FULLTEXT01.pdf - uu .diva
-
Upload
khangminh22 -
Category
Documents
-
view
0 -
download
0
Transcript of FULLTEXT01.pdf - uu .diva
South African Journal of Botany 139 (2021) 318�328
Contents lists available at ScienceDirect
South African Journal of Botany
journal homepage: www.elsevier.com/locate/sajb
Ethnobotanical study of medicinal and edible plants used in Nhamacoaarea, Manica province�Mozambique
Hainner Aparicioa,*, Inga Hedbergb, Salomao Bandeirac, Abdolbaset Ghorbanid
a Eberswalde University for Sustainable Development, Friedrich-Engels-Strasse 13, 16225 Eberswalde, Germanyb Department of Organismal Biology, Uppsala University, Norbyv€agen 18D, SE 75236 Uppsala, Swedenc Department of Biological Sciences (DCB), Eduardo Mondlane University, Maputo, Mozambiqued Abdolbaset Ghorbani, Department of Organismal Biology, Uppsala University, Norbyv€agen 18D SE, 75236 Uppsala, Sweden
A R T I C L E I N F O
Article History:Received 1 September 2020Revised 14 February 2021Accepted 23 February 2021Available online 25 March 2021
Edited by by OM Grace
* Corresponding author.E-mail addresses: [email protected] (H. Apar
(I. Hedberg), [email protected] (S. Bandeiuu.se (A. Ghorbani).
https://doi.org/10.1016/j.sajb.2021.02.0290254-6299/© 2021 The Authors. Published by Elsevier B.
A B S T R A C T
Ethnobotanical relevance: Miombo woodlands are an important source of food and medicine for rural com-munities in Mozambique. Despite their importance as a source of livelihood and healthcare, logging for char-coal production and conversion of forest relicts to agricultural land threaten their biodiversity along with thetraditional knowledge associated with this vegetation type.Aim of the study: To document ethnobotanical knowledge and to identify medicinal and economic species thatcan be used as potential alternative sources of livelihoods for the inhabitants Miombowoodlands inMozambique.Materials and methods: This study was carried out in the Nhamacoa area, Macate district of Manica province,Mozambique. Free listing and semi-structured interviews were conducted to collect ethnobotanical data. Theinformants were heads of families randomly selected from the 329 ha of the area of study. Information aboutmedicinal and edible plants, their uses, harvesting practices, management, preparation and possible com-mercialisation was recorded and voucher specimens were collected. From October 2019 to January 2020,data collection was carried out and later, plant samples were identified. All the collected data was structuredin a database and analysed by using the ethnobotanyR package in R.Results: A total of 106 species from 52 families were reported as medicinal or edible: 55.2% used as food and43.1% as traditional medicine. It was possible to identify 94 of the voucher specimens collected (90.3% of thebotanical collection). Out of 32 uses, 29 were as medicine. The quantitative indices showed different cultur-ally important species and the local markets situation showed the potential for commercialisation. Theresults of this study indicate that ailments or illnesses in the digestive system, alleviation of wounds and sex-ual-reproductive system problems are commonly treated with medicinal plants within the area of study.Conclusions: Botanical knowledge, cultural value, utilisation and management practices of 106 plant specieswere documented. Promoting the planting and commercialisation of some of these species could offer alter-native sources of livelihoods or income to the inhabitants of the region, while ensuring exploitation is sus-tainable. The important role of non-timber forest products and the need to conserve Miombo woodlandsrelicts for the communities within and around Nhamacoa have been reaffirmed.© 2021 The Authors. Published by Elsevier B.V. on behalf of SAAB. This is an open access article under the CC
BY license (http://creativecommons.org/licenses/by/4.0/)
Keywords:
Miombo woodlandsNon-timber forest productsTraditional knowledgeConservationTraditional medicine Africaicio), [email protected]), abdolbaset.ghorbani@ebc.
V. on behalf of SAAB. This is an open access article under the CC BY license (http://creativecommons.org/licenses/by/4.0/)
1. Introduction
For many people living in and around forests, non-timber forestproducts (NTFPs) are an important component of livelihood. In addi-tion to providing daily subsistence needs such as food, medicine andfuel, they contribute to households’ cash income, which can reach upto 20�50% of household’s income in some communities (Ambrose-
Oji, 2003; Boesi, 2014). NTFP collection has been identified as oneway in which rural communities maintain food security and treatmedical problems. Their extraction has also been emphasised as anactivity that rural people can engage in to generate income that mini-mises environmental degradation compared to conventional forestresource exploitation (Tiwari et al., 2004). NTFPs have been identifiedas potential means of rural livelihood improvement while contribut-ing to biodiversity conservation through conservation of forests(Shackleton, 2011). The first step in planning NTFP based conserva-tion programs in an area is to invent available resources and identifi-cation of potent NTFPs (Huber et al., 2010).
H. Aparicio, I. Hedberg, S. Bandeira et al. South African Journal of Botany 139 (2021) 318�328
Several studies have investigated and described current uses ofNTFPs in Mozambique and/or highlighted their role in the subsis-tence activities of rural populations (Albano, 2002; Lynam et al.,2004). In the rural areas of Mozambique, most people live in commu-nities surrounded by Miombo woodlands and rely directly on thiskind of woodland for many different aspects of their life, perceivingMiombo as a common good (Bruschi et al., 2014). Marketing of wood-land products may be a key component of household livelihood sys-tems (Campbell, 1996).
Despite the importance of this ecosystem, several studies showthat the Miombo woodlands are under significant human pressure(Chirwa et al., 2008). This was initially due to clearance of woodlandfor agriculture and home construction but has now been followed byexploitation of the woodlands for wood fuel sales (Frost, 1996). Har-vesting of domestic wood fuel is often perceived as a major cause ofwoodland degradation in southern Africa (Abbot, 1996).
The Nhamacoa forest is a remnant of a once enormousMiombo forest(Campbell, 1996; WWF, 2018). Surrounded by subsistence farmers andtheir fields “machambas”, it is home to a great diversity of plant and ani-mal species. The forest is an important source of NTFPs, includingmedici-nal plants and wild fruits for the local people living around the forest.However, there is no systematic study on the diversity of these productsin Nhamacoa forest and their contribution to the household economy.
This study aims to document the ethnobotanical knowledge andto identify medicinally and economically important species that canbe potentially used as alternative source of income and/or livelihoodsfor the inhabitants of Nhamacoa area. Subsequently, cultural value,utilisation and management practices of those species in the commu-nities is documented.
Fig. 1. AoI Location - Nhamacoa area.Source: � 2
319
2. Materials and methods
2.1. Study area
Nhamacoa forest is located in Macate district, Manica province,Mozambique (Fig. 1). The 329 hectares corresponding to the area ofstudy, lie on average 700 metres above sea level in a hilly landscape,with slope gradients from 2% to 35%. Average daily temperature is27 °C and rainfall is mainly distributed in summer, while the wintersare mostly dry (Worlddata.info, 2020). The climate is classified ashumid subtropical climate (Cwa) by the K€oppen-Geiger system. InMacate district, the average annual temperature is 21.2 °C. Precipita-tion is about 1036 mm per year (Climate-data.org, 2020). However,in 2019 and 2020, torrential rain has widely surpassed the highestprecipitation values seen in the last ten years.
As for vegetation, the prevailing land covers are agricultural landand Miombo woodlands. The latter is classified in “Mato fechado”closed woodlands or “Mato aberto” open woodlands embedded intoa matrix of grassland or savannah. Apart from these, the vegetation ismostly agricultural crops of maize and okra with some other subsis-tence crops and open woodlands with isolated trees. The primaryspoken language is chiTewe followed by Portuguese. The main eco-nomic activity is agriculture, especially maize, okra and other subsis-tence crops, followed by livestock, charcoal production and fisheries.Handicraft is not regarded as an important activity.
2.2. Ethnobotanical data collection
Ethnobotanical data collection was carried out from October 2019to January 2020 through free-listing and semi-structured interviews.A community leader accompanied the research team during theinterviews, which were carried out in the local language chiTewe andthen translated into Portuguese. The research goals were explained
020 Google LLC. (accessed 03 March 2020).
H. Aparicio, I. Hedberg, S. Bandeira et al. South African Journal of Botany 139 (2021) 318�328
and prior informed consent from the informants obtained verbally.Interviews were carried out in accordance with guidelines providedby the International Society for Ethnobiology code of ethics, theaccepted best practice for ethnobotanical studies (ISE, 2006).
A total of 25 informants were interviewed (14 women and 11men), their ages ranging from 40 to 86 years old (average: 57,3 §13,5). They were 22 randomly selected villagers, heads of differentfamilies living in the villages within and throughout the area of study.In addition, two local “curandeiros” (traditional healers trusted tohave the power to be guided by spirits) and one “profeta” (traditionalhealer believed to heal also the souls and foresee occurrences orfuture events). The informants were asked to free-list any medicinaland edible plant they collect and use from and around Miombowoodlands. Detailed information about their use characteristics,plant parts, methods of collection, availability, management or prepa-ration methods and commercialisation (if there was any) wasrecorded. Voucher specimens were collected for each plant. Demo-graphic and socio-economic data relating to each informant such asgender, age, role in the community, working activity and otheraspects, were also recorded.
2.3. Identification of specimens
Voucher specimens collected during the fieldwork were depositedat the Herbarium of the Faculty of Sciences, Universidade EduardoMondlane (LMU). The specimens were identified by local botanists atthe LMU Herbarium using the Flora of Mozambique and other localFloras (Hyde et al., 2020). Ten specimens could not be identified dueto their phenological stage and were presented only by the localname given in this study. Botanical nomenclature follows The PlantList. (2013) Version 1.1.
2.4. Markets visits
Local markets at Macate district main trading point and Chimoiolocal markets were visited. The aim of the visits was to identify theplant products coming from forests that are commonly traded, theirpopularity, potential and trading prices at local and regional levels. Inaddition, visits to centralised markets in Maputo such as “Bazar daBaixa” and “Mercado Janet” were made in order to explore the plantproducts that are commonly traded and their prices. Several standattendants were asked about forest products that have a relativeimportant commercialisation, their current chains of trade, levels ofdemand and promising perspectives.
2.5. Data processing and analyses
The collected data was edited and structured based on use reportsusing MS-Excel. Each column is an attribute of that citation: fieldidentification, scientific and local plant names, occurrence, habit,used part(s), uses and other aspects. In cases of mixed preparations,all the species contained in the mixture were counted once for eachdifferent use mentioned. The species are listed in Table 2 in alphabet-ical order of scientific name.
Quantitative analysis was performed with the ethnobotanyRpackage in R (Cory, 2020). Data were specially prepared and struc-tured in a specific data frame in order to fit ethnobotanyR require-ments. The ethnobotanyR package is used to calculate commonquantitative ethnobotany indices to assess the cultural significance ofplant species based on informant consensus (Cory, 2020). Accordingto Tardío and Pardo de Santayana (2008), a culturally important plantis “a species desired, preferred, or with an effective evaluation bymost members of a specific culture”.
All the data was processed by means of suitable quantitativeindexes for plants identified at least at genus level. These indices
320
were calculated in order to identify the most used and relevant spe-cies within the study area.
The calculated indices were: The use report (UR) per species,which is a count of the number of informants who mention each use-category for the species and the sum of all uses in each use-category(Prance et al., 1987). The number of uses (NU) per species is the sumof all categories for which a species is considered useful (Prance et al.,1987). The cultural importance (CI) index, calculates the culturalimportance index for each species in the data set. (Tardío and Pardode Santayana, 2008). The frequency of citation (FC) per species isthe sum of informants that cite a use for the species in the dataset(Prance et al., 1987). The relative importance (RI) index calculatesthe relative importance for each species in the data set. (Tardío andPardo de Santayana, 2008).
3. Results and discussion
3.1. Species diversity
A total of 645 use reports were recorded for 106 different species.Two of these species were not collected due to seasonal unavailabil-ity. It was possible to identify 94 species from the voucher specimens(90.3% of the collection) belonging to 52 families and 86 genera. Thedominant family was Fabaceae with 12 species, followed by Cucurbi-taceae and Apocynaceae with six species each. Regarding the habit ofthe species, 35.9% of the plants were trees. Shrubs, climbers andherbs have a similar occurrence with values around 20% each. Theseresults are congruent with literature and similar studies in this region(Ribeiro et al., 2010; Bruschi et al., 2011, 2014).
The majority of the reported species (92.3%) were collected indense woodland. However, 10 species (7.7%) were gathered as culti-vated plants from the agricultural fields (machambas) or open wood-land. This situation is common since villagers keep a cultivated stockof some species for their own livelihood or reserves in case of urgentneed. The fact that most of the reported species belong to natural for-ested areas, confirms the importance of this ecosystem in the region.
3.2. Uses of plants
The species reported are used for 32 different purposes. From the645 use reports, 55.2% are related to food security, followed by tradi-tional medicine with 43.1% and a mere 1.7% was reported for handi-craft uses. This shows that NTFPs are important contributors to foodsecurity and health care of the communities in the region, as hasbeen also mentioned in other studies (Bonet and Vall�es, 2002; Alíet al., 2009). The results of medicinal uses/treated ailments are shownin Table 1. Details of the recorded species along with local and scien-tific names, habit, habitat, reported availability level, reported uses,used plant parts, ways of preparation and administration andreported local commercialisation (if reported), are given in Table 2.
3.2.1. Edible plants and usesOut of a variety of food types, 42 of 106 species were reported as
edible. The most common being the fruits from the forest such as:Strychnos madagascariensis, Vangueria infausta, Persea americana,Strychnos spinosa and Annona senegalensis among others, which areeaten fresh. Another common type of food are tubers from speciessuch as Trema orientalis, Ipomoea venosa or the unidentified“Maguruzamba”, are usually cooked or boiled to be eaten. Leaves ofMomordica balsamina, Cucumis metuliferus and Cucurbita pepo arewidely used to prepare salads or what is called “carril”, which is asauce-stew prepared from leaves that is eaten with boiled groundedmaize. Persea americana, Cucumis metuliferus and Cucurbita pepoare also usually cultivated in the “machambas” in order to secureenough stock for daily consumption and shortage times.
Table 1Cited medicinal uses.
Medicinal uses/treatedailment
Nr. of citations % of total Nr. of species cited
Total 278 100 91Digestive system 123 44,2 39Stomachache 86 30,9 29Antimalaria 24 8,6 2Diarrhoea 10 3,6 5Appetite opening 1 0,4 1Dysentery 1 0,4 1Parasites 1 0,4 1
Wounds-bruises 34 12,2 13Wounds 28 10,0 9Inflammations 4 1,4 2Bruises 1 0,4 1Pain after childbirth 1 0,4 1
Sexual-reproductivesystem
23 8,3 13
Sexual vitality 12 4,3 4Venereal diseases 10 3,6 8Vaginas closing or
toning1 0,4 1
Respiratory system 11 4 6Cough 6 2,2 2Tuberculosis 3 1,1 3Breathing problems 2 0,7 1
Other health ailments 87 31,3 20Ringworm (Tinea
corporis)18 6,5 2
Organism cleaning 16 5,8 1Headache 14 5,0 3High blood pressure 12 4,3 1Liver cleaner 7 2,5 1Tooth ache 7 2,5 5Diabetes 3 1,1 1Fever 3 1,1 1Haemorrhages 3 1,1 1Baby’s belly buttons
cure1 0,4 1
Baby's fontanelle 1 0,4 1Cataracts 1 0,4 1Teeth cleaning 1 0,3 1
Other uses 11 1,7 2Soap 11 100 2
H. Aparicio, I. Hedberg, S. Bandeira et al. South African Journal of Botany 139 (2021) 318�328
The tuber of Smilax anceps is considered toxic for human con-sumption and should be prepared under a specific procedure. Prod-ucts from the fruit of Adansonia digitata and leaves from Moringaovalifolia are popular among villagers and in local and regional mar-kets. There are already different presentations and multiple tradersdue to their recognised vitamins content and nutritional value.
3.2.2. Medicinal plants and their usesA total of 91 species were reported as medicinal. Treatment of
digestive system problems expressed as diarrhoea and stomach-achewere, among others, the most common with 44.2% of the reportedmedicinal uses. Mainly associated to diseases as malaria, dysentery,and cholera, these ailments and/or their symptoms are treated with avariety of plants (Table 2). As for malaria treatments, Momordica bal-samina yielded an outstanding 23/24 use reports, which demon-strates that for the communities of Nhamacoa area, drinking aninfusion of the leaves and fruits from this specific plant is effectiveagainst malaria and its symptoms. Also, it is worth to remark that theunidentified “chifiti” leaves were specifically mentioned as a usefultreatment of dysentery.
Tubers of Hypoxis hemerocallidea and stems of Acmella caulirhizaare commonly used for wound alleviation. Fibres from branches ofAnnona senegalensis and roots of Ornithogalum sp., were reportedeffective as anti-inflammatory. Seed oil of Ricinus communis is tradi-tionally used for the treatment of bruises and as primary element incurandeiro’s preparations.
321
Pulverized bark from Sterculia quinqueloba, and infusion from theroots of Cassia afrofistula were reported by knowledgeable inform-ants as a powerful aphrodisiac. Same qualities but in a lower intensitywere attributed to fruits from Adansonia digitata. Venereal diseasesare treated with the infusions from roots of the unidentified “puzua”,Tecoma capensis or Coccinia sp. among others. The infusion from theroots of Afzelia quanzensis was reported as effective in vaginal ton-ing, having the property to close the vagina of the woman when shehas had intercourse before the family has approved the union, (this isa cultural-religious tradition that is rather strictly followed in thecommunities of the region). These species could be an interesting tar-get for further investigation on their bioactive components and prop-erties, especially considering the widespread concern of individualsabout conditions such as impotence, libido decrease or genitalia aes-thetics.
Other ailments such as ringworm, are unanimously believed to beeffectively treated with exudate of Pterocarpus angolensis or macer-ated tuber of Hypoxis hemerocallidea. The latter was also reported at16 occasions as an internal organ cleanser. There was also a consen-sus that the leaves from the unidentified “nungumira” reduces bloodpressure, that fruits of Bobgunnia madagascariensis help to cureheadaches, and that Momordica balsamina, are effective liver cleans-ers.
Leaves from Psidium guayaba and stems from Hibiscus surattensiswere recognised to be effective in the treatment of cough and breath-ing difficulties. Bark from Albizia versicolor and stems from Pteleop-sis myrtifolia were reported as used to treat tuberculosis.
The results of this investigation have shown that ailments or ill-nesses in the digestive system, healing of wounds and sexual-repro-ductive system problems are commonly treated with medicinalplants in Nhamacoa area and Macate district. Similar results werefound by Bandeira et al. (2001), Ribeiro et al. (2010) andBruschi et al. (2014). The situation has probably remained this waydue to facts such as: strong faith of the communities in their beliefsand their healers, a visible lack of medical infrastructure and cover-age, mobility difficulties, and the fact that heads of family often needto cope with common ailments within the family.
3.2.3. Used parts/components, preparation and administrationFrom all the reported uses, the roots are the most used part of
plants (roots of 50 species were reported to be utilised for differentpurposes), followed by fruits (30 species), leaves of 23 species andthe bark of eight species. Other plant parts/components such as exu-date, stems and seeds represented less than 5% of uses. These resultsshow consistency with what was found by Krog et al. (2006),Ribeiro et al. (2010) and Bruschi et al. (2011, 2014) in similar studiesin Mozambique and confirm the relevance of roots as a powerfulsource of medicines in regional traditional beliefs. The most commonway of preparation is the infusion with oral administration (nearly60% of the reported cases).
3.3. Quantitative ethnobotanic indices
Cultural indices have shown to have different applications andlimitations (Albuquerque et al., 2006; Hoffman and Gallager, 2007;Tardío and Pardo de Santayana, 2008) and their use should be care-fully evaluated in ethnobotanical studies (Albuquerque et al., 2006).Cultural indexes place more emphasis on species with a high numberof uses, without taking into account the number of people citingthese uses (Albuquerque et al., op.cit.). The way in which culturalindices were analysed, was by reviewing them in parallel with eachother, considering those ones derived from number of use reports,number of uses and number of informants, in this way smaller risk toovervalue or undervalue species’ importance, was taken.
The majority of the important species are valued as a source offood. However, Hypoxis hemerocallidea, appears to be the most
Table2
Detailedresu
ltsof
citedplan
ts.
Loca
lnam
e/VN
Scientificnam
eNaturality
Hab
itUsedpa
rtSp
ecificuse
Ava
ilab
leUR
Prepa
ration
andad
ministration
Trad
ing
Dereremuc
hang
o,Quiab
oAfrican
o/57
Abe
lmosch
usescu
lentus
L.Moe
nch.
W/P
Herb
Fruit
Food
E22
Colle
cted
fruits
areprep
ared
instew
s.Verypo
pularin
localm
arke
ts50
MZN
/Kg.
Chichu
iti/91
Acm
ella
caulirhiza
Delile
.W
Clim
ber
Stem
Mou
thwou
nds
M7
Thestem
istake
n,ch
ewed
forafew
mom
ents
andsp
ited
out.
Ownus
e.
Malam
be/54
Ada
nson
iadigitata
L.W
Tree
Fruit
Food
/Sex
ual
vitality/
Vitam
ins
source
D9/4/13
Theseed
swiththeco
vering
white
cotton
isprep
ared
inmilk
shak
esor
smoo
thies
or,the
cotton
isdried,
conv
ertedinto
powde
ran
dad
dedto
juices.
Commercialized
inlocalm
arke
ts.
100MZN
/500
grof
seed
s.Mus
soco
ssa,
Chan
futa/31
Afzelia
quan
zensisW
elw.
WTree
Bark
Baby
'sfontan
elle
M1
Apieceof
theba
rkiscu
tand
dried,
then
macerated
topo
wde
r.Th
isprod
uctismixed
inba
by'spo
rridge
.
Ownus
e.
Root
Vag
inas
toning
M1
Theroot
isex
cava
ted,
putinco
ldwater
torest
forawhile
andwiththat
water
theva
gina
shou
ldbe
washe
dfor
seve
rald
aysor
awee
kto
closeitor
tigh
tenit.
Ownus
e.
Gom
ate/45
Albizia
versicolor
Oliv
.W
Tree
Bark
Tube
rculosis
E1
Theba
rklocatedin
therising
andsettingof
thesu
nside
siscu
t,pu
tinapo
twithwater,let
itbo
ilan
dthen
rest
todrinkthewater.
Ownus
e.
Babo
sa,A
loeve
ra/86
Aloesp
PAga
veLe
aves
Stom
acha
che/
wou
nds
D1/6
Thesu
cculen
tlea
fiscu
t,divide
dinto
smallp
ieces,
putinwater
andthewater
isdrun
k.Th
eintern
alfluidcanbe
used
tocu
rean
dco
oldo
wnwou
nds.
Ownus
e.
Chibon
chi/99
Alterna
nthe
rasessilis(L.)DC.
WHerb
Leav
esFo
odE
1Th
eleav
esareco
oked
forstew
s.Ownus
e.Muroro,
Ata,A
teira/34
Ann
onasene
galensisPe
rs.
WTree
Bran
ches
Inflam
mations
E2
Use
thefibrewiththreekn
otsan
dtieitto
theaffected
part.
Ownus
e.
Fruit
Food
E15
Eatafterco
llecting.
Ownus
e.Mug
aram
unhu
/42
Antidesmaveno
sum
E.Mey
.Tul.
WSh
rub
Root
Stom
achache
E1
Dig
roots,cu
tinto
smallp
ieces,pu
tinto
boiling
water
andletthe
mrest,d
rink
thewater.
Ownus
e.
Fruit
Food
E1
Eatafterco
llecting.
Ownus
e.Mus
sequ
essa/33
Bauh
inia
thon
ning
iiSchu
m.
WTree
Root
Stom
achache
E9
Rootsarecu
tintosm
allp
ieces,pu
tthe
min
boiling
water
andletthe
mrest,
drinkthewater.(Ach
efrom
cons
tipa
tion
).
Ownus
e.
Fruit
Food
E3
Eatafterco
llecting.
Ownus
e.Muc
hiqu
iri/94
Bersam
aab
yssinica
Fresen
.W
Tree
Fruit
Food
E1
Eatafterco
llecting.
Ownus
e.Nha
mus
ongo
ro,P
auferro/3
Bobg
unniamad
agascarien
sis
(Desv.)J.H
.Kirkb
r.&
Wiersem
a.
WTree
Fruit
Hea
dach
eD
11Use
completefruit,seto
nfire
andbrea
the
thesm
oke.Fruc
tification
inau
gust
butfruitislong
lasting.
Ownus
e.
Unk
nown_
1/12
Boerha
viadiffu
saL.
WHerb
Leav
esHan
dwou
nds
E2
Themacerated
leav
esareplaced
over
the
wou
ndan
dco
veredwithacloth.
Ownus
e.
Mus
abora,Pirrip
irri/104
Capsicum
frutescens
L.P
Shrub
Fruit
Food
E18
Green
orripe
fruitisco
llected
,dried
and
chop
pedor
powde
redto
preserve
andflav
ourfood
s.
Verypo
pular.
100MZN
/10
0grs.
Muc
oca/10
0Ca
rdiospermum
halicacab
umL.
WClim
ber
Root
Toothache
E1
Theroot
isex
tracted,
clea
nedan
dpe
eled
;thescraping
massisplaced
onthetoothwithpa
in.
Ownus
e.
Mup
apay
a,Pa
paye
ra/103
Carica
papa
yaL.
PTree
Root
Toothache
/Foo
dE
1/2
Theroot
ismacerated
agains
taston
e,theresu
ltingmassisplaced
ontheaffected
tooth.
Ownus
e.
Kan
jonjo,
Kaw
anga
,Murum
anha
ma/10
Cassia
afrofistulaBren
an.
WSh
rub
Root
Sexu
alvitality,
stom
achache
E3/4
Dig
theroots,cu
tthe
minto
smallp
ieces,
putthe
min
abo
wlw
ithwater
for
seve
ralh
ours.D
rink
thewater.
Inlocalm
arke
tsby
specific
trad
ers.
Chiriape
mbe
/49
Catuna
rega
mspinosa(Thu
nb.)Tirven
g.W
Shrub
Root/
Leav
esTu
berculosis
E1
Colle
cttheleav
es,d
ryan
dbu
rnthem
,the
n,theashe
sareea
tenat
thesametimewiththe
infusion
prep
ared
withtheroots.
Ownus
e.
Chipem
baforga/63
Cissam
peloshirtaKlotzsch.
WClim
ber
Root
Stom
achache
E2
Dig
roots,cu
tinto
smallp
ieces,pu
tinto
water
andletthe
mrest
foron
eho
uran
dthen
drinkthewater.
Ownus
e.
Renz
a/97
Cissus
integrifo
lia(Bak
er)P
lanc
h.W
Clim
ber
Leav
es/
Fruit
Food
E1
Thefruitloo
kslik
easm
alltom
atothat
isco
nsum
edfresh;
theleav
esarealso
prep
ared
withmea
lsas
stew
.
Ownus
e.
Muo
re/85
Coccinia
spW
Clim
ber
Root
Ven
erea
ldisea
ses
E1
Therootsaresettodryun
derthesu
n,macerated
andthispo
wde
ris
cons
umed
withthebe
verage
san
dmea
ls.
Ownus
e.
(con
tinu
edon
next
page
)
H. Aparicio, I. Hedberg, S. Bandeira et al. South African Journal of Botany 139 (2021) 318�328
322
Table2(Con
tinu
ed)
Loca
lnam
e/VN
Scientificnam
eNaturality
Hab
itUsedpa
rtSp
ecificuse
Ava
ilab
leUR
Prepa
ration
andad
ministration
Trad
ing
Chiposa/93
Combretum
aden
ogon
ium
A.Rich.
WTree
Root
Wou
nds
E2
Theroot
isex
cava
ted,
clea
nedan
dscrape
d;thefoam
prod
uced
isplaced
over
thewou
nds.
Ownus
e.
Chicon
begu
a/40
Crossopteryx
febrifu
gaBe
nth.
WTree
Bark
Stom
achache
E2
Theba
rkiscu
tand
putinco
ldwater
forawhile
andthen
thewater
isdrun
k.Ownus
e.
Muc
acamun
zua,
Pepino
africano
/23
Cucu
mismetulife
rusNau
din.
WClim
ber
Fruit/
Leav
esFo
odE
16Th
efruitisco
llected
andprep
ared
ascu
cumbe
r.Th
eleav
esarealso
cons
umed
inthestew
s.In
localm
arke
ts.
40MZN
/Kg.
Mutiquiti,A
bobra/89
Cucu
rbitape
poL.
PClim
ber
Fruit/
Leav
esFo
odE
12Th
efruitisco
llected
andprep
ared
likea
very
swee
tpum
pkin.T
heleav
esarealso
used
forstew
s.
Verypo
pular.
20�4
0MZN
/unit
depe
ndingon
size
.Man
dioc
amuc
hang
o/19
Cusson
iazu
luen
sisStrey.
WSh
rub
Root
Ven
erea
ldisea
ses
E1
Dig
theroots,take
them
outa
ndcu
tinto
smallp
ieces,pu
tinabo
wlw
ithbo
iling
water,let
stan
d.Drink
water.
Ownus
e.
Ditiu/6
Cyan
thillium
cine
reum
(L.)H.Rob
.W
Shrub
Root
Stom
achache
E6
Dig
roots,cu
tintosm
allp
ieces,pu
tinho
twater
andletthe
mrest
2ho
urs,then
drinkthewater.
Inlocalm
arke
ts.
Mun
hamba
radz
o/68
,Muruc
utu/81
Cyph
ostemmabu
chan
anii
Wild
&R.B.
Drumm.
WClim
ber
Root
Toothache
san
dteethab
scesses
E1
Thepo
tato
ispe
eled
andbo
iled,
thewater
ofthisinfusion
isdrun
k,Italso
works
bypu
ttingthepo
tato
directly
ontheab
scess.
Ownus
e.
Familiar
confl
icts/
Hea
dach
eE
2Trea
thea
dach
esor
whe
nsomepe
ople
have
confl
icts
inthefamily
,drink
the
infusion
oftheroots.
Ownus
e.
Bind
amup
inda
/82
Desmod
ium
velutinu
m(W
illd.)D
C.W
Shrub
Root
Stom
achache
E1
Dig
roots,clea
nan
dcu
tintosm
all
pieces,p
utin
cold
water
anddrink
thiswater
forfive
days.
Ownus
e.
Chipan
gara/43
Dichrostach
yscine
rea(L.)
Wight
&Arn
.W
Herb
Root
Stom
achache
E1
Dig
roots,cu
tintosm
allp
ieces,pu
tin
boiling
water
andletthe
mrest,the
ndrinkthewater.
Ownus
e.
Mulala/96
Diospyros
loureiroan
aG.Don
WSh
rub
Root
Teethcare/
clea
ning
E1
Theroot
isex
cava
ted,
clea
ned,
peeled
andscrape
dso
the
fibres
remainlik
eatoothb
rush
andwith
thisbrus
htheteeth.
Inlocalm
arke
ts10
MZN
/ea
chroot.
Mutoa
/4Diplorhyn
chus
cond
ylocarpo
n(M
€ ull.Arg.)Pich
on.
WTree
Exud
ate
Stom
achache
E6
Theba
rkiscu
t,theex
udateisco
llected
anditisdrun
kmixed
withalittlewater.
Ownus
e.
Chinua
nua_
1/2
Dysph
ania
ambrosioides
(L.)
Mosya
kin&Clem
ants.
W/P
Herb
Leav
esCh
ildrenfeve
rE
3Co
llect
theleav
es,m
aceratean
dsp
read
onthebo
dyor
boiling
them
inwater
andgiving
thewater
tothech
ild.
Ownus
e.
Unk
nown_
2/30
Euph
orbiahirtaL.
WHerb
Exud
ate
Cataracts
E1
Thebran
ches
arecu
t,whe
ntheex
udate
comes
outitisdirectly
placed
inthe
eyewithcataract.
Ownus
e.
Hurku
duma/59
Flacou
rtia
indica
(Burm.f.)Merr.
WSh
rub
Fruit
Food
E1
Eata
fter
colle
cting.
Ownus
e.Mutara/14
Garde
niavo
lken
siiK
.Sch
um.
WTree
Root
Stom
achache
E3
Dig
roots,cu
tintosm
allp
ieces,pu
tin
water
andletthe
mrest
2ho
urs,then
drinkthewater.
Ownus
e.
Chigaram
aria/60
Gym
nosporia
heteroph
ylla
(Eck
l.&Ze
yh.)Lo
es.
WHerb
Leav
esStom
achache
/mou
thintern
alwou
nds
E1/1
Forstom
achpa
in,the
leav
esarepu
twithsaltan
dcarbon
inco
ldwater
forawhile,
then
drinkthewater.For
wou
ndsin
themou
th,the
leav
esarech
ewed
forawhile
andsp
itou
t.
Ownus
e.
Mun
hagu
rudz
a/61
Hibiscu
ssuratten
sisL.
WClim
ber
Stem
Coug
hM
4Pu
tthe
stalk/stem
inapo
ttobo
ilin
water
and
lets
tand
tolaterdrinkwater.
Ownus
e.
Mum
band
uca/73
Holarrhen
apu
bescen
sG.Don
WSh
rub
Root
Stom
achache
E1
Dig
roots,clea
nan
dcu
tintosm
allp
ieces,
putinco
ldwater
anddrinkthreetimes
ada
y.Ownus
e.
Muc
hururu/20
Hoslund
iaop
posita
Vah
lW
Shrub
Fruit
Food
E2
Eata
fter
colle
cting.
Ownus
e.Ro
otApp
etiteop
ening
E1
Remov
etheroot,w
ashan
dscrape
,put
inwater,w
aitfor
oneho
uran
ddrinkthewater.
Ownus
e.
Chiton
gua/29
Hym
enocardiaacidaTu
l.W
Tree
Exud
ate
Milk
ydiarrh
oea
E1
Theba
rkiscu
t,theex
udateisco
llected
and
mixed
withwater
togive
totheba
by.
Ownus
e.
Hikwi,Ba
tata
African
a/1
Hyp
oxishe
merocallid
eaFisch.,
C.A.M
ey.&
Av� e
-Lall.
WHerb
Root
Diabe
tes/Organ
-ism
clea
ning
/Ring-
worm
(Tinea
corpo-
ris)/
E3/16
/7/18
/10
Forstom
acha
che,
diab
etes
andorga
nism
clea
nsing,
thetube
risex
cava
ted,
clea
ned,
cutintopieces,
thesepieces
areleftinto
water
forseve
ralh
ours
orda
ysifpo
ssible.the
water
mus
tbedrun
k.Fo
rRing
worm
“Tinha
”an
dwou
nds,thepo
tato
isscrape
d,theresu
ltingmassisrubb
edin
theaffected
area
.
Noco
mmerce
inMacatebu
tin
Map
utomarke
ts.
Brou
ghttoamajor
distribu
torfrom
Gazaan
dInhe
mba
ne.
(con
tinu
edon
next
page
)
H. Aparicio, I. Hedberg, S. Bandeira et al. South African Journal of Botany 139 (2021) 318�328
323
Table2(Con
tinu
ed)
Loca
lnam
e/VN
Scientificnam
eNaturality
Hab
itUsedpa
rtSp
ecificuse
Ava
ilab
leUR
Prepa
ration
andad
ministration
Trad
ing
stom
achache
/wou
nds.
Suraccud
zi/79
Ipom
oeaPileataRo
xb.
WClim
ber
Root
Stom
achache
E2
Dig
roots,clea
nan
dcu
tintosm
allp
ieces,
putinco
ldwater
mixed
withMun
gurahu
erootsforsomeho
ursan
ddrinkthewater.
Ownus
e.
Mufi
so/72
Ipom
oeasp
WClim
ber
Root
Stom
achache
babies
E1
Therootsaredriedan
dmacerated
,the
resu
lting
powde
rispu
tonthepo
rridge
.Ownus
e.
Mun
hanh
a/66
Ipom
oeaveno
sa(D
esr.)
Roem
.&Schu
lt.
WClim
ber
Root
Food
E5
Thepo
tato
isex
tracted,
peeled
andco
oked
likeano
rmal
potato.
Ownus
e.
Mub
awa,Umba
wa/58
Kha
yaan
thothe
ca(W
elw.)C.
DC.
WTree
Root/
Bark
Stom
achache
E3
Dig
root
orcu
tthe
bark,cut
into
smallp
ieces,
boilin
water
andlets
tand
before
drinking
thewater.
Ownus
e.
Muv
e/69
Kigelia
African
a(Lam
.)Be
nth.
WTree
Bark
Largewou
nds
D2
Cutthe
bark
inthena
scen
tand
settingside
ofthesu
n,bo
ilthepieces
inwater
inaclay
pot,
prep
areado
ughwithMap
iraan
dplace
thisdo
ughon
wou
ndspreferab
lywith
leav
esof
Mus
sequ
essa.
Ownus
e.
Muc
hani/41
Lipp
iajava
nica
(Burm.f.)S
pren
g.W
Shrub
Leav
esSe
riou
sHae
morrh
ages
E3
Colle
ctleav
esan
dmacerate,pu
tthismass
intheha
emorrh
agean
dremainstill.
Ownus
e.
Chinha
muc
aca/70
Marga
rettaroseaOliv
.W
Herb
Root
Milk
ydiarrh
oea
onba
bies
D2
Dig
roots,cu
tintosm
allp
ieces,pu
tinwater
andlet
them
rest
fortw
oho
urs,then
drinkthewater.
Commercialized
inlocalm
arke
tan
dne
ighb
ours.
Mus
ara,Pa
nga-
pang
a/7
Millettiastuh
lman
niiT
aub.
WTree
Root
Soap
/wou
nds
trea
tmen
tE
3/4
Digging
,washing
andscraping
theroots,pu
tinwater,
mix
andus
eto
washor
clea
nthewou
nds.
Itbe
camepo
pularin
times
ofwar.
Ownus
e.
Nga
ca,C
acan
a/25
Mom
ordica
balsam
inaL.
WClim
ber
Leav
esFo
odE
23Th
eleav
esareco
nsum
edin
thestew
safterbo
iling
them
.In
localm
arke
ts.
100MZN
/Kg.
Fruit/
Leav
esAntim
alaria/liver
clea
ner
E23
/7Cu
ttwigsin
quan
tity,rolla
ndpu
tinapo
twithwater,b
oilfor
10minutes,let
stan
dan
ddrinkoftenas
tea.
Inlocalm
arke
ts.
100MZN
/Kg.
Muc
hucu
waw
a/10
2Mom
ordica
foetidaSchu
mach.
WClim
ber
Leav
esGon
orrh
oea
M1
Theleav
esareco
llected
,macerated
andpu
tin
cold
water
forafew
hours.Drink
thewater.
Ownus
e.
Moringa
/55
Moringa
ovalifo
liaDinter&A.B
erge
rP
Tree
Leav
esVitam
insan
dvitality.
Multiple
bene
fits.
E8
Colle
cttheleav
esan
ddryun
derthesu
n,macerate.
Thepo
wde
risad
dedin
thesauc
esof
the
mea
ls,smoo
thiesor
juices.
Commercialized
inlocala
ndcentral
marke
ts.
Presen
tation
andprices
may
vary.
Mam
ore,Amorera/87
Morus
alba
L.P
Tree
Root
Ven
erea
ldisea
ses
E1
Therootsmixed
withothe
rsaredriedan
dpu
lverized
,the
powde
risea
tenor
drun
kwithfood
andbe
verage
s.
Ownus
e.
Chinua
nua_
2/53
Ocimum
american
umL.
WHerb
Leav
esMalaria/
Cons
tipa
tion
E1
Formalaria,b
oila
bunc
hof
theleav
esin
water
anddrinkthewater.For
coug
hsimply
chew
theleav
es.
Ownus
e.
Muc
acach
ango
/90
OreosyceAfrican
aHoo
k.F.
WHerb
Root
Stom
achache
/Ven
erea
ldiseases
M1/1
Therootsareex
tracted,
clea
ned,
boile
din
water
andmixed
withothe
rplan
tsmen
tion
edbe
fore.D
rink
thewater
prod
ucto
fthisinfusion
.
Ownus
e.
Cisald
afloresta,
gave
demato/17
Orn
itho
galum
spP
Aga
veLe
aves
Baby
'sbe
llybu
tton
scu
reE
1Th
eleav
esareco
llected
,macerated
and
placed
onthewou
ndsof
thech
ildren'sna
vel.
Ownus
e.
Doa
-han
ga/18
Orn
itho
galum
spW
Herb
Root
Inflam
mations
M2
Thetube
rispa
rtially
boile
d,themacerated
scallio
nisplaced
ontheaffected
parts.
Ownus
e.
Mus
asato/74
Ozoroaob
ovata(O
liv.)
R.Fe
rn.&
A.Fern.
WTree
Leav
esDiarrho
ea,
vomit/Stomach
ache
E1/2
Theleav
esaremacerated
andthen
putin
aglassof
cold
water,strainan
ddrinkthewater.
Ownus
e.
Muc
hacata/44
Parina
ricu
ratellifolia
Benth.
WTree
Fruit
Food
E5
Thefruith
asalmon
dsthat
are
very
nutritious
andtastyfood
.In
localm
arke
ts.
1MZN
/unit.
Mug
rand
era/67
Passifloraed
ulisSims
WClim
ber
Fruit
Food
E3
Eata
fter
colle
cting.
Inlocalm
arke
ts.
Chiw
anga
/77
Pericopsisan
golensis
(Bak
er)M
eeuw
en.
WTree
Bark
Toothache
E1
Pieces
oftheba
rkarecu
tinthena
scen
tand
settingdirectionof
thesu
n,thepieces
arebo
iled,
andthiswater
isus
edto
gargle.
Ownus
e.
Avo
cate,A
guacate/88
Persea
American
aMill.
PTree
Fruit
Food
E5
Inlocalm
arke
ts.
(con
tinu
edon
next
page
)
H. Aparicio, I. Hedberg, S. Bandeira et al. South African Journal of Botany 139 (2021) 318�328
324
Table2(Con
tinu
ed)
Loca
lnam
e/VN
Scientificnam
eNaturality
Hab
itUsedpa
rtSp
ecificuse
Ava
ilab
leUR
Prepa
ration
andad
ministration
Trad
ing
Betw
eenAprilan
dAug
ustthe
reisha
rvesta
nditcanbe
pick
edfrom
thetree
toea
t.Muriand
imba
/83
Pseu
darthr
iasp
WSh
rub
Root
Stom
achache
E1
Dig
roots,cu
tintosm
allp
ieces,bo
ilin
water
andlets
tand
before
drinking
thewater.
Ownus
e.
Mug
iaba
,Goiab
era/16
Psidium
guajav
aL.
WTree
Fruit/
Leav
esFo
od/Cou
ghE
7/2
Thefruitisea
ten.
Totrea
tthe
coug
h,theleav
esare
cook
edin
hotw
ater,let
stan
dan
ddrinkwater.
Inlocalm
arke
ts.
Mus
unga
nhem
ba/47
Pteleo
psismyrtifolia
(M.A.Law
son)
Engl.&
Diels.
WTree
Root
Tube
rculosis
D1
Dig
roots,cu
tintosm
allp
ieces,pu
tinbo
iling
water
andletthe
mrest,d
rink
thewater.
Ownus
e.
Muc
uram
bira,U
mbila/5
Pterocarpu
san
golensisDC.
WTree
Exud
ate
Ring
worm
(Tinea
corporis)
E11
Cutthe
bark
andwiththeex
udate(w
hich
isred),the
affected
area
isrubb
edon
ceada
yfor3�
4da
ys.
Inlocalm
arke
ts.
Chizim
bue/38
Rhoicissus
revo
iliiP
lanc
h.W
Clim
ber
Root
Sexu
alvitality/
stom
achache
E1/1
Dig
roots,cu
tintosm
allp
ieces,pu
tinbo
iling
water
andletthe
mrest,d
rink
thewater.
Ownus
e.
Mug
arap
achu
ru/78
Rhus
dentataTh
unb.
WSh
rub
Root
Stom
achache
E2
Dig
roots,cu
tintosm
allp
ieces,bo
ilin
water
andlets
tand
before
drinking
thewater.
Ownus
e.
Mufuta/98
Ricinu
scommun
isL.
WSh
rub
Seed
Folk
med
icine
E2
Anoilisex
tractedfrom
theseed
s.Th
isoilisus
edin
trad
itiona
lhea
lingto
applytheremed
iesin
crea
msor
ointmen
ts.
Ownus
e.
Fruit
Food
E2
Theseed
sareco
nsum
edas
almon
ds.
Ownus
e.Le
aves
Bruises
E1
Themacerated
leav
esareus
edto
massage
area
swithbruises.
Ownus
e.Mud
odod
o/28
Rothman
niafische
ri(K
.Sch
um.)Obe
rm.
WSh
rub
Fruit
Food
E6
Eata
fter
colle
cting.
Ownus
e.Mud
angu
a,Mafou
rera/8
Sclerocaryabirrea
subs
p.caffra
(Son
d.)K
okwaro
WTree
Fruit
Food
E8
Betw
eenSe
ptem
beran
dJanu
arypick
upan
dea
t.Itisalso
possible
toprod
ucewinefrom
it.
Inlocalm
arke
ts,
20MZN
/cup
.Mpu
pu/36
Secu
rida
calong
iped
uncu
lata
Fresen
.W
Tree
Root
Soap
E8
Dig
roots,scrape
andpu
tinwater.W
iththissoap
ywater
youcanwashyo
urclothe
sor
batheyo
urbo
dy.
Verylittle
commercialization.
Mud
embe
rembe
,Dem
berembe
/64
Senn
ape
tersiana
(Bolle)L
ock
WSh
rub
Root
Strong
diarrh
oea
E5
Dig
roots,cu
tintosm
allp
ieces,pu
tinwater
andletthe
mrest
foron
eho
ur,d
rink
thewater.(Veryeffective).
Ownus
e.
Utw
iro,
Gerge
lim/11
Sesamum
ango
lenseW
elw.
PHerb
Seed
Food
,Oil
E21
Ago
odam
ount
ofthegrassisco
llected
,the
yaretied
ingrou
ps,
thebu
ndlesaredriedan
dthen
shak
en.T
heseed
sare
putinthepo
tonfire,roa
sted
atthispo
intc
anbe
cons
umed
orcanalso
bemacerated
toex
tractthe
oil.
Inlocalm
arke
ts.
50�8
0MZN
/Kg.
Diia
/71
Smila
xan
ceps
Wild
WClim
ber
Root
Food
E1
Dig
roots,cu
tintosm
allp
ieces,pu
tinwater
for3da
ysbe
fore
prep
aring,
then
settodryun
derthesu
n,macerate
andwiththispo
wde
r,po
rridge
ordo
ughareprep
ared
.
Ownus
e.
Mus
ungu
sung
u/92
Solanu
msp
WHerb
Leav
esFo
odE
1Th
eleav
esareus
edforstew
s.Ownus
e.Le
aves
Minor
wou
nds
E1
Theleav
esaremacerated
andtheform
edmassisap
plied
insm
allw
ound
sto
help
healing.
Ownus
e.
Mup
ombo
chori/15
Stegan
otae
niaaraliaceaHoc
hst.
WSh
rub
Root
Stom
achache
E2
Dig
roots,cu
tintosm
allp
ieces,pu
tinwater
andletthe
mrest
for2ho
urs,then
drinkthewater.
Ownus
e.
Muk
wirade
de/65
Stercu
liaqu
inqu
elob
a(G
arck
e)K.Sch
um.
WTree
Bark
Vitalityan
dsexu
alpo
wer
D4
Theba
rkiscu
t,dried,
macerated
andthepo
wde
risco
nsum
edwithco
ffee
orbe
verage
s.Ownus
e.
Muc
uacu
a/9
Strych
nosmad
agascarien
sisPo
ir.
WTree
Fruit
Food
M17
Itisco
llected
from
thetree
.The
bark
isha
rd,soitha
sto
bebrok
enan
dthemea
ttha
tcov
erstheseed
sisea
table.
Ownus
e.
Mutam
ba/13
Strych
nosspinosaLam.
WTree
Fruit
Food
E15
Itisco
llected
from
thetree
.The
bark
isha
rd,so
itha
sto
bebrok
enan
dthemea
ttha
tcov
ers
theseed
sisea
table.
Ownus
e.
Muc
heng
a/35
Tabe
rnae
mon
tana
elegan
sStap
f.W
Shrub
Exud
ate
Stom
achache
E2
Theba
rkiscu
t,theex
udateisco
llected
,and
itisdrun
kaftermixed
withalittlewater.
Ownus
e.
Chirun
gamuz
ua/27
Tecomacape
nsis(Thu
nb.)Lind
l.W
Shrub
Root
Ven
erea
ldisea
ses
E2
Dig
roots,cu
tintosm
allp
ieces,pu
tinbo
iling
water
andletthe
mrest,d
rink
thewater.
Ownus
e.
Mus
sussu/52
Term
inalia
brachy
stem
maW
elw.H
iern
WTree
Root
Stom
achache
E3
Dig
roots,cu
tintosm
allp
ieces,pu
tinfresh
orbo
iling
water
andletthe
mrest,the
ndrinkthewater.
Ownus
e.
Mup
ama/46
Trem
aorientalis(L.)Blum
e.W
Herb
Root
Food
E13
Thetube
risremov
ed,p
repa
redas
cook
edsw
eetp
otato.
Ownus
e.Muz
wiro/51
Van
gueria
infausta
Burch.
WSh
rub
Fruit
Food
E16
Eata
fter
colle
cting.
Verypo
pular.
400�
600MZN
/Kg.
Root
Toothache
E3
Theroot
isex
cava
ted,
cutinpieces
andbo
iledin
water,
withthewater
gargle
tocu
retheab
scessesof
theteeth.
Ownus
e.
Mup
amba
gona
/62
Verno
niaam
ygda
linaDelile
WHerb
Root
Stom
achache
E1
Dig
roots,cu
tintosm
allp
ieces,pu
tintowater
andletthe
mrest
forsomeho
ursan
dthen
drinkthewater.
Ownus
e.
Guv
u/37
Vitex
donian
aSw
eet.
WTree
Fruit
Food
E4
Eata
fter
colle
cting.
Inlocalm
arke
ts.
10MZN
/Cup
.Ch
icuv
u/32
Vitex
payo
s(Lou
r.)M
err.
WTree
Fruit
Food
E13
Betw
eenMarch
andJune
,itisav
ailable.Co
llect
falle
nor
reacha
blefruits
andco
nsum
e.In
localm
arke
ts.
Muten
gene
/39
Xim
enia
caffraSo
nd.
WSh
rub
Fruit
Food
M9
Eata
fter
colle
cting.
Look
slik
egrap
etomato.
Ownus
e.
(con
tinu
edon
next
page
)
H. Aparicio, I. Hedberg, S. Bandeira et al. South African Journal of Botany 139 (2021) 318�328
325
Table 2 (Continued)
Local name/VN Scientific name Naturality Habit Used part Specific use Available UR Preparation and administration Trading
Mutengamucuru/80 Zanha Africana (Radlk.) Exell W Tree Bark Headache M 1 A piece of the bark is cut, boiled in water, andnebulisations are made with the resulting steam.
Own use.
Mutungururu/75 Zingiber officinale Roscoe W Herb Fruit Food D 1 The fruit is plucked, opened and eaten inside. Own use.Musawe/56 Ziziphus sp W/P Tree Fruit Food E 1 Eat after collecting. In local markets.
20MZN/cup.Root Tooth ache E 1 Dig the root, cut into small pieces, boil in water
and with that water gargle.Own use.
Checacheca/76 Unidentified W Herb Root/Bark Pain afterchildbirth
E 1 Dig roots or cut the bark, cut into small pieces,boil in water and let stand before drinking the water.
Own use.
Chifiti/101 Unidentified W Tree Leaves Dysentery /
bloodydiarrhoea
E 1/2 The leaves are collected and boiled. Wateris drunk until the person's health improves.
Own use.
Gambacamba/84 Unidentified W Herb Root Breathingproblems/Parasites
E 1/1 Mixed with Gergelim, the patient is fed. For wormsin children, it is mixed with Mupambagona and Mungurahue.
Own use.
Maguruzamba,/48 Unidentified W Climber Root Food E 14 The tuber is removed, prepared and cooked as potato. Own use.Mugaranjerere/26 Unidentified W Tree Root Stomachache/
Venerealdiseases
M 2/1 Dig roots, cut into small pieces, put into boilingwater and let them rest, drink the water.
Own use.
Mungurahue/21 Unidentified W Climber Root Stomachache E 4 Dig roots, cut into small pieces, put in water forsome hours and then drink the water.
Own use.
Musuanzua/95 Unidentified W Tree Fruit Food M 1 Eat after collecting. Own use.Muungo/50 Unidentified W Climber Fruit Food E 5 Eat after collecting. Own use.Nungumira/22 Unidentified W Herb Leaves High tension E 12 The leaves are boiled in water, then allowed
to rest before drinking the water.In local markets,
10�20 MZN/50 gr.Puzua/24 Unidentified W Climber Root Venereal diseases E 2 Dig roots, cut into small pieces, put
in water for some hoursand drink the water.
Own use.
Choa/� Unidentified W Mushroom Mushroom Food M 6 It is collected fromthe forestand preparedwith food,usually saladsor stews.
In local markets,20 MZN/150 gr.
Dari, Cogumelo/� Unidentified W Mushroom Mushroom Food D 20 It is collected fromthe forestand preparedwith food,usually saladsor stews.
Very popularcommercialization15�20 MZN/unit.
Naturality = whether the plant grows wild or cultivated, Wild =W, Planted = P, Used part = physical component used of the plant, VN = voucher sample number, Available = level of difficulty to find it in the area of study,Easy = E, Difficult = D, Moderate =M, UR = use reports, MZN = Metecais.
H.A
paricio,I.Hedberg,S.Bandeira
etal.South
African
JournalofBotany139
(2021)318�
328
326
Table 3Commercialized species.
Common name Scientific name Way of commercialization Availability
Wild Ginger Mondia whitei Sold raw, according to its weight. According to stand attend-ants the best quality ginger comes from Manica Province.
Found in local and central markets.
Pirri pirri Capsicum frutescens Extremely popular, sold in a wide variety of products such asfresh, dried, pulverized, as cream, oil, and preserved withsyrup or mixed with green mango and pepper.
Found in local and central markets.
Moringa Moringa sp Extremely popular, sold mostly dried or pulverized. Found sparsely in local markets and in large amounts at cen-tral markets.
Malambe Adansonia digitata Offered as fresh fruit, but mostly as extracted seeds. InMaputo it was reported to come exclusively from Manicaand Gaza provinces.
At local level, this plant has not commercialization tradition. Itwas barely found in local markets at Macate and Chimoio,whereas in central markets it was widely available.
Batata Africana Hypoxis hemerocallidea Commonly known and popular as medicinal product. Sold asfresh tuber in all the stands with medicinal plants.
In local markets of Macate and Chimoio it was barely seen,whereas in central markets it was moderately available.reported to be brought by personal that collects agriculturalproducts in the Moamba area near Maputo and fromManica province due to the fertility of these regions.
H. Aparicio, I. Hedberg, S. Bandeira et al. South African Journal of Botany 139 (2021) 318�328
versatile species with five different reported medicinal uses. It is oneof the most reported and used species (UR = 54 and FC = 20) and themost culturally significant (CI = 2.16, RI = 1.00), and as such, this plantis widely known and collected. Momordica balsamina, well known asfood source “carril” and believed to be rather efficient in the treat-ment of malaria symptoms, is quite versatile with three differentreported uses. It is also one of the most reported and used species(UR = 53 and FC = 23) and the second in cultural significance(CI = 2.12, RI = 0.80). With good versatility, Adansonia digitata,presents three reported uses but a considerably lower UR=26, FC = 13and CI=1.04.
It is important to highlight the outstanding results of Hypoxishemerocallidea, which from the medicinal perspective, was the mostversatile of all species, with outstanding indices values and consensusabout its benefits among the informants. It could be considered as apromising species for an alternative livelihood strategy, as well as astrong candidate for further research on its bioactive compositionand properties for medicinal purposes. Other plant species withmedicinal or alimentary benefits such as Momordica balsamina andAdansonia digitata, also have solid indices values and use consensus.
If not individually, the last mentioned species could be cultivatedtogether with species that serve as food and have a stabilised marketsuch as Capsicum frutescens, Mondia whitei or Moringa sp. andnative tree species such as Khaya anthotheca, Annona senegalensis,Millettia stuhlmannii, Bobgunnia madagascariensis, Pterocarpusangolensis and/or Strychnos madagascariensis in mixed and com-pound agroforestry systems. In the future, associated in communitycooperatives, the inhabitants of this region could implement theagroforestry systems in a small and medium scale. This, in combina-tion with a semi-industrialisation project for the NTFPs, could helpguarantee food security, enhance economic development, improvethe quality of life of the inhabitants and help to protect the diversityof the flora, counterbalancing the intensive agricultural labour thathas, without hindrance, developed here.
3.4. Informants knowledge
With an average age of 57.3 § 13,5 years, the majority of theinformants were knowledgeable people: heads of families with a cer-tain degree of interest in the use of plants. The “curandeiros” and“profeta” did not share a considerable quantitative difference inknowledge in comparison with other informants. However, morespecific plant uses were mentioned by them. Undoubtedly theirknowledge is wider, but they were cautious of openly sharing moreof their knowledge. As a fact and in general, the villagers who remainin their community throughout their lives and remain estranged
327
from western medicine or do not often visit cities, show more inter-est in traditional knowledge transmission.
Each informant knew on average 21.6 (min 12, max 33) species.Thirty-nine species (37%) were each reported by only one informant;33% (35 species) by two-five informants and 21.7% (23 species) by6�15 informants. Nine species (8.5% of the total) were reported bymore than 15 informants. A larger number of informants sharedknowledge and a certain level of consensus on species and their uses,whereas a smaller group of informants held reduced or erraticknowledge. This could be attributed to the age and role of the inform-ants as family heads. They are the ones who hold the responsibly offinding the way to secure the provision of food and also often need tocope with common ailments within the family group members, a sit-uation that encourages them to acquire and hold some knowledgeabout plants, their uses and benefits.
3.5. Markets situation
The visit to the markets was an exploratory approach to look overand identify the plant products from the forest that are commonlytraded, their popularity, potential and trading prices. The local mar-ket at Macate district main trading point is rather small (15�20 trad-ers), and most of the products that were found are agriculturalproducts. Chimoio’s local markets displayed a wider variety, not onlyof food products, but also of medicinal plants.
Centralised markets like “Bazar da Baixa” and “Mercado Janet” inMaputo were also visited. The important commercialised species inthe different stands are presented in Table 3, they are mentioned inpriority order according to what was reported in the markets. Trad-ing prices (when reported) are presented in Table 2.
Despite their popularity, still incipient but potential market andtrade was observed for Adansonia digitata and Hypoxis hemerocalli-dea. This situation could be explained as a combination of differentaspects: a) The demand is still low as a result of ignorance of the ben-efits of the species; b) availability of these plants could be limited; c)durability. Parts of fresh plants are perishable and are more suscepti-ble to degradation during transportation and storage.
4. Conclusions
Botanical knowledge, cultural value, utilisation and managementpractices of 106 plant species is documented for Nhamacoa area dis-trict of Macate in Manica, Mozambique. The quantitative processingrevealed that most of the species are valued as source of food. A widerange of species with medicinal uses was acknowledged by a consid-erable number of informants, which reflects a good level of consensus
H. Aparicio, I. Hedberg, S. Bandeira et al. South African Journal of Botany 139 (2021) 318�328
about useful species and their specific benefits. This is a rather posi-tive indicator regarding the consistency and validity of the findings.
Given their versatility, cultural ranking, consensus on their bene-fits and potential as market products, the species Hypoxis hemerocal-lidea, Adansonia digitata, and Momordica balsamina have beenidentified as species with potential as a livelihood alternative forinhabitants of this region. In addition, with solid quantitave indicesranking and unanimously mentioned as effective in treating differentailments, Cassia afrofistula, Sterculia quinqueloba, Bobgunnia mada-gascariensis and the unidentified “chifiti” and “nungumira” are rec-ommended for possible future investigations of their biochemicalcontent or pharmacological properties.
The considerable number of species and uses reported are indica-tors of the dependency of communities in the studied area on non-timber forest products as sources of food and health care. This alsomeans that, even though it is under serious threat, local ethnobotani-cal knowledge has managed to survive among these communities.The important role of the remains from dense woodlands and theirNTFPs, confirm the immense value of these relicts which should beconsidered areas of priority for conservation.
Declarations
List of abbreviations:NTFP: Non-timber forest productsEthics approval and consent to participate: The study did not
involve any animal experiments or the export of plant material. Priorinformed consent was obtained from study participants.
Consent for publication: Not applicable.Availability of data and materials: No datasets were deposited in
repositories.Competing interests: The authors declare that they have no
known competing financial interests or personal relationships thatcould have appeared to influence the work reported in this paper.
Funding: This study was financed in part by a stipend from Ellenoch Tage Westins Stiftelsen.
Authors' contributions
Hainner Aparicio: Field work planning, data collection, ethnobo-tanic survey, voucher samples collection and processing, visits tomarkets, data structuring and processing, manuscript elaborationediting and formatting.
Abdolbaset Ghorbani: Supervision, guidance and institutionallogistics.
Inga Hedberg: Supervision, guidance and institutional logistics.Salomao Bandeira: Voucher sample’s identification.
Declaration of Competing Interest
None.
Acknowledgments
The authors are grateful to the local informants who shared theirknowledge with us, especially to Macate’s community leader Mr.Paulo Tomussene for his help and co-operation throughout the study.Associacao Amigos da Floresta de Mocambique NGO is acknowledgedfor providing fieldwork logistics. We thank the two anonymousreviewers for their careful reading of the manuscript and suggestionswhich have greatly improved the paper. To Mr. John Burrows for hisvaluable help with botanical identification of some specimens andMrs. Tara Ratnayake for proofreading the manuscript to English lan-guage.
328
References
Abbot, J., 1996. The Miombo in transition: Woodlands and Welfare in Africa. Theimpact of Commercial and Domestic Uses of Wood Fuel On Miombo woodland.Center for International Forestry Research (CIFOR), Bogor, Indonesia.
Albano, G., 2002. Tropical secondary forest management in Africa: reality and perspec-tives. Mozambique country report. In: Proceedings of the Workshop on TropicalSecondary Forest Management in Africa, Nairobi, Kenya.
Albuquerque, U.P., Lucena, R., Monteiro, J.M., Florentino, A.T.N., Almeida, C.B.R., 2006.Evaluating two quantitative ethnobotanical techniques. Ethnobotany Researchand Applications 4, 51–60.
Alí, R., Athar, M., Abdullah, U., Abudiat Abibi, S., Qayyum, M., 2009. Nutraceuticals asnatural healers: emerging evidences. African Journal of Biotechnology 8, 891–898.
Ambrose-Oji, B., 2003. The contribution of NTFPs to the livelihoods of the ‘forest poor’:evidence from the tropical forest zone of south-west Cameroon. International For-estry Review 5, 106–117. https://doi.org/10.1505/IFOR.5.2.106.17420.
Bandeira, S.O., Gaspar, F., Pagula, F.P., 2001. African ethnobotany and healthcare:emphasis on Mozambique. Pharmaceutical Biology 39 (Suppl 1), 70–73. https://doi.org/10.1076/phbi.39.s1.70.0002.
Boesi, A., 2014. Traditional knowledge of wild food plants in a few Tibetan communi-ties. Journal of Ethnobiology Ethnomedicine 10 (2014), 75. https://doi.org/10.1186/1746-4269-10-75.
Bonet, M.A., Vall�es, J., 2002. Use of non-crop food vascular plants in Montseny bio-sphere reserve (Catalonia, Iberian Peninsula). International Journal of Food Scien-ces and Nutrition 53 (3), 225–248. https://doi.org/10.1080/09637480220132841.
Bruschi, P., Morganti, M., Mancini, M., Signorini, M.A., 2011. Traditional healers and lay-people: a qualitative and quantitative approach to local knowledge on medicinalplants in Muda (Mozambique). Journal of Ethnopharmacology 138 (2), 543–563.https://doi.org/10.1016/j.jep.2011.09.055.
Bruschi, P., Mancini, M., Mattioli, E., Morganti, M., Signorini, M.A., 2014. Traditionaluses of plants in a rural community of Mozambique and possible links withMiombo degradation and harvesting sustainability. Journal of Ethnobiology andEthnomedicine 10, 59. https://doi.org/10.1186/1746-4269-10-59.
Campbell, B., 1996. The Miombo in Transition: Woodlands and Welfare in Africa. Cen-ter for International Forestry Research (CIFOR), Bogor, Indonesia.
Climate-data.org., 2020. Meteorological Data from the Official Weather Station in Manica.https://en.climate-data.org/africa/mozambique/manica/manica-6018/ (accessed 15March 2020).
Chirwa, P.W., Syampungani, S., Geldenhuys, C.J., 2008. The ecology and management ofthe Miombo woodlands for sustainable livelihoods in southern Africa: the case fornon-timber forest products. South Forest 70, 237–245. https://doi.org/10.2989/SF.2008.70.3.7.668.
Cory, W., 2020. Package ‘ethnobotanyR’ Version 0.1.7. Cran.R-Project.Org/Web/Packages/ethnobotanyR (accessed 30.01.2020).
Frost, P., 1996. The ecology of Miombo woodlands. Ed. In: Campbell, B. (Ed.), Miombo inTransition: Woodlands and Welfare in Africa. Centre for International ForestryResearch, Bogor, pp. 11–55.
Huber, F.K., Ineichen, R., Yang, Y., Weckerle, C.S, 2010. Livelihood and conservationaspects of non-wood forest product collection in the Shaxi valley, SouthwestChina. Economic Botany 64 (3), 189–204. https://doi.org/10.1007/s12231-010-9126-z.
Hyde, M.A., Wursten, B.T., Ballings, P., Coates Palgrave, M., 2020. Flora of Mozambique.https://www.mozambiqueflora.com/search.php (accessed 03 Mar 2020).
International Society of Ethnobiology (ISE), 2006. International Society of EthnobiologyCode of Ethics (With 2008 Additions). http://ethnobiology.net/code-of-ethics/(accessed 28 Sep 2019).
Krog, M., Falc~ao, M.P., Olsen, C.S., 2006. Medicinal plant markets and trade in Maputo,Mozambique. Danish Centre for Forest, Landscape and Planning, KVL, Denmark,pp. 16–2006. Forest and Landscape Working Papers.
Lynam, T., Sitoe, A., Reichelt, B., Owen, R., Zolho, R., Cunliffe, R., Bwerinofa, I., 2004.Human Wellbeing and Ecosystem Services: An Assessment of the Linkages in theGorongosa-Marromeu Region of Sofala Province, Mozambique to 2015. Harare:Institute of Environment Studies, University of Zimbabwe, Harare, Zimbabwe.
Prance, G.T., Balee, W., Boom, B., Carneiro, R., 1987. Quantitative ethnobotany and thecase for conservation in Amazonia. Conservation Biology 1, 296–310. https://doi.org/10.1111/j.1523-1739.1987.tb00050.x.
Ribeiro, A., Romeiras, M.M., Tavares, J., Faria, M.T., 2010. Ethnobotanical survey in Can-hane village, district of Massinger, Mozambique: medicinal plants and traditionalknowledge. Journal of Ethnobiology and Ethnomedicine 2010, 6–33. https://doi.org/10.1186/1746-4269-6-33.
Shackleton, S., 2011. Non-timber Forest Products in the Global Context. Springer, Ber-lin, Germany.
Tardío, J., Pardo de Santayana, M., 2008. Cultural importance indices: a comparativeanalysis based on the useful wild plants of Southern Cantabria (Northern Spain).Economic Botany 62, 24–39. https://doi.org/10.1007/s12231-007-9004-5.
The Plant List, 2013. Version 1.1. Published on the Internet http://www.theplantlist.org/ (accessed 03 March 2020).
Tiwari, N., Poudel, R., Uprety, Y., 2004. Study On Domestic Market of Medicinaland Aromatic Plants (MAPs) in Kathmandu Valley. https://doi.org/10.13140/RG.2.1.5166.0243.
WorldData.info, 2020. Meteorological Data from the Official Weather Station in Manica.https://www.worlddata.info/africa/mozambique/climate-manica.php (accessed 15March 2020).
WWF, 2018. Southern Miombo woodlands. https://www.worldwildlife.org/ecoregions/at0719 (accessed 15March 2020).