onion (Bhima Super Variety)
High yielding, uniform bulb size with less bulb rot incidence
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Bacterial blight and nematode management in pomegranate.
Pome-granate
Integrated Disease management demonstration yielded 41.83% more quality yield with less cost of production
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ICM in lime Lime Quality yield with 15.69% more and less cost of production
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Demonstrationof different fodder varieties
Fodder crops
Green fodder can be available year around and milk yield also improved
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Composit fish culture in farm pond
- Fish Fish culture in farm pond has given additional income.
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Integrated crop management in Rose
Rose (Gladiator Variety)
Attractive, high yielding and good keeping quality.
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Integrated crop management in Tuberose
Tuberose (Prajwal Variety)
high yielding variety with 16.04% more yield
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Improved Dry Land Weeder
Weeder By using Improved dryland weeder save labour cost Rs.3000/ acre
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Weed management in irrigated wheat
Wheat Post emergent herbicide application
Metsulfuron Methyl 20%WG yielded 12% per cent more yield with less cost
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Supplimentation of bypass fat in dairy cows
Cows Milk yield improved and high yielding animals’ health can be stabilized from the after effects of calving.
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� Integrated disease management in sheep and goats
Gota & Sheep
No morbidity and mortality is observed in the treated flock
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Varietal Demonstration in Soybean/JS-335 compared to other varieties
Soybean/ JS-335
Increased productivity has resulted to adopt this variety by more than 100 farmers in Mudhol area.
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Varietal evaluation of Red gram/TS-3R compared to other local varieties.
Red gram/ TS-3R
Farmers are convinced and adopted this for having resistance for sterility mosaic disease.
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Varietal evaluation of Black gram/ DBGV-5 variety compared to other lical varieties
Black gram/ DBGV-5
Higher yield compared to local varieties
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Varietal evaluation of Green gram/ DGGV-5 variety compared to other local varieties
Green gram/ DGGV-5
DGGV-5 variety gave 8 % higher yield as compared to DGGV-2.
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Varietal evaluation of Onion/ Bheema super Variety compared to other local varieties
Onion/ Bheema super
More than 150 farmers have adopted this variety for kharif sowings.
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Evaluation of Maize/ African Maize Variety compared to other local varieties.
Maize/ South African Tall Maize (SA Tall)
Most of the dairy farmers are convinced with this variety for the adoption.
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Varietal evaluation of Bengal gram/JG-11 Variety compared to other local varieties.
Bengal gram/JG-11
Higher yield and good response from the farmers.
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Varietal evaluation of Bengal gram/Jaki-9218 Variety compared to other local varieties.
Bengal gram/ Jaki-9218
Farmers are convinced with its suitability to mechanical harvest.
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FLD on Screening for the evaluation of different varieties of Soybean for higher yield (Kharif-2017). (DSB-21), (JS-335) & (JS-9305)
Soybean DSB-21 variety was High yield, resistant to rust and Accepted
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FLD on popularization of Green gram Variety DGGV-2 through ICM FP: Chaina mung
Green gram ICM Practice given high yield, saving of pesticides cost and Accepted
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Integrated crop management in safflower
Safflower More than 200 farmers are following integrated crop management in safflower
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Organic cultivation of paddy variety Mugad Siri
Paddy More than 50 farmers in Dharwad taluka are adopted organic cultivation of paddy variety Mugad Siri by reducing cost of cultivation and increased soil fertlity
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Integrated crop management in Wheat
Wheat Increased productivity has resulted to adopt the variety UAS-304 by more than 50 farmers
240
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Integrated crop management in Rabi sorghum
Rabi Sorghum
More than 500 farmers are cultiv ating SPV-2217 variety which is high yielding geno type and tolerant to charcoal rot disease
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Integrated crop management in little millet (DHLM-36-3)
Little millet Performance of high yielding little millet var. DHLM-36-3 in terms of grain and fodder yield resulted to adopt the variety by more than 50 farmers of Kalaghatagi taluka in ensuing season in more area
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Integrated crop management in foxtail millet (DHFt-109-3)
Foxtail millet
Performance of high yielding foxtail millet var. DHFt-109-3 in terms of grain and fodder yield resulted to adopt the variety by more than 50 farmers of Kundagol taluka
241
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Integrated crop management in Proso millet (DHPm-2769)
Proso millet Performance of high yielding proso millet var. DHPm-2769 in terms of grain and fodder yield resulted to adopt the variety by more than 50 farmers of Kalaghatagi taluka
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2.0� 5� ] �%Tk� +�>��<��� %%��� �%� N���� 0%����$��A�<��N���$�P�\����#�%�5�M)>�%��+�T���%S<=��% !��#� ��%3��%�����>�% ��%%�� �%��+�>��<���%%���5��? @�������$2�NL�%V � .+� �%�"#�(�% 4%�K+�%R�� �Z<�E �N���$�]�+�T�(�%�I):$)+�U<���( �%?@�+$>�ZD�$ �� <�E � �
� Demonstration of onion variety Bhima Super
Onion By looking into the performance of onion var. Bhima Super in late kharif area of onion, more than 500 farmers are eager to cultivate the variety and also farmers are involved in seed production of this variety
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Integrated crop management in chilli
Chilli By looking into the performance of chilli variety Byadagi Dabbi and its ICM technology in Kundagol taluka, more than 200 farmers convinced to adopt ICM technology
242
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Integrated crop management in Greenpeas
Green pea Crop has been vitiated due to moisture stress and uneven distribution of rainfall
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Enhancing productivity & Profitability of cotton based intercropping system
Cotton based intercropping system
Crop has been vitiated due to moisture stress and uneven distribution of rainfall
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Demonstration of fodder cafeteria
Fodder By looking into the performance of fodder cafeteria established in farmers field most of the dairy farmers in the district are very much interested to establish perennial as well as protein rich fodder in the vicinity of farm house/ dairy unit
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Use phouran of on preparation for ectoparasite control in dairy animal
Dairy animal
More than 20 farmers were using pour on for the control of ectoparasite in dairy animals
243
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���`�,����#�% � 10 �$)T� ��%�( � �%�N�+�%A�C+�A4? @��$ )T�����SX�� .+� �%��( �+'�(�%��%$4��� �SX� )+�� $)���+�>��,94 %�4D� �(�%��%3�K&��($)Z��%-A<�E �
Popularization of oral pellet vaccine for new castle disease in backyard poultry farming
Poultry Around 10 backyard poultry farmers were using oral pellet vaccine for New Castle Disease in backyard poultry farming
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Promotion of inland fisheries in farm pond
Inland fisheries
Demonstration on fish rearing in farm pond made the 15 farmers to rear the fish in their farm ponds for better utilization of the resources
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Demonstration on nutritional garden to ensure nutritional security in Schools
Nutritional garden
Created awareness about nutritional security and nutritious food in mid day meal and provided practical experience on nutrition garden to students of five schools
244
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Integrated crop management in transplanted Paddy
Paddy The introduction of the new variety has recorded 24.97 q/ha. as compared to local variety (20.64 q/ha). Overall increased the yield is about 20.97% over the local variety
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Demonstration of Rabi sorghum variety SPV-2217
Rabi sorghum
The introduction of the new variety has recorded 24.97 q/ha. as compared to local variety (20.64 q/ha). Overall increased the yield is about 20.97% over the local variety
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7.2 18 ���O� ]�+�T�(�% ?@��#�%�5�( �%%����� ��[ j��B N�� �1�%9����>�%����<�%E���nT)�(�%�+�T�(�%? @��� �o��[j��BN�����>�% ����<��8W �9 ��#�%�5�(�%? @���nT)�(�%�+�TZ�+��H)���� �1�%9�NL� V#�����>�%���� �% +�A<��
Demonstration of foxtail millet variety DHFt-109-3 for higher yield and income
Foxtail millet
The introduction of the new variety has recorded 14.50 q/ha. as compared to local variety (11.85 q/ha)
Overall increased the yield is about 22% over the local variety
245
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Demonstration of Little millet variety DHLM-36-3 for higher yield and income
Little millet The introduction of the new variety has recorded 15.53 q/ha. as compared to local variety (12.58 q/ha)
Overall increased the yield is about 23% over the local variety
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Integrated crop management in Black gram (DU-1)
Black gram The introduction of the new variety has recorded 10.5 q/ha. as compared to local variety (8.9 q/ha) , Overall increased the yield is about 18% over the local variety
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04� 10� N�� �% � ]�N$���+�T�(�%��#�% �5�(�%%��� �� �[j��BN�� �1 �%9����>�%����<�%E���nT)�(�%�+�T�(�%? @��� �� �[j��BN��� ��>�%���<��8W �9 ��#�%�5�(�%? @���nT)�(�%�+�TZ�+��H)����� �1�%9�NL�V#�����>�%���� �% +�A<���
Integrated crop management in Green gram (DGGV-2)
Green gram The introduction of the new variety has recorded 12.5 q/ha. as compared to local variety (10.9 q/ha)
Overall increased the yield is about 15% over the local variety
246
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ICM in onion variety of Bhima Super for higher yield & income
Onion Onion variety bhima super performed better compare to local variety with early maturing � �� f��$)D��?@���� %��'�
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ICM in Cabbage Cabbage Adoption of ICM practices in cabbage resulted in reduced cost of cultivation and enhanced yield. � �� %SD��� �Q %�(�% �
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Enhancement of yield in Green chilli
Chilli The following technology in chilli performed better camper to local with high yield and less incidence of pest and disease especially leaf curl which is major problem in chill
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ICM in Betel vine Betelvine The following Technology in Betel vine performed better compare to local with high yield and good quality of Betel leaf and also very less incidence wilt which is major problem in Betel vine
247
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ICM in Mango Mango Intigrated crop management in mango has given better quality of fruit and increased yield as compare to Farmer’s practice�
� �� N�D �% �%)�b �" #�� -� 02� %)0���"# � �� �<�#����!����%+�%A��N�% �� !� ���� �<�#��N���$ ��j<�#��%)�b��#� ��%3�"#�(�%%�b<�5�<����)��1� !�N�D �%�%)0� ��4"=� +�� �%�b<�5�<��N� ��%��#�? @�N�?����#�%�5� NL�%V+�A<��� ���
� Demonstration on Fodder Cafeteria
Fodder There is increase in milk yield due to availability of green fodder throught the year by growing annual cereals and perinial cereals and leguminous fodder crops.
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Nutrition garden at schools
Nutrition garden
The fresh vegetable obtained from nutrition garden were utilized for mid day meals to the students of the schools. Which will be helpful for providing nutritional security to school children
248
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Clean milk production Dairy farming
20% of the milk yield increased due to clean milk production technology and leads to minimizes mastitis dieses in milking animals
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Neonatal care of young ones (Sheep and Goats)
Sheep & goat
Medication to the lamb with antihelimenthic tablets, application of tinchur iodine to the cut end of the umbilical cord and supplementation of mineral mixer to lambs and sheep’s this decreases mortality, incidence of parasitic disease and increase in body weight
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-� 02� %)0���"# � a)4 <�?@� ���%)�b��(�>�% �b<�5�<��P<� ����%S�% ,9�b�� ��%�( �(�Z �%+� A<���% +�%A�/� ���%)�b�<�����5��T��%)Q %��4%��($)�� �Z �% �b�4@��Conservation of
Green fodder using silage making through silo bags
Green fodder
Conservation of green fodder by silage making through silage making bags.yield low quality silage infected with fungi, feeding of low quality silage is not fit for feeding to dairy chattels
249
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Advanced production technologies for profitable Paddy cultivation
Paddy 37.81% increase in yield when compared with farmers practice
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ICM in Maize Maize 31.08% increase in yield when compared with farmers practice
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ICM in Bt Cotton Bt Cotton 9.28% increase in yield with B:C ratio of 3.23 as against 2.66 in non ICM package
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IPM in Cashew Cashew 42.67 % increase in yield over farmers practice. Incidence of TMB was less in demo plots
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Enhancing productivity of Ginger through scientific production technologies
Ginger There was 17.99 per cent increase in yield over farmer practice. Farmers are now able to select the right chemical for various biotic stress.
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Introduction of Arka Anamika bhendi variety
Bhendi There was 32.58 per cent increase in yield because of improved variety ntroduction. Instead of traditional varieties farmers are now using improved variety.
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Nutritional Vegetable Garden in school premises
Nutritional Garden
Vegetable required for mid day meal are cultivated in the school premises. Students understood the importance of vegetables in the regular food.
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Effective utilization of betta lands through cultivation of TBOs for sustainable land use
Tree borne oil seeds
Most of the farmers came to the KVK and purchased biofuel yielding seedlings for establishing TBO based agro forestry system
251
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Effective utilization of betta lands through cultivation of NTFP’s for sustainable land use
Non Timber Forest Products’
Many farmers approached KVK and acquired information about cultivation of NTFPs, purchased the seedling and planted in the betta lands.
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Assessment of modified PG protocol for treating repeat breeding cows
83.33% conception rate is observed in the treated cows. The technology is included in the Package of Practice of UASD during NARP 2018.
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Care and management of new born calf to avoid bacterial and parasitic infection
Due to scientific management of new born calves disease like umbilical cord infection and pot belly are effectively managed. 10.57% body weight increased in 3 monthly old calws.
252
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Preparation and maintenance of silage using silo bags
Silage Many farmers have adopted the technology.
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Demonstration and establishment of hydroponics unit at KVK
Fodder 11 farmers have established the hydroponic unit.
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Sorgum variety CSV-29 Demonstration in deep black soil
Sorghum 19.4 % increase in yield over check (BC Ratio 3.2)
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Wheat variety D.D.K- 1029 Demonstration
Wheat 11.30 % increase in yield over check ( BC Ratio 2.1)
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New variety of Foxtail millet DHFT-109-3 Demonstration
Foxtail millet
21.8 % increase in yield over check ( BC Ratio 2.7)
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Pigeonpea + Soybean Intercropping (Demonstration at sugarcane growing area)
Pigeonpea + Soybean
32.24% increase in yield over check
(BC Ratio 3.6)
253
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Higher yield cowpea variety (DC-15) Demonstration
Cowpea 30.67% increase in yield over check ( BC Ratio 2.3)
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Demonstration of Bhima Super Variety of Onion sutable for Kharif
Onion 34.94% increase in yield over check ( BC Ratio 1.82)
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Integrated diseases management in Pomegranate crop
Pomegranate
27.04 % increase in yield over check ( BC Ratio 5.5)
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Watermelon enhancement through Bee keeping
Water-melon
31.66% increase in yield over check (BC Ratio 4.68)
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Stroage pest management through super green bag
Stroage pest manage-ment�
infestation per cent is less compared to check�
M�!N� O� �Z� � �o �� <���A� �%�[ ),�M�!N� O���(�<�5�� #��&�'-� �c+��
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Demonstarion of storage models for management of store grain pests
storage pest- mana- gement�
Infestation per cent is less compared to check
254
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Multicut Fodder variety (DHN-6) Demonstration
Fodder 38.01% increase in yield over check ( BC Ratio 1.22)
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4.0� 10� ] �%Tk� ��nT)�(�%�+�TZ�+����om�P �\����#�%�5�<�s?����Z<�d���s�P��%&�+������e�
Micronutrient Management in Onion using vegetable special
Onion 9.8% increase in yield over check (BC Ratio 2.24)
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4.0� 10� "�>� ��nT)�(�%�+�TZ�+�����oo m�P�\����#�%�5�<�s?����Z<�d���s�P��%&�+����� e�
Micronutrient Management in Okra using vegetable special
Okra 15.88% increase in yield over check (BC Ratio 3.5)
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Nitrogen management in maize using leaf color chart
Maize 15.14% increase in yield over check (BC Ratio 2.5)
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ICM in Rabi sorghum
Rabi sorghum
New variety BJV-44 shown high yield and there was good response from the farmers
255
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Micronutrient management in maize
Maize Awareness about micronutrients application was highlighted.
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ICM in irrigated wheat UAS-334
wheat New variety UAS -334 introduced and good response from the farmers
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ICM in Dicoccum Wheat DDK-1029
Dicoccum Wheat
New variety DDK-1029 introduced which is high yielding and suitable for mechanical harvest.
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Foxtail millet variety DHFt-109-3, Processing & Value addition for Health mix
Foxtail millet
DHFt-109-3 was found superior in terms of yield (> 43.41%) than the local one and highlighted the nutritional importance of this variety.
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ICM in Pigeonpea
Pigeonpea Yield of TS-3R was Higher (47.37%) compared to local variety. Due to high yield the farmers income improved.
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ICM in Chickpea
Chickpea JG-11 gives Higher yield of 43.41% was obtained as compared to farmer practices
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IPDM in Summer Groundnut
8.0 20 Ground-nut With IPDM net returns increased to Rs. 10,545 per ha. with G2-52 variety
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Management of physiological disorders in Bt. Cotton
Cotton
Application of magnesium sulphate and spray of planofix and KNO3 increases yield and reduces flower and square dropping.
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Demonstration of planting methods in sugarcane
Sugar-cane
By use of single node settlings of sugarcane the cost of cultivation can be reduced.
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IPDM in Pomegranate
Pome-granate
Pomegranate growers are convinced about the integrated pest and disease management in grape
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ICM in Lime Lime Among the Lime growers created the awareness about the use of biocontrol / Pseudomonas �
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Stem borer management in grape
Grapes Grape growers are convinced about the integrated pest Management in grape
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Popularisation of new greengram variety, DGGV-2
Green-gram New variety has excelled over other local varieties with respect to yield
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Popularisation of Rabi sorghum variety, SPV-2217
Rabi sorghum
The variety remained stay green till harvesting & found more palatable to cattle.
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Introduction of millets like Navane, Baragu, Udalu & Saame
Millets Good yield levels
(3-4 q/ac) were obtained even under drought situations.
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ICM in Bengalgram - JAKI-9218
Bengal-gram Higher yields were obtained with low pest & disease incidence
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Popularisation of new ground nut variety, KDG-123
Ground-
nut
Under drought situation higher yields were obtained with bold seeded groundnut.
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Popularisation of compost culture
Compost culture
Fast degradation of waste material was ensured with compost culture.
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Integrated crop management in greengram variety (DGGV-2)
Green-gram More than 200 farmers of Muddebihal, Basavan Bagewadi and Sindagi taluk have adopted this technology & got higher yield.
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Integrated crop management in bengalgram variety (JG-11).
Bengal-gram More than 300 farmers of Muddebihal, Indi and Sindagi talukas have adopted the technology & got higher profit.
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Integrated crop management in redgram variety (TS-3R).
Redgram More than 450 farmers of Vijayapur, Basavan Bagewadi, Indi and Sindagi taluk have adopted the technology & got higher yield.
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Integrated crop management in greengram variety (DGGV-2)
Green-gram More than 200 farmers of Muddebihal, Basavan Bagewadi and Sindagi taluk have adopted this technology
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Integrated crop management in bengalgram variety (JG-11).
Bengal-gram More than 300 farmers of Muddebihal, Indi and Sindagi taluk have adopted the technology due to its good performance
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Integrated crop management in redgram variety (TS-3R).
Redgram More than 450 farmers of Vijayapur, Basavan Bagewadi, Indi and Sindagi taluk have adopted the technology due to its good performance
260
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Sorghum� Assessment of charcoal rot tolerant sorghum varieties
CSV-29R and GS-23 are both high yielding and non lodging and charcoal rot tolerant
Farmers need a variety of 120 days maturity with tolerant to lodging and good fodder quality.
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Pigeonpea Assessment of dryroot rot tolerant pigeonpea varietes
Variety GRG- 152 is early high yielding and tolerant to dry rootrot
GRG 811 is high yielding and resistant to SMD and Wilt but needs protective irrigation
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Chickpea Assessment of erect type,high yielding variety GBM-2 of chickpea under rainfed condition
GBM 2 is suitable for mechanical harvesting but late maturing needs protective irrigation.Yield is less
GBM 2 is suitable for mechanical harvesting but late maturing needs protective irrigation.
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Fodder crops
Assessment of new variety Napier hybrid Co-5
Co-5 is more palatable than DHN-06 and their is no much difference in yield levels in both varieties
Co-5 is more palatable than DHN-06 and their is no much difference in yield levels in both varieties
261
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Marigold Varietal Assessment in Marigold
Arka Bangara hybrid has given good yield
Arka Bangara hybrid has given good yield
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T 1 T2
1250 1190
g�BI+�%A�����%�(�%<�? @���� � ���*����f�6��}������*���(�%$5�(�(��}�o���*���f�(����6��}�����*��*��������)W���%+�%A�+��/>�%��N��+�<�?@�* ��������)W��D�&� �O�����'��&�'-�?), ��M)5���g����I+�%A�����%�(�%<�?@�� � ���*����f�6��}������*���(�%$5�(�(��}�o���*��f�(����6���% +�%A�+ ��(�(�>�% ��N��+�<�?@�M)5� ��D�&� � O��
Wheat Use of secondary nutrients for irrigated wheat ü
Average yield (kg/ Acre)
T 1 T 2
1250 1190
T1= At sowing- 15 kg DAP + 15 kg Urea + 8 kg MOP + 2 kg Zinc sulphate and at ear head stage- Spraying of Zinc sulphate @ 5g/ liter of water T2= At sowing- 15 kg DAP + 15 kg Urea + 8 kg MOP and at ear head stage- Spraying of water
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Groundnut Studies on determining the optimum level of liquid biofertilizers in Groundnut T1: Seed treatment with 4ml/kg of Rhizobium NC92 + 2ml/kg seed of PSB (liquid formulation) T2: Seed treatment with lignite based formulations each (NC92 & PSB) @ 20g/kg seeds
T1 recorded 8.64 % higher yield compared to T2
Seed treatment with 4ml/kg of Rhizobium NC92 + 2ml/kg seed of PSB (liquid formulation) increased the yield compared to seed treatment with lignite based formulations each (NC92 & PSB) @ 20g/kg seeds
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Maize Studies on determining the optimum level of liquid biofertilizers in maize T1: Seed treatment with 4ml/kg of Azospirillum + 2ml/kg seed of PSB (liquid formulation); T2: Seed treatment with lignite based formulations each (Azospirillum & PSB) @ 20g/kg seeds
T1 recorded 5.32% higher yield compared to T2
Seed treatment with 4ml/kg of Azospirillum + 2ml/kg seed of PSB (liquid formulation) increased the yield compared to seed treatment with lignite based formulations each (Azospirillum & PSB) @ 20g/kg seeds
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Wheat Zinc and iron requirement for wheat under irrigation in vertisols T1: Recommend dose of fertilizers (100:75:50 kg N:P:K) + ZnSO4 20 kg/ha + FeSO4 20 kg/ha with irrigation (12-15 days interval) T2: Recommend dose of fertilizers (100:75:50 kg N:P:K) with irrigation (12-15 days interval)
T1 recorded 21.65% higher yield compared to T2
Application of ZnSO4 20 kg/ha + FeSO4 20 kg/ha with recommend dose of fertilizers (100:75:50kg N:P:K) + irrigation (12-15 days interval) increased the yield compared to recommend dose of fertilizers with irrigation (12-15 days interval)
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Wheat Agronomic Fortification of Zinc Nutrition in Irrigated Wheat T1 - RDF + Soil and foliar application of ZnS04.7H2O @20 Kg/ha & 0.5% during heading stage respectively T2 - RDF + water spray
T1 recorded 4.70% higher yield compared to T2
RDF + Soil and foliar application of ZnS04.7H2O @20 Kg/ha & 0.5% during heading stage respectively increased the yield compared to RDF + water spray
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Pigeonpea + Mungbean
Phosphorus management for pigeonpea and mungbean intercropping T1: Pigeonpea +mungbean 1:3 ratio 75kg P/ha T2: Sole pigeonpea with 75 kg P/ha
T1 recorded 11.11% higher yield compared to T2
Pigeonpea + mungbean 1:3 ratio 75kg P/ha increased the yield compared to sole pigeonpea with 75 kg P/ha
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� Chickpea Broad bed furrow and irrigation management for higher productivity in chickpea. T1 : BBF +wheat + 2 irrigations (Branching and pod initiation). T2: Flat bed + 2 irrigations (Branching and pod initiation).
T1 recorded 10.62% higher yield compared to T2
BBF + wheat + 2 irrigations (Branching and pod initiation) increased the yield compared to flat bed + 2 irrigations (Branching and pod initiation)
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Groundnut Varietal evaluation of new erect spanish bunch groundnut varieties T1: ICGV-06189 T2: TGLPS-3
T1 recorded 9.72% higher yield compared to T2
Groundnut variety ICGV-06189 recorded higher pod yield than TGLPS-3 variety
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Palak Varietal introduction of Palak variety Pusa All Green (Demonstration by IARI, New Delhi)
Pusa All Green recorded 17.5% higher yield compared to local variety
Pusa All Green produced uniform green tender leaves and comparatively less incidence of pests and diseases than local variety. Recorded higher leaf yield, acceptability and consumer preference
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�$)0���:$ )#�<�?@�<�' �� �$&�<��:.0� ���$� ���#�� �%3�I):$ )&�L� ���2Z��#�D<�E5�<�� K+� A�% ��#� %�5�&�>�( �%��Z<�� �
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Maize Studies on determining the optimum level of liquid biofertilizers in Maize
Enhanced yield was obtained by seed treatment with liquid biofertilizers in maize
Liquid formulations are more convenient for seed treatment and bio-agents are in intact with seeds even after drying
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Groundnut Studies on determining the optimum level of liquid biofertilizers in groundnut
Enhanced yield was obtained by seed treatment with liquid biofertilizers in Groundnut
Liquid formulations are more convenient for seed treatment and bio-agents are intact with seeds even after drying.
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Chilli
Biopriming and integrated management of foliar diseases of chilli.
Higher dry chilli yield was obtained by adopting the integrated management practices for foliar diseases of chilli.
Among different treatments, T1 performed better compared T2 by recording higher dry chilli yield and lowest disease incidence
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Rabi Sorghum
Effect of seed priming on growth and yield of Rabi sorghum
Seed priming with KNO3 in rabi sorghum resulted in higher seed and fodder yield
Among different treatments, T1 performed better compared T2 by recording higher grain yield and fodder yield compared to T2.
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H)���<��N$���+�T�(�(�<��ICGV-06180��(�%% �K+� A�%���Q %�N���$�%)0����#�%�5�M)� <��
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Groundnut Varietal Evaluation of new erect Spanish bunch groundnut varieties
Induction new variety ICGV-06180 performed better than TGLPS-3 with respect to seed and fodder yield.
Among two varieties, ICGV-06180 performed better by recording higher pod yield than TGLPS-3
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Black-pepper
Management of berry drop in Blackpepper
5.99% increase in Yield over control by spraying of DAP 1.5% and NAA @ 25 ppm
Availibility of critical inputs like growth regulator is limited.
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Multi Purpose Trees
Evaluation of Multi Purpose Trees as pepper standards
Trail is not completed Nature of bark may be very soft in case of hebbevu compared to MPTs
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Sugarcane Assessment of Planting Methods in Sugarcane
Pit metthod ( 90 X45 cm spacing and Pit size of 100 cm X100 cm X 45 cm has yielded highest yield i.e. 222.89 ton/ha).
Good yield, less consumption of water
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KNO3 ������ m�<� �<�? @�D�&� �O�I- A<������% +�%A�r �������#�?@� D�&����%�b<�% �� ��
KNO3 ������m�<� �<�?@�D�&� �O�I- A<�� ����%+�%A�r� ������#�?@�D�&����%�b<�5�<��&�'-H�+������ ��#�%�5�NL�VZ �%+� A<� �
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Rabi sorghum
Studies on foliar spray of potassium sources (KNO3) on growth and yield of Rabi sorghum
Application of RPP+ spray of KNO3 @ 0.5% at 30 and 60 DAS resulted in 9.05 % increase yield over non spray of KNO3
The selected farmers could able to understand the importance of KNO3 spray
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Groundnut
Optimization of Rhizobium NC 92 & PSB liquid formulation to Groundnut
Seed treatment with 4 ml of rhizobium NC 92 & 2 ml PSB / kg seeds resulted in 5.71 % increased yield over lignite based biofertilizer
Farmers of the opinion that liquid formulations was better compare to lignite based
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Maize
Optimization of Azospirillum NC 92 & PSB liquid formulation to Maize
Seed treatment with 4 ml of Azospirillum NC 92 & 2 ml PSB / kg seeds resulted in 5.64% increased yield over lignite based biofertilizer
Farmers of the opinion that liquid formulations was better compare to lignite based
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Lime Management of citrus blackfly, Aleurocanthuswoglumi Ashby in acid lime
Spray of Thiomethoxam 25 WG @ 0.25g /lit resulted in lesser number of citrus blackfly compare to Dime -thoate 30EC @ 1.70 ml /lit
Farmers were convinced about the effectiveness of Thiomethoxam 25 WG
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Groundnut
Optimization of Rhizobium NC 92 and PSB liquid formulation T1- 4 ml of rihizobium NC 92+2ml of PSB/kg of seeds. T2- Lignite based formulation of each @ 20grams/kg of seeds
Observation
T1 T2
No. of nodules per 5 plants
604 541
T1 plot is better than T2 plot with 2.65% more yield
Farmer opinion: More convenient to treat the seeds, T1 plot is better than T2 plot
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�$ )0 ��:$)#�<�?@�<�'� �$&�<��P:$�U54���%+�%A�6�f����I��� #�� �g�{���0%�?)��P:$�U54 ��}���0% �? )��6f��I B�� �����I)J�2���g�{�?�3v.W��/<=�5+��&=��%% !�1�� ���� ����'B�� �����I)J�2 �
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Maize
Optimization of liquid formulations of Azospirillum and PSB T1 – 4ml of Azospirillum +2ml of PSB / kg of seeds T2 – Lignite based formulation of each @20 grams / kg of seeds
Observation
T1 T2
No. of cobs per 5 plants
14 12
T1>T2= 0.75%
Farmer opinion: More convenient to treat the seeds T1 plot is better than T2 plot
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Cotton
Nutrient requirement for hirsutum cotton variety in medium deep black soil under assured rainfed condition T1: 50:25:25 NPK kg/ha T2: 40:20:20 NPK kg/ha
Observation
T1 T2
No. of bolls per plant
112 102
Yield kgs per plot
378 371
Yield kgs per ha
3780 3710
T1 plot is better than T2 plot
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Wheat
To increase the yield and conc. of zinc in the grain T1: RDF+Soil application ZnSO4 20kg/ha+0.5% ZnSO4 spray at earhead formation T2: RDF + water spray at earhead formation
Observation
T1 T2
Yield kgs per plots
490 464
Yield kgs per hacters
4900 4640
T1>T2= 5.6%
Farmer opinion: T1 plot soil application + spraying during earhead formation might have helped to fill the grain better compared to T2 plot.
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*6 f�NL��� ������� �S�+�T�(�%�� gD���� �+�TZ�+��H)������� �1�%9�NL�%V��#�%�5�M)� <���
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Maize hybrid,
Performance of Maize hybrid GPMH-1101 T1- GPMH -1101 T2-ITC- 740
GPMH-1101hybrid has recorded 10.34% higher yield than ITC-740
Large scale seed production of GPMH-1101 is required.
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�% SXY ��?@����00�<= � ��>�<��ff �f &=��������$ )D!�(�%�( ���)5��% �b<�5�<��H)��r �r r� �1�%9��#�%�5�NaV<�N���(%)���>���"#�(�%%����%�<�l �Z�"#<�% �N L�%V���4�N�D �Z+� %A��
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Chickpea Field evaluation of AMF Consortium in chickpea
T1 : Ruling chickpea
Variety +RDF+UASD
AMF consortium
T2 : Ruling chickpea
Variety + RDF
Soil application of UASD AMF consortium has increased yield to the tune of 16.66% & the crop experienced luxuriant growth & remained green for longer time.
Large scale production of AMF Consortium is essential for further adoptions.
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�% SXY ��?@����00�<= � ��>�<�������$ )D!�(�%�( ���)5��% �b<�5�<��H)��� �� �� �1�%9��#�%�5�NaV<�N���(%)��$)��"#�(�%%����%�<�l�Z�"#<�% �N L�%V���4�N�D �Z+� %A�
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Wheat Field evaluation of AMF Consortium in wheat
T1 : Ruling wheat
variety+RDF+UASD
AMF consortium T2 : Ruling wheat
variety+RDF
Soil application of UASD AMF consortium has increased yield to the tune of 12.50% & the crop experienced luxuriant growth & remained green for longer time.
Large scale production of UASD AMF culture is essential for further adoptions.
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<�' � �$ &�<��:.0����$� ���#���#��Q% �<��H)�r��r� �1�%9��( �+�'��#�%�5�N aV<� �
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Groundnut Optimization of Rhizobium NC-92 & PSB liquid formulations in groundnut T1 : 4ml Rhizobium NC-92 + 2ml PSB/ kg seeds T2: Lignite based formulations each @ 20g/kg seeds
Seed treatment with different formulations of Rhizobium NC-92 & PSB such as liquid and Lignite based formulations did not had any significant yield difference.
Production & distribution of liquid form of biofertilizers is to be enhanced for further usage.
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f��D����}���0% �?)�� ��J����� �Z��%��"�^[9)5�(�(��&�'-�[���'��I)J� 2���
g{��% )? ���f �>�%�:.0����$ � ���#�%�?�3v.W ��� #�D�+��( �(�5D<�%E�� ����'��&�'-�[���'��I)J�2 �
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Maize Optimization of liquid formulations of Azospirillum and PSB in Maize
T1: 4ml Azospirillum NC-92 + 2ml PSB/ kg seeds T2: Lignite based formulations each @ 20g/kg seeds
Seed treatment with different formulations of Azospirillum & PSB in maize such as liquid and Lignite based formulations did not had any significant yield difference.
Production & distribution of liquid form of biofertilizers is to be enhanced for further usage.
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C���5�:$)#�<�? @�&$W�^1 ���%3�D�&� � O��%$4����$ >�%�b<�5�<��"#��SX��N���$ ��#� %�5�%)��&�'"=���P <=� �(�%����g�{�G&=�5+�� �� ��$� ��}��H)���� � ��&$ W�^��(�% ���.W')W ��D�&� �O����z�r ��������#�����+� � �g{� ����$�K&�L� �04 @��
:$)#�<�? @��� �N���$�r� �������#��I -A<�����+� ��&$W �^D�(�%�(��D�&� �OQ%�<��H)������� �1�%9��#�%�5�N aV< �
:$)#�<�?@� ���N���$ �r��������#��I- A<�����+� ��&$W�^ D�(�% �(��D�&� �OQ %�<��H)��� ���� �1 �%9��#�%�5�N aV< �
Rabi sorghum
Studies on foliar spray of potassium source on growth and yield of rabi sorghum
T1: RPP +0.5% K No3 foliar spray at 30 & 60 DAS
T2: Control (RPP)
The sprays of KNo3 has increased the grain yield of sorghum to the tune of 12.5% & benefitted the crop.
The sprays of KNo3 has increased the grain yield of sorghum to the tune of 12.5% & benefitted the crop.�
272
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��� � Ig�N�-A��
Ig�N�-A�(�% �8S�")���(�% <�?@�� �?���P�+� ��NaVD�&$)1�� ��H���#� ��%3��j��%S�$ TD��#�% �5�P<=� �(�% ����g �{���x�����0%)��N���$�r�{��{��[���'����� ��&$)���N�9)5��g�{���x �� ����0%)��N��� $���{�� {� ��[���'�B�N�9)5��
Ig �N�-A�(�%?@���? M�<����?��P�+� ��NaVD�&$)1 ����H���#��&�'�(�S��j��%S�$T� �%�b<�5�<��H)�� �� �1�%9��#�%�5�NaV<��
Ig�N�-A�( �%?@���?M�<����? ��P�+� ��NaVD�&$)1�� ��H���#��&�' �(�S��j��%S�$T��% �b<�5�<��H)�� �� �1�%9��#�% �5�NaV<�
Bt cotton Response of Bt cotton to planting geometry and Nutrient management under dryland conditions. T1: 120 x 45 cm with 60:30:30 NPK /ha T2: 90 x 45 cm with 30:15:15 kg NPK/ha
Wider row spacing & higher nutrition resulted in good crop growth & higher yield.
Wider row spacing & higher nutrition resulted in good crop growth & higher yield.
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��>���"#�(�%?@�I):$)&�L� ���<��I)J���pS�$ T��%0 ��N���$�� �M $)<=�� �+�NaV��%��P<=� �(�% �����g�{�H)�� ����^?R�(�% ���$@) .>�M�<��I):$)&�L� ��}�H)� ���( �%$5�(�(��D�&� �O�}�� ���66f����^? D? ���/�%@<��D�&� �O�$<�4��N���$�H)�� �� �1�%9�N�$�I,9����+� � ��g�{����$�K&�L� �04 @�
I)J���pS�$T��4 %�N���$�� ��M $)<=���+�NaV��4%�K&�L� ���$ g9 �%�b<�5�<��H)����� � �1�%9��#�%�5�� �>�� �"#�(�%? @�NaV<��
I)J�� �pS�$T��4% �N���$�� ��M $)<=���+�Na V��4 %�K&�L� ���$g9 �%�b<�5�<��H)������ �1�%9��#�% �5���>�� �"#�(�%?@�NaV<� �
Chickpea
Drought mitigation by seed hardening & sprays in Chickpea T1:ST with CaCl2 @2% + foliar spray of 2% urea + 100 ppm salicylic acid at first & 50% flowering, respectively T2: UTC
Seed treatment followed by sprays in order to mitigate drought has increased yield of 11.49%.
Seed treatment followed by sprays in order to mitigate drought has increased yield of 11.49%.
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I):$ )&�L� ��N���$ ���D�&� �O�� T�<��K&�L� ���(��<��+���%��#�? @�H)������� �1�%9��#�%�5�NaV<��
I):$)&�L� ��N���$���D�&� �O�� T�<��K&�L � ���(��<��+�� �%��#�? @�H)������� �1�%9��#�% �5�NaV<� �
273
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Chickpea Drought mitigation by seed hardening & sprays in Chickpea; T1:ST with CaCl2 @2% + foliar spray of 2% urea + 100 ppm; salicylic acid at first & 50% flowering, respectively
T2: UTC
Seed treatment followed by sprays in order to mitigate drought has increased yield of 11.49%.
Seed treatment followed by sprays in order to mitigate drought has increased yield of 11.49%.
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I):$ )&�L� ��N���$ ���D�&� �O�� T�<��K&�L� ���(��<��+���%��#�? @�H)������� �1�%9��#�%�5�NaV<��
I):$)&�L� ��N���$���D�&� �O�� T�<��K&�L � ���(��<��+�� �%��#�? @�H)������� �1�%9��#�% �5�NaV<� �
Bengal-gram
Heat Mitigation by seed hardening & sprays in Chickpea.
T1:ST with CaCl2 @2% + foliar spray of 2% urea + 2% CaCl2 at first & 50% flowering, respectively
T2: UTC
Seed hardening followed by 2 sprays to mitigate heat in chickpea increased yield of 11.29%.
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g�{��0%>�� $@)6'>��r����f &=�f ���� ��0% �? )B [���'��I)J� 2�I):$)&�L� � �g�{�>.0%h$)�(%)W������D������ ��0% �? )B ?)��M)5��
I):$)&�L� ���(�>�%�b<�5� <�� ���C) �%��[),��#������ ���SM)�(�%�Z����% �(�(�Z< ��H)�� ����� �1�%9��#�%�5�NaV< �
Green-gram
Management of sucking pests in Greengram. T1 : Imidacloprid 60FS @ 10 ml/kg seed; T2 : Dimethoate 30EC @ 1.70ml / lit water
ST enhanced the vigour of the plant and yellow
mosaic disease incidence was reduced in treated plot
ST enhanced the vigour of the plant and yellow
mosaic disease incidence was reduced in treated plot
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% W�4[R����m�}��(�^ ��$):)"��r�m����D�&� �O�(�%%� .+� ��&�<�l-Z�+��K+� A%�<�%����>�%���<�%E���m�N� SXY����#�%�5�N L�%V� ���< �
.+� �% �]�&�<� l-�(�% ��%3�P#���D�$#�k4% ���$a����Z<��
Lime
Management of Citrus Gummosis��
Applciation of Metalxyl 4% + Mancozeb 64% has resulted in 4% increase fruit yield.
Farmers are advised to follow this method
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+$��5�(�%?@�P�+� �"#�(�(�Z �D5<=��� ��#� ��%3�"#<�����#�%�5���m�NL�VZ<�%E����>�%���<����
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Pigeonpea� Pigeonpea based millets intercropping systems under rainfed condition �
Millets grown as intercrop in pigeonpea technology. 12 % increase in yield.
Farmers are advised to adopt this method in pigoenpea by intercropping millets resulted in 12 % increase in yield.
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Groundnut Optimization of Rhizobium NC 92 & PSB liquid formulation
By application of Rhizobium NC 92 & PSB liquid formulation tech-nology 8% increase in yield
By adopting this method farmers got 8% increase in yield
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Maize Optimization of liquid formulations of Azospirillum and PSB �
Optimization of liquid formulations of Azospirillum and PSB technology
By adopting this method farmers got 7.5% increase in yield �
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Pearl millet �
Pearl Millet and Pigeon intercrop frontline deomostration technology �
By adopting this technology total 3.68 q/ha increase in yield in demo whereas in farmer practice 1.2 q/ha yield obtained.
By adopting this technology total 3.68 q/ha increase in yield in demo whereas in farmer practice 1.2 q/ha yield obtained.
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Pearl millet and Pigeonpea�
Frontline Demonstration on Pearl millet �
By adopting peral millet 120 cm wide row spacing there is increase in 7.8% yield.�
By adopting peral millet 120 cm wide row spacing there is increase in 7.8% yield.
275
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Chickpea �
Drought Mitigation in Chickpea �
Drought Mitigation in Chickpea technology �
By adopting this technology there is increase in 7.22 yield�
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Chickpea� Heat Mitigation in Chickpea
By adopting this technology there is increase in 11.1 yield
By adopting this technology there is increase in 11.1 yield
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Chickpea
Field Evaluation of AMF Consortium in Chickpea
There is increase in 8.3 % yield by adopting AMF Consortium in chickpea crop
There is increase in 8.3 % yield by adopting AMF Consortium in chickpea crop
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Wheat
Micro Nutrient Management in Wheat
By adopting micro nutrient there is a increase in 3% of yield.
By adopting micro nutrient there is a increase in 3% of yield.
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]�+��-'��+�P#����Q %�<��H����� � �1�%9�NaV����# �%�5����>�%���<��
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Bt cotton
Response of Bt cotton to crop geometry and nutrient management under dryland conditions
By adopting this technology there is increase in 9.5% yield.
By adopting this technology there is increase in 9.5% yield.
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Mothbean Response of Mothbean to crop geometry and organics
There is a increae in 9.1% yield
There is a increae in 9.1% yield
276
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Maize
New maize hybrid GPMH-1101
By adopting this technology maize hybrid resulted in 8.11 increase in yield
By adopting this technology maize hybrid resulted in 8.11 increase in yield
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Sorghum Studies on foliar spray of potassium sources on growth and yield of Rabi sorghum
By adopting this technology there is 9% increase in yield.
By adopting this technology there is 9% increase in yield.
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Wheat
Application of micronutrients in wheat crop
By adopting this technology there is 2.5% increase in yield.
By adopting this technology there is 2.5% increase in yield.
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C����� �� 0% )�x������ 0%)�N���$ �r�{��{���&�'-�N�95��8<�ZD<�%E��H)��o �o �1�%9�NaV��� �#�%�5�&�>�( �%��Z<� �
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Cotton(Bt.) Response of Bt.Cotton to Crop Geometry and Nutrient Management Under dry land Conditions. T1–120 cm x 45 cm with 60:30:30 kgs/ha T2 - 90cmx45cm with 30:15:15 kgs/ha
More than 50 Farmers accepted the new Technologies.
More than 50 Farmers accepted the new Technologies.
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Rabi Jowar
Studies on foliar spray of potassium sources on growth and yield of rabi sorghum; T1 – RPP + 0.5 % KNO3 foliar spray at 30 & 60 days; T2 - Control (RPP)
More than 150 Farmers accepted the new Technology.
More than 150 Farmers accepted the new Technology.
277
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�� � � ?�"� ?�"�"#�(�% ?@�g� ��5>$)0%����$)4 q�rom�G)? �<=�'��H����K&��($ )��� �<����%$ _)D��� $ )���M�!N� O �
g�� �5>$)0% ����$)4q�r om�G)?�<=�'��H����K&��($)����<����%$_)D�� � $)����<��&�5O��%� �5�(�(�Z�M�!C�� �N�% <�%���
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Lime Management of Citrus gummosis in acid lime
T1 – Metalaxyl 4%+ Mancozeb 64%. (Ridomil Gold 68% WP).
T2 - Untreated Control
T1 – Metalaxyl 4%+ Mancozeb 64%. (Ridomil Gold 68% WP). Recorded less incidence of disease and high fruit yield T2 - Untreated Control
More than 200 Farmers accepted the new Technology.
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Lime Management of Citrus blackfly, Aleurocanthus woglumi Ashby in acid lime
T1 – Thiomethoxam; 25 WG @ 0.25g/lit. T2 - Dimethoate 30EC @ 1.70 ml/lit
T1 – Thiomethoxam 25 WG @ 0.25g/lit. recorded less pest incidence & 10.98% higher yield than T2. ;T2 - Dimethoate 30EC @ 1.70 ml/lit.
More than 150 Farmers accepted the new Technology.
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g�� �������0% )�x45���0% )��N���$�r �{��{���&�'-�N�95��8<�ZD<�%E�H)��o�o �1�%9�NaV ����#�%�5�&�>�(�% ��Z<��
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Cotton(Bt.) Response of Bt.Cotton to Crop Geometry and Nutrient Management Under dry land Conditions.
T1 – 120cmx45cm with 60:30:30 kgs/ha T2 - 90cmx45cm with 30:15:15 kgs/ha
More than 50 Farmers accepted the new Technologies.
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Rabi Jowar
Studies on foliar spray of potassium sources on growth and yield of rabi sorghum
T1 – RPP + 0.5 % KNO3 foliar spray at 30 & 60 days after sowing. Recorded 5% increase yield over T2. T2 - Control (RPP)
More than 150 Farmers accepted the new Technology.
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g�� �5>$)0% ����$)4q�r om�G)?�<�'��H����K&��($)�����<����%$_)D��� $)����� %3�&�5O��%� �5�(�(�Z�M�!C�� �N�% <�%���
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Lime Management of Citrus gummosis in acid lime
T1 – Metalaxyl 4%+ Mancozeb 64%. (Ridomil Gold 68% WP). Recorded less incidence of disease and high fruit yield T2 - Untreated Control
More than 200 Farmers accepted the new Technology.
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Lime Management of Citrus blackfly, Aleurocanthus woglumi Ashby in acid lime
T1 – Thiomethoxam 25 WG @ 0.25g/lit. recorded less pest incidence & 10.98% higher yield than T2. T2 -- Dimethoate 30EC @ 1.70 ml/lit.
More than 150 Farmers accepted the new Technology.
r� � � H)����� �:��H)����+�T���fL��� ����%+�%A��fL���� ���dg �f ��0 ����4 �(�%�� �?@�*6I�����4 �(�%�o� �?@e��(y4^�(�&�����g�{���fL�������g�{��f L������ �g �{�*6I����
g� �H)��r�rrm �[2�+��g ��H)�������� �1�%9�NL�%V��#�%�5�( �%��%3�M)�<��
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Groundnut Evaluation of new erect Spanish Bunch groundnut varieties Dh 232 and Dh-245 (TMV2 in Zone-3 GPBD4 in Zone-8
T1:Dh 232
T2:Dh 245
T3:GPBD-4
T1 recorded 6.66 % and T2 recorded 11.43 % higher yield compared to T3
Dh 245 is high yielding compared to Dh 232 and GPBD-4
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Groundnut Evaluation of new erect Spanish Bunch large seeded groundnut variety, ICGV 06189
T1:ICGV 06189;T2:TGLPS3
T1 recorded 15.85 % higher yield compared to T2
ICGV 06189 is high yielding compared to TGLPS3
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Tomato Effect of PGPR on yield of tomato in organic produ- ction system; T1: Organic Package + Inoculation of 3 PGPR consortia
T2: Organic Package
T1 recorded 11.77 % higher yield compared to T2
Organic package + Inoculation of 3 PGPR consortia yielded high compared to organic package alone
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Maize – Chickpea crop sequence
Weed management in cropping sequence (Maize – Chickpea); T1 :Atrazine (Pre) @ 0.75kg /ha fb 2,4-D @ 0.5 kg / ha (Post) for maize during Kharif. Pendimethalin (30EC) @ 0.75 kg / ha (Pre) with 1 HW or / 1 IC for chickpea during Rabi; T2 : Atrazine 1.25 kg/ ha (Pre) fb 1 IC/ 1 HW for Kharif maize Pendimathalin 1 kg / ha fb 1 IC / HW at 30 DAS for during Rabi
T1 recoded high yield (5.57%-Maize and 7.24%-Chickpea) due to reduced Weed Density/m
3
compared to T2
Atrazine (Pre) @ 0.75kg /ha fb 2,4-D @ 0.5 kg / ha (Post) for maize during Kharif. Pendimethalin (30EC) @ 0.75 kg / ha (Pre) with 1 HW or / 1 IC for chickpea during Rabi reduced weed density compared to Atrazine 1.25 kg/ ha (Pre) fb 1 IC/ 1 HW for Kharif maize Pendimathalin 1 kg / ha fb 1 IC / HW at 30 DAS for during Rabi
r�� � N�-A�� N�-A�( �%?@�� �#�M� !N� O� �g�{�&�'-�N�9)5����� ���'���$@)�(�^:$)���d�%%�a+�e}�P�+� ��")���( �%�}����5��.������g�{�&�'-�N�9)5��� ��*�>.�(�%% �� ��d�%%�a+�e��g�{�&�'-�N�9)5����� ��* �&��0%h�? ���P�+� ��")���(�% �}����5��.� ���� �
g� �[2�+��g� ������NL�%V��#�%�5��%+�%A��g��[2�+��g�{�H)������� �1�%9�NL�%V��#�%�5�( �%��%3�M)�+�% �
g�� �? @�f��@�+� �N�<����#��#� �M�( �%�+�'S�Z< �g�� �? @��<�j#����#��#�� �%3��&�5O��%��5�(�(�Z�M�( �%�-'D<��g�� �?@�� ��<�#��� �#��#� ��%3�&�5O��%��5�(�(�Z�M�( �%�-'D<��
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Cotton Weed management in cotton; T1:Clomazone 400 g /ha (Pre) + 1 IC + 1 HW
T2:Diuron 1 kg / ha (Pre)
T3:Pendimethaln 1.5 kg / ha (Pre) 1 IC + 1 HW
T1 recorded higher yield - 4.51 % than T2 and 10.51% than T3
T1 controlled all types of weeds
T2 Dicot weeds are controlled effectively
T3 Monocot weeds are controlled effectively
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Brinjal Higher fruit yield in Brinjal
T1: DWB-1
T2: Local
T1 recorded 9.34 % higher yield compared to T2
DWB-1 is high yielding compared to Local
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���% �"#��SX��( �%�N��+�<�?@<� �
Sugarcane High cane and sugar yield variety in sugarcane
T1: SNK 09211
T2: CoC 671�
Crop is in establishment stage�
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s%�2�(�% ?@��{����? ���H)�����%+�%A���� O�(�%�P�+� ��"#�P�� %��5D��#�%�5�&�5)[c��%�b<� %� �g�{�H)����}���� O�d�{����4% �P�+� �<�? @e�g��{�H)�����
�{����?���H)�����% +�%A����O�P�+� ��"#Z�+����� .���H)����"#�(�% ?@�P�\����#�%�5��� ��>�%����<��g�[2�+��g ��8 ,%9�P�\����#�%�5�d}������me�M)>���Q% +�%���
H)�����%+�%A���� O�(�% �P�+� ��"#�&�<� l-�(�%%��� .���H)����"#Z�+��P�\����#�%�5�M)>�� �Q %+�%���
Intercropping of groundnut and foxtail millet under rainfed condition
To assess the performance of intercropping of groundnut and foxtail millet in 4:2 row proportion under rainfed condition
T1:Groundnut + Foxtail millet
(4:2 row proportion)
T2:Sole Groundnut
Intercropping of groundnut with foxtail millet(T1)recorded lesser groundnut yield (-37.63%) compared to sole crop
Higher total yield(+21.09%) recorded in T1 when compared to T2
Intercropping of groundnut with foxtail millet gave higher yield and returns compared to sole groundnut
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PW�'*��� }��������D�&� �O��( �� �%�b <�5�<��P�\� ���#�%�5�&�>�(�% ��Q%+�% ���
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Maize For effective management of weeds in Maize
T1: Pre-emergence application of Atrazine @ 1kg a.i/ha+ IC fb application of 2,4-D @ 1 kg a.i/ha
T2: Pre-emergence application of Atrazine @ 1.0 kg a.i/ha
T1 recorded 7.68 % higher yield compared to T2.
Atrazine + 2,4-D combination reduced the weed density to greater extent
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H)���<��00 <��N$���+�T��T��N$)?D<������fL��� ����+� T�( �%%�NaV ���H)�����#�%�5�d���� e���*B N��
]�+�T�(�%%� $)���M $)<�����K+�A�%�� �+�'<��I)J��#�� �%3�N$��<�%E��%+�%A�K+� A�%���%S�%,9<��f OY�P �H�� ��%3 �N$�� �%+�A<� �
Groundnut Evaluation of new erect Spanish Bunch groundnut varieties Dh 232 and Dh-245 (TMV2 in Zone-3 GPBD4 in Zone-8
T1:Dh 232; T2:Dh 245
T3:GPBD-4
Dh 245 is high yielding compared to Dh 232 and GPBD-4
T1 recorded 6.66 % and T2 recorded 11.43 % higher yield compared to T3
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��#���H�����#�< ��P1�9�*)������������*BN������� ���������*BN���%+�%A�&)�� �0%h�?� ������D��#���%3�D�&� �S��(��<����NaV����#�%�5���� �%+� A<� �
Maize For effective management
of weeds in Maize
T1: Pre-emergence application of Atrazine @ 1kg a.i/ha+ IC fb application of 2,4-D @ 1 kg a.i/ha
T2: Pre-emergence application of Atrazine @
1.0 kg a.i/ha
T1 recorded 7.68% higher yield compared to T2.
Atrazine + 2,4-D combination reduced the weed density to greater extent
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��D�* �0 ���� r�o ��+�T�(�%% �K+�A�%�� �%S�%, 9��%+�% A�NaV �����+�'< ����Q% ��#���%3�N$�� �%+�A< �
Groundnut Evaluation of new erect Spanish Bunch large seeded groundnut variety, ICGV 06189
T1:ICGV 06189
T2:TGLPS3
T1 recorded 15.85 % higher yield compared to T2
ICGV 06189 is high yielding compared to TGLPS3
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Brinjal Higher fruit yield in Brinjal
T1: DWB-1
T2: Local
T1 recorded 9.34 % higher yield compared to T2
DWB-1 is high yielding compared to Local
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Garlic Performance of Garlic variety DWDG-2 for higher bulb yield T1: DWD-2 ; T2: Local
0.25 t/ha increase in yield over local
Good vegetative growth, high yield and accepted
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.+���%C# �(�% �% �&�'+� [c� ��Z�M)� �% ����� A��b��N� #��K&��($��0<f�<�%�NT<� �% ��
Bengal gram
Functional clothing for harvesting, threshing and winnowing activities
Functional clothing received more scoring compared to the traditional method.
Farm women expressed that that the functional clothing was very comfortable compared to their traditional method of using old clothes and tieing it to their hand, face and head.
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&�@D9��� a)4<�4 @<�E� ��D��T��N$)?D<� �&�%��� �5�����%�>�T<�?@<� E���D��# �%����%�Z�"#�<� E�b �
Lime Composite mesta pots for nurseries
Composite mesta pots were sustainable for 4 months.
Plant growth in mesta pots is on par with plastic bags. Hence can be used in nurseries.
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Tomato Effect of PGPR on yield of tomato in organic production system T1: Organic Package + Inoculation of 3 PGPR consortia T2: Organic Package
T1 recorded 11.77% higher yield compared to T2
Organic package + Inoculation of 3 PGPR consortia yielded high compared to organic package alone
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NaV� ���#�%�5��8 #k�( �%���%S�%,9��%+ �%A�Dj)� �5���N�% <�% �
Brinjal Higher fruit yield in Brinjal T1: DWB-1 T2: Local
T1 recorded 9.34 % higher yield compared to T2
DWB-1 is high yielding compared to Local
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&�'-�N� 9) ������*�PW�'*��� �#����N$)?D<� �&�'-�N�9) ��������[j�, ���NaV����#�%�5 �
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Maize For effective management of weeds in Maize
T1: Pre-emergence application of Atrazine @ 1kg a.i/ha+ IC fb application of 2,4-D @ 1 kg a.i/ha
T2: Pre-emergence application of Atrazine @ 1.0 kg a.i/ha
T1 recorded 7.68 % higher yield compared to T2.
Atrazine + 2,4-D combination reduced the weed density to greater extent
Can be accepted
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Groundnut Evaluation of new erect Spanish Bunch large seeded groundnut variety variety, ICGV 06189
Higher groundnut pod yield in ICGV 06189 (2275 kg/ha) recorded over check variety TGLPS-3 (2150 kg/ha). The number of pods (55) test weight (73 gms ) in ICGV 06189 recorded over check variety TGLPS-3 (48 pods & 45 gm test weight)
ICGV 06189 variety large and bold seeded and better for table purpose
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g���������g �������#�M�(�%�+�'S��� ��� ���������� d�������2e����� �#�M�(�%�+�'S���o ����������� dr������2e������#� %�5����������� ��* ��������� *�&�'-�&�@W ���������� ��* �����o���*�g��g ���rm�
PW�'*)��� ���+� ��� �����#��H�� ��D�&����%�b<�5�<� ���#�(�%��%3�N�+$)g�(�%? @>��N�%<�% ��
Maize – Chickpea crop sequence
Weed management in cropping sequence
(Maize – Chickpea)
T1 :Atrazine (Pre) @ 0.75kg /ha fb 2,4-D @ 0.5 kg / ha (Post) for maize during Kharif. Pendimethalin (30EC) @ 0.75 kg / ha (Pre) with 1 HW or / 1 IC for chickpea during Rabi
T2 : Atrazine 1.25 kg/ ha (Pre) fb 1 IC/ 1 HW for Kharif maize Pendimathalin 1 kg / ha fb 1 IC / HW at 30 DAS for during Rabi
T1 recoded high yield (5.57%-Maize and 7.24%-Chickpea) due to reduced Weed Density/m
3
compared to T2
Atrazine (Pre) @ 0.75kg /ha fb 2,4-D @ 0.5 kg / ha (Post) for maize during Kharif. Pendimethalin (30EC) @ 0.75 kg / ha (Pre) with 1 HW or / 1 IC for chickpea during Rabi reduced weed density compared to Atrazine 1.25 kg/ ha (Pre) fb 1 IC/ 1 HW for Kharif maize Pendimathalin 1 kg/ ha fb 1 IC / HW at 30 DAS for during Rabi
or � � Ig�N�-A� Ig�N�-A�(�% ?@�� �#M�(�%�+�'S �K��� $@�(�*��������'BN�dK<��(�% &�$�!e}���D}� NL�>��$ @v^ �K���>.�(�% � �����&'�����B�N�dK<��(�%&�$�!e�K���&��%h�^?� ������&'�����BN�dK<��(�%&�$�e}���D}�NL�>� �$ @v^ ��
0)��cO �g������g ���g���������#�M�(�%�+�'S��� �� ������������d�� �����2e����� �#�M�(�%�+�'S��������������� ������ dr��� ���2e������#� %�5���������� ����� �������������������&�'-�&�@W ���* �
.+� ��PMD� {�>.�(�% �� ���%+�%A�&��% h�^?���[2�+���$@�( �^ *�����#��H����&�5O��%��5�(�(�Z���#�(�% ��%3�N�+$)g��(�� <��
Bt. Cotton Weed management in Cotton T1 - Clomazone 400 g/ha (Pre) + 1 IC + 1 HW T2 – Diuron 1 kg / ha (Pre) T3 – Pendimethaln 1.5 kg / ha (Pre) 1 IC + 1 HW
Observation T1 T2 T3 1. Weed density /M2 5 7 9 (30 days) 2. Weed density /M2 10 14 17 (60 days) 3. Yield per plot (kgs) 125 110 115
Farmer opinion: Clomazone performs better than Diuron and Pendimethaline
285
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g��g� �� ����m�g��������g����#�(�%�&�'�(� S�������������B�g���������������� �����������������
Maize - Chickpea crop sequence
Weed management in cropping sequence
The treatment with reduction of 0.5kg atrazine per ha. in Maize-Chickpea crop sequence was on par with atrazine @1.25kg/ha
Application of weedicides at lower diseases performed well without reduction in yield.
oo � � N�� �% � ��*B *���+�T�(�% �&�5)��cO � &�5)��c�+�T���*�*�0������'�% �Z�H)������� m���% +�% �H)��������**0 ���+�T��TZ�+��P �\����#�%�5���$ g9+�%��
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Green-gram
DG/G-7 varietal trial DGVG-7 and DGGV-2 gave 11.501 and 24.70 % more yield respectively
Got more yield from the test varieties
o� � � N�� �% � N��5��? @� ����C) �%��[),<��M�!N� O �
&�5)���cK&�L � ��b�H)������NaV�� �#�%�5�� $g9<��% +�%A� �� ��C) �%��[)>�(�%����<�'+���� %��< ��
���� ��#��"#�� SX� �(�%��%3�P�\� ��$ TD<��
Greengram
Management of sucking pests in Greengram
The test treatment has recorded 12.05% increase in yield with low sucking pest density.
ST enhanced the vigour of the plant
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N$��� �� ��(�%M���&$@)M��^0%>�������'�B? )��D�&� �OQ%�<�� ����C) �%��[),<�����<�'+���� %�(�(�Z<�4@<)�H)���r�rr �P�\����#�%�5����<� �
N$��� �� ��( �%M���D�&� �OQ %�<�����$)W$&�%^ �����D� �OZ�+�� �����C) �%��[ ),<����<�'+�� ��% ��<� �
The test treatment has recorded 12.05% increase in yield with low sucking pest density.
ST enhanced the vigour of the plant
The new chemical Flonicamid @ 0.3 g/l recorded 16.66% higher yield with low sucking pest density. ( recommended dosage)
The test chemical reduced insect population compared to check. (dinotofuron)
286
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��#�M�!N� O � PW �'* ��K&�L � �<��&�'�( � S�����*BN�%� 2:$ )#����>���"#�(�%? @�&�5O��%�b�PW�' *������ ��* BN�D�&��D<��+�TZ �+��P1 9)��%�� +�^���� ��>�%� �?4 @��
���%�&�' �(�S<����#� �H�� ���#�D<� �$ ��#� %�5�(�% ?@����%�(�(���<�&�5 O��%� �5 ����>�% ����<��
Maize - Chickpea crop sequence
Weed management in cropping sequence
The treatment with reduction of 0.5kg atrazine per ha. in Maize-Chickpea crop sequence was on par with atrazine @1.25kg/ha
Application of weedicides at lower diseases performed well without reduction in yield.
��� � �$Q %4% ��8��24 %+����2��K&��($)Z�a)4<���#���
������%C#�(�% �?@�&�5O��% ��5��g9�a)4��#���%3 �&�'L� ��&����%�b<�%��
�W9a)4 ��#���%3�K&��($)Z��%�b<�5�<��P� ���4��<�����% h� !������m�Na V<� �
���cO��a)4��#��� %3�K&��($)Z��% ���(�(������%�(�%<���@<� �$ �<)N��2�+$�<� �( �(���<��+��4����(�>��N�%<�% ��
Functional clothing kit for harvesting, threshing and winnowing activities
Popularize functional clothing among farm women
With usage functional clothing 33.33% increase in work efficiency was registered.
With protective clothing one can harvest the crop at any time the day comfortably and without any injuries to the body.
��� � �%#�(�(�G'+��Dn-�(�% ?@��H)�����%+�%A����O�P�+� ��"#� �
�%#�(�(�G'+��&�'<)H�<�? @�H)�����%+�%A����O��{��P��% &�+ �<�?@�"#<�%�P <� ��&�5O��%�-T�(�%%�b<�% �
H)�����%+�%A� ��� O� �P�+� ��"#Q %�<����[ j�B N�H)�����%+�%A����OQ%�<��%)�b��5)�H)�����"#�(�%% �[2�+��NaV�����< ��
P�+� ��"#�&�<� l-Q %�<��[),��%+�%A� $)��<���"�<=)�� ��%�(�(�Z<�E4@<�����OQ %�<��K+�U��3�<$ �[<��
Intercropping of groundnut and foxtail millet under rainfed condition.
To assess the performance of intercropping of groundnut and foxtail millet in 4:2 row proportion under rainfed condition
The Groundnut equivalent yield of 2 qtl. & additional fodder yield of 20 q/ha was obtained from groundnut + foxtail millet intercropping system compared to sole crop of groundnut.
Intercropping system reduces pest & disease incidence & additional yield & foxtail millet.
��� � ������� H)����+�T�� �Uv^ MH��K+� A�% �+�T������D��* ��0����r�o��
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��Q% ��#����+ �'� �%+�%A�K<� E#�+�NaV� �Z<�% E� .+ �5��P��%��$4 �Z<��
Groundnut Groundnut Spanish variety ICGV-06189
New variety yielded 5.8% more yield
Length and girth of the pods is more hence, helpful to farmers
�� � � �������� ���!����!�"�#��$%�� ���!����!�"�#��$�%��!����!�"����&��#��'�$�(��!�)�*���+���,��"-�!����� �.. ./���������� �(0 %1���2�3���������4&� ���
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287
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Green-gram
Evaluation of DGG-7 variety The test variety DGGV-7 has recorded 11.50% and 24.70% higher yield than DGGV-2 & BGS, respectively.
The test variety has higher number of pods and hence more yield was obtained.
�r� � ��>��� I*��������� �+�T�(�%��(y4^�(�&�����g �{�I*� ������� ��g�{�:* �����
g� �[2�+��g� �? @����o �m �1�%9��NaV� ���#�% �5���� �%+� A< �
:*��� ���N$)?D<����I*��� ������P�\� ���#�%�5 �M)>�%+�A<��
Bengal-gram
Evaluation of BGD-111-01 variety in bengalgram
T1:BGD- 111-01; T2:JG-11
T1 recorded 10.83 % higher yield compared to T2
BGD- 111-01 is high yielding compared to JG-11
��� � ��>��� +�T�I*��� ����� �?@��$ ��� %����[ )S!� $)����%+�%A��#�%�5�&�5)[c����Q %+�%�g�{�I*� ����� ���g�{�:*���
:* ����+�T��N$)?D<� �&�'-�N�9) ���� �� ��[c�, ���NaV� ���#�% �5 �
8#k�(�%����� �"#�� SX� ��NaV �� ��#�%�5��%+�%A�Dj)��5���� N�%<� % �
Green-gram
Management of sucking pests in Greengram
The test treatment has recorded 12.05% increase in yield with low sucking pest density.
ST enhanced the vigour of the plant
�o � � ��>����K<�%E ��"=�+ �A����% ��% I��+$��5��$)�(�(��I�����%+�%A�"��� �Q %��
�$�(�%%@��%+�%A��$�( $@)+�A ��L�,%�g ���T����% �[c+��K>�% &�% ���#�% �
") �") �N���(� ����%+�%A����� ��4 �(�%��#�?@���� % �[ c+��K>�%&�% ��# �<��–�f&�'� ���N�^�>��$@� R���(�� �2��% +�%A�N>��) ���#� %�f� �<�#����j<�#� ��+� ���5��% +�%A�N�-A�" #��#���$ �(�%%@�N�� �$��$�($ @+�A ��L�, %�g���#�<��–�8� �%2���+�$ �%��L�,% �g���T����$��A�Z�f�<�%�-T<�%���< �
00<=��N���(�����%+�%A�������4�(�% ��#�?@���% �[c+��K>�%&�%��# �<����f&�'� ���N�^�>��$@�R�� �(���2��%+�%A�N>��) ���#� %�f��<�#����j<�#� ��+� ���5��%+�%A� N�-A�"#��#���$�(�%%@�N�� �$�� $�($@+�A ��L�,%�g���#�<��8 ��%2���+�$ �%��L�,%�g ���T����$��A�Z�f �<�%�-T<�%���< �
Functional clothing kit for harvesting, threshing and winnowing activities
Functional Clothing
Irrespective of the climatic regions and weather extremities, functional clothing was found to be suitable, comfortable, functional and acceptable for the harvesting, threshing and winnowing activities
Irrespective of the climatic regions and weather extremities, functional clothing was found to be suitable, comfortable, functional and acceptable for the harvesting, threshing and winnowing activities�
��� � ��>��� I�*�� ������ ��+�T�(�%��&�5)� �cO �
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Bengal-gram
Evaluation of BGD-111-01 variety in bengalgram
T1:BGD- 111-01
T2:JG-11
T1 recorded 10.83 % higher yield compared to T2
BGD- 111-01 is high yielding compared to JG-11
288
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Inauguration of Krishi Mela-2017 by Shri Krishna Byregowda, Hon’ble Minister for Agriculture on 23-09-2017
23-09-2017 gÀAzÀÄ ªÀiÁ£Àå gÁdå PÀȶ ¸ÀaªÀgÁzÀ ²æà PÀȵÀÚ ¨ÉÊgÉÃUËqÀ EªÀgÀÄ PÀȶ ªÉÄüÀªÀ£ÀÄß GzÁÏn¸ÀÄwÛgÀĪÀÅzÀÄ
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Inauguration of Beeja Mela-2017 by Shri Nagatihalli Chandrashekhar a famous writer, Cine producer and director
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Inauguration of Pushpa Mela-2017 by Shri Arvind Bellad, MLA of Dharwad on 25-09-2017
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District Level ‘‘Best Farmer/ Farm Women’’ awardees
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Various developmental works were undertaken during the reporting year at different campuses of the University. Theestimated cost, expenditure of the works and source of fundings are given below�
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Construction of Compound wall to KVK Quarters at UAS Dharwad campus (96/3)
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Development Grant
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Dharwad
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Providing Concrete pavement from bus stand circle to Wheat Scheme at UAS Dharwad Campus
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Construction of Transgenci Green House (without pad) in Bio-Technology Department at UAS Dharwad Campus
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Construction of 4th and 5th floor of Girls hostel (Prerana Block) at Main campus UAS Dharwad
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Construction of Bio Fuel Park Office building at UAS Dharwad Campus
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Construction of compound wall to Chetana block PG hostel at UAS Dharwad campus
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Construction of Seed Science and Technology building (first floor) at Dharwad Campus
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Electrification and other works to Convention Centre at Main Campus UAS Dharwad
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Providing asphalting and drains to road at Dairy Unit, Dharwad campus
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Elevation treatment works to Main Administrative building at Dharwad Campus
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Providing ductable Air Conditioning to Conventioncentre at UAS Dharwad Campus
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Construction of Farmers Knowledge Centre at Dharwad campus
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Construction of 1st and 2nd floor over existing Ladies Hostel at AC Hanumanamatti Campus
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Construction of toilet blocks for both Gents & Ladies with Construction of Septic Tank at ARS Indi
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The University of Agricultural Sciences, Dharwad has been established in October-1986. Since then, the University is working towards upliftment of Indian farming by upgradation of the quality of Agricultural Education, Research and Extension. For this, it is getting funds from the State Government and other agencies like ICAR, Government of India and other funding agencies. For the current year the statement showing
allotment of grants and expenditure incurred so far is furnished as under (in lakhs).
� � � � � � � ������������
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Particulars Allotment for
2017-18 Receipts 2017-18
Expenditure 2017-18
�������� ��)*����������#��$�����State Govt. Grants
18,345.00 18,345.00 17,769.72
�������� ����+������������&�,�)����-�$�Govt. of Karnataka-Adhoc
1,163.28 1,571.46
�������� .����/��&�$�� �#��$���������0�12�/3���0���&�,�45���&�,�)����-�$�ICAR All India Co-ord. Research Schemes
1,842.24 1,995.64
�������� .����/��&�$�� �#��$���������0�12�/3���5�5�,6/����&�,�)����-�$�ICAR Ad-hoc Schemes
207.65 195.90
�������� 7895����0���&�,�45���&�,�)����-�$�Sponsered Other Agencies
252.65 282.31
�������� .����5������������&�,�)����-�$�GOI Projects
338.05 340.82
�������� .����5�����������:�;�:��&�$$��#<=���>�#��$�����ICAR SAU Dev.Grants
51.99 175.02
+$?���Total� ���� 22,200.86 22,330.87
296
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7��
����������������
Convocation address by Shri A. S. Kiran Kumar
Chairman, Space Commission Secretary, Department of Space and Chairman, ISRO
for 30th
Convocation, UAS, Dharwad
Shri Krishna Byre Gowda, Hon’ble Minister for Agriculture, Government of Karnataka and Pro-Chancellor
of UAS, Dharwad; Dr. D. P. Biradar, Vice Chancellor; Dr. Ashok M. Dalwai, Additional Secretary, Government
of India; Shri Umesh Kusugal, Registrar; Director of Education and Director of Extension; Deans of Constituent
Colleges; Professors of the University; Invited dignitaries; Staff Members; Graduating Students and their Proud
parents; Friends from the Media, Ladies and Gentlemen,
I am deeply honoured and pleased to be here on having been invited to address this distinguished
gathering on this auspicious occasion, marking the 30th convocation of this prestigious University. It reminds me
the day when I was graduated like you with lot of dreams and aspirations. My best wishes to you all on this
important occasion. I extend my hearty congratulation to all the graduating students for having achieved a
landmark in their lives through excellent academic performance. At the same time, I commend the faculty
members for their untiring efforts in imparting best training and guidance to the students with warm acumen.
Friends, Dharwad has a rich historical background which can be traced back through 900 years. It was
considered as bridge between Malenaadu (western mountains) and the Bayalu seeme (plains). Dharwad was
under the rule of Chalukyas during the 12th century. The Vijaynagar kingdom was established during 14th
century. On account of its strategic importance, Dharwad was conquered by various rulers over the time
including Mogul emperors and British colonizers.
Indian education system has a rich history. The residential schools called ‘Gurukuls’ were the traditional of
learning centres. At the Gurukuls, the students were taught various facets - the literature, art, philosophy,
medicines, astrology, and history and so on. The famous centres of higher education at Nalanda, Takshashila,
Ujjain, and Vikramshila Universities are the oldest university-system of education in the world. Over the time,
Indian higher education system has undergone changes under various regimes and made considerable progress
in terms of capacity building and enrolment. In this context the role of UAS, Dharwad must be acclaimed for
offering high class agricultural graduates to country. It is also heartening to note that UAS, Dharwad is rated as
one among the top institutes in the country.
The University was founded on October 1st 1986. Over the years, the University has made a significant
contribution in various areas of research, teaching and extension and continues to provide technological
solutions to the farming community related to agriculture and allied sciences. This kind of university reach-out is
297
������������������� ����������������� UAS, Dharwad Annual Report : 2017-18
considered vital to the development of this region actively striving for improvement of agricultural productivity as
well as economic well being of the farmers. I am happy to learn that the University has been ranked first in the
Universities Rankings of Karnataka State Higher Education Council 2017 and has been adjudged as the best
Agricultural University in the country and conferred with the Sardar Patel Outstanding ICAR Institution Award
2015.
Agriculture has played a fundamental role in the progress of human society. Development of new
technology, varietal development and cultivation practices have progressively increased agricultural productivity
and widespread diffusion of these techniques has led to agricultural revolutions specifically the green revolution.
It enabled food-grain production to increase from 50.8 million tonnes in the year 1950 to 200 million tonnes at the
end of the century, ensuring a stable per capita availability of food grains. Today, as per the 2nd advance
estimate in 2017 the food grain production will touch 270 million tones. This indicates that a significant
improvement in agricultural practices has taken place in the last century and has continued with the adoption of
new technologies. Surely, credit goes to the agricultural communities and professionals who made it possible
through their relentless efforts.
However, the current agriculture system confronts many challenges. With the constraints in available
resources in the wake of climate change scenario, the major challenge to our young agri-professionals will be
confronting with global food insecurity. Accordingly, you need to utilize your knowledge and skills to overcome
the situation. Dear friends, look for innovative ways to mitigate the adverse impacts and ensure: (a) blending of
technologies which include core agricultural technology with space and information & communication
technology; (b) adoption of sustainable pathways for progressive increase in productivity while exploiting the
available natural resources; (c) reaching the benefits of technologies to the stakeholders; (d) evolving risk
reduction strategies towards building safety nets for the farming community and (e) promoting agriculture as a
career path. A thoughtful and perceptive approach for well being of agriculture is the need of the hour and I am
sure that the young minds have boundless potential to address the complex issues faced by the modern Indian
agriculture.
The First Lal Bahadur Shastri Memorial lecture was delivered at Indian Agricultural Research Institute,
New Delhi by Late Dr. Vikram Sarabhai, the father of India’s space programme on February 28, 1969. This was
the time when green revolution was just sprouting. In his address, he spoke about integration of technology,
management and local wisdom to sustain ‘the greenness’ of the Green Revolution.
Let me quote: “A biological system lives only as long as it receives and gives to its environment. This
mutuality of all living systems with the environment imposes the need for interdependent existence”
Agriculture provides the livelihoods for about 58 per cent of India’s population. It is the largest private
enterprise in India involving more than six lakhs villages. The growth rate of agriculture and allied sectors is
estimated 4.1 per cent during 2016-17. The share of agricultural products amounts to 10 per cent of total
exports of the country. At the sectoral level, growth of agriculture and allied sectors improved significantly in
2016-17, as result of normal rainfall during monsoon.
298
������������������� ����������������� UAS, Dharwad Annual Report : 2017-18
India is the largest producer, consumer and exporter of spices and spice products. India’s fruit production
has grown significantly, making it the second largest fruit producer in the world. India’s horticulture output is
estimated to be 283.0 million tonnes in 2016-17 after the first advance estimate.
With about 2.3 per cent of the global land area and about 4 per cent of world’s water resources, India
supports 17 per cent of the global population and 15 per cent of world’s livestock. With well-developed
agricultural research system, a significant area under irrigation (around 60 million hectares) and increased
productivity in major crops has enabled Indian agriculture to become globally competitive. Presently, India is the
one of the largest producers of major crops viz., wheat, rice, tea, milk, coffee, cotton, fruits and animal products
in the world.
In India, natural resources management requires special focus for sustaining agriculture. Soil degradation
in India is estimated to be occurring on 147 million hectares of land. About 60 per cent of net sown area is under
dry land agriculture where the gap between actual and potential productivity is quite large. These areas offer
tremendous potential towards increasing food production by coupling it with in-situ conservation of soil and water
through integrated watershed management. However, with the increasing land degradation and vulnerability to
natural disasters including the crop pests and diseases, unsustainable cultivation practices and injudicious use
of agricultural inputs would certainly decline the agricultural productivity across the major food crops.
We may need to sustain the levels of productivity and also ensure increasing thrust as it is directly related
to the overall quality of lives of our farming community. Further, increased production has to come from the
diversified agricultural land use at the reduced cost of cultivation with more efficient usages of water and
nutrients and lesser number of agriculturists themselves. It is indeed a great challenge.
It is equally important that while achieving these targets, environmental integrity in terms of natural
resources base and benefits to the small and marginal farmers have to be taken into account.
Appropriate steps need to be devised in addressing the adequate food production and sustainable
management of agro-ecosystem. These are: Bringing additional Land into Cultivation (wasteland, agro-climatic
planning); Land Capability Assessment (land use/land cover, soils); Increasing Water-use efficiency (Command
Area Management, Watershed Management, Irrigation Infrastructure Assessment, etc.); Integrated Pest
Management; Agro-meteorological Services; Natural Disaster Management and Informatics for Agriculture.
In this context, Indian Space Programme has successfully demonstrated the use of space-based inputs in
studying and managing natural ecosystems. Dr. Sarabhai emphasized the importance of a space program and
said “……if we are to play a meaningful role nationally, and in the community of nations, we must be second to
none in the application of advanced technologies to the real problems of man and society”. With the advantages
of synoptic capabilities and repeated coverage over large area, the satellite sensors provide valuable datasets to
arrive at suitable decisions in maintaining the productive capabilities of agro-ecosystems. Today, I am proud to
say that it is hailed as one of the most cost-effective programmes in the world with societal outreach.
Imageries acquired from the remote sensing satellites have contributed significantly in addressing various
issues of agriculture. Starting with the modest experiment of coconut root-wilt disease, Indian Remote Sensing
Programme has grown into a full-fledged operational programme today. Our remote sensing satellites have
become the prime workhorse missions for many developmental applications in the country.
299
������������������� ����������������� UAS, Dharwad Annual Report : 2017-18
The strategy adopted for the Indian space programme is essentially towards building an indigenous
capability in building Satellites and Launchers with front-ranking research and development advanced systems
using innovative technologies, setting up appropriate institutional arrangements in the country to adapt and
absorb the innovative applications into national developmental needs.
India has today a state-of-the-art constellation of remote sensing, communication and navigation satellites,
and the indigenous launch vehicles capable of launching these advanced satellites into orbit. Remote sensing
from satellites that has emerged as an important and powerful tool for natural resources management and
monitoring of environment at global, regional and local levels. Satellite remote sensing, has been providing
valuable and timely information in the various thematic areas namely, agricultural, water resources, forestry,
environment, geosciences, infrastructure and so on. Some of the major applications include estimating crop
acreage and forecasting crop production for major crops such as rice and wheat prior to harvesting; soil and
water conservation activities for watershed development in the dryland areas; enhancing the irrigation potential
and improving the water use efficiency in the irrigated command areas; monitoring the crop losses due to flood
and drought.
Watershed development holds the key for enhancing the productivity levels and also sharing the benefits
of natural resources equitably as well as arresting the soil erosion and land degradation. Space applications
have been tailored to respond integrated development of land and water resources, as well as non-land based
activities (viz., income generation, training, capacity building etc.) and assess the improvements of the treated
watershed. Towards this, the Integrated Watershed Management Programme (IWMP) is being carried out for
monitoring of watershed developmental activities for which ISRO is providing online satellite data, tools and
mobile applications. The effective implementation of the IWMP will ensure soil and water conservation, assured
crop irrigation, increased cropping pattern, improved livelihood on sustainable basis due to biomass
improvement; de-silting of tanks and other watershed development activities that would provide employment
generation under Mahatma Gandhi National Rural Employment Act (MNREGA).
In the past decades, satellite remote sensing data has also been used for identifying different categories of
wastelands towards reclamation for appropriate agriculture activities; assessing the land degradation and
desertification; identifying ground water potential zones for drinking water as well as selecting location for
recharge structure; monitoring snow and glaciers of the Himalayan region; forecasting of potential fishing zones;
mapping of coral reef and mangroves etc. Currently, ISRO in collaboration with 58 Ministries/ Departments is
carrying out 160 projects using space and geospatial technology.
Communication is the backbone of any developmental processes of a Nation. Since commissioning in
1983, the Indian National Satellite (INSAT) system has brought in vast advancement in telecommunications,
television broadcasting, radio networking, meteorology and disaster management services.
Farming in our country strongly depends on the weather. Medium range weather forecasting and timely
advisories are the prime needs for farmers. The understanding of the physical phenomenon behind the weather
including tropical convection, parameterisation, model development, assimilation into the model, etc., is some of
the challenges facing the meteorological community. All these efforts need reliable and periodic observation
network both from space and on ground.
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INSAT based platforms are used for weather observations as it provides frequent observational capability.
INSAT-3D and INSAT 3DR, carries improved imaging system and atmospheric sounder. Atmospheric Sounding
Sensor provides frequent information on vertical profiles of Temperature, humidity and integrated ozone from
surface to top of the atmosphere which are the basic inputs to weather forecasting models.
One of the key elements for improved weather forecasting is to substantially augment the surface
observation network, and networking it with the central weather modeling station. In this context, the recent
technology development by ISRO with Indian industries in developing low cost Automatic Weather Stations
(AWS), Agro Metrological (AGROMET) Towers and Doppler Weather Radars (DWR) is worth mentioning. The
indigenously developed AWS is capable of recording weather data such as temperature, atmospheric pressure,
wind speed and direction, rainfall, relative humidity, solar radiation etc., on a continuous basis and transmitted
through the INSAT system. The data from meteorological networks, DWR, GPS Sonde and Boundary Layer
LIDAR (BLL) is used as input parameters in the global and the regional scale weather models.
Another important area of space technology applications is Navigation and Location based services.
Under Satellite Navigation (SATNAV) programme ISRO and Airports Authority of India have jointly implemented
GPS Aided Geo Augmented Navigation (GAGAN). The system will be interoperable with other international
Satellite based Augmentation System (SBAS) systems and provide seamless navigation across regional
boundaries. The system will be highly beneficial to the aviation sector in terms of fuel saving, saving in
equipment cost, flight safety, increased air space capacity, efficiency, enhancement of reliability, reduction in
work load for operators, coverage of oceanic area for air traffic control, high position accuracy, etc.
Further, Indian Regional Navigation Satellite System (IRNSS) is an independent regional navigation
system. The space segment consists of a constellation of seven satellites in Geostationary and Geosynchronous
orbits. IRNSS system would provide two types of services, namely, Standard Positioning Service (SPS) and
Restricted Service (RS) and is expected to provide a positional accuracy of 10-20 m in the primary service area.
IRNSS has applications in Terrestrial, Aerial and Marine Navigation, Disaster Management, Vehicle tracking and
fleet management, Integration with mobile phones, Precise Timing, Mapping and Geodetic data capture,
Terrestrial navigation aid for hikers and travelers and Visual/ Voice navigation for drivers.
India has progressed steadily in the areas of launch vehicle technology. Starting with the development of
Satellite Launch Vehicle (SLV-3) during 70’s, it has progressed through Augmented Launch Vehicle (ASLV),
Polar Launch Vehicle (PSLV) and Geosynchronous Launch Vehicle (GSLV).
By early June, 2017, ISRO is planning the developmental flight of its Next Generation heavy lift launch
vehicle GSLV Mk III, which will establish indigenous capability in launching 4-tonne class communication
satellites. It is a three-stage vehicle with two solid motor strap-ons (S200), a liquid propellant core stage (L110)
and a cryogenic stage (C25). GSLV-Mk III-D1 is the first developmental flight carrying GSAT-19 satellite. The
first experimental flight of GSLV-Mk III was successfully conducted on December 18, 2014, which validated the
complex atmospheric regime of flight and demonstrated the integrity of GSLV Mk III design.
India has established itself globally, having mastered the precision technologies in sending spacecrafts to
Moon and Mars. The Mars Orbiter Mission is operating satisfactorily well beyond the planned orbital life and
continues to provide valuable data of Martian surface and its atmosphere.
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India has made a significant contribution to the global astronomy community by placing a space
observatory ASTROSAT, which enables simultaneous multi-wavelength, from Ultraviolet to X-Ray, observations
of stars and galaxies, to enhance understanding of universe and astronomical phenomena. India will launch
Aditya-L1, a scientific mission for solar studies. The major scientific objectives of the mission are to study the
solar corona and achieve fundamental understanding of the physical processes that heat the solar corona,
accelerate the solar wind and produce Coronal Mass Ejections (CMEs).
You are aware that ISRO has achieved a significant milestone with the successful launch of 104 satellites,
in a single launch, onboard India’s Polar Satellite Launch Vehicle PSLV-C37 on February 15, 2017. These
satellites include - (i) India’s Cartosat-2 Series Satellite as primary payload, (ii) two Indian Nano-Satellites viz.,
INS-1A and1B and (iii) 101 foreign nano-satellites from six countries as co-passengers.
India has heralded a new era of cooperation with the neighboring countries with the launch of South Asian
Satellite on May 05, 2017. It is a pioneering contribution by ISRO towards sustainable development by
connecting the nations in the region. The payload of South Asian Satellite comprises of 12 Ku band high power
transponders for various communication applications, with coverage over South Asia. The satellite will enable a
range of services in the areas of telecommunication and broadcasting and will foster economic as well as
societal development in this region.
Dear friends, this is an important juncture of your life. You are going to step into the open wider world and
will realize its vastness. Therefore, you need to be more practical, pragmatic and explorative. The road ahead is
long, but the journey promises to be exciting. It depends on your ability to use the knowledge you have acquired,
skills you have learnt and the ability to adapt to a work environment to excel in your career. Have a constructive
attitude, analyze with positive mindset and solutions of any problem will not be farfetched.
I thank you and wish you all success in your endeavors.
*****
������������������ ����������������� UAS, Dharwad Annual Report : 2017-18�
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Research Papers published
Abdelatty, A. M., Iwaniuk, M. E., Garcia, M., Moyes, K.
M, Teter, B. B., Delmonte, P., Kadegowda, A. K.
G., Tony, M. A., Mohamad, F. F. and Erdman, R.
A., 2017, Effect of short-term feed restriction on
temporal changes in milk components and
mammary lipogenic gene expression in mid-
lactation Holstein dairy cows. J. Dairy Sci., 100:1-
14. (NAAS- 8.47)
Abdul Mateen, K. W., Uday Kumar, Mahadevappa, D.
Gouri, Anil Kumar, G. K., Narasimha Murthy, H.
N. and Rajeshwari, Y. B., 2017, Ethogram in
bannur sheep under farm condition. Int. J. Curr.
Res., 9(3): 47704-47708.
Abilasha, C. R. and Shekharappa, 2017, Efficacy of bio and synthetic pesticides against Thrips Scirtothrips dorsalis (Hood) and leaf miner Liriomyza spp. on peas, Pisum sativum (L.). J. Exp. Zool. India, 5(3): 690-696. (NAAS- 5.51)
Abilasha, C. R. and Shekharappa, 2017, Field screening of pea, Pisum sativum L. varieties for resistance against major insect pests. The Bioscan, 12(2): 819-822. (NAAS- 5.26)
Aigal, S. S., Bharati, P. and Mesta, D. P., 2017, Nutritional and neutraceutical components of minor tubers. Int. J. Curr. Microbiol. Appl. Sci., 6(12): 4217-4223. (NAAS-5.38)
Airadevi, P. Angadi and Kammar, M. R., 2017, Effect of winter season on bird of paradise progenies through path co-efficient analysis. Bull. Environ. Pharmaco. Life Sci., 6(5): 494-498. (NAAS- 4.95)
Akshatha and Sankangoudar Surekha, 2018, Job satisfaction of Anganwadi workers. Int. J. Pure Appl. Biosci. 6(2): 706-712. (NAAS- 4.74)
Alagawadi, A. R., Doddagoudar, C. K. and Krishnaraj, P. U., 2017, In vitro anatagonistic activity and phylogeny of plant growth promoting bacteria native to western Ghats of Karnataka. J. Pharmacognosy Phytochem., 6(6): 786-792. (NAAS-5.21)
Alam, M. S., Kaur, M. and Ramya, H. G., 2017, Mass transfer kinetics for osmotic dehydration of kinnow fruit in sugar solution. Proc. Natl. Acad. Sci., India, Section- B, Biol. Sci. DOI: 10. 1007/ s40011-017-0951-z (NAAS-4.00).
Ambarish, S., Biradar, A. P., Jagginavar, S. B., Karbhanatanal, S. S. and Sajjanar, G. M., 2017, Management of insect pests in rabi
sorghum [Sorghum bicolor (L.) Moench]. Int. J. Chem. Studies, 5(6): 642-646. (NAAS- 5.31)
Amit, M. Pujar, Angadi, V. V. and Hosmath, J. A., 2018, Response of cotton and soybean intercropping system to integrated nutrient management. Int. J. Environ. Climate Change, 8(1): 18-26. (NAAS-5.29)
Amit, M. Pujar, Angadi, V. V. and Kambrekar, D. N., 2018, Effect of integrated nutrient management on red leaf index, insect pest and disease in cotton and soybean intercropping system. Int. J. Plant Soil Sci., 21(1): 1-7. (NAAS- 4.77)
Amit, M. Pujar, Angadi, V. V. and Shamarao Jahagirdar, 2018, Influence of integrated nutrient management on red leaf index of cotton and incidence of insect pest and disease in cotton and soybean intercropping system. Int. J. Plant Soil Sci., 21(3): 1-8. (NAAS- 4.77)
Amit, M. Pujar, Angadi, V. V. and Shamarao Jahagirdar, 2018, Response of soybean to integrated nutrient management in cotton and soybean intercropping system. Adv. in Res., 13 (4):1-10. (NAAS- 4.80)
Amratraj Patil, Kiresur, V. R. and Kulkarni, V. S., 2016, An assessment of infrastructural facilities, services and market functionaries in regulated markets of Karnataka. Res. J. Agric. Sci., 7: 37-42. (NAAS- 3.51)
Amratraj I. Patil and Kiresur, V. R., 2016, Border regulated markets of Karnataka: Problems and prospects. Adv. in Life Sci., 5(8): 3057-3063. (NAAS- 3.56)
Anil, G. H., Ashtaputre, S. A. and Rao, M. S. L., 2017, Studies on morphological and cultural variability of Alternaria spp. causing leaf blight in cotton. Int. J. Plant Protec., 10(2): 281-290. (NAAS- 4.59)
Anjali, M. C. and Manjunatha Hebbara, 2017, Soil morphological properties and classification of Kavalur sub-watershed of Koppal district, Karnataka. Int. J. Pure Appl. Biosci., 5 (4): 180-190. (NAAS 4.5)
Anusha, G. and Krishnaraj, P. U., 2017, Effect of Actinobacteria and Glomus fasiculatum against Fusarium oxysporum f. sp. lycopersici in tomato plant. Int. J. Curr. Microbiol. Appl. Sci., 6(12): 53-65. (NAAS 5.38)
Ashwini, T. R., Ganajaxi Math, Babalad, H. B. and Nirmal Nath, P., 2018, Effect of different residue based composts and bio fertilizers on uptake of nutrients and protein yield of
306
������������������ ����������������� UAS, Dharwad Annual Report : 2017-18�
pigeonpea (Cajanus Cajan (L.) Millsp). J. Pharmacognosy Phytochem. 7(Spl Issue 1): 284-287. (NAAS - 5.21)
Ashwini, T. R., Ganajaxi Math, Babalad, H. B. and Jones P. Nirmalnth, 2018, Influence of different residue based composts and biofertilizers on microbial activity and yield of pigeonpea (Cajanus cajan (L.) Millsp.), Int. J. Curr. Microbiol. Appl. Sci., Special Issue-7: 440-444. (NAAS- 5.38).
Badiger Bharamaraj, Hunje Ravi., Biradar, D. P., Biradarpatil, N. K., Gurumurthy, R. and Mugali Suma, 2017, Effect of foliar application of micronutrients and methanol on seed yield of soybean. Int. J. Curr. Microbiol. Appl. Sci., 6(10): 1442-1450. (NAAS -5.38)
Balikai, R. A. and Mallapur, C. P., 2017, Bio-efficacy of flubendiamide 480 SC (Fame 480 SC) against fruit borer in gherkin. Int. J. Hort., 7(28): 250-261. (NAAS- 2.87)
Balikai, R. A., Kambrekar, D. N., Natikar, P. K. and Anaji, R., 2017, Bio-ecology and management of shoot bug, Peregrinus maidis (Ashmead) on sorghum and maize- a review. Biochem. Cell. Arch., 17(1): 27-40. (NAAS- 4.46)
Bam, Y. and Malagi, U., 2017, Effect of fermentation on nutrient composition of bamboo shoot. Int. J. Pure Appl. Biosci., 5(6):1015-1023. (NAAS-4.74)
Banasode, C. and Math, K. K., 2017, Effect of foliar feeding of 19:19:19 and KNO3 water soluble fertilizers on growth and yield of soybean in a vertisol. Res. J. Agric. Sci., 8(6):1290-1292. (NAAS 4.09)
Banasode, C. and Math, K. K., 2017, Effect of foliar feeding of water soluble fertilizers on yield and quality of soybean in a vertisol. Environ. Ecol., 35(4): 3519-3530. (NAAS 4.09)
Banavasi, P. P. and Koppad, A. G., 2018, Anthropogenic pressure on forest degradation deforestation for fuel-wood in watersheds of Sirsi taluk. Int. J. Sci. Res., 7(1): 1104-1107. (NAAS-12.391)
Banavasi, P. P. and Koppad, A. G., 2018, Assessment of dead and fallen wood availability in forests of different watersheds of Sirsi taluk. Int. J. Curr. Res., 10(2): 65203-65206. (NAAS-13.617)
Banavasi, P. P. and Koppad, A. G., 2018, Assessment of fuel-wood dependency on forest in different villages of sirsi taluk in Uttar Kannada district.
Int. J. Acad. Res., 5(02): 117-124. (NAAS-6.023)
Banavasi, P. P. and Koppad, A. G., 2018, Effect of various interventions in reducing fuel-wood from forest in the households of different watersheds of Sirsi taluk. Int. J. Sci. Res., 7(2): 213-217. (12.391)
Bangaremma, W. and Kajjidoni, S. T., 2018, A novel approach to boost the seed cotton yield via irradiation to enhance the boll weight and boll number in diploid cotton. Mol. Bio., 7(2): 209. (NAAS -6.61)
Basavanneppa, A., Angadi, V. V., Biradar, D. P. and Udikeri, S. S., 2017, Bt Cotton productivity and profitability as influenced by nutrient levels and nitrogen split application under irrigation. Int. J. Sci. Nature, 8(1): 8-12. (NAAS- 3.70)
Basavaraj, S. Yenagi, Geetha, P. Channal, Belli, R. B., Yadahalli, K. B. and Gurumurthy, R., 2017, Response of summer groundnut (Arachis hypogaea L.) to improved agronomic practices on farmer’s field. J. Farm Sci., 30(1): 132-134. (NAAS-4.42)
Bheemaraya, A. Jamadar, M. M. and Huilgol Shalini, 2017, Effect of relative humidity and temperature on conidial germination of Erysiphe Cichoracearum DC., causal agent of sunflower powdery mildew. Trends in Biosci., 10(1): 302-304. (NAAS 3.94)
Bheemaraya, A. Jamadar, M. M. and Huilgol Shalini, 2017, Reaction of sunflower germplasm lines against powdery mildew disease caused by Erysiphe Cichoracearum DC., Trends in Biosci., 10(1): 325-329. (NAAS 3.94)
Bheemaraya, A., Jamadar, M. M. and Huilgol Shalini, 2017, Area under disease progress curve (AUDPC) and apparent rate of infection (r) for sunflower powdery mildew Erysiphe cichoracearum DC. Trends in Biosci., 10(1): 273-275. (NAAS 3.94)
Bidyapati Ngangom, Anup Das, Savita, B. and Krishnappa, R., 2017, Soil physical properties and productivity as influenced by soil moisture conservation measures under maize based cropping system in acid soils of North East India. Int. J. Curr. Microbiol. Appl. Sci., 6(3): 428-436. (NAAS 5.38)
Bindu, B. M. and Kasturiba, B., 2017, Physical properties and milling characteristics of greengram varieties. Int. J. Farm Sci., 7(1):1-5 (NAAS- 4.01)
307
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Biradar Balasaheb Gunwantrao, Patil, C. R. and Malik Ahmed Pasha, 2017, Bacterial community analysis of soybean (Glycine max) sprayed with panchagavya revealed by DGGE, Int. J. Curr. Microbiol. Appl. Sci., 6(4): 1207-1217. (NAAS- 5.38)
Biradar, S. S., Sridevi, O., Salimath, P. M., Krishnaraj, P. U., Desai, S. A., Rudra Naik, V., Hiremath, G. and Veeresha, B. A., 2017, Chickpea: No more a recalcitrant species for in vitro regeneration response, Int. J. Curr. Microbiol. Appl. Sci., 6(12): 53-65. (NAAS- 5.38)
Bontha Rajasekar and Mallapur, C. P., 2017, Compatibility of diafenthiuron with selected agro-chemicals on Bt cotton. Int. J. Curr. Microbiol. Appl. Sci., 6: 2837-2845. (NAAS- 5.38)
Bontha Rajasekar and Mallapur, C. P., 2017, Biological compatibility of spinetoram with selected agro-chemicals against sucking pests, foliar diseases and natural enemies in Bt cotton ecosystem. Int. J. Curr. Microbiol. Appl. Sci., 6: 3213-3219. (NAAS- 5.38)
Boodi, I. H., Soregaon, C. D., Koraddi, S. and Patil, B. S., 2017, Genetic variability for iron deficiency chlorosis. Soil, Environ. Eco., 35(2C): 1341-1347. (NAAS- 4.18)
Chanda, K. and Itagi, S. K., 2017, Knowledge level, myths and taboos practiced during menstruation among adolescent residential and non residential school girls. Int. J. Humanities Soc. Sci., 3(3): 9-22. (NAAS- 3.17)
Chanda, K. and Itagi, S. K., 2017, Knowledge on menstrual hygiene among residential and non-residential school girls. Int. J. Edu. Sci. Res., 7(4): 61-68. (NAAS- 4.16)
Chandana, B. C. and Deshpande, S. K., 2017, Identification of best general combiners for yield and yield related traits in maize (Zea mays L) through pooled score techniques, The Bioscan, 12(2): 1173-1176. (NAAS -5.26)
Chandana, B. C., Deshpande, S. K. and Jayanth Subraya Bhat, 2018, Heterosis studies for yield and yield related traits in maize (Zea mays L. Green Farming, 9 (3): 396-403. (NAAS- 4.38)
Chandragouda Patil., Udikeri, S. S. and Shreeshail, S. Karabhantanal., 2018, A note on pesticide induced resurgence of two spotted spider mite, Tetranychus urticae (Acari: Tetranychidae) on grape. Persian J. Acarol., 7(1):75-84. (IF-0.001)
Chandrashekharagowda, B., Nirmal Nath, P., Shiney Ammanna, Matiwade, P. S. and Jagadeesh, K. S., 2018, Suppression of Orobanche spp. in tobacco by native arbuscular mycorrhizal fungi. Int. J. Curr. Microbiol. Appl. Sci., 7(4): 1890-1896. (NAAS- 5.38)
Channal Geeta, P. and Natikar, K. V., 2017, Development of entrepreneurship through RDSETI programmes. Int. J. Agriult. Stat. Sci., 13(2), 581-588. (NAAS 5.13)
Channal Geeta, P. and Natikar, K. V., 2017, Impact of entrepreneurship development programmes in North Karnataka. Agric. Update, 13(1): 1-8. (NAAS- 4.39)
Channal Geeta, P., Kotikal, Y. K. and Pattar, P. S., 2017, Empowering rural women as a successful entrepreneur- through Krishi Vigyan Kendra. Agric. Update, 12(3): 498-501. (NAAS 4.39)
Channamshetty, M. and Suma, H., 2017, Physical fitness of rural women and urban women. J. Farm Sci., 30(4): 568-570. (NAAS- 4.42)
Chidanand, A. R. and Sumangala, B., 2017, Profiling of Trichoderma koningi IABT 1252’s secondary metabolite by thin layer chromatography and their antifungal activity. The Bioscan, 12(1) 163-168. (NAAS -5.26)
Chndrasekhar, B., Radder, B. M., Kuligod, V. B., Adalkatti, Y. R. and Jana Harish, 2017, Copper (Cu) and Zinc (Zn) nutrient status of soybean (Glycine max L.) growing soils in northern transitional zone of Dharwad taluk (Karnataka), India. Int. J. Curr. Microbiol. Appl. Sci., 6(6): 2151-2156. (NAAS- 5.38)
Choori, P., Patil, S. S., Rratnamma, D., Suresh, K. P.,
Aaprajapati, Mukartal, S Y., Manjunatha reddy,
G. B., Hemadr, D. and Rahman, H., 2017,
Seroprevalence of classical swine fever in pigs
of Karnataka and comparative diagnostic
evaluation of antigen ELISA and reverse
transcriptase–PCR. Indian J. Animal Sci.,
87(12): 1457–1460. (NAAS- 6.09)
Chouraddi, M. and Mallapur, C. P., 2017, Assessment of crop loss and economic injury level of maize stem borer, Chilo partellus (Swinhoe). J. Entomol. Zool. Studies, 5(4): 1530-1535. (NAAS- 5.53)
308
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Chouraddi, M. and Mallapur, C. P., 2017, Impacts of newer molecules of insecticides on management of maize stem borers. J. Entomol. Zool. Studies, 5 (4): 1424-1428. (NAAS- 5.53)
Clevenger, J., Chu, Y., Chavarro, C., Agarwal, G., Bertioli, D. J., Leal-Bertioli, S. C. M., Pandey, M. K., Vaughn, J., Abernathy, B., Barkley, N. A., Hovav, R., Burow, M., Nayak, S. N., Chitikineni, A., Isleib, T. G., Holbrook, C. C., Jackson, S. A., Varshney, R. K. and Ozias-Akins, P., 2017, Genome-wide snp genotyping resolves signatures of selection and tetrasomic recombination in peanut. Mol. Plant, 10(2): 309-322. (NAAS-14.83).
Dahun, M. and Khadi, P. B., 2018, Influence of socio-economic factors on parenting of rural infants of northern Karnataka. Int. J. Appl. Home Sci., 5(1): 81-86. (NAAS-4.01)
Dayakar, B. R., Dhanashri B. Kulkarni and Kavitha, C., 2018, Study on evaluation of starch, dietary fiber and mineral composition of cookies developed from 12 sorghum cultivars. Food Chem., 238: 82-86. (NAAS- 10.03)
Deepak, K., Channapasappa, K. S., 2017, Impact of integrated nutrient management in Flemigia semialata Wt Aitan and lac yield. J. Farm Sci., 30(2): 300-301. (NAAS-4.42)
Deshpande, S. K., Mani, B. R., Desai, S. A., Nagarathna, T. K. and Hanchinal, R. R., 2018, Review on characterization of cowpea germplasm in terms of distinctness, uniformity, stability and novelty for morphological, quality and yield attributing parameters. Int. J. Curr. Microbiol. Appl. Sci., 7(6): 1124-1139. (NAAS -5.38)
Devaranavadgi, V. S. and Santhana Bosu, S., 2017, Soil moisture conservation practices on growth and yield of cotton under rainfed conditions of Tamil Nadu. Int. J. Agric. Engg., 10(2): 612-618. (NAAS-4.43).
Dilshad, J. and Sannapapamma, K. J., 2018, Acasia nilotica pods: A natural dye source for textile colouration. Int. J. Curr. Microbiol. Appl. Sci., 7(1): 602-621. (NAAS - 5.38)
Divya, M., Jagadeesh, B. R., Srinivasa, D. K. and Yogesh, G. S., 2017, Potassium fixation and release pattern of soils under rice-cowpea cropping system of long term fertilizer experiment. Biochem. Cell. Arch., 17(01): 147- 152. (NAAS 4.46)
Elzopy, K. A., Biradar, M. S., Channal, H. T., Manjunath, M. V., Palled, Y. B., Radder, B. M and Patil, P. L., 2017, Responses of fruit yield and quality of tomato to water deficit and fertigation levels under greenhouse condition. Asian J. Soil Sci. Plant Nutrition, 1(4): 1-9
Elzopy, K. A., Biradar, M. S., Channal, H. T., Manjunath., M. V., Palled, Y. B., Radder, B. M. and Patil, P. L., 2017, NPK uptake of tomato as influenced by irrigation regimes and fertigation levels under greenhouse condition. Asian J. Adv. Agric. Res., 3(1): 1-10.
Farannaz, M. and Dasar, G. V., 2017, Influence of moisture conservation and nutrient management on the growth of Artocarpus heterophyllus plantation. J. Farm Sci., 30(2): 242-248. (NAAS-4.42)
Fazualla Sharief, A., Sajjan Ashok, S., 2017, Effect of soil amendments and organic foliar spray on crop growth, seed yield and quality of greengram (Vigna radiata), J. Farm. Sci., 30(2): 190-194. (NAAS 4.42)
Fazualla Sharief, A., Sajjan Ashok, S., Babalad, H. B., Nagaraj, L. B. and Palanakar Giresh, S., 2017, Effect of organics on seed yield and quality of greengram (Vigna radiata). Legume Res., 40(2): 388-392. (NAAS- 6.12)
Ganapathi, T. and Dharmatti, P. R., 2018, Effect of integrated nutrient modules on growth, yield and quality parameters of banana cv. Grand Naine. Int. J. Curr. Microbiol. Appl. Sci., 7(1): 1974-1984. (NAAS 5.38)
Ganapathi, T. and Dharmatti, P. R., 2018, Influence of different sources of nutrient modules on soil characteristics, plant nutrient contents and economics in banana cv. Naine. Int. J. Curr. Microbiol. Appl. Sci., 7(1): 1995-2003. (NAAS 5.38)
Ganapathi, T. and Dharmatti, P. R., 2018, Role of integrated nutrient modules on yield, economics and soil characterstics of banana cv. Naine. Int. J. Curr. Microbiol. Appl. Sci. 7(1): 2004-2012. (NAAS 5.38)
Ganapathi, T., Dharmatti, P. R. and Hegde Ramakrishna V., 2018, Role of different sources of nutrient modules on yield, quality parameters and economics of banana cv. Naine. Int. J. Curr. Microbiol. Appl. Sci. 7(1): 2013-2022. (NAAS 5.38)
309
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Ganapathi, T., Dharmatti, P. R. and Hegde Ramakrishna V., 2018, Influence of different sources nutrient modules on growth, yield and soil properties of banana cv. Grand Naine. Int. J. Curr. Microbiol. Appl. Sci., 7(1): 1985-1994. (NAAS 5.38)
Ganapathi, T., Dharmatti, P. R. and Hegde Ramakrishna, V., 2018, Effect of integrated nutrient modules on growth, yield and available plant nutrients in banana cv. Grand Naine. Int. J. Curr. Microbiol. App. Sci. 7(1): 1964-1973. (NAAS 5.38)
Ganapathi, T., Patil, S. V. and Rajakumar, G. R., 2018, Processing of black pepper through solarization. Indian J. Agric. Sci., 14(1): 722-725. (NAAS 6.17)
Ganesh V. Bhat, Aparna Kuna, Kavitha, C. and Krishnaiah, N., 2017, Evaluation of in-vitro iron availability in iron fortified ready to eat extruded snack. Biochem. Cell. Arch., 17(2): 675-681. (NAAS-4.46)
Garg, V., Agarwal, G., Pazhamala, L. T., Nayak, S. N., Kudapa, H., Khan, A. W., Doddamani, D., Sharma, M., Kavi Kishor, P. B. and Varshney, R. K., 2017, Genome-wide identification, characterization, and expression analysis of small rna biogenesis purveyors reveal their role in regulation of biotic stress responses in three legume crops. Front. Plant Sci., 8: 488. (NAAS-10.3).
Gautam Vats, Shamarao Jahagirdar and Basavaraja, G. T., 2018, Identification of sources of resistance with validation of molecular markers against Asian soybean rust in advanced lines. Indian J. Biotech. Biochem., 5(1): 1-12. (NAAS-6.65).
Gayathri, M., Shirasawa, K., Varshney, R. K., Pandey, M. K. and Bhat, R. S., 2018, Development of new AhMITE1 markers through genome-wide analysis in peanut (Arachis hypogaea L.). BMC Res. Notes, 11(1): 10. (NAAS-6.5).
Geeta Goudar, Sreenivasulu, G., Basamma Kumbar and Nagaraj, H., 2017, Plant growth promotional activity of newly developed formulation of Azospirillum on maize. Int. J. Curr. Microbiol. Appl. Sci., 2017, 6(12): 370-380. (NAAS 5.38)
Golappanavar Shivaraj and Patil, B. L., 2016, Economics of mango cultivation in dharwad district of northern Karnataka., Int. J. Agric. Sci., 8 (55). (NAAS- 4.20)
Gowda Thimmana, Patil, S., Bellakki, M. A., Rao Narayan, K., Rajesh, N. L., Reddy Srinivasa, G. V. and Vidyavati, G. Y., 2017, Soil erosion estimation using USLE factors of mustur micro-watershed in Yadagir district, Karnataka. Int. J. Chem. Studies, 5(1): 253-258. (NAAS 5.31)
Greeshma, S. P., Rajakumar, G. R. and Koppad A. G., 2017, Impact of land slope on productivity of forest in Uttarkannada, Karnataka. J. Farm Sci. 30(4): 522-525. (NAAS 4.42)
Greeshma, S. P., Rajakumar, G. R. and Koppad, A. G., 2017, Impact of land slope on productivity and diversity of trees in two forest types of Uttar Kannada. J. Farm Sci., 30(4): 522-524. (NAAS-4.42)
Gunabhagya, Guledgudda, S. S. and Rajur, B. C., 2016, Economics and growth performance of chrysanthemum flower in Tumkur district of Karnataka. Indian J. Econ. Dev, 12(2): 359-364. (NAAS- 4.01)
Gundlur, S. S., Dasar, G. V. and Halagalimath, S. P.,
2017, Impact of different periods of irrigation on soil properties and crop yield in vertisols of ghataprabha command area. J. Indian Soc. Coastal Agric. Res., 35(1): 21-26. (NAAS-4.00)
Gundlur, S. S., Neelakanth, J. K., Dasar, G. V. and Halagalimath, S. P., 2017, Effect of irrigation and iron levels on yield of sunflower in vertisols of malaprabha command in Northern Karnataka, India. Environ. Ecol., 35(2D): 1420-1423. (NAAS-4.18)
Gundlur, S. S., Rajkumara, S. and Veerabhadrappa, 2018, Effect of long term irrigation on chemical properties of surface soils and its impact on maize and sugarcane yield in north Karnataka. Environ. Ecol., 36(1): 69-74. (NAAS 4.09)
Gundlur, S. S., Rajkumara, S., Neelakanth, J. K., Halagalimath, S. P. and Dasar, G. V., 2017, Water, zinc and iron requirement of wheat under vertisols of malaprabha command area in northern Karnataka, India. Environ. Ecol., 35 (2C): 1385-1390. (NAAS-4.18)
Gundlur, S. S., Tolanur, S. I., Neelakanth, J. K. and Dasar, G. V., 2017, Efficient rain water harvesting with land modules and green manuring under irrigated conditions in sunflower in vertisols of Malaprabha Command in northern Karnataka, India., Environ. Ecol., 35(3):1673-1676. (NAAS 4.09)
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Gurubasayya Kallimath and Patil, C. R., 2018, An exploration of rhizobium from green gram root nodules in the three agroclimatic zones of Karnataka, India. Int. J. Curr. Microbiol. Appl. Sci., 7(3): 2118-2130. (NAAS -5.38)
Guruprasad, H. and Nadaf, H. L., 2017, Assessment of stay green genotypes of sunflower for root traits under different soil moisture regimes. Int. J. Curr. Microbiol. Appl. Sci., 6(11): 1156-1166. (NAAS -5.38)
Hake, A. A. and Bhat, R. S., 2017, Utility of AhTE markers for genetic and genomic studies in groundnut (Arachis hypogaea L.). Int. J. Curr. Microbiol. Appl. Sci., 6(8): 2051-2060. (NAAS-5.38).
Hake, A. A., Shirasawa, K., Yadawad, A., Nadaf, H. L., Gowda, M. V. C. and Bhat, R. S., 2018, Genome-wide structural mutations among the lines resulting from genetic instability in peanut (Arachis hypogaea L.). Plant Gene., 13(March): 1-7, (NAAS-7.69).
Hake, A. A., Shirasawa, K., Yadawad, A., Nayak, S. N., Mondal, S., Badigannavar, A. M., Nadaf, H. L., Gowda, M. V. C. and Bhat, R. S., 2017, Identification of transposable element markers associated with yield and quality traits from a large population of independent mutants in peanut (Arachis hypogaea L.). Euphytica, 213(12): 283, (NAAS-7.62).
Hake, A. A., Shirasawa, K., Yadawad, A., Sukruth, M., Patil, M., Nayak, S. N., Lingaraju, S., Patil, P. V., Nadaf, H. L., Gowda, M. V. C. and Bhat, R. S., 2017, Mapping of important taxonomic and productivity traits using genic and non-genic transposable element markers in peanut (Arachis hypogaea L.) PLoS One, 12(10): e0186113. (NAAS-9.06).
Hari Vara Prasad, B. and Biradar, B. D., 2017, Genetic diversity studies in minicore collection of rabi sorghum (Sorghum bicolor. (L)) using D
2
statistics. Int. J. Curr. Microbiol. Appl. Sci., 6(7): (NAAS -5.38)
Harish, H. Deshpande., Nirmal Nath, P. and Hunshal, C. S., 2017, Value addition of tropical sugar beet through microbiological process: An innovative approach. Int. J. Curr. Microbiol. Appl. Sci., 6(3): 2305-2314. (NAAS 5.38)
Harivaraprasad, B., Biradar, B. D., Sajjanar, G. M. and Prashanthi, S. K., 2017, Inheritance pattern of fertility restoration on maldandi cytoplasm in rabi sorghum (Sorghum bicolor (L.) Moench.
Trends Biosci., 10(19): 3603 - 3605. (NAAS- 3.94)
Harivaraprasad, B ., Biradar, B. D., Sajjanar, G. M. and Prashanthi, S. K., 2017, Genetic variability studies between restorer lines on milo based male sterile line (104A) in rabi grain sorghum. Trends Biosci., 10(19): 3468-3469. (NAAS- 3.94)
Harivaraprasad, B. and Biradar, B. D., 2017, Combining ability studies in grain sorghum using diallele analysis. J. Farm Sci., 30(2):164-167. (NAAS- 4.42)
Harivaraprasad, B. and Biradar, B. D., 2017, Simultaneous selection for grain yield in F3 population progenies of cross M 31- 2A x is 26025 in rabi sorghum. Trends Biosci., 10(19): 3551-3552. (NAAS- 3.94)
Harsha, B. R. and Jagadeesh, B. R., 2017, Dynamics of potassium in selected black soil type of Haveri district, Karnataka. J. Pharmacognosy Phytochem., 6(6): 2101-2106. (NAAS 3.5)
Harsha, B. R. and Jagadeesh, B. R., 2017, Forms and distribution of potassium in selected maize growing soils of Haveri district of Karnataka, India. Int. J. Curr. Microbiol. Appl. Sci., 6(9): 923-936. (NAAS 5.38)
Harsha, B. R. and Jagadeesh, B. R., 2017, Physico-chemical characteristics of surface and subsurface soils of selected black soil type in Haveri district, Karnataka. J. Pharmacognosy Phytochem., 6(6): 1665-1669. (NAAS 3.5)
Harsha, B. R. and Jagadeesh, B. R., 2017, Potassium dynamics in surface layer of maize growing red soil type of Haveri district, Karnataka, India. J. Pharmacognosy Phytochem., 6(6): 1204-1207. (NAAS 3.5)
Harsha, B. R. and Jagadeesh, B. R., 2017, Surface and sub-surface soil potassium dynamics in a selected red soil type. J. Pharmacognosy Phytochem., 6(6): 1438-1443. (NAAS 3.5)
Harsha, B. R. and Jagadeesh, B. R., 2018, Studies on distribution of potassium fraction in surface and sub-surface layers of black soils. J. Pharmacognosy Phytochem., 7(1): 2596-2601. (NAAS 3.5)
Harsha, B. R., Jagadeesh, B. R., Ummesalma, S. and Pradeep, R., 2017, Black soil type of Haveri district, Karnataka- A study on selected physico-chemical properties.J. Pharmacognosy Phytochem., 6(6): 550-553. (NAAS 3.5)
311
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Harsha, B. R., Jagadeesh, B. R., Ummesalma, S. and Pradeep, R., 2017, Studies on selected physico-chemical properties of red soil type of maize growing areas of Haveri district, Karnataka, India. Int. J. Innov. Res. Adv. Studies., 4(11): 87-90. (NAAS 4.78)
Hegedus, D., Gruber. M., Alahakoon, A., Taheri, A., Nayidu, N., Zhou, R., Aung, B., Sharpe, A., Hannoufa, A. and Bonham-Smith, P., 2018, The composition and transcriptome of glabrous cotyledons from transgenic hairy and ultra-hairy- Brassica napus lines. BMC Plant Bio., 18(1): 64-68, (NAAS-9.96).
Hemalatha, S., Gutti, A. and Biradar, B. D., 2017, Variability and effect of processing on iron and zinc content in colour grains of sorghum (Sorghum bicolour (L.) Moench). J.Trace Elem. Med. Biol. 41S1: 29. (NAAS-9.23)
Hiremath, S. P. and Kasturiba, B., 2018, Effect of germination on physico-chemical properties of rice varieties. Int. J. Curr. Microbiol. Appl. Sci., 7(2): 2700-2710. (NAAS-5.38)
Holeyannavar, P. G. and Khadi, P. B., 2017, A gender analysis of work-family commitment and job satisfaction of university teachers. Int. J. Farm Sci., 7(5): 34-39. (NAAS- 4.01)
Hosamath Veerayya, Jyothi, Hegde, R. V., Venugopal, C. K., Vijayakumar, A. G. and Hegde, M. G., 2017, Studies on genetic variability, heritability and genetic advance in fenugreek (Trigonella foenum-graecum L.). Int. J. Curr. Microbiol. Appl. Sci., 6(11): 4020-4036. (NAAS 5.38)
Hotkar Shivalingappa., Reddy, B. M. R., Ravichandra, N. G., Vasundhara, M., Sonyal Shreeshail, Mahesha, H. S. and Somaning, S., 2017, Survey for the occurrence of root-knot nematode (Meloidogyne incognita) in Patchouli grown in southern Karnataka. Environ. Ecol., 35(A): 273-277. (NAAS 4.01)
Hunshal, S. C., Hundekar, P. S. and Patil, S. S., 2017, Analysis of causal factors for academic backwardness of rural school children. Asian J. Home Sci., 12(1): 159-162. (NAAS- 4.44)
Hyunsu Shin, Yinyan Ma, Tatyana Chanturiya, Qiang
Cao, Youlin Wang, Anil, K. G., Kadegowda,
Rachel Jackson, Dominic Rumore,
BingzhongXue, Hang Shi, Oksana Gavrilova
and Liqing Yu, 2017, Lipolysis in brown
adipocytes is not essential for cold induced
thermogenesis in mice. Cell Metabolism, 26(5),
764-777.
Iliger, M. D. and Alagundagi, S. C., 2017, Response of lentil (Lens culinaris Medik.) genotypes to seed rate and fertilizer levels under protective irrigation. J. Farm Sci., 30(2): 181-184. (NAAS- 4.42)
Iliger, M. D., Alagundagi, S. C., Patil, M. B. and Vijayakumar, A. G., 2017, Influence of seed rate and fertilizer levels on growth and yield of lentil (Lens culinaris Medik.) genotypes under dry land situation. J. Pharmacognosy Phytochem., 6(6) : 2019-2022. (NAAS-5.21)
Inamati, S. S., Patil, S. J., 2017, Phenology characterization of different seed sources of Pongamia pinnata under agroforestry system and their effect on intercrops. J. Tropical Biodiversity, 25 (2): 178-185. (NAAS- 4.05)
Iramma, V. G., Roopa, U., Guruprasad, H., Yenagi, B. S. and Nadaf, H. L., 2017, Genotype x Environment interaction for pod yield in groundnut. Int. J. Curr. Microbiol. Appl. Sci., 6(11): 1566-1571. (NAAS- 5.38)
Irani, S., Trost, B., Waldner, M., Nayidu, N. K., Tu, J., Kusalik, A. J. and Bonham-Smith, P., 2018, Transcriptome analysis of response to Plasmodiophora brassicae infection in the Arabidopsis shoot and root. BMC Genomics, 19 (1): 5-28. (NAAS-9.73).
Irappa Nagral, Kuligod, V. B. and Singh, V. P., 2017, Effect of different doses of fertilizer application on growth parameter of chilli, uptake and micro-nutrient concentration after harvest of the crop. An Asian J. Soil Sci., 12(1): 25-29. (NAAS 3.5)
Isah Musa Ahmad and Kiresur, V. R., 2016, Demand and supply of livestock products in India and Nigeria: The task of food security. Int. J. Innovative Res. Dev., 5(6): 91-100. (NAAS-4.371)
Isah Musa Ahmad, Sadiq Mohammed and Kiresur, V. R., 2016, Empirical analysis of cassava production in Nigeria and its implication on food security. Indian J. Econ. Dev., 12(1): 151-156. (NAAS- 4.01)
Issifu, M., Kwabena, D., Krishnaraj, P. U., Sreenivas, S. A., Bhat, R., Satish, T. N., Kumar, Y., Gtarira, C. P. and Freeman, T. A., 2018, Genetic variation and trait associations of grain yield and other quantitative traits for identification of promising wheat (Tritcum spp.) accessions under nutrient stress. J. Appl. Life Sci. Int., 16(12): 1-15. (NAAS-6.02).
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Itagi, C. and Hemalatha, S., 2017, Variability in grain physico-chemical composition in different sorghum [Sorghum bicolor (L.) Moench] genotypes. Int. J. Curr. Microbiol. Appl. Sci., 6(7): 2610-2618 (NAAS-5.38)
Jadhav Vilas, Reddy, B. V. C., Gaddi, G. M. and Kiresur, V. R., 2016, Exploration of different functional forms of growth models: a censorious analysis with reference to horticultural sector in Karnataka. Int. J. Trop. Agric. 34: 1107-1116. (NAAS- 3.03)
Jahnavi, R. K. and Math, K. K., 2017, Influence of different nutrient practices and cropping systems on physic-chemical properties in vertisol of northern transitional zone of Karnataka. Eviron. and Ecol., 35(4E): 3738-3744. (NAAS -3.5)
Jaiswal, P., Jha, S. N., Kaur, J. and Ramya, H. G., 2018, Rapid detection and quantification of soybean oil and common sugar in bovine milk using ATR-FTIR. Int. J. Dairy Technol., 71: 292-300. (NAAS-6.81).
Jaiswal, P., Jha, S. N., Kaur, J., Borah, A. and Ramya, H. G., 2018, Detection of aflatoxin m1 in milk using spectroscopy and multivariate analysis. Food Chem., 238: 209-214. (NAAS-10.53)
Jakkeral, S. A., Nadaf, H. L., Gowda, M.V.C., Bhat, R .S., Motagi, B. N., Ganapati, M. and Gangashetti, P., 2017, Genetic and molecular studies on components of rust resistance in recombinant inbred lines and back-cross populations of peanut (Arachis hypogaea L.). Electronic J. Pl. Breed., 8(4): 1097-1107. (NAAS- 4.97)
Jameer, R. Attar and Aski, S. G., 2017, Knowledge of recommended lime cultivation practices. Agric. Update, 12(4): 619-622. (NAAS- 4.39)
Jameer, R. Attar and Aski, S. G., 2017, Socio-economic characteristics of lime growers. Agric. Update, 12(4): 685-690. (NAAS- 4.39)
Jnanesha, A. C., Alagundagi, S. C., Mansur, C. P. and Ashish Kumar, 2017, Impact of in situ moisture conservation and integrated nutrient management practices on growth and yield of chickpea. Int. J. Agric. Sci., 8(1): 68-73. (NAAS- 4.82)
Jnanesha, A. C., Alagundagi, S. C., Mansur, C. P. and Ashish Kumar, 2017, Influence of broad bed and furrow and INM practices on soil properties and economics of the maize-chickpea cropping system in northern transition zone of
Karnataka. Int. J. Agric. Sci., 8(1) : 94-99. (NAAS- 4.82)
Jyothi L. Zirmire, Vilas S. Kulkarni and Balachandra, K. Naik, 2017, Apple scenario in India: An Economic Analysis. Int. J. Comm. Busi. Mgmt., 10(2): 116-120. (NAAS- 4.14)
Jyothi, T. V. and Hebsur, N. S., 2017, Impact of graded levels of NPK fertilizers on disease incidence of Bt. cotton in alfisol. The Bioscan, 12(1): 551-555. (NAAS 5.06)
Jyothi, T. V. and Hebsur, N. S., 2017, Effect of soil and foliar application of potassium on pests and disease incidence in Bt cotton in vertisol. Vegetos , 12(3): 347-354. (NAAS 3.50)
Jyothi, T. V., Hebsur, N. S. and Bansal, S. K., (2017), Response of graded levels of NPK fertilizers on yield and fibre quality of Bt. cotton in Alfisol. Int. J. Appl. Agric. Hortic. Sci., 8(2): 622-625. (NAAS 4.38)
Jyothimayee Behera and Basavaraja, H., 2017, Demand and supply estimation for oil seeds in Karnataka, J. Farm Sci., 30(1): 79-81. (NAAS- 4.42).
Jyoti, V. V. and Shameembanu, B., 2018, Eco-friendly antimicrobial finishing of cotton fabric using plant extracts. Int. J. Curr. Microbiol. Appl. Sci., 7(2): 284-292. (NAAS - 5.38)
Jyoti, V. V. and Shameembanu, B., Phytochemical screening and antimicrobial activity of Hibiscus rosa-sinensis leaf extracts. Int. J. Curr. Microbiol. Appl. Sci., 7(3): 3329-3337. (NAAS - 5.38)
Jyoti, V. V., Rajashri, K. and Shameembanu, B., 2017, Protective clothing for ginning mill labourers. J. Human Ecology, 59(2-3):156-163. (NAAS - 3.84)
Jyoti, V. V. and Giridhar, G., 2017, Chromatographic profile development by HPTLC and characterization of phenolics in arecanut. The Bioscan, 12(2): 843-846. (NAAS - 4.70)
Kabber, U. R. and Javaregowda, 2017, Clonal variation in Pongamia pinnata for resistance to gall midge, Asphondylia ponagamia. J. Farm Sci., 30(4): 510-514. (NAAS- 4.42)
Kalaghatagi, S. B., Guggari, A. K., Kambrekar, D. N. and Kadasiddappa Malamsuri, 2017, Performance of linseed based intercropping systems in different row ratio under semi arid region of Karnataka, Indian J. Dryland Agric. Res. Dev., 32(1): 26-31. (NAAS- 4.58)
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Kamble, S. M., Dasar. G. V. and Gundlur, S. S., 2017, Distillery spentwash production, treatment and utilization in agriculture-A review. Int. J. Pure Appl. Biosci., 5(2): 1-8. (NAAS- 6.654)
Kanchan, A., Usha, M. and Kasturiba, B., 2017, Impact of nutrition counseling on knowledge and practices scores of CVD subjects. Int. J. Farm Sci., 7(2): 97-101. (NAAS- 4.01)
Kannur, D. and Sunanda, I., 2017, Health status and menopausal knowledge among rural and urban post menopausal women. Indian J. Health Well-being, 8(10):1199-1203. (NAAS-4.13)
Kannur, D. and Sunanda, I., 2017, Influence of weight on health status and menopausal problems of rural and urban postmenopausal women. Int. J. Pure App. Biosci, 5(6):1457-1464. (NAAS-4.74)
Kapaleshwar, G. and Kulkarni, U., 2017, Nutritional and sensory profile of value added ash gourd (Benincasa hispida) ready-to-serve. J. Ecofriendly Agric., 12: 84-86. (NAAS- 3.80)
Karabhantanal, S. S., Udikeri, S. S., Jagginavar, S. B. and Jolli, R. B., 2018, Population buildup of leaf and flower web forming insect, Maruca vitrata (Geyer) and their management in redgram ecosystem, J. Entomol. Zool. Studies, 6(2): 2192-2196. (NAAS- 5.53)
Kavera, B. and Nadaf, H. L., 2017, Association of fatty acid profile with economic traits of groundnut involving mutant population. Agric. Res. J., 54(3): 404-406. (NAAS- 4.71)
Kavera, B. and Nadaf, H. L., 2017, Genetic improvement for yield through induced mutagenesis in groundnut (Arachis hypogaea L.). Legume Res., 40 (1): 32-35. (NAAS -6.15)
Kavera, B., Mallikarjun, K. and Nadaf, H. L., 2017, Phenotypic and molecular dissection of induced groundnut mutants for fatty acid profile. Int. J. Curr. Microbiol. Appl. Sci., 6(12): 3056-3068. (NAAS- 5.38)
Khedikar, Y., Pandey, M. K., Sujay, V., Singh, S., N., N. S., Klein-Gebbinck, H. W., Cholin, S., Mukri, G., Garg, V., Upadhyaya, H. D., Nadaf, H. L., Gowda, M. V. C., Varshney, R. K. and Bhat, R. S., 2018, Identification of main-effect and epistatic quantitative trait loci for morphological and yield related traits in peanut (Arachis hypogaea L.). Mol. Breed., 38(1): 96-99. (NAAS-8.47).
Kishore, M. S. and Murthy, C., (2017): Economic feasibility of desiccated coconut powder unit and shell charcoal unit in Karnataka. Res. J. Agric. Sci., 9(1): 127-131. (NAAS- 4.54)
Kishore, M. S. and Murthy, C., 2017, Economics feasibility of coconut cultivation in Karnataka. Int. J. Comm. Busi. Mgt., 10(2): 243-249. (NAAS- 4.14)
Kolekar, R. M., Sukruth, M., Shirasawa, K., Nadaf, H. L., Motagi, B. N., Lingaraju, S., Patil, P. V. and Bhat, R. S., 2017, Marker-assisted backcrossing to develop foliar disease resistant genotypes in TMV 2 variety of peanut (Arachis hypogaea L.). Plant Breed., 136(6): 948-953. (NAAS-7.50)
Komala, N. T., Gurumurthy, R. and Surendra, P., 2017, Morphological characterization of popular rice varieties of Zone VIII and Zone IX of Karnataka State. Bull. Environ. Pharmacology Life Sci., 6(3): 515-519. (NAAS 4.95)
Komala, N. T., Gurumurthy, R. and Surendra, P., 2017, OMICS technologies towards seed quality improvement. Int. J. Pure App. Biosci., 5(6): 1075-1085. (NAAS 4.74)
Komala, N. T., Gurumurthy, R. and Surendra, P., 2017, Role of mycorrhiza in cereals. Bull. Environ. Pharmacology Life Sci., 6(4): 01-05. (NAAS 4.95)
Komala, N. T., Gurumurthy, R. and Surendra, P., 2017, Seed dormancy at molecular level. Int. J. Curr. Microbiol. Appl. Sci., 6(11): 01-12. (NAAS 5.38)
Koppad, A. G. and Janagoudar, B. S., 2018, Effect of land use land cover on soil carbon sequestration in Haliyal taluka of Uttar Kannada district. Indian Forester, 144(3): 234-237. (NAAS-6.14)
Koppad, A. G. and Janagoudar, B. S., 2017, Assessment and mapping of soil organic carbon pool through geo-informatics approach in Bhatkal taluka of Uttar Kannad district of Karnataka. Indian Forester, 143(7): 653-656. (NAAS-6.14)
Koppad, A. G., Tikhile, P., and Shastri, S., 2017, Forest fire zone demarcation in Uttar Kannada district using GIS techniques. Indian Forester, 143(8): 775-784. (NAAS- 6.14)
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Kulmi, M. R. F., Mogali, S. C., Patil, K. S. and Leelavathi, T. M., 2017, Isolation of high yielding mutants through EMS-induced mutagenesis in linseed (Linum usitatissimum L.). Int. J. Curr. Microbiol. Appl. Sci., 6(8): 278-285. (NAAS -5.18)
Kumar, M., Rohitashw Kumar, P. S., Kanannavar, Yaligar, R. and Chilur, R., 2017, Resources conservation through laser guided land leveller for paddy cultivation in Raichur, Karnataka. Indian J. Soil Conser., 45(3): 296-301. (NAAS-5.20).
Kumar, S. and Sonnad, J. S., 2017, A study on activity wise performance of priority sector lending in Belagavi and Davangere districts of Karnataka. Int. J. Comm. Busi. Mgmt., 10 (2): 175-178. (NAAS- 4.14)
Kumar, S. and Sonnad, J. S., 2017, A study on activity wise performance and short falls in priority sector in Kalaburagi district. Int. J. Comm. Busi. Mgmt., 10(2): 104-111. (NAAS- 4.14)
Kumar, S. and Sonnad, J. S., 2017, A study on targets and achievements in Belagavi district. Int. J. Comm. Busi. Mgmt., 10(2): 139-145. (NAAS- 4.14)
Kumar, S. and Sonnad, J. S., 2017, A study on targets and achievements in Davangere district. Int. J. Comm. Busi. Mgmt., 10(2): 231-236. (NAAS- 4.14)
Kumar, S., Ramya, H. G., Chand, T. and Brar, J. S., 2017, Modified atmosphere packaging as a safety approach to bump up shelf-life of cabbage. Bull. Environ. Pharmacol. Life Sci., 6 (4). (NAAS-4.95)
Kumara, B. H., Antil, R. S., Priya, H. R. and Devraj, 2018, Long-term effects of organic manures and inorganicfertilizers on organic carbon and nutrient contents insoil under pearl millet-wheat cropping sequence. J. Pharmacognosy and Phytochem., 7(Spl. Issue 1): 1335-1339. (NAAS- 3.5)
Lasya, B. and Deshpande, S. K., 2018, Combining ability and pooled score studies on baby corn traits in maize. Green Farming, 2: 206-211 (NAAS- 4.38)
Lasya, B. and Deshpande, S. K., 2018, Characterization of maize genotypes for baby corn traits. Green Farming, (2): 212-217. (NAAS- 4.38)
Lochana, S. R., Suryanarayana, V. and Ramana, P., 2017, Biochemical assessment of selected half sib progenies of Pongamia pinnata. Biochem. Cell. Arch., 17(1): 129-131. (NAAS-4.46)
Madhu, G., Halikatti, S. I., Khandagave, R. B., Mavarkar, N. S. and Potdar, M. P., 2017, Effect of methods of fertilizer applications, fertilizer levels and split application of potassium on available nutrient status and nutrient use efficiency in sugarcane. Int. J. Chem. Stud., 5(6): 1043-1051. (NAAS-5.31)
Madhu, G., Halikatti, S.I., Khandagave, R.B., Mavarkar,
N.S., and Potdar, M.P., 2017, Influence of fertilizer application methods, fertilizer levels and split application of potassium on cane yield and nutrient uptake in sugarcane. Int. J. Chem. Stud., 5(6): 1052-1060. (NAAS-5.31)
Madhura A. Sagarkar, Nirmal Nath, P. and Netravati
Meti, 2017, Striga (Striga asiatica), a parasitic
weed inhibition by Arbascular Mycorrhizal
Fungi in sugarcane (Saccharum officinarum).
Int. J. Appl. Pure Sci., Agric., 3(3): 1-9.
(NAAS 5.30)
Mahalingaiah, M. K. C., Asoor, M., Thimmaiah, R. P.,
Narayanaswamy, H. D., Mukartal, S. Y.,
Elattuvalappil, A. M., Chikkahonnaiah, N.,
Gupta, S. and Singh, S. V., 2017, Prevalence
of canine babesiosis in different breeds of dogs
in and around Bengaluru. Adv. Anim. Vet.
Sci., 5(3): 140-144. (NAAS- 4.04)
Mahesha, H. S., Ravichandra, N. G., Rao, M. S., Narasegowda, N. C., Sonyal Shreeshail and Hotkar Shivalingappa., 2017, Bio-efficacy of different strains of Bacillus spp. against Meloidogyne incognita under in vitro. Int. J. Curr. Microbiol. Appl. Sci., 6(11): 2511-2517. (NAAS 5.38)
Mallikarjun, L. and Kuligod, V. B., (2017) Characterization of soils of ghataprabha left bank canal command area of North Karnataka for salinity and sodicity. Indian J. Agric. Res., 51(1): 82-85. (NAAS 6.5)
Mane, V. A. and Hundekar, S. G., 2017, Scope, importance, challenges and problems of medical tourism in Northern Karnataka. Int. J. Inno. Res. Sci. Engg. Technol., 6(10): 19919-19924.
315
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Mane, V. A., and Hundekar, S. G., 2017, Role of FDI in developemnt of indian health care sector and growth of medical tourism. Int. J. Inno. Res. Sci. Engg. Technol., 6(10): 19925-19932.
Manel, D. and Sumangala, B., 2018, Physiological responses of commercial sugarcane (Saccharum spp.) hybrids and varieties to moisture stress tolerance. Indian J. Plant Physiol., 23(1) 40-47. (NAAS -5.26)
Mani, B. R. and Deshpande, S. K., 2017, Genetic evaluation of drought tolerance in maize (Zea mays L.) inbred lines using tolerance indices. Electronic J. Pl. Breed., 8(2): 428-436. (NAAS- 4.97)
Manjulatha, C. and Geeta, M., 2017, Effect of finishing treatment with softeners on performance properties of Deccani woollen blankets. J. Krishi Vigyan, 5(2):35-38. (NAAS - 4.41)
Manjulatha, C. and Geeta, M., 2017, Optimisation of softening treatment conditions for Deccani wool. J. Farm Sci., 29(1): 92-95. (NAAS - 4.42)
Manjulatha, C. and Geeta, M., 2017, Prevailing processing practices of Deccani wool at Medleri. J. Farm Sci., 29(1): 151-153. (NAAS - 4.42 )
Manjunath, H. P., Jones Nirmalnath, P., Chandranath, H. T., Shiney Ammanna. and Jagadeesh, K. S., 2018, Field evaluation of native Arbuscular mycorrhizal fungi in the management of striga in sugarcane. J. Pharmacognosy Phytochemi., 7(2): 2496- 25(2). (NAAS 5.21)
Manjunath, M. G. and Salakinkop, S. R., 2017, Growth and yield of soybean and millets in intercropping systems. J. Farm Sci., 30 (2): 349-353. (NAAS- 4.42)
Manjunath, M. G. and Salakinkop, S. R., and Somanagouda, G., 2018, Productivity and profitability of soybean based millets intercropping systems. Res. Crops, 19(1): 43-47. (NAAS-4.75)
Manjunatha Chari, K., Manjunatha Hebbara, Patil, P. L., Dasog, G. S. and Vishwanath, S., 2017, Soil resource assessment of watershed towards land use planning using satellite remote sensing and GIS techniques in northern Karnataka, India. Int. J. Chem. Studies, 5(6): 1631-1635. (NAAS 4.5)
Manjunatha, S.S, Satyanarayana, M. L., Shridhar, V,
Narayanaswamy, H. D., Suguna Rao,
Rathnamma, D., Mukarthal, S. Y. and Srikanth,
K., 2017, Studies on evaluation of antidiabetic
efficacy of aqueous extract of Murraya
koenigii in streptozotocin induced diabetic rats.
J. Exp. Zool. India. 20(1): 1395-1400.
(NAAS- 5.51)
Manjuntha, M. V., Hebbara, M., Prasannakumara, B. H., Satyareddi, S. and Dasog, G. S., 2017, Effect of untreated and engineered constructed wetland treated wastewater on yield, water productivity and economics of brinjal. Green Farming, 8(3): 676-679. (NAAS-4.38)
Manjuntha, M. V., Prasannakumara, B. H., Satyareddi, S. and Hebbara, M., 2017, Yield, water productivity and economics of green chilli as influenced by engineered constructed wetland treated and untreated domestic sewage water. Int. J. Curr. Microbiol. Appl. Sci., 6 (4): 2125-2132. (NAAS-5.38)
Manoharachari, D., Kuligod, V. B., Gundlur, S. S, Patil, P. L. and Hosmath, J. A., Land capability, irrigability classification and GIS mapping in ASOTI-4 micro-watershed of Gadag district (Karnataka), India. Int. J. Curr. Microbiol. Appl. Sci., Special Issue-4: 131-141. (NAAS 5.06)
Manoharachari, D., Kuligod, V. B. and Patil, P. L., 2018, Available zinc and iron status mapping by GIS technique in ASOTI-4 micro watershed of Gadag district (Karnataka). Int. J. Curr. Microbiol. Appl. Sci., Special Issue-6: 1160-1165. (NAAS 5.06)
Manoj, B. V. and Venugopal, C. K., 2018, Evaluation of capsicum hybrids under protected condition. J. Farm Sci., 31(1): 120-122. (NAAS 4.42)
Matti, P. V., Shekharappa, Balikai, R. A. and Naragund, V. B., 2017, Population dynamics and weather based forewarning models for safflower aphid (Uroleucon compositae T.). J. Exp. Zool. India, 20(2): 1141-1144. (NAAS- 5.51)
Matti, P. V., Shekharappa, Balikai, R. A., and Naragund, V. B., 2017, Development of forewarning models for shoot fly, Atherigona soccata Rondani and its validation based on abiotic factors in resistant variety M 35-1 in rabi sorghum. Res. Crops, 18(3): 490-496. (NAAS- 4.75)
Matti, P. V., Shekharappa, Balikai, R. A., and Naragund, V. B., 2017, Prediction models for Helicoverpa armigera (Hubner) based on abiotic factors in chickpea ruling variety JG-11. Int. J. Plant Protec., 10(2): 344-348. (NAAS- 4.59)
316
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Meenkshi Bai R., Vidyavathi, G.Y., Yadahalli, G. S., Rajesh, N. L. and Rudramurthy, H. V., 2017, Land resources inventory for assessment of crop suitability and land capability of Pannur North-3 micro watershed using RS and GIS. Int. J. Curr. Microbiol. Appl. Sci., 6(11): 1379-1391. (NAAS 5.06)
Meenkshi Bai, R., Vidyavathi, G.Y., Yadahalli, G.S., Rajesh, N. L. and Rudramurthy, H. V., 2017, Soil fertility status of Pannur North-3 micro watershed of Manvi taluk, Raichur district, Karnataka. Int. J. Chemi. Studies, 5(5): 1949-1955. (NAAS 5.06)
Meenkshi Bai. R., Vidyavathi, G. Y., Yadahalli, G. S., Rajesh, N. L. and Rudramurthy, H.V., 2018, Land resource characterization and soil classification of Pannur North-3 micro watershed using RS and GIS in Manvi Taluk, Raichur district. J. Pharmacognosy Phytochem., 7(1): 671-678. (NAAS 5.21)
Meghana, H., Jagginavar, S. B. and Sunitha, N. D., 2018, Population dynamics of sucking insect pest complex on intra-specific and inter-specific Bt. cotton under rainfed situation. J. Entomol. Zool. Studies, 6(3): 466-471. (NAAS- 5.53)
Mesta, P. D. and Bharati, P., 2017, Utilization of minor tuber crops grown in western Ghats of Karnataka. J. Farm Sci., 30(3): 400-403. (NAAS 4.42)
Meti, M. S., Poonia, P. K., Sadashiva, K. R., Anaweri, R. H. and Khali, D. P., 2018, Comparison of physical and mechanical properties of particle boards of bamboos bonded with urea formaldehyde resin. Int. J. Chem. Stud., 6(1): 670-672. (NAAS-5.31)
Mitali, D. and Sadhana, D. K., 2017, Ikat sarees of Odisha. Asian J. Home Sci., 12(1): 93-200. (NAAS - 4.44)
Mogali, S. C., Vijayakumar, A. G., Yamanura and Jaggal, L. G., 2017, Yield performance and MYMV resistance in greengram (Vigna radiata (L) Wilczek). Vegetos, 30(3) doi 10.5958/2229-4473.2017.00153.7. (NAAS- 4.31)
Mogali, S. C., Jaggal, L. G., Yamanura. and Biradar, R., 2017, Development of early maturing linseed genotypes through induced mutatagenesis suited for cultivation in rice fallows, Vegetos, 30(3) doi: 10.5958/2229-4473.2017.00150.1. (NAAS- 4.31)
Mohammed, M. I. and Dolli, S. S., 2017, Adoption gap in tomato production technologies and its impact on yield among different category farmers. Int. J. Appl. Biol., 5(4):151-153. (NAAS- 3.52)
Mohammed, M. I. and Dolli, S. S., 2017, Knowledge and adoption gaps in production and protection technologies of tomato at farm level. Trends Biosci., 10(25): 5399-5401. (NAAS- 3.94)
Mouneshwari, K., Biradar, A. P., Angadi, S. C. and Vidyavathi, G. Y., 2017, Impact of school nutrition garden on the nutrient intake of children. Asian J. Agric. Extn. Econ. Soc., 18(2): 1-6. (NAAS 3.70)
Mouneshwari, R. K. and Vanishree, S., 2017, Entrepreneurship development promotion through millet processing in Raichur district of Karnataka state, India. Plant Arch., 17(2):1460-146. (NAAS- 4.41)
Mouneshwari, R. K., Amaresh, Y. S. and Vanishree, S., 2017, Adoption of spiral grader as a value addition tool in pigeon pea production. Plant Arch., 17(1): 247-250. (NAAS- 4.41)
Mouneshwari, R. K., Vidyavathi, G. Y. and Amaresh, Y. S., 2017, Effect of demonstration on use of paddy straw baler in Raichur District. J. Krishi Vigyan, 6(1): 224-226. (NAAS- 4.41)
Mukartal, S. Y., Rathnamma, D., Narayanaswamy, H. D., Gupta, S., Chaubey, K. K., Singh, M., Hemati, Z., Nishanth, C., Pachoori, A., Dhama, K. and Singh, S. V., 2017, Assessment of ovine johne’s disease in the mandya sheep breed in South India using multiple diagnostic tests and bio-typing of Mycobacterium avium subspecies paratuberculosis infection. Cogent Food Agric., 3(1): 1298391.
Muktamath, V. and Sunanda, I., 2018, Socio-cultural determinants of breast feeding practices in Dharwad district of Karnataka. Adv. Res. J. Soc. Sci., 8(1): 23-29. (NAAS-3.56)
Nadaf, H. L., Biradar, K. S., Murthy, G. S. S., Krishnaraj, P. U., Bhat, R. S., Pasha, M. A. and Yerimani, A. S., 2017, Novel mutations in oleoyl-PC desaturase (ahFAD2B) identified from new high oleic mutants induced by gamma rays in peanut (Arachis hypogaea L.). Crop Sci., 57: 2538-2546. (NAAS-7.63).
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Naganagouda, S. C. and Manjappa, K., 2017, Nutrient management practices for enhancing the productivity of aerobic rice during summer in hill zone of Karnataka. J. Farm Sci., 30(2): 285-287. (NAAS-4.42)
Nagaralli, V. and Kasturiba, B., 2017, Mineral composition and sugars content of chickpea (Cicer arientinum L.) varieties. Int. J. Curr. Res., 9(12): 62144-62147. (NAAS-5.38)
Nagaralli, V. and Kasturiba, B., 2017, Nutrient composition of chickpea (Cicer arientinum L.) varieties. J. Farm Sci., 30(3): 393-396. (NAAS-4.42)
Nagarjun Reddy P., Angadi, J. G. and Desai, S. R., 2017, Assessment of level of mechanization in selected crops of north Karnataka. Int. J. Agric. Engg., 10(10): 457-260. (NAAS- 4.43)
Naidu, G. K., Motagi, B. N. and Gowda, M. V. C., 2017, Genetic variability for induced thermo tolerance in groundnut (Arachis hypogaea L.) germplasm, Electronic J. Pl. Breed., 8(4): 1191-1196. (NAAS -4.97)
Naidu, G. K., Pattanashetti, S. K., Boodi, I. H., Singh, O. K., Prakyath Kumar, K. V., Biradar, B. D. and Wali, M. C., 2017, Genetic analysis of recombinant inbred lines for iron deficiency chlorosis and productivity traits in groundnut. Indian J. Genet., 77(3): 414-421. (NAAS- 6.28)
Naik, D., Kasturiba, B. and Malagi, U., 2017, Socio-demographic insight of nomadic tribes in northern Karnataka. Int. J. Curr. Res., 10(01): 63762-63764.
Narmada, H. and Pushpa, B. K., 2017, Educational intervention for reducing parenting stress of mentally challenged children, Indian J. Positive Psychol. 8(1): 44-47. (NAAS- 4.64)
Natikar, P. K. and Balikai, R. A., 2017, Present status on bio-ecology and management of tobacco caterpillar, Spodoptera litura (Fabricius)– An update. Int. J. Plant Protec., 10(1): 193-203. (NAAS- 4.59)
Natikar, P. K., Balikai, R. A. and Dharmatti, P. R., 2018, Sucking pest complex of potato in Dharwad district of northern Karnataka (India). J. Exp. Zool. India, 21(1): 55-57. (NAAS- 5.51)
Nayak, S. N., Agarwal, G., Pandey, M. K., Sudini, H. K., Jayale, A. S., Purohit, S., Desai, A., Wan, L., Guo, B., Liao, B. and Varshney, R. K., 2017, Aspergillus flavus infection triggered immune responses and host-pathogen cross-talks in
groundnut during in vitro seed colonization. Sci. Rep., 7(1): 9659, (NAAS-10.26).
Nayak, V. S. and Pujar, L., 2017, A study on concept development of tribal and urban preschool children. Int. J. Res. Appl. Natural Soc. Sci., 5(7):133-138. (NAAS- 3.00)
Nayak, V. S., and Pujar, L., 2016, Status on concept development in rural, tribal and urban preschool children. J. Comm. Studies, 34:119-124. (NAAS-2.89)
Neelakanth, J. K., Balaskrishanan, P., Muthuchamy, I. and Tamilmani, D., 2017, Assessment of drought using Standerdised Prcipitation Index (SPI) for Koppal district, Karnataka. Environ. Ecol., 35(3):1665-1668: (NAAS-4.09).
Neelakanth, J. K., Halagalimath, S.P., Gundlur, S. S. and Dasar, G. V., 2017, Enhancing water productivity in irrigated eco-system at ORP Malaprabha Command of Karnataka. Environ. Ecol., 35 (3): 2490-2494. (NAAS- 4.09).
Negalur, R. B. and Halepyati, A. S., 2017, Growth and yield of machine transplanted rice (Oryza sativa L.) as influenced by age and number of seedlings. Int. J. Curr. Microbiol. Appl. Sci., 6(6): 376-385. (NAAS- 5.38)
Negalur, R. B. and Halepyati, A. S., 2017, Dry matter partitioning and yield of machine transplanted rice (Oryza sativa L.) as influenced by age and number of seedlings. Crop Res., 52 (1, 2 & 3): 4-9. (NAAS- 4.60)
Negalur, R. B., Ananda, N., Guruprasad, G. S. and Narappa, G., 2017, Herbicides combinations for control of complex weed flora in dry direct-seeded rice in TBP command area of Karnataka. Green Farming, 8(2): 350-355. (NAAS-4.38)
Negalur, R. B., Yadahalli, G. S., Chittapur, B. M.,, Guruprasad, G. S. and Narappa, G., 2017, Ratoon Rice: A climate and resource smart technology. Int. J. Curr. Microbiol. Appl. Sci., 6(5): 1-12. (NAAS- 5.38)
Neog Jitumoni and Nithyashree, D. A., 2018, A brief profile of students studying home science. Int. J. Appl. Home Sci., 5(3): 592-601. (NAAS- 2.74)
Neog Jitumoni and Nithyashree, D. A., 2018, Social and economic aspirations of the students studying home science in agricultural University. Int. J. Home Sci., 4(1):181-184. (NAAS- 2.74)
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Neog Jitumoni and Nithyashree, D. A., 2018, Educational aspirations of the home science students of Univ. Agric. Sci., Dharwad, Karnataka. Int. J. Farm Sci., 8(2): 99-103. (NAAS- 4.01)
Netravati, M. Y., Bharati, P. and Chimmad, B. V., 2017, Breakfast behaviour of adolescents of Karnataka and its contribution to nutrient intake. Life Sci. Bull., 14(2):193-197. (NAAS- 3.47)
Netravati, U. and Usha, M., 2017, Dietary and lifestyle factors associated with obesity among adolescents. Int. J. Farm Sci., 8 (2): 332-339 (NAAS- 4.01)
Nikhilkumar and Salakinkop, S. R., 2017, Influence of agronomic biofortification of maize with zinc and iron micronutrients on their density in maize grain and nutrient uptake. Int. J. Environ. Sci. Nat. Res. 7(2):1-5.
Nikhilkumar and Salakinkop, S. R., 2018, Agronomic Biofortification of maize with zinc and iron micronutrients. Modern Concepts Dev. Agron., 1(5): 1-4.
Nithin, K. N. and Mahajanashetti, S. B., 2017, Trend and growth rate analysis of area, production and productivity of natural rubber in India. Res. J. Agric. Sci., 8: 731-734. (NAAS- 4.54)
Nithin, K. N. and Mahajanashetti, S. B., 2018, An analysis of shift in area to natural rubber in Kasargod district of Kerala. Int. J. Agric. Sci., 10(5): 5343-5345. (NAAS- 4.20)
Nithyashree, D. A., Rayanagoudar Rekha and Chadavari Veena, 2017, Comparative study of empowerment of members and non-members of SHGs in Karnataka. Agril. Update, 12(3): 477-481. (NAAS- 4.39)
Noor Nawaz, A. S., Jagadeesh, K. S. and Krishnaraj, P. U., 2017, Isolation and Screening of lactic acid bacteria for acid pH and bile tolerance, Int. J. Curr. Microbiol. Appl. Sci., 6(7): 3975-3980. (NAAS -5.38)
Noori, S., Inamati, S. S., 2017, Effect of rubber (Hevea brasiliensis Muell. Arg.) plantation on nutrient status of soil hilly zone of Karnataka. J. Farm Sci., 30: 515-517. (NAAS- 4.42)
Noori, S., Inamati, S. S., 2017, Growth performance of rubber (Hevea brasiliensis Muell. Arg.) plantation in hilly zone of Karnataka. J. Plant Dev. Sci., 9(8): 799-804. (NAAS- 4.75)
Oladele Toyin and Handigol Jayashree, 2016, Flow of the institutional credit to agriculture sector in Belgam district, J. Farm Sci., 29(1): 123-127. (NAAS- 4.42)
Onkari, D. and Itagi, S. K., 2017, Emotional intelligence of police of Dharwad Taluk Karnataka. Int. J. Farm Sci.,7(4):1-6. (NAAS- 4.01)
Onkari, D. and Itagi, S. K., 2017, Emotional intelligence of rural and urban police. Asian Pecific J. Res., 1(47):72-79.
Onkari, D. and Itagi, S. K., 2017, Occupational stress of police. Int. J. Res. Soc. Sci., 7(7): 344-353.
Onkari, D. and Itagi, S. K., 2018, Occupational stress of women police. Indian J. Health Well-being, 9(1): 38-42. (NAAS- 4.13)
Onkari, D., and Itagi, S. K., 2017, Emotional intelligence of police. Asian J. Home Sci., 12(1): 25-33. (NAAS- 4.44)
Padmalakshmi, C. S. and Shekharappa, 2017, Effect of different sources of organic manures on soil arthropod population in maize ecosystem. J. Farm Sci., 30(3): 375-381. (NAAS- 4.42)
Pai, S. R., Upadhya, V., Hegde, H. V., Joshi, R. K. and Kholkute, S. D., 2018, In vitro rapid multiplication and determination of triperoids in callus cultures of Achyranthes aspera Linn. Indian J. Biotech, 16. (NAAS- 6.29)
Paloti Laxmi, M. and Nagnur Shobha, 2017, Perceived attributes of home science technologies. Adv. Res. J. Soc. Sci., 8(2):178-183. (NAAS 3.56)
Pandey, M. K., Agarwal, G., Kale, S. M., Clevenger, J., Nayak, S. N., Sriswathi, M., Chitikineni, A., Chavarro, C., Chen, X., Upadhyaya, H.D., Vishwakarma, M.K., Leal-Bertioli, S., Liang, X., Bertioli, D.J., Guo, B., Jackson, S.A., Ozias-Akins, P., and Varshney, R.K., 2017. Development and evaluation of a high density genotyping ‘axiom-arachis’ array with 58K SNPs for accelerating genetics and breeding in groundnut. Sci. Rep., 7: 40577. (NAAS-10.26).
Pandey, M. K., Khan, A. W., Singh, V. K., Vishwakarma, M. K., Shasidhar, Y., Kumar, V., Garg, V., Bhat, R. S., Chitikineni, A., Janila, P., Guo, B. and Varshney, R. K., 2017, QTL-seq approach identified genomic regions and diagnostic markers for rust and late leaf spot resistance in groundnut (Arachis hypogaea L.). Plant Biotech. J., 15(8): 927-941, (NAAS-12.09).
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Parameshwarareddy, R., Angadi, S. S. and Biradar, M. S., 2017, Effect of drip irrigation levels and substrates on growth, yield and quality of tomato under protected condition. Bioscan, 12(1): 447-452. (NAAS- 5.21)
Parameshwarareddy, R., Angadi, S. S., Biradar, M. S. and Patil, R. H., 2018, Water productivity of tomato as influenced by drip irrigation levels and substrates. J. Pharm. Phytochem., 7(2):1343-1346. (NAAS-5.21)
Patgar, G. S., Rajakumar, G. R. and Koppad, A. G., 2017, Impact of land slope on productivity and diversity of trees in two forest types of Uttar Kannada. J. Farm Sci., 30(4): 522-524. (NAAS- 4.42)
Patil, P. L, Bidari, B. I., Manjunatha Hebbara, Jahnavi Katti, Samirkhan Dilvaranaik, Vishwanatha, S., Geetanjali, H. M. and Dasog, G.S., 2017, Identification of soil fertility constraints by GIS in Bedwatti sub watershed under Northern dry zone of Karnataka for site specific recommendations. J. Farm Sci., 30(2): 206-211 (NAAS- 4.42)
Patil Raju, P., Vasudevan, S. B., Mohammad Ibrahim, S. N. and Mathad, R. C., 2017, Standardization of seed production techniques in rice hybrid KRH-4, 2017, Bull. Environ. Pharmacol. Life Sci., 6(5): 376-387. (NAAS 4.95)
Patil Raju, P., Vasudevan, S. B., Mohammad Ibrahim, S. N. and Mathad, R. C., 2017, Characterization of parents and F1 seeds of rice hybrid KRH-4 using different chemical tests and seed image analyzer. Agri. Update, 12(5): 1261- 1265. (NAAS- 4.39)
Patil Shivleela, Sankangoudar Surekha and Kiresur, V. R., 2018, Socio personal characteristics and their association with knowledge and adoption level of HSc technologies. Int. J. Pure Appl. Biosci., 6(1): 1449-1455. (NAAS 4.74)
Patil, P. L., Kuligod, V. B., Gundlur, S. S., Katti, J., Nagaral, I. N., Shikrashetti, P., Geetanjali, H. M. and Dasog, G. S., 2017, Soil fertility mapping by GIS in Mevundi sub watershed under Northern dry zone of Karnataka for site specific recommendations. J. Farm Sci., 30(2): 200-205. (NAAS- 4.42)
Patil, A. S., Chandini, T. and Nagaraja, B. N., 2017, Surgical management of oesophageal obstruction caused by tricho- phytobezoar in a pandrapuri buffalo heifer. Intas Polivet. 18(I): 56-59. (NAAS - 4.79)
Patil, A. S., Venkanna Balaganur, Anil kumar, G. K.
and Nagaraja, B. N., 2017, OOccccuurrrreennccee aanndd
ssuurrggiiccaall management of unilateral horn
fractures in cattle – a rreettrroossppeeccttiivvee ssttuuddiieess
Intas Polivet, 18 (II): 243-248.
(NAAS - 4.79)
Patil, A. S., Venkanna Balaganur, Vaagheesh
Chauhan, Nagaraj, B. N. and Ranganath, L.,
2017, Reettrroossppeeccttiivvee ssttuuddiieess oonn ooccccuurrrreennccee aanndd
surgical management of esophageal
obstruction in bovines. Intas Polivet, 18 (II);
286-292. (NAAS Rate- 4.79)
Patil, S. B., Goyal, A., Chitgupekar, S. S., Kumar, S. and El-Bouhssini, M., 2017, Sustainable management of chickpea pod borer. Agron. Sustain. Dev., 37: 20. (NAAS-10.14).
Pattanashetti, S K., Naidu, G. K., Prakyath Kumar, K.V., Singh, O. K. and Biradar, B. D., 2018, Inheritance of iron deficiency chlorosis resistance in groundnut (Arachis hypogaea L.), J. Pl. Nutrition, 41(3): 321-329. (NAAS -6.51)
Pattanashetti, S. K., Naidu, G. K., Prakyath Kumar, K.V., Singh, O. K. and Biradar, B. D., 2017, Identification of iron deficiency chlorosis tolerant sources from mini-core collection of groundnut (Arachis hypogaea L.), Plant Genetic Resources: 1-13. (NAAS -6.61)
Paul, P. and Rafee, C. M., 2017, A survey on Molluscs pests in Karnataka, India. Int. J. Curr. Microbiol. Appl. Sci., 6(9): 3123-3132. (NAAS- 5.38)
Paul, P., Rafee, C. M. and Balikai, R. A. 2017, The extent of damage by giant African snail, Achatina fulica Ferussac to some forest and horticulture seedlings. J. Exp. Zool. India, 20(2): 919-921. (NAAS- 5.51)
Paul, P., Rafee, C. M. and Balikai, R. A., 2017, Extent of damage by brown slug, Laevicaulis alte Ferussac to some forest and horticulture seedlings. J. Exp. Zool. India, 20(2): 893-895. (NAAS- 5.51)
Pavitra, N. L., Ashalatha, K. V. and Manjunath, M. G. R., 2018, Estimation of change in food grain production patterns in Karnataka State-Markov Chain approach. J. Pharmacognocy. Phytochem., 7(1S): 955-957. (NAAS- 5.21)
Phayaz Hussen, Patel, A., Kuligod, V. B. and Manjunatha, M. V., 2017, Groundnut spectral indices and characterization in relation to crop nutrient status. Indian J. Agric. Res., 51(4): 350-354. (NAAS- 4.86)
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Piyashi Debroy, Krishnan, M., Anil Upadhyay, Ramasubramanian, V., Keith R. Criddle, Kiresur, V. R. and Samar Datta, 2016, Resource distribution, growth and strategies for enhancing fish production in north-eastern states of India. Indian J. Fish., 63(2): 1-7. (NAAS-6.22)
Pooja Nayak, M. and Angadi, S. S., 2017, Effect of sources and methods of irrigation on yield and water use efficiency of Okra. Envion. Ecol., 35 (2B):1022-1025. (NAAS-4.60)
Poonia, P. K. and Tripathi, S., 2017, Effect of MW heating on pH and durability of Eucalyptus tereticornis wood. J. Tropical Forest Sci., 29(3): 389-394. (NAAS- 6.47)
Prabhavathi, K., Dasog, G. S., Manjunath, M. V., Korade, M. and Patil, P. L., 2017, Estimation of soil loss in three agro-climatic zones of Belagavi district, Karnataka using USLE and GIS. J. Indian Soc. Soil Sci., 65(3): 231-238. (NAAS- 5.23)
Prabhavati, K., Dasog, G. S., Sahrawat, K. L., Patil, P. L. and Wani, S. P., 2017, Characterization and classification of soils from three agro-climatic zones of Belgavi district, Karnataka. J. Indian Soc. Soil Sci. 65(1): 1-9. (NAAS- 4.8)
Prakash and Patil, R. R., 2018, Biology of scale insect, Hemilecanium imbricans (Green) (Coccidae: Homoptera). J. Entomol. Zool. Studies, 6(2): 2568-2573. (NAAS- 5.53)
Prakash and Patil, R. R., 2018, Field evaluation of new insecticides against, scale insect, Hemilecanium imbricans (Coccidae: Homoptera) on mango. J. Entomol. Zool. Studies, 6(2): 2615-2620. (NAAS- 5.53)
Prasanna, N. S. and Mogali, S. C., 2017, Association analysis for morphological and nutraceutical traits in linseed (Linum usitattissimum L.,) using microsatellite markers. J. Farm Sci., 30(4). (NAAS- 4.42)
Prathibha, K. S., Manjunatha Hebbara, Patil, P. L. and Vishwanatha, S., 2017, Soil fertility assessment in Kavalur-1 micro watershed of Koppal District of Karnataka. Res. J. Agric. Sci., 8(5): 1193-1196. (NAAS 4.5)
Pratikhya, B. and Sadhana, D. K., 2017, Khana: the blouse material of North Karnataka. Asian J. Home Sci., 12(1): 208-212. (NAAS- 4.44)
Pratikhya, B. and Sadhana, D. K., 2017, Socio-economic status of Guledgudda Khana
weavers. Asian J. Home Sci., 10(2): 378-381. (NAAS- 4.44)
Pratikhya, B. and Sadhana, D. K., 2018, Health Problems of Guledgudda Khana weavers. Int. J. Curr. Microbiol. Appl. Sci., Special issue 7: 766-769. (NAAS- 5.38)
Prema, G. U. and Rangaswamy, K. T., 2017, Field evaluation of horsegram germplasm/ genotypes against horsegram yellow mosaic virus (HgYMV) disease and biological transmission of horsegram yellow mosaic virus to different leguminous hosts through white flies. Int. J. Agric. Sci., 9(54): 4934-4939. (NAAS- 4.20)
Prema, G. U. and Rangaswamy, K. T., 2018, Molecular detection and characterization of coat protein gene of Mungbean yellow mosaic virus (MYMV) from Karnataka. Int. J. Agric. Sci., 10(3): 5118-5122. (NAAS- 4.20)
Prema, G. U. and Rangaswamy, K. T., 2018, Molecular detection and characterization of coat protein gene of soybean yellow mosaic virus from Karnataka. Ann. Agric. Res., 39(1): 72-79. (NAAS- 4.01)
Priya, H. R, Shashidhara, G. B. and Kumara, B. H. 2018, Performance of chickpea as influenced by mulching practices in maize-chickpea cropping system. J. Pharmacognosy Phytochem., 7(Spl Issue-1): 1361-1365. (NAAS- 3.5)
Priya, K. and Khadi, P. B., 2017, Moral judgment of high school children in context of general intelligence. Int. J. Inno. Res. Multidisc. Field, 3(10): 55-58.
Priyanka, Geeta Goudar, Jones Nirmal Nath, P. and Patil, P. V., 2017, Isolation, characterization and antagonistic activity of fluorescent pseudomonads. Int. J. Curr. Microbiol. Appl. Sci., 6(12): 3883-3898. (NAAS- 5.38)
Pujar Annapurna and Rajeshwari, N., 2017, Awareness and involvement of people in conservation activities of Western Ghats of Karnataka, India. J. Plant Dev. Sci., 9(5): 459-463. (NAAS- 4.57)
Pujar, L., Krutika, C. and Ashwini, M., 2017, Knowledge on reproductive health of rural farm women. Int. J. Home Sci., 3(1): 229-233.
Rahul, K. Sutar, Amit M. Pujar, Aravindkumar, B. N. and Hebsur, N.S., 2017, Sulphur nutrition in maize – a critical review. An Int. J. Pure Appl. BioSci., (6): 1582-1596. (NAAS- 3.5)
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Rajaput, S. and Kamatar, M.Y., 2017, Variability studies for yield and component traits in F2 segregating populations of Chilli (Capsicum annuum L.). Trends Biosci., 10(22): 4304-4307. (NAAS- 3.94)
Rajaput, S., Kamatar M.Y., Badiger Bharamaraj and Bangaremma, S.W., 2017, Variability studies for grain yield and component traits in F2 segregating generation of kharif sorghum [Sorghum bicolor (L.) Moench]. Res. Environ. Life Sci., 10(3): 249-252. (NAAS- 3.74)
Rajaput, S., Kamatar, M.Y., Yashavantha Kumar, K. J., Badiger Bharamaraj and Brunda, S. M., 2017, Reactions of early generation sorghum [Sorghum bicolor (L.) Moench] populations to downey mildew disease. Res. Environ. Life Sci., 10(9): 766-769. (NAAS- 3.74)
Rajeshwari Desai and Ashalatha, K. V., 2017, Socio-Economic status and expenditure pattern of the organic farmers of selected agro-climatic zones of Northern Karnataka versus conventional farmers, Agric. Update, 12(4): 526-533. (NAAS- 4.39)
Rajeshwari, D. and Ashalatha, K. V., 2017, Socio economic status and expenditure of the organic farmers of selected agro climatic zones of northern Karnataka versus conventional farmers. Agric. Update,12 (4) 526-532. (NAAS- 4):
Rajeshwari, D. and Priya, S., 2017, Field validation of drudgery reducing spiral grain separator. Int. J. Farm Sci., 7(4):110-114. (NAAS- 4.42)
Rajeshwari, D., Renuka, S., Shreedevi, M. and Ashwini, M., 2018, Impact assessment of popularization of agricultural technologies in different production system. Int. J. Pure. Appl. Biosci., 6(1), 862-866. (NAAS- 4.49)
Rajeshwari, N., Shahapurmath, G. And Pujar Annapurna, 2017, A study on value chain management of selected non timber forest products in Uttara Kannada district of Karnataka. Indian J. Tropical Biodiversity, 25(1): 71-75. (NAAS- 4.02)
Ramya, H. G. and Kumar, S., 2017, Storage studies on osmo-microwave dehydrated oyster mushroom flakes; Impact of storage condition, interval and packaging material. Int. J. Pure Appl. Biosci., 5 (2): 479-490. (NAAS- 4.74).
Ramya, S. H., Hebsur, N. S., Ravindra V. M. and Angadi, S. S., 2018, Soil fertility status under Bt cotton growing vertisols of Dharwad district. Green Farming, 9(2): 55-60. (NAAS- 4.38)
Rangegowda, R. and Kiresur, V. R., 2016, Vulnerability to poverty and adoption of coping strategies in selected districts of Karnataka. Res. J. Agric. Sci., 7: 125-131. (NAAS- 3.51)
Rani, N., Hegde, Y.R., Nargund, V. B., Hegde, R. V. and Sirmalli Geeta, 2017, Screening of fenugreek genotypes against wilt under natural field condition and artificially inoculated condition. Int. J. Pure Appl. Biosci. 5 (1): 459-463. (NAAS- 4.74)
Rashmi, P. and Geeta, M., 2017, Blending silk floss with cotton and its properties. J. Farm Sci., 29(4): 545-547. (NAAS- 4.42)
Rathod, A. and Venugopal, C. K., 2017, Weed management studies in tuberose (Polianthes tuberose L.). J. Farm Sci., 30(1): 100-103. (NAAS- 4.42)
Ravi, Y. and Ravindra, U., 2017, Dietary pattern of farm women in a Chamarajanagar district of Karnataka state. Int. J. Pure Appl. Biosci., 5(5): 1547-1552. (NAAS- 4.74)
Ravi, Y. and Ravindra, U., 2017, Nutri-farms for nutritional security of farm women: a study in Chamarajanagara district of Karnataka. Mysore J. Agric. Sci., 51(3): 516-521. (NAAS- 3.00).
Ravikant, G., Jagadish, M. R., Vasudeva, R., Umashankar, R. and Aravind, N. A., 2018, Recovery of critically endangered plant species in India; Need for comprehensive approach. Curr. Sci., 114 (3): 504-511. (NAAS- 6.84)
Ravishankar, K. V., Vasudeva, R., Byatroyhemanth, Sandya, B. S., Sthapit, B. R., Parthasarathy, V. A., Ramanatha, R. V., 2017, Isolation and characterization of microsatellite markers in Garcinia gummi-gutta by next-generation sequencing and cross-species amplification. J. Genet. 96: 213-218. (NAAS-7.00)
Rekha, M. S. and Manjula, P., 2017, Consequences of child marriage and neonatal health. Int. J. Sci. Res., 6(10): 943-946.
Rekha, M. S. and Manjula, P., 2017, Influence of child marriage on health status of adulthood. J. Farm Sci., 30(3): 404-407. (NAAS- 4.42)
Renuka, I. G. and Jyoti, V. V., 2017, Impact of scouring on quality parameters of banana pseudo stem fibres. Asian J. Home Sci., 12(1): 60-68. (NAAS - 4.44)
Roopa, K. and Veena, S. J., 2017, Occupational problems of women bus conductors. J. Farm Sci., 30(1):140. (NAAS - 4.42)
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Roopa, K. P. and Krishnaraj, P. U., 2017, Effect of Actinobacteria and Pseudomonas spp. against Sclerotium rolfsii in Groundnut. Int. J. Curr. Microbiol. Appl. Sci., 6(10): 229-245. (NAAS- 5.38)
Roopa, K. P. and Krishnaraj, P. U., 2017, Effect of Actinobacteria and Pseudomonas spp. against Sclerotium rolfsii in groundnut. Int. J. Curr. Microbiol. Appl. Sci, 6(10): 229-245. (NAAS- 5.38)
Rudrapur, S., Mundinamani, S. M. and Manjunatha, M. V., 2017, Impact of micro irrigation systems on water use efficiency of different crops in Northern Karnataka. Res. J. Agric. Sci., 8(3): 752-755. (NAAS-4.54)
Sadashivanagowda, S. N. O., Alagundagi, S. C., Bagali, A. N. and Nadagouda, B. T., 2017, Impact of spacing and organics on growth, yield and quality of arid legume moth bean [Vigna aconitifolia (Jacq.) Marechal]. Res. Environ. Life Sci., 10(6): 546-549. (NAAS-3.74)
Sajjan Raviprasad, M. and Venugopal, C. K., 2017, Studies on the effect of planting methods and nutrition on growth, yield and essential oil content in Vetiver (Vetiveria zizanioides (L.) Nash). Int. J. Chem. Studies, 5(3): 225-229. (NAAS- 5.31)
Sajjanar, G. M., Matiwade, P. S., Dandin, G., Basamma, K. and Kalappanavar, I. K., 2017, Evaluation of bidi tobacco types for seed yield and associated traits. Green Farming, 8(6):1245-1249. (NAAS- 4.38)
Sakeena, N., Sannapapamma, K. J. and Venugopal, C. K., 2017, Optimization of Vetiver root extract for textile finishing. Int. J. Curr. Micro. Appl. Sci., 6(10): 2009-2022. (NAAS- 5.38)
Sanadi, U., Math, K. K., Bidari, B. I. and Yenagi, B. S., 2018, Effect of potassium nutrion on yield, quality and economics in groundnut (Arachis hypogaea L.) in a vertisol. J. Pharmacognosy Phytochem. 7(2): 220-222. (NAAS- 3.5)
Sanjay Rathod and Murthy, C., 2017, Production and marketing management of groundnut in Vijayapura district. Int. J. Comm. Busi. Mgmt., 10(2): 179-185. (NAAS- 4.14)
Sannapapamma, K. J., Lokanath, H. M. and Sakeena, N., 2018, Antimocrobial and aroma finishing of organic cotton knits using vetiver oil microcapsules for health care. Int. J. Materials Textile Engg., 12(02): 63-72. (IF: 2.786)
Santhosha, H. M., Indiresh, K. M. and Linghaiah, H. B., 2017, Diallel analysis in brinjal (Solanum melongena L.) for fruit yield, its attributes and bacterial wilt resistance. J. Pharmacogonosy Phytochem. 6(6): 860-872. (NAAS- 5.21)
Saripalli Varalakshmi, Wali, M. C., Deshpande, S. K. and Harlapur, S. I., 2018, Correlation and path coefficient analysis of single cross hybrids in maize (Zea mays L.). Int. J. Curr. Microbiol. Appl. Sci., 7(4): 1840-1843. (NAAS- 5.38)
Sarvesha, K., Satyanarayana, M. L., Narayanaswamy,
H. D., Rao, S., Yathiraj, S., Isloor, S., Mukartal,
S. Y., Singh, S. V. and Anuradha, M. E., 2017,
Haemato-biochemical profile and milk
leukocyte count in subclinical and clinical
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Agric. Sci., 5(1): 1-6. (NAAS- 5.07)
Sarvesha, K., Satyanarayana, M., Narayanaswamy, H.,
Rao, S., Yathiraj, S., Isloor, S., Srikanth, M. and
Mukartal, S. Y., 2017, Multiplex PCR assay for
detecting common bacterial pathogens of
mastitis in milk and tissue samples of buffaloes.
J. Cell Tissue Res., 17(1): 6055-6061.
(NAAS- 4.38)
Savita, B., Srivastava, P. C., Deepa, R., Krishnappa, R. and Shukla, A. K., 2017. Diagnosis of nutrient imbalances and yield limiting nutrients in low yielding orchards of litchi (Litchi chinensis Sonn.) in lower himalayas through dris approach , Int. J. Pure Appl. Biosci. 5(1): 368-378 (NAAS- 5.06)
Savitri Haralu, Karabhantanal, S. S., Jagginavar, S. B. and Naidu, G. K., 2018, Utilization of vermiwash as biopesticide in the management of pod borer, Helicoverpa armigera (Hubner), in chickpea (Cicer arietinum L.). Appl. Bio. Res., 20(1): 37-45. (NAAS- 5.07)
Seddy Bhagyamma and Bhat, A. R. S., 2017, An analysis of pattern and growth of fertilizer consumption in Karnataka state, India. Int. J. Curr. Microbiol. Appl. Sci., (12): 568-573. (NAAS - 5.38)
Shali, A. and Patil, M., 2017, Affect of child factors on sibling relationship of normal child with mentally challenged sibling. Int. J. Home Sci., 3(2): 242-246.
Shali, A. and Patil, M., 2017, Influence of familial factors on sibling relationship of normal children with mentally challenged children. Int. J. Home Sci., 3(2): 247-250.
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Shali, A. and Patil, M., 2017, Influence of parental factors on sibling relationship of normal children with mentally challenged children. J. Farm Sci., 30(3): 408-412. (NAAS- 4.42).
Shameembanu, A. B. and Sadhana, D. K., 2017, Characterization of phytoconstituents in leaf extracts of weeds. The Bioscan, 12(1): 89-93. (NAAS- 4.70)
Shameembanu, A. B., Sadhana, D. K. and Venugopal, C. K., 2017, Phytochemical screening and antimicrobial Activity of plant extracts for textile applications. Int. J. Biochem. Res. Review., 20(3): 1-10. (NAAS- 4.90)
Sharada, H., Shamarao Jahagirdar and Basavaraja, G.T., 2017, First report on physiological races of phakopsora pachyrhizisyd causing asian soybean rust in India. Vegetos, 30: 1. doi: 10.5958/2229-4473.2017.00005.2. (NAAS- 5.00)
Shilpa, P. C. and Veena, S. J., 2017, Purchasing practices of consumer chemicals by the home makers. J. Farm Sci., 30(1):108. (NAAS- 4.42)
Shirahatti, M. S., Ranghswami, M. V., Manjunath, M. V., Sivasamy, R. and Santana bosu, S., 2017, Surface water resources assessment in un-gauged upper Don river basin of Karnataka by using Remote Sensing and GIS techniques. Indian J. Soil Conser., 45 (2): 148-156. (NAAS- 5.20).
Shivarajkumar M. Kamble, Manjunatha Hebbara and Manjunatha, M. V., 2017, Studies on Long-term irrigation with distillery effluent on some of chemical properties in a vertisol under sugarcane cropping system. Res. J. Agric. Sci., 8(1): 36-40. (NAAS- 4.5)
Shivarajkumar, M., Kamble, Dasar, G. V., and Gundlur, S. S., 2017, Distillery spentwash production, treatment and utilization in agriculture- A Review. Int. J. Pure. App. Biosci., 5(2):1-8. (NAAS- 4.74)
Shivarajkumar M. Kamble, Hebbara, M. and Manjunatha, M. V., 2017, Studies on long-term irrigation with distillery effluent on some of chemical properties in a Vertisol under sugarcane cropping system. Res. J. Agril. Sci., 8 (1): 36-40. (NAAS- 4.54)
Shreedhara, G., Mallapur, C. P., Balikai, R. A. and Natikar, P. K., 2017, Survey on soybean stem fly, Melanagromyza sojae (Zehntner) and girdle beetle, Obereopsis brevis (Swedenbord) in northern Karnataka. J. Exp. Zool. India, 20(2): 955-958. (NAAS- 5.51)
Shreedhara, G., Mallapur, C. P., Gundannavar, K. P. and Natikar, P.K., 2017, Crop loss estimation in soybean due to stem fly, Melanagromyza sojae (Zehntner) and girdle beetle, Obereopsis brevis (Swedenbord). J. Exp. Zool. India, 20 (2): 933-936. (NAAS- 5.51)
Shreedhara, G., Mallapur, C. P., Salakinakoppa, S. R. and Balikai, R. A., 2017, Efficacy of insecticides against stem fly, Melanagromyza sojae (Zehntner) and girdle beetle, Obereopsis brevis (Swedenbord) in soybean. J. Exp. Zool. India, 20(2): 855-861. (NAAS- 5.51)
Shreeshail Rudrapur and Mundinamani, S. M., 2016, Impact of micro irrigation on sugarcane productivity and profitability in northern Karnataka. Agric. Update, 11: 181-186. (NAAS- 3)
Shreya Amarapurkar and Murthy, C., 2017, Marketing channels and problems of commercial broiler rearing in Dharwad district. Int. J. Comm. Busi. Mgmt., 10(1): 25-28. (NAAS- 4.14)
Shruti Koraddi, Basavaraja, G.T., Prateeksha, K. and Shobha Immadi., 2017, Screening for rust disease in soybean (Glycine max [L.] Merrill) across three locations. Environ. Ecol., 35 (1B): 419-422. (NAAS- 4.18)
Shruti, P. M. and Murthy, C., 2017, Production and marketing management of organic and inorganic dry chilli in Dharwad district. Int. J. Comm. Busi. Mgmt., 10(2): 198-204. (NAAS- 4.14)
Shubha Chimmalagi, Nirmal Nath P., Madhura A. Sagarkar, Ramesh Babu and Jagadeesh, K. S., 2018, Isolation, screening and selection of efficient native arbuscular mycorrhizal fungi for suppression of Striga, a parasitic weed in sugarcane. Indian J. Weed Sci., 50(1): 51-55. (NAAS- 5.17)
Shwetha, M. K. and Balachandra, K. Naik., 2017, Value addition and supply forecast of Sapota fruit in India. Int. J. Comm. Busi. Mgmt., 10(1): 08-14. (NAAS- 4.14)
Siddeshwar S. Shiraganvi and Guledagudda, S. S., 2016, Growth performance of pulses in Karnataka. J. Farm Sci., 29(4): 524-525. (NAAS- 4.42)
Siddeshwar S. Shiraganvi and Guledagudda, S. S., 2017, Stability analysis of chickpea export markets of India - Markov chain approach. Int. J. Curr. Res., 9(02): 46542-46544. (NAAS- 7.086)
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Siddhartha, P., Mruthunjaya, C. W., Kachapur, R. M. and Harlapur, S. I., 2017, Combining ability and heterosis analysis of single cross hybrids of maize (Zea mays L.). Int. J. Curr. Microbiol. Appl. Sci., 6(10): 2608-2618. (NAAS -5.38)
Siddhartha, P., Mruthunjaya, C. W., Kachapur, R. M. and Harlapur, S. I., 2017, Screening of single cross hybrids and inbred lines of maize for Turcicum leaf blight (Excerhilum Turcicum) under artificial epiphytotic conditions. J. Pharmacognosy Phtytochem., 6(Spl issue 1): 168-170. (NAAS- 5.21)
Sihag, K., Negi, A., Poonia, P. K. and Khali, D. P., 2017, Physical and mechanical properties of MDF board from bamboo (Dendrocalamus strictus) using needle punching technique. Int. J. Chemi. Stud., 5(6): 2028-2030. (NAAS- 5.31)
Sowmya, H. H. and Kamatar, M. Y., 2017, Correlation and path analysis for yield and yield components in single cross maize hybrids (Zea mays L.). J. Farm Sci., 30(2): 153-156. (NAAS- 4.42)
Sowmya, H. H., Kamatar, M. Y., Shanthakumar, G,. Brunda, S. M., Shadakshari, T.V,. Showkath Babu, B. M. and Rajput Sanjeev Singh, 2018, Stability analysis of maize hybrids using Eberhart and Russel model. Int. J. Curr. Microbiol. Appl. Sci., 7(2): 3336-3343. (NAAS- 5.38)
Sowmya, H. H., Showkath Babu, Shruthi, B. M., Ramya, V., Sumalatha, G. M., Supriya, S.M. and Kamatar, M. Y., 2018, Simple way to study plant ionomics: a functional tool of genomics, Int. J. Pure Appl. Biosci. 6(1): 1583-1586. (NAAS- 4.74)
Sowmya, H. H., Sumalatha, G. M., Showkath Babu, B. M., Supriya, S. M., Ramya, V. and Kamatar, M. Y., 2018, Pollen selection for selection of genotypes against different stress environments. J. Pharmacognosy Phytochem., 7(Spl issue 1): 3046-3049. (NAAS- 5.21)
Sowmya, H. S. and Bhat, A. R. S., 2017, Association of cropping system over the period in Dharwad districts of Karnataka, Agric. Update, 12(2):233-237. (NAAS- 4.39)
Spoorti, U. and Geeta, M., 2017, Physical properties of Ink-jet printed cotton fabric. J. Farm Sci., 30(2): 270-272. (NAAS- 4.42)
Srikanth, M., Narayanaswamy, H., Satyanarayana, M.,
Rao, S., Rathnamma, D., Ranganath, L., Mukurtal, S. Y, Sarvesha, K. and Manjunatha,
S., 2017, Pathomorphological studies on ovine paratuberculosis in an organised sheep farm in Karnataka. J. Cell Tissue Res., 17(1). (NAAS Rate : 4.38)
Srinivasa, D. K., Yogesh, G. S., Jagadeesh, B. R., and Chikkaramappa, T., 2017, Effect of graded levels of potassium with recommended NP on soil properties under maize cultivation in alfisols of Mandya, Karnataka. An Asian J. Soil Sci., 12(01): 98-102. (NAAS- 3.5)
Sudurshan, V., Rajeshwari, Y. B., Prabhu, T. M.,
Satyanarayana, K., Mahadevappa D. Gouri,
Narasimha Murthy, H. N. and Anil Kumar, G.
K., 2017, Effect of intensive and semi-intensive
system of rearing on the growth performance of
Mandya sheep. J. Exp. Zool. India, 20(1), 147-
150. (NAAS- 5.51)
Sujatha, S., Sunitha, N. D., Vastrad, A. S. and Patil, M.B., 2018, Biodiversity of natural enemies in grape ecosystem in three different locations of Vijayapur district of Karnataka. J. Entomol. Zool. Studies, 6(2): 533-538. (NAAS- 5.53)
Sukanya, M. H. and Veena, S. J., 2017, Brand awareness of beverages in urban & rural areas of Dharwad. Int. J. Pure. Appl. Biosci., 5(5): 145-156. (NAAS- 4.49)
Suma, P. and Khadi, P. B., 2017, Maternal knowledge regarding infant development, health and nutrition in rural and urban areas of Dharwad taluk, Karnataka. Int J. Family Home Sci., 13(2): 297-308. (NAAS- 2.74).
Sumalatha, G. M., Uppar, D. S. and Komala, N. T., 2017, Role of Abscic acid in Seed. Bull. Environ. Pharmacol. Life Sci., 6 (4): 486-489. (NAAS- 4.95)
Sumesh, K. G., 2018, Tropical cyclones over north Indian Ocean during Indian Ocean Dipole years. Int. J. Acad. Res., 5(4): 90-100. (NAAS - 8.5)
Sumesh, K. G., 2018, Tropical cyclones over north Indian Ocean during the concurrent occurrence of ENSO and IOD years. Int. J. Acad. Res., 5(5): 16-24. (NAAS- 8.5)
Sumesh, K. G., Abhilash, S. and Ramesh Kumar, M. R., 2017, Relative role of individual variables on a revised convective system genesis parameter over north indianocean. Int. J. Acad. Res., 4(12-1): 37-52. (NAAS- 8.2)
Sunanda, I., Kannur, D. and Sangal, R., 2017, Factors influencing the knowledge of adolescent girls
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and young women of north Karnataka about reproductive health. Int. J. Farm Sci., 7(5):1-5. (NAAS- 4.01)
Sunanda, Kumar, S., Ramya, H. G., Alam, Md. S. and Gautam, R. B., 2017, Convective-cum-Microwave Drying Characteristics of Ginger (Zingiber officinale). Int. J. Bio-resources Stress Mgmt., 8(1):153-159. (NAAS- 4.86).
Sunitha, B. S., Inamati, S. S., 2017, Studies on effect of restoration techniques (Direct seeding) on germination and survival of Lophopetalum wightianum. J. Tropical Biodiversity, 25(2): 214-218. (NAAS- 4.05)
Sunitha, B. S., Inamati, S. S., 2017, Studies on variation in fruit, seed and seedling traits of Lophopetalum wightianum Arn. J. Farm Sci., 30(4): 518-521. (NAAS- 4.42)
Sunitha, N. D. and Khader Khan, H., 2017, Population dynamics of grape stem borer Celosterna scabrator Fabr. (Cerambycidae : Coleoptera). Mysore J. Agric. Sci., 51(2): 276-280. (NAAS- 3.93)
Sunitha, N. D. and Narasamma, 2018, Eco-friendly management of thrips in capsicum under protected condition. J. Entomol. Zool. Studies, 6(1): 617-621. (NAAS- 5.53)
Sunitha, N. D., 2017, Pest scenario and their abundance in grape ecosystem. J. Entomol. Zool. Studies, (6): 1766-1770. (NAAS- 5.53)
Sunitha, N. D., Khader Khan, H. and Giraddi, R. S., 2017, Studies on yield loss by grape stem borer Celosterna scabrator Fabr. (Cerambycidae: Coleoptera). J. Entomol. Zool. Studies, 5(6): 1352-1355. (NAAS- 5.53)
Tamgale Geeta, S. and Badiger Chhaya, 2017, SWOT analysis of Panchayat Development Officers (PDOs) in panchayat raj system. J. Multilogic Sci., 7 (25): 65-67. (NAAS 5.2)
Tamgale Geeta, S. and Badiger Chhaya., 2017, A scale to measure managerial leadership among Panchayat Development Officers. Int. J. Pure. Appl. Biosci., 5 (3): 98-102. (NAAS- 4.74)
Tamgale Geeta, S. and Badiger Chhaya., 2017, Job performance and satisfaction of Panchayat Development Officers of northern Karnataka. J. Exp. Zool. India, 20(2): 949-953. (NAAS- 5.51)
Tamgale Geeta, S. and Badiger Chhaya, 2017, Managerial leadership among panchayat development officers of northern Karnataka. J. Multilogic Sci., 7 (12): 292. (NAAS- 5.2)
Tanuja I. Ganagi and Jagadeesh, K. S., 2018, Effect of spraying lantana fermented extract on growth and yield of green gram (Vigna radiata L.) in pots. Int. J. Curr. Microbiol. Appl. Sci., 7(1): 1187-1193. (NAAS- 5.38)
Thejeswini, R. Kiresur, V. R., Gracy, C. P. and Teggi, M. Y., 2016, Marketing and seasonal price variation of acid lime in Vijayapur district. Ind. J. Econ. Dev. 12(1a): 43-46. (NAAS- 4.01)
Thimmana Gowda, S. Patil, Bellakki, M.A., Narayan Rao, K., Rajesh, N. L., Srinivasa Reddy, G. V. and Vidyavati, G. Y., 2017, Soil erosion estimation using USLE factors of mustur micro-watershed in Yadagir district, Karnataka, Int. J. Chem. Studies, 5(1): 253-258. (NAAS 4.8)
Thriveni, H. N., Rameshbabu, H. N. and Vasudeva, R., 2017, Patterns of accumulation of berberine alkaloid and chemical profiling of natural populations of Coscinium fenestratum (Menispermaceae) in the Central Western Ghats, India. Indian J. Natural Products Resources, 8(3): 240-247. (NAAS- 4.08)
Thulasiramireddy, T., Bidari, B. I., Patil, P. L. and Manjunatha, M. V., 2017, Effect of organic manures and foliar spray of fertilizers on yield of chilli and soil properties in a vertisol. Green Farming, 8 (2): 389-393. (NAAS- 4.38)
Ullikashi, K. Y., Mouneshwari, R. K. and Sudeep, R. L., 2017, Value added products from bael fruit (Aegle marmelos). Int. J. Curr. Microbiol. Appl. Sci., 6(7): 2652-2659. (NAAS-5.38)
Umesh, H. and Deshpande, S. K., 2018, Genotype × environment interactions and stability analysis in advanced promising lines of cowpea [Vigna Unguiculata (l.) Walp.]. Pl. Arch., 18(1): 401-409. (NAAS- 4.41)
Upasana Mohapatra and Mundinamani, S. M., 2016, Economics of mechanical versus manual harvesting of Tur (Cajanus cajan)- A case study of north Karnataka. Agric. Int., 3(1): 63-69. (NAAS- 4.10)
Usha, M., Nayana, P. and Netravati, U., 2017, Unhealthy eating habits and obesity among rural adolescents of Dharwad taluk. Int. J. Farm Sci., 7 (2): 51-56. (NAAS- 4.01)
Vandana, A., Angadi, J. G. and Nagaratna Biradar., 2017, Effectiveness of videoshow and its combination with selected knowledge. Int. J. Agricult. Stat. Sci., 13(1): 29-32. (NAAS-5.13)
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Vanishree, S. and Geeta, M., 2017, Influence of wet processing on physico- chemical properties of okra bast fibres. J. Farm Sci., 29 (3): 412-414. (NAAS- 4.42)
Vanishree, S., Geeta, M. and Vastrad, J. V., 2017, Influence of wet processing on physic-chemical properties of Sunhemp fibre. J. Multilogic Sci., 7(14):119-121. (NAAS- 5.20)
Vanishree, S., Geeta, M. and Vastrad, J. V., 2018, Natural bast fibre-sunhemp and its blended yarns. J. Multilogic Sci., 7(15):262-264. (NAAS- 5.20)
Vanishree, U. and Usha, M., 2017, Nutrition education- A strategy to manage urolithiasis. J. Farm Sci., 30(2): 253-258. (NAAS- 4.42)
Vasantha Kumari, J., Vasudeva, R. and Ravi, S. , 2017, On the asymptotic behavior of maxima and near maxima of random observations from three parameter log normal distribution, Comm. Stat. Theory Methods, 46(17): 8737–8747. (NAAS- 6.30)
Venkatesh, B., Patil, S. B., Vasudevan, S. N., Shakunthala, N. M., Yadahalli, G. S., 2017, Effect of planting ratio and planting geometry on seed quality parameters of drought tolerant pre-released maize hybrid (Zea mays L.). Environ. Ecol., 35(1A): 382- 384. (NAAS 4.18)
Venkatesh, B., Patil, S. B., Vasudevan, S. N., Shakunthala, N. M. and Yadahalli, G. S., 2017, Studies on effect of planting ratio on plant growth, yield and yield parameters of drought tolerant pre released maize hybrid (Zea mays L.), Int. J. Curr. Microbiol. Appl. Sci., 6(8): 1603-1606. (NAAS 5.38)
Vidya, S., Sannapapamma, K. J. and Geeta, M., 2017, Physical properties of UAS sheep wool and acrylic blended yarn. Indian J. Small Ruminants, 23(2): 244-247. (NAAS- 5.25)
Vidyavathi, G. Y., Rajesh, N. L., Yadahalli, G. S., Satishkumar, U. and Chitapur, B. M., 2017, Land resource inventory for assessment of crop suitability and land capability of karekal -1 microwatershed. Int. J. Curr. Microbiol. Appl. Sci., 6(7): 4246-4259. (NAAS- 5.38)
Vinodkumar, H. M. and Salakinkop, S. R., 2017, Growth analysis in groundnut (Archis hypogeal L.) as influenced by foliar nutrition. Legume Res., 40(6):1072-1077. (NAAS-6.12)
Vrinda, J. and Sridevi, O., 2017, Assessment of genetic diversity in hybrids of tomato (Solanum lycopersicum L.) using SSR markers. Int. J. Curr. Microbiol. Appl. Sci., 7(3): 946-951. (NAAS- 5.38)
Vrinda, J. and Sridevi, O., 2017, Correlation and path coefficient analysis for yield and yield contributing traits in double-crossF2 populations of tomato (Solanum lycopersicum L.). J. Pharmacognosy Phytochem., 7(1): 1408-1411. (NAAS-5.21)
Wadakappanavar, A. S. and Bharati, P., 2017, Association of breakfast consumption pattern of preschool children with family profile and income. Cont. Res. India., 7(1):119-123. (NAAS- 3.23)
Wadakappanavar, A. S. and Bharati, P., 2017, Breakfast consumption pattern of pre school children. Food Sci. Res. J., 8(2):146-153. (NAAS- 4.11)
Wadakappanavar, A. S. and Bharati, P., 2017, Dietary intake of preschool children of Dharwad taluk, Karnataka. Int. J. Sci. Nat., 8(2): 347-351. (NAAS- 3.7)
Wadakappanavar, A. S. and Bharati, P., 2017, Nutritional status of preschool children of Dharwad by anthropometry. Int. J. Sci. Nat., 8(1):64-68. (NAAS- 3.70)
Wadakappanavar, A. S. and Bharati, P., 2017, Role of breakfast in nutrient intake of preschool children. Int. J. Edu. Sci. Res., 7(3): 73-80. (NAAS- 4.16)
Yadahalli Vidyavathi, G. and Kammar, M. R., 2017, Use of soil test crop response approach in direct seeded rice. J. Krishi Vigyan, 6(1): 213-216. (NAAS- 4.41)
Yaligar, R., Balakrishnan, P., Satishkumar, U., Kanannavar, P. S., Halepyati, A. S., Jat, M. L. and Rajesh, N. L., 2017, Land leveling and its temporal variability under different levelling, cultivation practices and irrigation methods for paddy. Int. J. Curr. Microbiol. Appl. Sci., 6(9): 3784-3789. (NAAS- 4.95)
Yaligar, R., Balakrishnan, P., Satishkumar, U., Kanannavar, P. S., Halepyati, A. S., Jat, M. L. and Rajesh, N. L., 2017, Water requirement of paddy under different levelling, cultivation practices and irrigation methods. Int. J. Curr. Microbiol. Appl. Sci., 6(9): 3790-3796. (NAAS- 4.95).
Yenagi, B. S., Nadaf, H. L., Hegde, M. G. and Goudar, I. V., 2017, Response of new groundnut entry K 1641 to spacing and nutrients in vertisol during rainy season under rainfed farming. Indian J. Agric. Res., 37(4): 320-323. (NAAS- 4.86)
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Yogendra, N. D., Kumara B. H., Chandrashekar, N., N. B. Prakash, M. S., Anantha, H. E. and Shashidhar, 2017, Real-Time nitrogen management in aerobic rice by adopting Leaf Color Chart (LCC) as Influenced by Silicon. J. Plant Nutrition, 10(2): 198-206. (NAAS- 3.5)
Yogita, V. M. and Veena, S. J., 2017, Establishment of women entrepreneurs after under going programmes in KVK and RUDSETI of Dharwad district. Int. J. Pure Appl. Biosci., 2(2): 51-53. (NAAS- 4.49)
Yogita, V. M. and Veena, S. J., 2017, Sustainable Agaricultural- A case study of women entrepreneur in dairy activity, Int. J. Pure. Appl. Biosci., 1(1): 25-28. (NAAS- 4.49
Yogita, V. M. and Veena, S. J., 2017, Women Entrepreneurs undergone training in KVK and RUDSETI of Dharwad district. Int. J. Pure. Appl. Biosci., 2(2):32-35. (NAAS- 4.49)
Yogita, V. M., and Veena, S. J. and Jyoti, V., 2017, Women empowerment by entrepreneurship development programme. Asian J. Home Sci., 1(1): 43-46. (NAAS- 4.44)