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Utilization of wild citrus by Khasi and Garo tribes of Meghalaya

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Uses of wild and semi-wild Citrus are inculcated in the culture of tribal people of Meghalaya owing to its ubiquitous distribution and availability. In this paper, the traditional uses of Citrus hystrix DC syn. Citrus macroptera Montrouz., Citrus latipes (Swingle) Yu.Tanaka and Citrus indica Yu.Tanaka by the Khasi and Garo tribes of Meghalaya are documented. The study was conducted in 16 villages of the state having significant area under forest with Citrus species as natural component of forest vegetation using standard socio economic research methods. Distribution of these species are mostly confined to sacred groves, community conserved forests, core zone of protected areas and home gardens. Fruits and its parts are used for various medicinal and culinary purposes by these tribes. Owing to its distribution, Citrus latipes (Swingle) Yu.Tanaka is more commonly used by the Khasi people; Citrus indica Yu.Tanaka is more used by the Garo people while Citrus macroptera Montrouz. is equally popular among people of both the tribes. Wild Citrus spp and traditional knowledge associated with it are faced with a great threat of loss and call for protection and conservation. Documentation of traditional knowledge associated with Citrus spp could be a treasure for the future generation. © 2015, National Institute of Science Communication and Information Resources (NISCAIR). All rights reserved.
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Indian Journal of Traditional Knowledge
Vol. 15 (1), January 2016, pp. 121-127
Utilization of wild Citrus by Khasi and Garo tribes of Meghalaya
Anamika Upadhaya, S S Chaturvedi & B K Tiwari*
Department of Environmental Studies, North-Eastern Hill University, Shillong 793022, Meghalaya
E-mails: anamika ya@gmail.com; sschaturvedinehu@gmail.com; bktiwarinehu@gmail.com
Received 10 October 2014, revised 12 February 2015
Uses of wild and semi-wild Citrus are inculcated in the culture of tribal people of Meghalaya owing to its ubiquitous
distribution and availability. In this paper, the traditional uses of Citrus hystrix DC syn. Citrus macroptera Montrouz.,
Citrus latipes (Swingle) Yu.Tanaka and Citrus indica Yu.Tanaka by the Khasi and Garo tribes of Meghalaya are
documented. The study was conducted in 16 villages of the state having significant area under forest with Citrus species as
natural component of forest vegetation using standard socio economic research methods. Distribution of these species are
mostly confined to sacred groves, community conserved forests, core zone of protected areas and home gardens. Fruits and
its parts are used for various medicinal and culinary purposes by these tribes. Owing to its distribution, Citrus latipes
(Swingle) Yu.Tanaka is more commonly used by the Khasi people; Citrus indica Yu.Tanaka is more used by the Garo
people while Citrus macroptera Montrouz. is equally popular among people of both the tribes. Wild Citrus spp and
traditional knowledge associated with it are faced with a great threat of loss and call for protection and conservation.
Documentation of traditional knowledge associated with Citrus spp could be a treasure for the future generation.
Keywords: Wild, Utilization, Khasi tribe, Garo tribe, Citrus macroptera Montrouz., Citrus latipes (Swingle) Yu.Tanaka,
Citrus indica Yu.Tanaka, Meghalaya
IPC Int. Cl.8: A61K 36/00
Wild edibles have been an important source of food
for mankind; in fact, earlier to the advent of
agriculture humans were exclusively nurtured by food
from the wild. All over the world, there has been an
increasing interest in the scientific study of man-plant
interaction in the natural environment. Indigenous
peoples, commonly designated as aboriginals, natives,
autochthonous, fourth world, first nations, first
people, adivasi (original settlers), vanyajati
(forest-castemen), adimjati (primitive castes), janjati
(folk communities) and tribals are the people holding
ancient knowledge relating to such interactions. Food is
integrated into a culture as a reflection of their history,
their belief system and the ecological and social context
of the community. Since ancient times, wild plants have
remained a sustainable source for subsistence for most
indigenous communities1. Patterns of wild plant use
depend on the socio-cultural milieu of the population
being studied2. A World Health Organization (WHO)
estimate suggests that up to 80% of the world’s
population, mostly in developing countries, relies on
traditional medicine practices for their health care needs.
This is particularly true of the poorer sections of the
population because natural remedies are not only
cheaper than modern medicines, but are often the only
medicines available in remote rural regions3.
Citrus fruit belong to three closely genera, viz.
Citrus, Fortunella and Poncirus of subfamily
Aurantioideae, family Rutaceae. In India, 27 species
of Citrus have been reported to occur and of these
23 species are found in northeastern India4. Citrus
indica Yu.Tanaka falls under subgenus Citrus and
Citrus macroptera Montrouz. and Citrus latipes
(Swingle) Yu.Tanaka under subgeneus Papeda. Citrus
thrives well in the tropical and sub-tropical climates
and are therefore grown throughout the world in areas
lying between approximately 40°N and 40°S latitude
which is also known as “Citrus Belt”. Citrus has its
center of origin in the Indian Center and therefore,
indigenous species of Citrus are found in almost all
parts of India5. C. latipes (Swingle) Yu.Tanaka and
C. indica Yu.Tanaka are found in North east India,
C. megaloxycarpa and Citrus aurantiifolia (Christm.)
Swingle syn. Citrus × pseudolimonum Wester are
found in foothills of the Himalayas and
C. pennivesiculata and C. maderaspatana are found in
the south India. Citrus latipes (Swingle) Yu.Tanaka is
native and endemic to Khasi hills of Northeastern India.
_____________
*Corresponding author
INDIAN J TRADIT KNOWLE, VOL. 15, No. 1, JANUARY 2016
122
C. macroptera Montrouz. is distributed in Thailand,
Indochina, Phillippines, New Guinea, New Caledonia
and Polynesia and is considered to be native to these
regions of South east Asia. C. indica Yu.Tanaka is
endemic to North eastern Himalayas and reported to be
occurring wild in Naga Hills of Nagaland, Kaziranga
Reserve forest in Assam and Garo hills of Meghalaya.
Meghalaya, one of the hilly states of North eastern
India, is exceptionally rich in biodiversity. The Khasi
and Jaintia Hills of the state are described as some of
the richest botanical habitats of Asia. The state falls
in the region considered to be the centre of origin of
Citrus species and is very rich in Citrus germplasm6.
Fruits of Citrus are known to have long history of use
and appear in old documents of Chinese and Sanskrit
literatures of as early as 800 BC. They are valued
throughout their distribution for their fruits, essential
oils and medicinal properties7. Citrus species have
been traditionally used by indigenous tribal
communities for medicine world-wide5,7,8. Yet, very
few detailed accounts on the uses of Citrus species
exist9. In India, a vast reservoir of Citrus diversity
exists both in wild and cultivated forms, and
northeastern region, is considered as paradise of
genetic diversity and natural home of many Citrus
species. Several, past explorers have described the
region as hot spot of Citrus biodiversity and have
underlined that the erosion of its genetic resources is a
cause of concern6,10. It is well recognized that traditional
communities have knowledge on utilization and
conservation of Citrus in forests and homesteads,
however the same have not been documented and
researched. The present study has been carried out to
document and analyze traditional knowledge associated
with utilization of Citrus macroptera Montrouz., Citrus
latipes (Swingle) Yu.Tanaka and Citrus indica
Yu.Tanaka by Khasi and Garo tribes of Meghalaya.
Study area
Meghalaya lies between 25°4´N to 26°10´N and
89°48´E to 92°50´E longitudes with a total
geographical area of 22,429 sq km. For the collection
of data on the local and traditional knowledge
associated with utilization of selected Citrus species,
the state was divided into four broad agro-ecological
regions11 viz., Western Region, comprising of Garo
Hills and some adjoining areas of the West Khasi
Hills, Central and Upland Region, covering the East
Khasi Hills, parts of West Khasi Hills, Ri-Bhoi and
Jaintia Hills districts, Northern Undulating Hill
Region, including most parts of the Ri-Bhoi district
and some part of West Khasi Hills and Southern
Precipitous Region, popularly known as the War Area
which includes most of the southern part of the West
and East Khasi Hills, parts of Jaintia Hills and a small
area of South Garo Hills district.
Sixteen villages/towns; 2 from western region, 7
from central upland region, 3 from North undulating
region and 4 from South precipitous region, having
significant area under forest with Citrus species as
natural component of forest vegetation were selected
for detailed survey on traditional knowledge
associated with utilization of Citrus species.
Methodology
The household survey for the collection of data on
traditional knowledge associated with the Citrus species
was conducted during April 2008 to March 2009. The
data was collected using Focus Group Discussion, Key
Informant Interview, Participatory Rural Appraisal
(PRA) and Household Survey,12. Stratified random
sampling on 15% of the total households in each village
was carried out for Household Survey. People were
interviewed using a semi-structured questionnaire.
Questions were focussed on the uses of the different
plant parts of the Citrus species including culture and
tradition associated with Citrus.
The key informants included the village head-men
and village elders and other knowledgeable persons of
the village. Focus Group Discussion in each village
were held where groups were divided into the citrus
cultivators and users, the non-cultivators but users, the
young generation and the elders of the society. Forests
and the homesteads of the selected villages were
surveyed for the presence of C. Latipes (Swingle)
Yu.Tanaka, C. macroptera Montrouz. and C. Indica
Yu.Tanaka. The specimens of three Citrus species
were collected and identified from Botanical Survey
of India, Eastern Regional Centre, Shillong.
Results
The survey on distribution and traditional
knowledge relating to the three wild endemic and rare
Citrus spp found in Meghalaya revealed that
C. latipes (Swingle) Yu.Tanaka and C. indica
Yu.Tanaka were mostly found in the natural forests.
C. latipes (Swingle) Yu.Tanaka was found growing in
primary forest namely Sacred Groves of Mawphlang,
Ialong, Raliang and in the community forests of Mairang
and Upper Shillong while, wild population of C. indica
Yu.Tanaka was found in the core region of Nokrek
Biosphere Reserve, foot hills of Nokrek and in
UPADHAYA et al.: UTILIZATION OF WILD CITRUS BY KHASI AND GARO TRIBES OF MEGHALAYA
123
community forests of South Garo Hills. Villages
surrounding these forests were also seen to harbour
erstwhile naturally growing populations of the species
which were selectively retained by the villagers in their
homesteads while clearing forests for settlements.
C. Macroptera Montrouz., on the other hand, was found
in the semi-wild state cultivated and protected in the
forest-gardens of South precipitous region.
Citrus latipes (Swingle) Yu.Tanaka
C. latipes (Swingle) Yu.Tanaka is locally known as
Soh Kymphor Shrieh in Khasi language and Sa Bah in
Jaintia language. The medicinal uses of C. latipes
(Swingle) Yu.Tanaka by the Khasi tribe of Meghalaya
are given in Table 1. Different parts of the plant are
used for treating different ailments. Leaves are used
for treating cold, headache and bodyache. Leaves are
Table 1 — Traditional uses of C. Latipes (Swingle) Yu.Tanaka, C. macroptera Montrouz. and C. indica Yu.Tanaka by Khasi and Garo
tribes of Meghalaya
Fruits Tribes Parts used Uses Method of uses
Common cold
Leaves of the plant are boiled in water until water turns green in color and
this water is used for bathing when suffering from cold.
Leaves Headache and body
ache
Leaves of the plant are boiled in water until water turns green in color and
this water is used for bathing to get relief from headache and bodyache.
Stomach disorder
Fruit is peele
d and boiled in small amount of water. It is then cooled and
strained through the muslin cloth and stored. This concoction is diluted in
water and given for stomach ailments like gas in the stomach, constipation,
etc.
Skin diseases
Fruit is peeled and
boiled in small amount of water. It is then cooled and
strained through the muslin cloth and stored. The concoction is applied
over chapped skin to get relieve from dry skin. It is also used in frost bite
and also as a stain removal for the skin.
Fever
Juice mixed with mustard oil is embalmed on forehead and nose to get
relieve from cold and fever.
Citrus latipes
(Swingle)
Yu.Tanaka
Khasi
Fruit juice
Cuts and wounds Juice is applied on cuts and wounds as antiseptic.
Stomach disorder A small amount of fresh or stored juice
is taken in a cup of water with a
pinch of salt to cure ailments.
Fever
Juice is applied on forehead or on pate (top of the head) in case of children
during fever to bring down the temperature.
Headache and
Body-ache
Garo
people apply the juice on forehead and also all over the body to get
relief from pain.
Antidote Garo people take it orally as an antidote during food poisoning.
Cuts and wounds Juice applied on cuts and wounds act as antiseptic
Khasi
and
Garo
Juice
Skin diseases Khasi people rub the juice on cracked and chapped skin to heal.
Peel
Culinary
Fresh peel is used during the season or it is also preserved for later use.
Peel is used in various traditional cooking of non-
flavor. It is used with pork, beef, fishes and also chicken.
Khasi
Pulp Pickle Pulp is sun dried and pickled with different spices and oil.
Juice Culinary Juice is used to flavor the fried pork. It is said to neutralize the fat.
Peel Culinary
Fresh peel i
s used during the season or it is also preserved for later use.
Peel is used in various traditional way of cooking non-
vegetarian dishes to
add flavor. It is used with pork, beef, fishes and also chicken. One
delicacy of garo with this fruit is called as “Wak Chambal Phura
Pickle
Peel is scraped, fruit cut into pieces, sundried a little and preserved in
glass bottle with warm mustard oil and other local spices. This preparation
is sundried for a few days before it is ready to use.
Citrus
macroptera
Montrouz.
Garo
Whole Fruit
Wangala dance
The fruit is tied with strings on the hips and swung which depicts the
protection of crop field from the pests.
Food poisoning Whole fruit or Juice is taken orally as an anti-dote for food poisoning.
Citrus indica
Yu.Tanaka Garo Juice/fruit Stomach disorder A small amount of fresh or stored juice
is taken in a cup of water with a
pinch of salt to cure the ailments.
INDIAN J TRADIT KNOWLE, VOL. 15, No. 1, JANUARY 2016
124
boiled in water until the water turns green and this water
is used for bathing to get relief from common cold,
fever, bodyache and headache. Fruit is peeled and boiled
in small amount of water, it is then cooled and strained
through muslin cloth and stored. This decoction is used
for treating stomach disorders and also skin problems.
The decoction is diluted in water and is orally taken to
get relief from ailments like gas in stomach,
constipation, etc. The same decoction is also applied
over chapped skin to get relief from dry skin problem
and for removal of stain from the skin. Fruit juice is
mixed with mustard oil and embalmed on forehead and
nose during cold and fever to lower the body
temperature. It also acts as antiseptic when applied on
cuts and wounds. C. latipes (Swingle) Yu.Tanaka fruit is
bitter sour in taste and is not commonly consumed raw,
but in Khasi villages of Laitjem and Sadew, fruits are
eaten between meals as snacks, usually blended with
finely cut tender leaves of mustard or radish, with excess
of chillies and sugar and salt for taste (Fig. 1).
Citrus macroptera Montrouz.
C. macroptera Montrouz., locally known as
Soh Kwit in Khasi language and Chambal in Garo
language mostly grows on the southern slopes of
Meghalaya. The villages where this species was
recorded are: Mawlong, Wahlong, and Tyrna. Sohra
is the local market for surrounding areas, where the
growers from interior villages sell the fruits on the
weekly market day. In Garo hills it is widely
distributed and mostly grows on hill slopes as a
component of natural vegetation.
The medicinal uses of C. macroptera Montrouz. by
the Khasi and Garo tribes of Meghalaya are given in
Table 1. The fresh or stored juice of this fruit is used
to get immediate relief from various common
ailments, viz., stomach disorder and fever. Juice
diluted in water, mixed with salt and sugar is orally
taken for stomach ailment like flatulence,
constipation, etc. It is also used to get relief from high
fever. Topical application of juice all over the body or
just on forehead during high fever brings down the
temperature. Some families mix juice with mustard
oil and lime and apply on forehead or on pate (top of
the head) in case of children during fever to bring
down the body temperature. It also acts as an
antiseptic when applied on cuts and wounds. People
of Garo tribe use juice as an antidote for any type of
food poisoning in human and also cattle and pets. The
fruit is boiled with the food and given to the pets.
C. macroptera Montrouz. is cherished for its
culinary properties by the people of Meghalaya
(Table 1). Peel is used in the preparation of
non-vegetarian dishes and some pulses. It is used for
tangy flavour and aroma in the dishes and also
believed to neutralize the fats. Fresh peel is used
during the season and for later use peel is dried and
kept. C. macroptera Montrouz. is intricately woven in
the lives of Garo people of Meghalaya. Other than its
medicinal properties it is highly valued for its culinary
value (Table 1). Both juice and peel is used in the
traditional cooking of the non-vegetarian dishes.
Commonly used with pork, it is also used with beef,
fish and chicken. Juice is added in the fried meat for
the flavour and is said to neutralize the fat. Fresh peel
is used during the season and for the off season it is
dried in the sun and preserved. One delicacy of Garo
tribe with this fruit is Wak Chambal Phura”, where
pork is prepared with rice flour and peel of the fruit.
Fruit is also relished in the form of pickle. For pickle
preparation, peel of the fruit is scraped; fruit is then
cut into pieces and bottled with lots of salt. The other
way of making pickle is by cutting the fruit into
pieces and drying it in the sun and pickled with
species and mustard oil (Fig. 2).
C. macroptera Montrouz. also has an important
role in the most famous Wangala dance”, which is a
folk dance performed by Garo people during harvest
festival. This festival is observed by Ambeng, the
traditional Garo tribe, living in Meghalaya and Assam
in India and Greater Mymensingh in Bangladesh. The
festival is celebrated for the thanks giving to the
Sun-God (Misi Saljong) for good harvest. A part of
the dance called “Chambal moa depicts the
protection of crop field from birds and other
Fig. 1- Citrus latipes (Swingle) Yu. Tanaka plant with fruits
UPADHAYA et al.: UTILIZATION OF WILD CITRUS BY KHASI AND GARO TRIBES OF MEGHALAYA
125
predators. In this section the dancers tie
C. macroptera Montrouz. fruit behind their back with
string and swing in a very rhythmic way chasing away
the birds and the other animals from the crop field.
Khasi people preserve the juice of C. macroptera
Montrouz. by simply storing it, whereas Garo people
boil the juice for a long time and cool it to room
temperature before storing it in glass bottles. The
stored juice can be used for at least one year or more
if it is kept in air tight containers.
Citrus indica Yu.Tanaka
C. indica Yu.Tanaka is commonly known as
Memang Narang in Garo language. In Khasi and
Jaintia language it is called as Soh Kumphlair and Sa
Kymphrai, respectively. The fruit grows mostly in
Garo Hills below 1000 msl. Natural or wild
population of C. indica was not recorded during the
study from Khasi and Jaintia Hills. Medicinal uses of
C. indica Yu.Tanaka by Garo tribe of Meghalaya are
given in Table 1. C. indica Yu.Tanaka has uses
similar to C. macroptera Montrouz. and according to
users, the former is more potent but rare, as a result
C. macroptera Montrouz. is used more frequently.
C. indica Yu.Tanaka is used as an antidote for any
type of food poisoning. Either fresh fruit or juice is
administered to the patient and in case of dried fruit
being used the dose is increased. This fruit is also
reported to cure hypertension, snake bite, jaundice
and small pox. Juice is also used as energy drink for
persons suffering from fatigue and dehydration. In
villages of lower elevation of Khasi and Jaintia Hills,
C. indica Yu.Tanaka is grown in the homestead for
its aesthetic and ornamental value. This plant was
preferred in the home gardens as the flowers had
pleasant fragrance and fruits remained in the tree for
longer time from October to February. Fruits are
small and beautiful with orange to scarlet red colour.
The fruit is highly valued for its medicinal and
culinary properties by the people of Meghalaya.
Since, these fruits are available only during certain
season of the year, various traditional techniques are
used to preserve fruit as a whole or in parts that are
used. Both Khasi and Garo tribes have their
indigenous ways of preserving it. Garo people dry the
whole fruit and store it for later use. The fruit is dried
in the sun either by tying in the string or by placing it
outside. The other way of drying the fruits is by
traditional smoking method. In this method fruits are
placed on the bamboo rack called gamchang made
over the traditional fire place (Fig. 3).
Discussion
Citrus is one of the most consumed fruit and is well
known for its food value and nutritional and
medicinal properties13. The acid lime has antiseptic,
astringent, restorative properties. It is a digestive
stimulant and encourages the appetite when eaten
with meals. Citrus antioxidants are also anti-
carcinogenic, anti-inflammatory and anti-allergens14.
Carbohydrate, protein, dietary fibres, minerals,
vitamins, and antioxidants content in C. Latipes
(Swingle) Yu.Tanaka, C. macroptera Montrouz. and
C. indica Yu.Tanaka have been reported to be higher
than the commercial Citrus species15. Being rich in
nutritional content and part of regular diet of the rural
tribal people, these species significantly contribute to
the health care system of the region.
Fig. 2- Citrus macroptera Montrouz plant with fruits
Fig. 3- Citrus indica Yu. Tanaka twigs with fruits
INDIAN J TRADIT KNOWLE, VOL. 15, No. 1, JANUARY 2016
126
Identification of a particular plant by the
indigenous people for their potential use is based on
their techno-ecological knowledge16. The study on
traditional knowledge revealed that these species are
extensively used in food and traditional healthcare
system prevalent among the tribal people of
Meghalaya. Malik et al.8 while studying the
germplasm of C. indica Yu.Tanaka and C. macroptera
Montrouz. of North eastern India have briefly
outlined the uses of these species. The survey further
revealed rapid decline in the natural populations of
wild Citrus. This can be attributed for various reasons
like unsustainable use of these plants, destruction of
their natural habitats and also due to promotion and
cultivation of commercially important Citrus species.
The old practices have diminished considerably in the
last century, producing an impoverishment of plant
diversity in people’s diets21. Many studies on
indigenous communities have shown that wild plant
knowledge decreases through generations18,2 which is
also happening in the present case. The present study
corroborated that the decrease in the tradition of
gathering wild edibles like Citrus by the folk
communities studied is attributed to diverse social,
economic and ecological factors. In places where
environmental transformation has led to changes in
food practices, many indigenous communities have
abandoned or changed their traditional customs and
thereby lost their plant knowledge over time2,18,20.
Threat of the loss of traditional knowledge associated
with the plant and also erosion of their genetic pool
calls for the need for collection and conservation of
the Citrus species mostly found in the wild. Research
on propagation, cultivation and conservation and
further inventorying the traditional knowledge
available is urgently needed. For conservation of rare
plant species, cultivation is often considered an
alternative to wild collection21. Though C. indica
Yu.Tanaka is being domesticated in a small scale
other species still remain confined to natural forests.
Loss of natural forest is causing a threat to the Citrus
germplasm in the state and reduced availability of the
resource is emerging as a threat to the knowledge
associated with this plant.
Acknowledgement
The authors are thankful to the University Grant
Commission for the financial assistance to A Upadhaya
in the form a Junior Research Fellowship. We thank the
Khasi and Garo people of Meghalaya for sharing their
knowledge and rendering help during field surveys.
References
1 Pimentel D, McNair M, Buck L, Pimentel M & Kamil J, The
value of forests to world food security, Hum Ecol, 25(1)
(1997) 91–120.
2 Benz BF, Cevallos J, Santana F, Rosales J & Graf S,
Losing knowledge about plant use in the Sierra de
Manantlan Bioshphere Reserve, Mexico, Econ Bot, 54
(2000) 183-191.
3 Kasparek M & al-Janabi S, Medicinal plants: biodiversity for
healthcare Issue papers biodiversity, 5-6 (Germany Technical
Cooperation (GTZ)), 2001
4 Sharma BD, Hore DK & Gupta SG, Genetic resources of
Citrus of North-eastern India and their potential use, Genet
Resour Crop Ev, 51 (2004) 411-418.
5 Hazarika TK, Citrus genetic diversity of North-east India,
their distribution, ecogeography and ecobiology, Genet
Resour Crop Ev, 59 (2012) 1267-1280.
6 Goswami AM & Sexana SK, Citrus, Tropical Horticulture,
Vol. 1, (Naya Prakash, 206 Bidahn Sarani Calcutta. India),
1999.
7 Paul A & Cox PA, An ethnobotanical survey of uses for
Citrus aurantium (Rutaceae) in Haiti, Econ Bot, 49 (1995)
249-256.
8 Malik SK, Chaudhury R, Dhariwal OP & Rajwant KK,
Collection and characterization of Citrus indica Tanaka and
C. macroptera Montr.: wild endangered species of
Northeastern India, Genet Resour Crop Ev, 53 (2006)
1485-1493.
9 Tynsong H, Tiwari BK & Lynser MB, Medicinal plants of
Meghalaya, India, Medicinal Plant Network News, 6 (2006)
7-10.
10 Chadha KL, Status report on tropical fruit species in South
Asia, In: Proceedings expert consultation on tropical fruit
specially Asia, edited by RK Arora & VR Rao, (MARDI
Serdang Kuala Lumpur, IPGRI Office for South Asia,
New Delhi), 1995, 45-60.
11 Singh IP, Singh S, Singh K & Srivastava R, Exploration and
collection of Citrus germplasm from NEH region
(Meghalaya) of India, Indian J Plant Genet Resour, 14(1)
(2001) 70-73.
12 Tiwari BK, Domestication of three Non-traditional species
by shifting cultivators of North-East India, In: Shifting
cultivation: towards Sustainability and Resource
Conservation in Asia edited by YC James Yen Centre, Biga,
Silang Cavite, (International Institute of Rural
Reconstruction. Phillippines), 2001, 98-104.
13 Mi Jang S, Hyun K, Heldenbrand B, Kyung HC & Byoung-
Yoon L, Traditional knowledge of wild edible plants on
Jeju Island, Korea, Indian J Tradit Knowle, 12 (2) (2013)
177-194.
14 Manthey JA, Grohmann K & Manthey CL, Anti-
inflammatory properties of citrus flavonoides, International
Citrus Congress, Florida, 2000, 1201.
15 Saravanan R, Traditional knowledge, innovation systems and
democracy for sustainable agriculture: a case study on Adi
tribes of Eastern Himalayas of North-East India, (ISDA,
Montpellier), 2010.
16 Upadhaya A, Biodiversity and Nutritive Value of Semi-
Wild and Wild Citrus Species of Meghalaya, PhD Thesis
UPADHAYA et al.: UTILIZATION OF WILD CITRUS BY KHASI AND GARO TRIBES OF MEGHALAYA
127
(North Eastern Hill University Shillong, Meghalaya,
India), 2013.
17 az-Betancourt ME, Ghermandi L, Ladio AH, Lopez Moreno
IR, Raffaele E et al, Weeds as a source for human consumption.
A comparison between tropical and temperate Latin America,
Revista Biologı´a Tropical, 47(3) (1999) 329–338.
18 Caniago I & Siebert S, Medicinal plant ecology, knowledge,
and conservation in Kalimantan, Indonesia, Econ Bot, 52(3)
(1998) 229–250.
19 Ladio AH & Lozada M, Edible wild plant use in a Mapuche
community of northwestern Patagonia, Hum Ecol, 28(1)
(2000) 53–71.
20 Byg A & Balslev H, Traditional knowledge of Dypsis fibrosa
(Arecaceae) in Eastern Madagascar, Econ Bot, 55(2) (2001)
263–275.
21 IUCN: IUCN Red List Categories and Criteria: Version 3.1.
IUCN Species Survival Commission, (IUCN, Gland,
Switzerland and Cambridge), 2001.
... Citrus is an important fruit crop and its imperative to develop an efficient and robust protocol for the conservation of this worldwide commercially important plant species. Citrus grows well in tropical and sub-tropical zones and is widely distributed throughout the world in areas lying between approximately 40º N and 40º S latitude [1]. Citrus macroptera locale of the north-eastern part of greater Sylhet district is a fruit tree growing in semi-wild conditions of West Garo Hills and South Garo Hills districts of Meghalaya [2]. ...
... The fruit and other plant parts possess bioactive compounds exhibiting antioxidant, antimicrobial, hypoglycaemic, and neuropharmacological effects thus have wider application in the pharmaceutical industry and therapeutics [5]. The fruit rind is thick and is used as flavouring agent and juice is used for pickle preparation and other culinary uses [1]. C. macroptera is an endangered medicinal plant that has a pivotal role in the economic condition of the north-eastern zone. ...
Article
In vitro techniques are an imperative approach for overcoming the abiotic and biotic stresses in Citrus macroptera Montr., a commercially and medicinally important endangered species of Northeastern India. The present investigation deals with the indirect organogenesis of this endangered species using leaf and seed as explant. The explants were cultured on Murashige and Skoog (MS) & WPM (Woody Plant media), containing 30g/L sucrose and 7g/L agar supplemented with different concentrations and combination of different phytohormones 2,4-Dicholorophenoxyacetic acid (2,4-D), 6-Benzylaminopurine (BA), 1-Naphthaleneacetic acid (NAA), Thidiazuron (TDZ). The maximum callus induction was observed from the leaf explant of Citrus macroptera on MS medium supplemented with 2,4-D (1.0mg/L), BA (1.5mg/L), and TDZ(0.5mg/L). Maximum shoot regeneration response was observed (85%) in WPM media supplemented with BA, Kinetin (KN), and NAA with (1.0), (1.0), (0.25) mg/l respectively. Rooting was optimised in MS supplemented with NAA (1.5 mg/L) with mean number of roots 0.90 ± 0.54. The in vitro raised plantlets of Citrus macroptera were assessed using Random amplified Polymorphic DNA(RAPD) marker and the monomorphic banding pattern indicates the regenerated plantlets are genetically stable. The standardised protocol can be used to restore the endangered Citrus macroptera and can be propitious in propagating this cultivar.
... Citrus indica, commonly known as "Indian Wild Orange" and locally called "Memang Narang" is an endemic and endangered species growing in the Nokrek Biosphere Reserve in the North-Eastern Region of India. Various surveys conducted by Singh and Singh (2003) and Upadhyay et al. (2016) indicated that occurrence of this species is restricted to Tura range of Garo hills of Meghalaya, India. The fruits are used for medicinal purposes by the locals to cure diseases like jaundice, kidney stone, small pox and stomach diseases of humans as well as domestic animals (Upadhyay et al. 2016) and in traditional rituals (Malik et al. 2006). ...
... Various surveys conducted by Singh and Singh (2003) and Upadhyay et al. (2016) indicated that occurrence of this species is restricted to Tura range of Garo hills of Meghalaya, India. The fruits are used for medicinal purposes by the locals to cure diseases like jaundice, kidney stone, small pox and stomach diseases of humans as well as domestic animals (Upadhyay et al. 2016) and in traditional rituals (Malik et al. 2006). Since it is a non-commercial fruit, it has very little economic value. ...
Article
A study was conducted to standardize a protocol for in-vitro direct regeneration and mass multiplication of Citrus indica Tanaka using shoot tip explants excised from mature trees. Shoot tips were inoculated in MS medium supplemented with varying concentrations and combinations of cytokinins and auxins. MS media when fortified with BAP 0.5 mg/l and 0.5 mg/l BAP + 1.0 mg/l Kn were found to be the best treatments for shoot initiation while MS supplemented with 1 mg/l IBA; 0.5 mg/l NAA + 0.5 mg/l IBA and 0.5 mg/l NAA + 0.5 mg/l IAA were the best treatments for root induction. Among the different media used for hardening, 100 % survivability was obtained when plantlets were hardened using vermicompost as the potting medium. Subsequently, these plantlets were transferred to larger pots and acclimatization was achieved gradually in outdoor conditions. Plant Tissue Cult. & Biotech. 31(1): 13-23, 2021 (June)
... The north-eastern Himalayan has congenial agro-climatic condition, thereby serving as an ideal indigenous habitat for various citrus species as noted by Singh and Naqvi [3] . Citrus trees thrive in tropical and subtropical temperatures, making them appropriate for cultivation in areas across the world that lie within the "Citrus Belt" The latitude range of around 40°N to 40°S (Upadhaya et al.) [4] . Lemon (Citrus limon (L.) Burm.) ...
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This study explores the intricate difficulties that native Assam lemon growers face as they strive to practice sustainable citrus cultivation in Assam, a product that is vital to the state's economy. Despite its economic importance, there are numerous obstacles that prevent Assam lemon cultivation from progressing. This research uses a mixed-methods approach that includes questionnaires, interviews, and on-site observations to fully examine these difficulties. The constraints experienced by 100 indigenous Assam lemon growers were divided into four main categories: technical, economic, storage and marketing, and general constraints. The limitations were evaluated by applying the Henry Garret ranking approach. Notably, with a mean score of 63.55, the inadequate technical knowledge appeared as the most pressing problem among the technical constraints. The high initial cost of establishment was the biggest barrier in terms of financial constraints, scoring a mean of 64.84. Additionally, with a mean score of 65.24, farmers cited severe price volatility as a difficult storage and marketing constraint. Additionally, with a mean score of 65.04, the restriction on small and fragmented land holdings was seen as an important general constraint. The important relevance of indigenous technical knowledge is shown by these research findings, which give insightful information on the particular challenges faced by indigenous Assam lemon growers. They act as a framework for the creation of focused interventions and support systems by policymakers, agricultural extension organizations, and stakeholders. This strategy seeks to effectively overcome these limitations while retaining and incorporating indigenous technological knowledge to increase the resilience and profitability of Assam lemon growing in the region.
... "Wak Chambal Phura" is a Garo delicacy made from this fruit. The pulp is used to make pickles and the whole fruit is strung with strings around the hips and swung to represent protection of the fields from pests (4). C. macroptera is a pharmacologically important medicinal plant that has been used as a folk medicine to treat a variety of diseases since ancient times. ...
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The main component of drug production and formulation, with minimal to no adverse effects, is plant-based medicine. Citrus macroptera is an endangered species of North-Eastern India and has a diverse array of pharmaceutical applications owing to the presence of several bioactive compounds. The study aimed to evaluate the presence of bioactive metabolites, antioxidants, and cytotoxic mechanisms of the in vitro and ex-vitro leaf extracts of C.macroptera. Gas chromatography–mass spectrometry (GC-MS) profiling was performed using the ethanolic leaf extracts. Methanolic and aqueous extracts were profiled using High-performance thin-layer chromatography (HPTLC). Moreover, the cytotoxicity of the methanolic leaf extracts was assessed using the 3-[4,5-dimethylthiazole-2-yl]-2,5-diphenyltetrazolium bromide (MTT) test against SH-SY5Y, human neuroblastoma cell lines. GC-MS analysis revealed the existence of numerous pharmacologically significant components such as esters, hydrocarbons, fatty alcohols, and ester compounds. The presence of flavonoids and stigmasterol was exhibited by the HPTLC profile. The in-situ HPTLC analysis revealed white fluorescence after derivatization under white light that explicitly confirms the antioxidant potential of the extracts and can serve as a lead source of natural antioxidants. The cytotoxic efficacy of the extracts was observed in a concentration-dependent manner. However, the in vitro leaf extract displayed better suppressive effects against the SH-SY5Y cells with a 24-h IC50 of 167.71?g/mL compared to the ex-vitro leaf extract. Further, a comprehensive study is necessary to identify the cytotoxic compounds and their mode of action. The outcome of our investigation provides empirical evidence that phytoconstituents present in the leaf extracts of C. macroptera can be used as an effective pharmaceutical agent to combat several diseases.
... Ethnic people of Himachal Pradesh use bamboo trays while making Lingri pickles (Monika et al., 2016). The Khasi, Garo, and Jaintia people living in Meghalaya use bamboo-made racks/trays for drying food (Upadhaya et al., 2016). The Deori tribes of Assam use bamboo-made equipments while preparing Sujen (local rice beer) (Deori et al., 2007). ...
Chapter
Bamboo is an economically important plant of the family Poaceae. India is very rich in bamboo diversity, and particularly the eight sister states of North-East India are major hotspots with respect to genera and species diversity of bamboo worldwide. The local ethnic people are heavily dependent on the bioresources available from bamboos for various purposes such as food, beverage and their processing, fodder, medicine, in construction of houses, fishing, and handicraft industry. In this chapter, examples have been drawn primarily from North-East India, but also from the rest of the world. Knowledge of such uses need to be documented for sustainable exploitation of the bamboo vegetation and genetic diversity. Considering the extensive ethnic diversity and genetic diversity of bamboos in India, it is highly possible that many important ethnobotanical utilities of bamboos remain unknown. Therefore, transdisciplinary studies are needed to extract the vast knowledge of unknown ethnobotanical information available with different tribal communities of India and elsewhere. Also advances of technologies, such as pathway engineering should be employed to improve traits for the better exploitation of this bioresource.
... The Khasi tribe use wild pepper or Piper peepuloides, egg yolk and honey to treat severe cough, while the Jaintia tribe uses the same species to treat urinary disorder and stomachache (Sajem and Gosai 2006;Tynsong et al. 2013). The Khasi and Garo tribes utilize three different wild citrus species to treat cold, headache, body ache, fever, food poisoning, and stomach disorder (Upadhaya et al. 2016). Different ethnic group residents in various parts of Arunachal Pradesh have diversified indigenous knowledge on medicinal plants and have evolved multiple ways to procure those natural resources (Tangjang et al. 2011). ...
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Sustainable management of natural resources plays a critical role in poverty alleviation and overall socio-economic development. North East (NE) India is blessed as a biodiversity hotspot, being also home to around 150 ethnic tribes with diverse ethical, cultural and traditional beliefs, endorsing the region as a cultural paradise rich in natural resources and traditional ecological knowledge (TEK). Conversely, the severely constrained nature of TEK, has juxtaposed TEK practices and sustainable natural resources management (NRM) in this review. Deliberating on the broader perspectives of TEK and ensuing practices, we have identified twelve sustainable development goals (SDGs) which are directly correlated to the TEK and practices of NE region. This review has meticulously detailed TEK and practices that can help in achieving various sustainable development targets of different SDGs in a more comprehensive and eco-friendly manner. Houde’s manifestation to differentiate each element of TEK and practices present in the NE region of the country, such as traditional farming and irrigation systems, sacred groves, and cultural belief systems of different tribes, have been systematically analyzed and documented for each of the eight states of this region. The benefits accrued modern practices related to NRM are correlated with TEK, or adaptive empirical knowledge system. Indigenous agricultural systems, watershed management, biodiversity conservation, and ethnomedicinal therapeutic systems in NE India formed a vital part of the review. However, rapid urbanization, industrialization, and deforestation warrant an urgent need to systematically collate, document, analyze, and conserve the TEK of the indigenous communities of NE India.
... Researchers have described this region as hot spot for Citrus biodiversity and have highlighted that erosion of these genetic resources is a cause of concern (Chadha, 1995;Singh et al., 2001). C. macroptera and C. latipes are used by many traditional societies for their medicinal and culinary properties (Upadhaya, 2013;Upadhaya et al., 2016). However, lack of cultivation of these species and loss of natural forest cover has underlined need to adopt complementary conservation strategies to ensure continued existence of these species in future (Malik et al., 2006). ...
... Similarly, the Khasi tribe of Meghalaya uses Piper peepuloides mixed with honey and egg yolk for the treatment of severe cough . Khasi and Garo tribes of Meghalaya use three different species of wild Citrus for treatment of various ailments such as cold, headache and body aches, fever, cuts and wounds, food poisoning and stomach disorder (Upadhaya et al. 2016 Table 2). ...
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Tynsong H, Dkhar M, Tiwari BK. 2020. Review: Traditional ecological knowledge of tribal communities of North East India. Biodiversitas 21: 3209-3224. Traditional ecological knowledge (TEK) refers to the knowledge, innovations and practices of indigenous and tribal people relating to the understanding of structure and functioning of neighboring natural ecosystems and their use for human welfare. In this paper, we have reviewed the literature relating to TEK held by the tribal and other traditional societies of North East India. The region is very rich in TEK pertaining to species, ecosystems, and their interactions including their sustainable management and utilization in forestry, fisheries, agriculture, food, crafts, dye, and health care. Some of these TEK based knowledge systems are at par or even superior to the resource management practices evolved under the ambit of modern knowledge. Though a substantial chunk of TEK of tribal communities of North East India has been documented, huge treasures of such knowledge remain unreported and hence are on the verge of being lost.
Article
Citrus peel essential oil (PEO) is utilized in the food and juice processing, pharmaceuticals, and aroma industries due to various nutritional, pharmaceutical and cosmaceutical properties. In this study, the PEO of five wild Citrus species (Citrus medica, C. indica, C. latipes, C. hystrix, and C. cavaleriei) from northeast India, has been extracted using the hydro-distillation method. The oil yield varied from 0.02% to 0.32% (w/w). Gas Chromatography-Mass Spectrometry (GC-MS) analysis of citrus PEO showed the presence of 36 compounds in the range of 84.63–95.9%. Limonene was the major compound in the PEO, with the highest percentage in C. cavaleriei (80.86%), followed by C. hystrix (75.7%), C. medica (66.9%), C. indica (63.03%), and C. latipes (23.95%). Other compounds present in a considerable percentage were γ-terpinene (C. latipes, 16.86%; C. indica, 14.72%; C. medica, 6.73%), myrcene (C. indica, 5.34%), β-pinene (C. latipes, 9.49%), 3-carene (C. medica, 6.38%), (E)- β-caryophyllene (C. latipes, 6.07%), and neryl acetate (C. latipes, 6.10%). Anti-inflammatory assay of PEO in the five Citrus species revealed the highest anti-inflammatory activity in C. indica. The study suggests that wild citrus fruits can be an important source of limonene and other bioactive compounds with potential pharmaceutical and industrial applications.
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Gathered food plants (GFPs) (wild and weeds) are crucial for understanding traditional Mediterranean diets. Combining open interviews and free-listing questionnaires, we identified 215 GFP items, i.e., 53 fungi and 162 from 154 vascular plant species. The variation in frequency and in salience among the items follows a rectangular hyperbola. Highly salient species were Silene vulgaris (Moench) Garcke, Scolymus hispanicus L., and Pleurotus eryngii (DC.: Fr.) Quélet. Salience and frequency showed no correlation with the expected health benefits of each species. Regional frequency in the Mediterranean and local frequency are directly related. Thus, local food plants are much less “local” than expected. Different types of culinary preparations provide the most information in the cluster analysis of variables. The cluster analysis of items produced a tree with 10 clusters that form culture-specific logical entities, allowing people to structure their environment. Within each cluster, plant species are replaced and incorporated provided they resemble the general profile. This allows innovation and adaptation on a local level and explains the differences between adjacent localities in the list of species. Two types of clusters or species complexes are described: “species-labeled” and “uses-labeled.” Lastly, we discuss the underlying empirical basis of the ethnoclassification in the Mediterranean area.
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Weeds abound in urban and agricultural environments. Depending on region and site, up to 66% of weed species are edible, and may constitute an additional food source for humans. Based on 400 samples, 1/4 m2 each, collected in tropical areas (e.g., roadsides, urban vacant lots, streets, sugar cane and coffee plantations in Coatepec, Mexico), average figures of edible fresh biomass vary between 1277 and 3582 kg/ha. A similar survey performed in a temperate area (739 samples in Bariloche, Argentina) showed mean values between 287 and 2939 kg/ha. A total of 43 species were sampled in Coatepec and 32 species in Bariloche. The general means were 2.1 and 1.3 tons/ha, respectively. At a greater geographic scale, a comparison between Mexican and Argentine weeds shows that, proportionately, the food parts vary a little between regions. In general, from higher to lower, the order of uses goes from leaves, seeds, roots, fruits, herbals, flowers and condiments. Edible roots (including bulbs and rhizomes) appear to be more common among perennials than among annuals.
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Brahmaputra valley of Assam is very unique in its plant bioresources and is inhabited by different communities. Besides the cultivated crops, they are also dependent on various wild plants, which are used for consumption as well as in ethnomedicine. The paper deals with 38 wild edible plants of Majuli island and Darrang districts.
Article
This paper reports an ethnobotanical investigation, performed between 1999 and 2002, to determine the wild food plants traditionally used in the province of Madrid (central Spain). One hundred and twenty-three vascular species belonging to 31 families were at one time used as vegetables, wild fruits, in the making of beverages, as seasonings, or as other preparations. Wild vegetables formed the largest group, withScolymus hispanicus, Silene vulgaris, andRumex pulcher the most frequently cooked vegetables, andRorippa nasturtium-aquaticum andMontia fontana the most commonly used in salads. Also common was the consumption of asparagus and several species of climbing plants such asBryonia dioica, Tamus communis, andHumulus lupulus. Ethnobotanical novelties includedSonchus crassifolius, the young sprouts of which were used in salads, and Inula salicina, used to make herbal tea. Some ecological and cultural aspects of the collection of wild plants for food are discussed, as well as the relationships between the food and medicinal uses of some species.
Article
The distribution and status of naturalized plants in Jeju Island were investigated in this study. As results, the naturalized plants in Jeju Island were total of 254 taxa including 47 families, 161 genera, 248 species and 6 varieties. By the growth habits, annuals held the most percentage including 107 taxa (42.13%). Seventy nine taxa (31.1%) were appeared to have erect type in growth forms and 203 taxa (79.9%) are non-clonal growth form in disseminule forms by radicoid. The most of dormancy form in life form were therophytes as 150 taxa (59%), and following as 53 taxa (20.9%) for hemicryptophytes, and 26 taxa(10.2%) for geophytes. Among the naturalized plants, 115 taxa (36.7%) were originated from Europe, 69 taxa (22%) from Asia and 59 taxa (18.8%) from North America. Twenty eight percent of them were introduced as feeds or mixed seeds of imported cereals.
Article
The North-eastern region of India is rich treasure of various Citrus species. A vast reservoir of Citrus diversity exists in wild, semi wild form and is found scattered here and there without commercial cultivation and much care. The edaphic and climatic set up as well as the physiographic condition of the region makes it possible to grow a number of species, landraces and probable hybrids of Citrus without any care. But of now with the population increase, changing attitude of the farmers towards some newly introduced cash crops there is genetic erosion of the valuable resources and most of them are in verge of extinction. So, it is the high time for the scientific community to exploit all the rare and endangered resources of Citrus of north eastern region and for their conservation. In addition molecular and morphological characterization of the reported germplasm, evaluation and screening against biotic and abiotic stresses should also be needed to safeguard the existing population of Citrus and for future Citrus improvement programme.
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The north-eastern India is highly diverse in Citrus germplasm (23 taxa including their 68 varieties). The climate and soil factors are highly favourable for plant growth and fruit quality. Inspite of the high potentialities, the Citrus had remained more or less a family need based cultivated plant. The large variation in traditional agro-ecosystems of the region has evolved and preserved highly valuable genetic resources under different species. The value of certain taxa as rootstocks has been outlined. The conservation of germplasm and research gaps has been emphasised.
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We assembled information on the contribution and value of forests to world food security. An assessment was made of the role of forests and non-timber products in the food system of developing countries. We estimated that upwards of 300 million people annually earn part or all of their livelihood and food from forests. A total of about $90 billion in non-timber products are harvested each year. Forests also help to protect land, water, and biological resources, and they play an important role in maintaining the productivity of agricultural and environmental systems.