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ASIA LIFE SCIENCES The Asian International Journal of Life Sciences
ISSN 0117-3375
Beyond Excellence ©
VOLUME 24(1) JANUARY-JUNE 2015
e-mails: [email protected] [email protected]://journals.uplb.edu.ph/index.php/ALS
©Rushing Water Publishers Ltd., 2015 Printed in the Philippines
Printed in the Philippines
ASIA LIFE SCIENCES The Asian International Journal of Life Sciences Beyond Excellence©
©Rushing Water Publishers Ltd. 2015
ASIA LIFE SCIENCES - The Asian International Journal of Life Sciences (ISSN 0117-3375) is a non-profit, non-stock refereed scientific journal devoted to the publication of original research in the Life Sciences and related disciplines. Articles originating from anywhere in the world are most welcome. Two issues a year make a volume
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ASIA LIFE SCIENCES The Asian International Journal of Life Sciences
ISSN 0117-3375Volume 24, Number 1 January-June 2015
CONTENTS1 Overproduction of high purity HapGXooc from
Xanthomonas oryzae functions as a growth and anti-virus factor in tobacco X. Zhou, Q. Zhu, G. Sun, W. Li , Y. Zhang, H. Wu & X. Gao
11 The evolution in Chinese farmers’ life since the foundation of the People’s Republic of China L. Wang
21 Chrysso makiling, a new species of comb-footed spider (Araneae: Theridiidae) from Mt. Makiling, Laguna, Luzon Island, Philippines A.L.A. Barrion-Dupo & A.T. Barrion
27 Secretory expression and optimization of human Col1a1 in Pichia pastoris L.B. Li, D.D. Fan, X.X. Ma, J.J. Deng, F.L. Zhang & Z.F. Shang
37 A new Helicostyla species (Bradybaenidae: Helico-stylinae) from Patnanungan Island, Philippines
E.R.C. de Chavez, I.K.C. Fontanilla, G.A. Batomalaque & S. ChibaCont. on Next Page
Reviewers for this Issue: Dr. N.S. Aggangan, Prof. J.V. Bariuan, Prof. A.R. Buan, Prof. S.K. Chavez, Dr. D. Chen, Dr. L.A. Corpuz-Raros, Dr. A.B. Cruz, Dr. M.L. Dionisio-Sese, Dr. E.V. Flordelis, Dr. V.P. Gapud, Dr. J.C.T. Gonzalez, Dr. C.L.G. Gruèzo, Dr. Wm.Sm. Gruèzo, Dr. R.L. Lapitan, Dr. X. Liu, Dr. J. Ma, Prof. M. Mallari-Cuerdo, Prof. R.N. Monte, Dr. A.M. Palijon, Dr. C.L. Rapera & Dr. M.A.T. Tavanlar.
©Rushing Water Publishers Ltd. 2015 Printed in the Philippines
Contents
51 Measuring sustainable development in the face of population and technological change R.R. Saplaco
69 Diversity of herbaceous pteridophytes in four long term ecological research sites in Mindanao, Philippines V.B. Amoroso, F.M. Acma, R.Y. Dela Cruz, F.P. Coritico, A.D. Nietes, G.B. Hamo & H.P. Lumista
87 Promotion of upland rice growth by actinomycetes under growth room condition J.A. Cruz, E.F. Delfin & E.S. Paterno
95 A Minus-One Element Technique-based mathematical model to customize fertilizer recommendations for Philippine rice cultivars A.O.V. Capistrano
111 Tissue culture technique for clonal propagation of nipa palm (Nypa fruticans Wurmb., Arecaceae) from embryo culture V.C. Lapitan, K.L.C. Nicolas & E.T. Rasco, Jr. 127 Building a climate-adaptive locality through a gender
sensitive comprehensive land use plan M.A.M. Gamboa155 A corporate social responsibility measurement model
for sport organizations C.-W. Jung, H.-D. Kim & S.-H. Song169 Analysis of the farmers’ knowledge on the ecosystem
services of trees in the Molawin-Dampalit Watershed, Makiling Forest Reserve, Philippines R.F. Paelmo,
R.G. Visco, L.D. Landicho, R.D. Cabahug, R.S. Baliton, M.L.O. Espaldon & R.D. Lasco187 Comparative effects of onion (Allium cepa L.) and alfalfa (Medicago sativa L.) on blood plasma cholesterol of ICR mouse (Mus musculus L.) fed with a high-fat diet E.V. Biag, P.A.R. Lu, R.C.V. Melchor, M.B. Ples & R.J.S. Vitor II
Contents193 Adopting a convergent approach towards integrated disaster risk reduction and management: The case of Hagonoy, Bulacan, Philippines K. Follosco-Aspiras
207 Perceived barriers to walking activity of college students J.T. Martin & M.E. Santos
219 Diversity and endemism of terrestrial mammals in four long term ecological research sites in Mindanao, Philippines A.B. Mohagan, O.M. Nuñeza,
J.A. Escarlos Jr., A.G. Gracia Jr., E.C.T. Selpa, L.J.B. Baguhin, F.P. Coritico & V.B. Amoroso235 Spatial integration of biodiversity in the local land use planning process: The case of Buguey Municipality, Cagayan Province, Philippines J.M. Regunay255 Landscape scenic quality assessment of Roxas Boulevard, Metro Manila, Philippines N.G. Medina, A.J. Alcantara & S.C. Aquino-Ong277 Carbon storage potential of four long term ecological research (LTER) sites in Mindanao, Philippines based on forest inventory data R.A. Marin, A.M. Tulod, J.G. Opiso, F.M. Acma, R.R. Baldo, F.C. Coritico & V.B. Amoroso285 Enhancing awareness on weedy rice management in Iloilo Province, Philippines E.C. Martin & I.R. Tanzo295 Hierarchical human capability-based poverty targeting: An input to local development planning in the Philippines D.C. Magnaye323 Agarose-based ecoTILLING detection of candidate gene SNPs for evaluating quantitative resistance to rice blast N.M. Angeles, J.E. Hernandez, A.C. Laurena & H. Leung
Contents
335 Physical profiles of Turkish elite badminton players M. Aydoğmuş343 Survival of actinomycetes in a soil-based carrier: A potential microbial inoculant J.A. Cruz &
M.K.M. Cadiente349 Local stakeholders’ assessment of community-based forest management and the implications for REDD Plus implementation in the Philippines R.J.J. Peras, J.M. Pulhin & M. Inoue383 Characterization and identification of growth-promoting actinomycetes: A potential microbial inoculant J.A. Cruz, N.B. Lantican, E.F. Delfin & E.S. Paterno399 Grain yield performance and stability analysis of rice varieties under rainfed lowland conditions of Western Visayas, Philippines A.D. Palanog, CA. Endino-Tayson, I.M.G. Ciocon, L.T. Sta. Ines, B.U. Tizon, J.E.A. Bibar, C.U. Seville, M. Osano-Palanog, D.K.M. Donayre, A.C.S. Suñer & E.M. Libetario409 Callus induction from young leaf explants of nipa (Nypa fruticans Wurmb.) J.A. Mantiquilla, J.D.M. Solano, R.G. Abad, G.C. Rivero & C.S.C. Silvosa427 Effects of enzymolysis, ultrafiltration and diatomaceous earth filtration on clarification of red dates (Ziziphus jujuba Mill.) juice H. Yang, L. Xue, D. Fan, T. Sun & J. Deng
Contents
435 Performance of multi-functional fabrics with coffee yarns H. Zhang, X. Wu, W. Tian, Y. Li, J. Lu, C. Zhu & J. Bi441 Effects of shading treatment on the growth characteristics of Pinus koraiensis Siebold & Zucc. container seedlings J.-H. Kim, J.-H. Yoon, D.-B. Kang & D.-H. Lee453 Construction, expression, purification and biochemical properties of recombinant HarpinXooc Q. Zhu, X. Zhou, W. Li, H. Wu, Z. Zhang & X. Gao463 Reviewers -Asia Life Sciences Volume 24, No. 1, 2015467 Board of Editors -Asia Life Sciences Volume 24, No.1, 2015
Beyond Excellence©
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©Rushing Water Publishers Ltd., Philippines 2015
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The papers published in Asia Life Sciences are indexed in theBiological Abstracts, CAB Abstracts, CAB Global Health,
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Printed on acid-free papers
Actual Date of Publication: Asia Life Sciences Volume 24, Number 1 (January-June) 2015 - 15 November 2014.
Printed in the Philippines
ASIA LIFE SCIENCES 24(1): 37-49, 2015The Asian International Journal of Life Sciences
Received 03 July 2014; Accepted 19 August 2014©Rushing Water Publishers Ltd. 2015
A new Helicostyla species (Bradybaenidae: Helicostylinae) from Patnanungan Island, Philippines
EMMANUEL RYAN C. DE CHAVEZ1,2*, IAN KENDRICH C. FONTANILLA3,4, GIZELLE A. BATOMALAQUE3 and SATOSHI CHIBA1
A new species of land snail, Helicostyla amagaensis de Chavez, belonging to Subfamily Helicostylinae, Family Bradybaenidae is described from a native dipterocarp forest in Patnanungan Island, Polillo Group of Islands, Philippines. This new species differs from other congeners by its ovate-globose, cream white shell with single chestnut brown band. Aperture is ovate and moderately oblique with reddish-brown streak around the aperture outer lip. Penis is long with inner oblique striations terminating towards a leaf-like stimulator. Vas deferens is short and flagellum is absent. DNA barcoding technique using Cytochrome c oxidase I subunit (COI) revealed H. amagaensis has closest sequence affinity with Helicostyla woodiana. Neighbor joining and maximum parsimony trees showed 100% bootstrap support for the inclusion of this new species as a member of the genus Helicostyla. This is the latest Helicostyla discovered in the Philippines and the third helicostyline snail that is endemic to the Polillo Group of Islands.
Keywords: land snail, Helicostyla, Helicostyla amagaensis new species, Helicostylinae, taxonomy, Patnanungan Island, Polillo Island Group, Philippines
1Graduate School of Life Sciences, Tohoku University, Sendai City, Miyagi, Japan2Animal Biology Division, Institute of Biological Sciences, College of Arts and Sciences, University of
the Philippines Los Baños, College 4031, Laguna, Philippines3Institute of Biology, College of Science, University of the Philippines Diliman, Quezon City,
Philippines4Natural Sciences Research Institute, University of the Philippines Diliman, Quezon City, Philippines*Corresponding author: e-mail - [email protected]
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INTRODUCTIONMembers of Subfamily Helicostylinae of the Family Bradybaenidae are the
most widespread species of land snails in the Philippine Archipelago, with some representatives also found in Indonesia (e.g. Chloraea puella Broderip 1841 and Calocochlia pyrostoma Ferussac 1821) and in Taiwan (e.g. Helicostyla okudai Kuroda 1961). The restricted biogeographic distribution and evolutionary radiation of Helicostylinae is comparable to the Papuina of New Guinea (Abbot 1989), Amphidromus of Thailand (Laidlaw & Solem 1961, Sutcharit & Panha 2006) and Acavus of Sri Lanka (Hausdorf & Perera 2000). This natural group of arboreal mollusks exhibits vast range of shell forms from discoidal, globose, fusiform to elongated. They usually have bright, colorful and banded shells covered with thin transparent cuticle capable of producing hydrophanous effect when wet. Genital anatomy is relatively uniform with flagellum absent or reduced in the male system while single, globular or oval shaped mucus gland with simple stylet formed dart characterizes the female system (Schileyko 2004). There are more than 250 species (identified primarily based on conchological characters); however, the number of genera assignment varies among malacologists. According to Semper (1874) and Tryon and Pilsbry (1891), there 18 genera while Cooke (1882) designated 15 to this group, which was formerly named as Cochlostylidae. In recent taxonomic literature, Parkinson et al. (1987) classified Helicostylinae into 10 genera while Schileyko (2004) expanded it to 23 genera.
Among the Subfamily Helicostylinae, the type genus Helicostyla Ferussac 1821 is the most diverse, with at least 128 known species (Faustino 1930) and is present throughout all major Philippine islands. The revised group is derived from the consolidation of several genera such as Pachysphaera, Orustia, Cochlodryas, Opalliostyla and the original Helicostyla (Tyron & Pilsbry 1891). It is differentiated from other members of Helicostylinae by the presence of an ovate-globose to elongated shells with dome-like spire that lacks hydrophanous periostracum and spiral striae (Schileyko 2004). The phylogenetic position of Helicostyla is strongly supported within the Bradybaenidae (Wade et al. 2007) and the Helicoidea (Wade et al. 2006). It was also hypothesized that this genus might be embedded in the Australasian land snail clade (Hugall & Stanisic 2011).
Despite of the available data on helicostyline taxonomy, there is still very dire biological information on many endemic species amidst escalating destruction of forests (Posa et al. 2008), introduction of invasive species (Muniappan et al. 1986) and poaching for conchological trades and excessive human consumption (Scheffers et al. 2012). It has been reported that native helicostylines are intimately associated with intact and undisturbed forests and can thus, function as effective ecological indicators (de Chavez & de Lara 2011). In this paper, we described, based on conchological and anatomical characters, a new species of Helicostyla from the Patnanungan Island (139.20 km2), which is part of the Polillo Group of Islands (PGI), Quezon Province, Philippines. This is also the first study to utilize DNA barcoding technique, specifically using Cytochrome c oxidase I subunit or COI gene, to taxonomically describe a new species of Helicostyla. Currently, Helicostyla portei Pfeiffer 1861 and H. polillensis Pfeiffer 1861 are the only confirmed endemic
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A new species of land snail, Helicostyla
Asia Life Sciences 24(1) 2015
helicostyline land snails found in the PGI. As far as we know, this is the latest described Helicostyla species in the Philippines after almost 82 years, the last were Helicostyla mateoi Bartsch 1932 and Helicostyla euconica Bartsch 1932, while the last subspecies was Helicostyla florida saturata Bartsch 1946, all from the Mindoro Island.
MATERIALS AND METHODSMorphological studies. This study was based on three live specimens collected during the fieldworks for the malacofaunal diversity project by the main author last May-June 2013 in the Patnanungan Island, PGI, Quezon Province, Philippines (Figure 1). The two damaged empty shells, with size similar to the live samples, found in the same location were excluded in the analysis. The holotype (1) and paratypes (2) are all deposited in the Invertebrate Museum of the Institute of Biology, University of the Philippines Diliman (UPD IM), Quezon City, Philippines. Descriptions are based on morphological and genetic characters. Morphological analyses employed shell measurements such as shell height (SH), shell width (SW), spire height (SpH), body whorl height (BwH), aperture height (AH) and aperture width (AW). Number of whorls was also determined. To characterize the features of the reproductive system, the genitalia were dissected using niku-nuki technique (Fukuda et al. 2008).
Figure 1. Map showing the type locality of Helicostyla amagaensis de Chavez, new species in Barangay Amaga, Patnanungan Island, Polillo Group of Islands, Philippines.
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DNA barcoding. DNA was extracted from the foot muscle of each snail using the NaOH-lysis method (Fontanilla 2010). The CO1 gene was amplified using the primers LCO 1490 (sequence: 5’- GGTCAACAAATCATAAAGATATTGG-3’) and HCO 2198 (sequence: 5’- TAAACTTCAGGGTGACCAAAAAATCA - 3’) (Folmer et al., 1994) or StyHCO (sequence: 5’-GAATTAAAATATATACTTCTGGGTG-3’) and StyLCOII (sequence: 5’-ACGAATCATAAGGATATTGGTAC -3’) (Fontanilla 2010). Polymerase chain reaction amplification conditions were as follows: initial denaturation of one cycle at 95°C for two min; 43 cycles consisting of three temperature changes: 94°C for 30 sec, 45°C for 30 sec and 65°C for five min, and final extension at 72°C for five min. PCR products were visualized on a 1% agarose gel with EtBr under UV illumination and purified using QIAGEN® QIAquick Gel Extraction Kit (USA) following the manufacturer’s protocol. The purified PCR products were then sent to 1st BASE Pte. Ltd., Singapore for sequencing.
CO1 sequences were assembled using the Staden Package version 4.0 (Staden et al. 2000), after which the closest match for each individual was determined using the Basic Local Alignment Search Tool (BLAST) (Altschul et al. 1990). The sequences, together with those of Helicostyla and the outgroup taxa Eulota mighelsiana and Bradybaena similaris available in GenBank, were aligned using ClustalW multiple alignment in BioEdit Sequence Alignment Editor 7.0.9.0 (Hall 1999). Estimated evolutionary divergence (p-distance) was computed as means of average uncorrected (UcD) and corrected, Kimura-2-parameter model (K2P) of DNA substitution (Kimura 1980) from a total of 588 unambiguously aligned nucleotides. A model-based neighbor joining (NJ) tree (Saitou & Nei 1987) based on K2P distances and a non-model maximum parsimony tree (Eck & Dayhoff 1966, Fitch 1977), both with 1000 bootstrap replicates, were constructed using PAUP* version 4.0b10 (Swofford 2002).
SYSTEMATICS TREATMENT
Family Bradybaenidae Pilsbry 1924Subfamily Helicostylinae Inering 1909 Genus Helicostyla Ferussac 19821Type species Helicostyla mirabilis Ferussac 1821
Helicostyla amagaenis de Chavez 2014, new species Figures 2-4
Diagnosis. Shell. All specimens examined appeared to be sub-adult based on the partial reflection of the peristomial lip with less number of whorls, compared to the average four to five shell whorls in the adult Helicostyla (Figure 2A-D). However, no adult or adult-like live snails or empty shells were found after 10 days of extensive search in various sites (Amaga, Kilogan and Norte) in the Patnanungan Island. The shell was ovate-globose with dome-shaped spire of about three whorls.
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A new species of land snail, Helicostyla
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Figure 2. Helicostyla amagaensis de Chavez, new species, Holotype (UPD IM Ha1). A. dorsal view; B. aperture view; C. ventral (umbilical) view; D. body whorl view. Arrows point to the reflection along the lower section of the aperture lip.
Whorls expands regularly with body whorl rounded, not keeled. Postembryonic whorls smooth. Shell cream white with single chestnut brown band positioned below suture extending faintly towards columella. Hydrophanous cuticle absent. Aperture ovate and moderately oblique with reddish-brown streak along the aperture lip that is slightly reflected on the lower half section. Umbilicus imperforate.Genitalia. Penis long with inner oblique striations terminating towards a leaf-like stimulator surrounded by rounded boundary going to the epiphallus (Figure 3). Vas deferens short while flagellum absent. Bursa copulatrix rounded with dark pigmentation at its base while bursa tract thick and relatively large. Both mucus gland and stylophore globular. Albumen gland large and elongated, spermoviduct finely convoluted connected inferiorly to a dark and prominent prostate gland.Materials examined. Holotype - 1 ex. SH. 14.13 mm x SW. 10. 36 mm (UPD IM Ha1), under a broad-leaf shrub, in a private forest patch in Barangay [= Village] Amaga, Patnanungan Island, Polillo Group of Islands, Quezon Province, Philippines (N 14°48.440’ E 122°09.316’), coll. E.R. de Chavez, 24 May 2013.Paratype 1-1 ex. SH. 13.50 mm x SW. 9.72 mm (UPD IM Ha2), under a broad-leaf shrub, in a private forest patch in Barangay Amaga, Patnanungan Island, Polillo Group of Islands, Quezon Province, Philippines (N 14°48.444’ E 122°09.271’), coll. E.R. de Chavez, 24 May 2013.
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Figure 3. The genital anatomy of Helicostyla amagaensis, new species;, Holotype UPD IM Ha1. Abbreviations: ag = albumin gland; bs = bursa copulatrix; bt = bursa tract; mg = mucus gland; ot = ovotestis; p = penis; pg = prostate gland; sd = small duct; so = spermoviduct; sp = stylophore; st = stimulator; v = vagina; vd = vas deferens
Paratype 2-1 ex. SH. 14.08 mm x SW. 10. 04 mm (UPD IM Ha3), under a palm leaf, in a private forest patch in Barangay Amaga, Patnanungan Island, Polillo Group of Islands, Quezon Province, Philippines (N 14°48.376’ E 122°09.293’), coll. E.R. de Chavez, 24 May 2013.
Table 1 shows the shell measurement of the holotype and paratypes of H. amagaensis.
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Table 1. Shell measurement of the holotype and paratypes of Helicostyla amagaensis de Chavez, new species.
Shell characterMeasurements
Holotype(UPD IM Ha1)
Paratype 1(UPD IM Ha2)
Paratype 2(UPD IM Ha3)
Shell height (mm) 14.13 13.5 14.08
Shell width (mm) 10.36 9.72 10.04
Spire height (mm) 7.23 6.56 7.10
Body whorl height (mm) 7.56 6.78 7.21
Aperture height (mm) 7.19 6.21 7.02
Aperture width (mm) 6.77 5.86 6.46
Number of whorls 3 3 3
Etymology. The new species is named after Barangay Amaga, which is the type locality where all the specimens were collected. Amaga is one of the coastal villages in the Patnanungan Island with rice fields, coconut plantations and patches of native forests towards its interior. Helicostyla amagaensis, discovered specifically in a small strip of private forest owned by the village’s barangay captain, is the first species named after this place.
DISCUSSIONThis new species is consistent with the diagnostic features for the genus
Helicostyla, i.e. having an ovate-globose shell and an absence of a hydrophanous periostracum, with smooth post-embryonic whorls. Conchologically, H. amagaensis is most similar to the shell shape and banding pattern of H. hydrophana Sowersby 1840 from Mindoro Island, Philippines. However, the former is twice smaller in shell size and has broader band extending faintly around the outer peristomial lip outline. The latter has straw-yellow shell covered with hydrophanous cuticle forming thin film of oblique shreds (Tryon & Pilsbry 1891). The collumelar band along the umbilical region is more prominent in H. hydrophana compared to H. amagaensis.
The COI sequence divergence showed no clear relationship between H. amagaensis with other Helicostyla from the PGI and other islands based on geographic proximity (Table 2). The mean UcD and K2P p-distances revealed that H. amagaensis is closest to H. woodiana Lea 1840 (0.155 and 0.299, respectively), and generally, to other Helicostyla also occurring in the PGI (0.147 and 0.278, respectively). In comparing with H. amagaensis, the Helicostyla from the adjacent Luzon Island have greater mean p-distances (UcD = 0.160, K2P = 0.292) than those species found in the farther Cebu Island (UcD = 0.132, K2P = 0.215). The calculated
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p-distances were highest in Helicostyla smaragdina from Mindanao Island (UcD = 0.191, K2P = 0.393) and the outgroup bradybaenids (UcD = 0.227, K2P = 0.566). The constructed NJ tree rooted on Eulota mighelsiana and Bradybaena similaris confirmed the phylogenetic position of the new land snail species marked by its clustering within the Helicostyla taxa with 99% NJ and 100% MP bootstrap supports (Figure 5). Specifically, H. woodiana did not form a monophyletic group, with two individuals clustering with H. amagaensis with 100% NJ and MP bootstraps. Both these taxa are differentiated from H. daphnis from Cebu Island with 99% NJ and 100% MP bootstrap supports. Although clearly morphologically different from one another (Figure 4), there was an inclusion of one group of H. woodiana with H. amagaensis in the NJ and MP trees. This could be attributed to two possible reasons. First, the genetically distantly related H. woodiana populations might be derived independently, and one of these was derived from the common ancestor with H. amagaensis. Secondly, hybridization could have occurred between H. amagaensis and one population of H. woodiana, and mtDNA haplotype of this H. woodiana was replaced by that of H. amagaensis. Surveys using nuclear DNA are needed in future study to solve this issue; however, the above interpretations do not refute the conclusion that H. amagaensis is a new and distinct species.
Figure 4. The live Helicostyla woodiana (left) and H. amagaensis, new species (right), both found underneath a broad-leaf shrub in a small forest patch in Patnanungan Island, Polillo, Philippines.
Remarks. Helicostyla amagaensis has an arboreal habit and is commonly found under the leaf of palms and broad-leaf shrubs with no specific plant preference. Furthermore, this very rare land snail appears to be endemic only to the Patnanungan Island and restricted to intact native forests, making this species vulnerable to local extinction due to increasing encroachment of rice farmlands and coconut plantations in a very small area with only remaining patches of forest cover. Thus, more studies of this land snail must be conducted to better determine its biology and ecology for its proper conservation management.
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Tabl
e 2.
Est
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es o
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div
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by m
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new
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UPD
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.
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46
de Chavez et al. 2015
Asia Life Sciences 24(1) 2015
H. corticolor K
obelt 1911 (1)Luzon
0.150.259
0.150.259
0.150.259
0.1500.259
H. vidali H
idalgo 1887 (2)Luzon
0.1770.347
0.1770.347
0.1770.347
0.1770.347
Mean
0.1600.292
H. daphnis B
roderip 1841 (2)C
ebu0.103
0.1460.101
0.1420.103
0.1460.102
0.145
H. cam
elopardalis Broderip 1841 (2)
Cebu
0.1360.225
0.1340.221
0.1360.225
0.1350.224
H. w
orcesteri Bartsch 1909 (2)
Cebu
0.1450.246
0.1430.242
0.1450.246
0.1440.244
H. ventricosa (B
ruguiere 1792) (2)C
ebu0.145
0.2480.144
0.2440.145
0.2480.145
0.247
Mean
0.13150.215
H. sm
aragdina Reeve 1842 (4)
Mindanao
0.1910.395
0.190.389
0.1910.395
0.1910.393
Outgroup
Bradybaena similaris Ferussac 1821 (3)
Luzon0.258
0.7190.256
0.7090.258
0.7190.257
0.716
Eulota mighelsiana (Pfeiffer 1846) (4)
Batan
0.1960.417
0.1950.411
0.1960.417
0.1960.415
Mean
0.227
0.566
47
A new species of land snail, Helicostyla
Asia Life Sciences 24(1) 2015
Figure 5. Neighbor joining (A) and maximum parsimony (B) trees of the Subfamily Helicostylinae, including Helicostyla amagaensis, new species, based on 588 nucleotides of the COI gene and rooted on Bradybaena similaris and Eulota mighelsiana. DNA substitution was based on the Kimura-2-parameter model. Values on the nodes represent bootstrap support (1000 replicates) for NJ and MP, respectively; values less than 50% are not shown. Scale bar represents 5 nucleotide substitutions for every 100 nucleotides. Star indicates species that are also found in the Polillo Group of Islands
ACKNOWLEDGMENTSThe authors would like to thank the following: (a) Polillo Island Biodiversity
Conservation Incorporated for coordinating all their activities during their stay in the PGI; (b) the local government units of Patnanungan Island and the Department of Environment and Natural Resources Region IV-A for granting permits (R4A-WGP-10-2013-QUE-001) for the conduct of this research, and (c) Jonas Llamas and the local field guides for their generous assistance during the survey for the land snails.
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Tryon, G.W. and H.A. Pilsbry. 1891. Manual of Conchology, Volume 12, Academy of Natural Sciences, Philadelphia, USA, 348 p.
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ASIA LIFE SCIENCES The Asian International Journal of Life Sciences
ISSN 0117-3375Volume 24, Number 1 January-June 2015
CONTENTS1 Overproduction of high purity HapGXooc from
Xanthomonas oryzae functions as a growth and anti-virus factor in tobacco X. Zhou, Q. Zhu, G. Sun, W. Li , Y. Zhang, H. Wu & X. Gao
11 The evolution in Chinese farmers’ life since the foundation of the People’s Republic of China L. Wang
21 Chrysso makiling, a new species of comb-footed spider (Araneae: Theridiidae) from Mt. Makiling, Laguna, Luzon Island, Philippines A.L.A. Barrion-Dupo & A.T. Barrion
27 Secretory expression and optimization of human Col1a1 in Pichia pastoris L.B. Li, D.D. Fan, X.X. Ma, J.J. Deng, F.L. Zhang & Z.F. Shang
37 A new Helicostyla species (Bradybaenidae: Helicostylinae) from Patnanungan Island, Philippines
E.R.C. de Chavez, I.K.C. Fontanilla, G.A. Batomalaque & S. ChibaCont. on Inside Back Cover
Reviewers for this Issue: Dr. N.S. Aggangan, Prof. J.V. Bariuan, Prof. A.R. Buan, Prof. S.K. Chavez, Dr. D. Chen, Dr. L.A. Corpuz-Raros, Dr. A.B. Cruz, Dr. M.L. Dionisio-Sese, Dr. E.V. Flordelis, Dr. V.P. Gapud, Dr. J.C.T. Gonzalez, Dr. C.L.G. Gruèzo, Dr. Wm.Sm. Gruèzo, Dr. R.L. Lapitan, Dr. X. Liu, Dr. J. Ma, Prof. M. Mallari-Cuerdo, Prof. R.N. Monte, Dr. A.M. Palijon, Dr. C.L. Rapera & Dr. M.A.T. Tavanlar.
©Rushing Water Publishers Ltd. 2015 Printed in the Philippines
Contents
51 Measuring sustainable development in the face of population and technological change R.R. Saplaco
69 Diversity of herbaceous pteridophytes in four long term ecological research sites in Mindanao, Philippines V.B. Amoroso, F.M. Acma, R.Y. Dela Cruz, F.P. Coritico, A.D. Nietes, G.B. Hamo & H.P. Lumista
87 Promotion of upland rice growth by actinomycetes under growth room condition J.A. Cruz, E.F. Delfin & E.S. Paterno
95 A Minus-One Element Technique-based mathematical model to customize fertilizer recommendations for Philippine rice cultivars A.O.V. Capistrano
111 Tissue culture technique for clonal propagation of nipa palm (Nypa fruticans Wurmb., Arecaceae) from embryo culture V.C. Lapitan, K.L.C. Nicolas & E.T. Rasco, Jr. 127 Building a climate-adaptive locality through a gender
sensitive comprehensive land use plan M.A.M. Gamboa155 A corporate social responsibility measurement model
for sport organizations C.-W. Jung, H.-D. Kim & S.-H. Song169 Analysis of the farmers’ knowledge on the ecosystem
services of trees in the Molawin-Dampalit Watershed, Makiling Forest Reserve, Philippines R.F. Paelmo,
R.G. Visco, L.D. Landicho, R.D. Cabahug, R.S. Baliton, M.L.O. Espaldon & R.D. Lasco187 Comparative effects of onion (Allium cepa L.) and alfalfa (Medicago sativa L.) on blood plasma cholesterol of ICR mouse (Mus musculus L.) fed with a high-fat diet E.V. Biag, P.A.R. Lu, R.C.V. Melchor, M.B. Ples & R.J.S. Vitor II
Contents193 Adopting a convergent approach towards integrated disaster risk reduction and management: The case of Hagonoy, Bulacan, Philippines K. Follosco-Aspiras
207 Perceived barriers to walking activity of college students J.T. Martin & M.E. Santos
219 Diversity and endemism of terrestrial mammals in four long term ecological research sites in Mindanao, Philippines A.B. Mohagan, O.M. Nuñeza,
J.A. Escarlos Jr., A.G. Gracia Jr., E.C.T. Selpa, L.J.B. Baguhin, F.P. Coritico & V.B. Amoroso235 Spatial integration of biodiversity in the local land use planning process: The case of Buguey Municipality, Cagayan Province, Philippines J.M. Regunay255 Landscape scenic quality assessment of Roxas Boulevard, Metro Manila, Philippines N.G. Medina, A.J. Alcantara & S.C. Aquino-Ong277 Carbon storage potential of four long term ecological research (LTER) sites in Mindanao, Philippines based on forest inventory data R.A. Marin, A.M. Tulod, J.G. Opiso, F.M. Acma, R.R. Baldo, F.C. Coritico & V.B. Amoroso285 Enhancing awareness on weedy rice management in Iloilo Province, Philippines E.C. Martin & I.R. Tanzo295 Hierarchical human capability-based poverty targeting: An input to local development planning in the Philippines D.C. Magnaye323 Agarose-based ecoTILLING detection of candidate gene SNPs for evaluating quantitative resistance to rice blast N.M. Angeles, J.E. Hernandez, A.C. Laurena & H. Leung
Contents
335 Physical profiles of Turkish elite badminton players M. Aydoğmuş343 Survival of actinomycetes in a soil-based carrier: A potential microbial inoculant J.A. Cruz &
M.K.M. Cadiente349 Local stakeholders’ assessment of community-based forest management and the implications for REDD Plus implementation in the Philippines R.J.J. Peras, J.M. Pulhin & M. Inoue383 Characterization and identification of growth-promoting actinomycetes: A potential microbial inoculant J.A. Cruz, N.B. Lantican, E.F. Delfin & E.S. Paterno399 Grain yield performance and stability analysis of rice varieties under rainfed lowland conditions of Western Visayas, Philippines A.D. Palanog, CA. Endino-Tayson, I.M.G. Ciocon, L.T. Sta. Ines, B.U. Tizon, J.E.A. Bibar, C.U. Seville, M. Osano-Palanog, D.K.M. Donayre, A.C.S. Suñer & E.M. Libetario409 Callus induction from young leaf explants of nipa (Nypa fruticans Wurmb.) J.A. Mantiquilla, J.D.M. Solano, R.G. Abad, G.C. Rivero & C.S.C. Silvosa427 Effects of enzymolysis, ultrafiltration and diatomaceous earth filtration on clarification of red dates (Ziziphus jujuba Mill.) juice H. Yang, L. Xue, D. Fan, T. Sun & J. Deng
Contents
435 Performance of multi-functional fabrics with coffee yarns H. Zhang, X. Wu, W. Tian, Y. Li, J. Lu, C. Zhu & J. Bi441 Effects of shading treatment on the growth characteristics of Pinus koraiensis Siebold & Zucc. container seedlings J.-H. Kim, J.-H. Yoon, D.-B. Kang & D.-H. Lee453 Construction, expression, purification and biochemical properties of recombinant HarpinXooc Q. Zhu, X. Zhou, W. Li, H. Wu, Z. Zhang & X. Gao463 Reviewers -Asia Life Sciences Volume 24, No. 1, 2015467 Board of Editors -Asia Life Sciences Volume 24, No.1, 2015
Beyond Excellence©
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The papers published in Asia Life Sciences are covered by theThomson Reuters-Institute for Scientific Information (ISI), USA
and CABI, Wallingford, Oxon, UK.
Asia Life Sciences has an Impact Factor of 0.259.Asia Life Sciences is a recipient of the Journal AccreditationAward of the Commission on Higher Education (CHED),
Republic of the Philippines (2010-2015).
Printed on acid-free papers
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The papers published in Asia Life Sciences are indexed in theBiological Abstracts, CAB Abstracts, CAB Global Health,
Zoological Record, SciSearch®/Science Citation IndexExpanded, Journal Citation Reports/Science Edition, BIOSIS
Previews, ISI Web of Science®, ISI Web of Knowledge®and are covered by the
Thomson Reuters-Institute for Scientific Information (ISI), USAand CABI, Wallingford, Oxon, UK.
Asia Life Sciences has an Impact Factor of 0.259.
Asia Life Sciences is a recipient of the Journal AccreditationAward of the Commission on Higher Education (CHED),
Republic of the Philippines (2010-2015).
Printed on acid-free papers
Actual Date of Publication: Asia Life Sciences Volume 24. Number 1 (January-June) 2015 - 15 November 2014.