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57 KEYWORDS ISSN: 0974 - 0376 N Save Nature to Survive : Special issue, Vol. III: www.theecoscan.in AN INTERNATIONAL QUARTERLY JOURNAL OF ENVIRONMENTAL SCIENCES Prof. P. C. Mishra Felicitation Volume Paper presented in National Seminar on Ecology, Environment & Development 25 - 27 January, 2013 organised by Deptt. of Environmental Sciences, Sambalpur University, Sambalpur Guest Editors: S. K. Sahu, S. K. Pattanayak and M. R. Mahananda Ambarish Mukherjee Bioresource Conservation Traditional knowledge India Human welfare 57 - 63; 2013 BIORESOURCE CONSERVATION: TRADITIONS IN INDIA

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Page 1: BIORESOURCE CONSERVATION: TRADITIONS IN INDIAtheecoscan.in/JournalPDF/Spl2013_v3-08 Ambarish Mukherjee.pdf · Buddhist Jataka, Parasara’s Vrikshayurveda, Charaka Samhita, Sushruta

57

KEYWORDS

ISSN: 0974 - 0376

NSave Nature to Survive

: Special issue, Vol. III:

www.theecoscan.inAN INTERNATIONAL QUARTERLY JOURNAL OF ENVIRONMENTAL SCIENCES

Prof. P. C. Mishra Felicitation Volume

Paper presented in

National Seminar on Ecology, Environment &Development

25 - 27 January, 2013

organised by

Deptt. of Environmental Sciences,

Sambalpur University, Sambalpur

Guest Editors: S. K. Sahu, S. K. Pattanayak and M. R. Mahananda

Ambarish Mukherjee

Bioresource

Conservation

Traditional knowledge

India

Human welfare

57 - 63; 2013

BIORESOURCE CONSERVATION: TRADITIONS IN INDIA

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58

AMBARISH MUKHERJEE

Professor, Department of Botany, Burdwan University, Golapbag,

Burdwan - 713 104, West Bengal, INDIA

E-mail: [email protected]

NSave Nature to Survive QUARTERLY

The great geographical and ecological diversi-

ties in India nurture a rich diversity of plants

and animals collaterally with diversity of in-

digenous communities and traditions. The tra-

ditions enshrine respect for nature and con-

sider protection of nature as a sacred duty.

Indigenous biodiversity concept which still

survives in Indian traditions has considerable

relevance to innovation of bioresources and

their sustainable use. Over 167 species of cul-

tivated plants originated in India where wild

relatives of 320 species of crop plants are still

sustained. It is considered homeland of 114

breeds of domesticated animals. Use of over

15000 plants by the tribals are recorded which

can generate and improve plant genetic re-

sources. Many forests are conserved in differ-

ent states as sacred groves where the species

including threatened ones are protected by

religious interdicts. Several animals are con-

sidered sacred and worshipped. Many of them

being ecologically and economically impor-

tant have been enjoying some kind of protec-

tion since ancient times. Religious practices,

faith, taboos, motifs, indigenous art, tattoos

and paintings concern biodiversity. Many

plants, plant-parts, animals and their products

are used in worship, rituals, festivals, ceremo-

nies for aesthetic rejuvenation. So long cul-

tural activities continue in India conservation

of biodiversity would perpetuate. Documen-

tation and evaluation of traditional knowledge

about biodiversity and concern of indigenous

people with it should constitute one of the

thrust areas of scientific research today for

successful conservation of nature, generation

of novel genetic resources and biotechnologi-

cal innovations for human welfare

ABSTRACT

INTRODUCTION

Sensible men all round the globe have started expressing grave concern over

depleted natural resources in general and biodiversity in particular. It has also

been a realization that biodiversity, which is a very important component of the life

sustaining system of the Earth, must be protected lest we would all perish and the

Earth would revert from the present state of dynamic equilibrium to the state of

static equilibrium like the lifeless planets. Scientists working on biodiversity during

the last few decades have dealt with three main aspects, viz. (i) the number of

families, genera, species, subspecies and varieties of plants and animals occurring

in an area, (ii) how these species can be utilized in commerce and as sources of

useful genes in biotechnology and bioactive ingredients for use in the

pharmaceuticals and nutraceuticals and (iii) how the germplasm of the bioresources

can be conserved. There have been significant technical innovations for in situ

and ex situ conservation of germplasm and insignificant attempts to conserve and

apply indigenous knowledge in sustainable use and management of bioresources.

The scientists have of late started realizing the values of perceptions and knowledge

of the local folk or native men about biodiversity. It is rather wise to conceive the

fact that there has been a wide gap between scientific strategies and success in

sustainable use of bioresources. Even the ethnographers have not observed closely

the biodiversity existing in the area of their study and have not analyzed the

variations in perceptions of the folk (Jain, 2001).

Ethnobiological perspectives

The indigenous societies all over the world have traditionally developed their ownknowledge about the plants and animals in their surroundings and have integratedthe resources obtainable from them with their needs, cultural practices and mutuallysustainable relationships. Studies on all aspects of direct man-plant and man-animalrelationship compose an important subject known as ethnobiology. It is this subjectwhich can guide us to the treasure house of bioresources, their optimum utilizationand conservation under the regime of nature. The discipline became popular asthe matrix of genuine academic and research activities in the second half of thetwentieth century because of its potential to ensure conservation and for beingsynthetic and liberal in understanding the scientific rationale lying cryptic in theculture and traditions particularly of indigenous societies living in the cradle ofnature, feeling and sharing moments of pleasure and sorrow with biodiversity. Theconcept of sustainable use of bioresources can be comprehensively derived fromthe social and cultural attributes and knowledge of indigenous people of anyregion. Ethnobiology can resolve and assess human adaptive responses and humanimpact on biodiversity and vice versa. Once a species gets known as a resource inany cultural group the impact of this knowledge on expansion, distribution, threatto that species and in cases even its extinction, play great role (Alcorn 1984). It hasbeen seen that ethnic groups live in harmony with nature domesticating andselecting wild plants and animals through ages for use as resources. Necessitybased folk domestication and selections have been operating on different wildspecies in different geographical areas to generate different types of cultivable

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59

economic plants giving us vegetables, cereals, pulses, fruits,

fibres, medicines etc. Various stages of evolution of the subjects

of animal husbandry and agriculture from their incipient forms

can still be visualized in certain ethnic localities. The ongoing

process of selection since the dawn of agriculture has led to

genesis of crops with superior traits, viz. larger size, greater

palatability, higher yield, more vitality and vigour of plants

etc. The wild genotypes still used presently by indigenous

societies have immense potential in improving the cultivated

crops through well-planned hybridization and other gene-

manipulation programmes. Ethnotaxonomic survey and

evaluation of the specific and infraspecific races of natural

flora and fauna co-existing with ethnic populaces are

necessary for laying the foundation of bioresource

management in one hand and catering their useful genes

through biotechnology on the other. Efforts should thus be

made on war footing to preserve as wide a range as possible

of genetic resources for prevention of perilous possibilities of

genetic erosion, especially in the biotic entities of evolutionary

flexibility and ensure conservation even of the plants and

animals the economic potential and ecological functions of

which are yet to be fully known (Mukherjee, 1997).

Diversity perspectives

India is an Asian country lying in the tropical belt between

6º45’ and 37º6’ N and 68º51’ and 97º25’E . It is the seventh

largest country in the world and Asia’s second largest nation

with an area of 3,287,263km2 (3029 million hectares).

Although the area is only 2.4 % of the total land mass of the

World, India encompasses a varied landscape rich in natural

resources. Biogeographically India is located in the trijunction

of Afro-tropical, Paleo-arctic and Indo-Malayan realms India

is a great country which everyone desires to see and anyone

who has a glimpse of it feels his life glorified. The Himalayas

guard the north and the Bay of Bengal, Indian Ocean and

Arabian Sea girdle the peninsular part with a coast line of

7500Km. There is a great diversity of environment ranging

from the tropical rain forests of Andaman and Arunachal

Pradesh to the cold- (Ladakh and Lahul Spiti at an altitude of

4000 –6000 m) and hot- deserts (2% of India’s landmass:

Rajasthan, Gujarat, Punjab and Haryana). There are forests

(774,740 sq Km- according to Forest Survey of India, 2005),

mangroves (14% of the geographical area of India i.e. 7% of

World’s mangroves), scrub jungles, grass lands (3.9% of the

total geographical area), lakes, rivers, wetlands (4.1m h,

excluding paddy fields and mangroves, of which 1.5m h are

natural with fresh and salt water and 25 Ramsar Sites) including

backwaters and estuaries, flood plains, valleys, vast stretches

of croplands, islands, and wastelands. According to the

Wildlife Institute of India (WII) run by the Indian Council of

Forestry Research and Education, India has 15 Biosphere

Reserves, 96 National Parks (an IUCN category II protected

area) and 551 Wildlife Sanctuaries (IUCN Category IV

Protected Area). There are 10 different biogeographic zones,

26 biogeographic provinces and about 426 types of specific

habitats sustaining a wide range of biodiversity and variety of

bioresources by the virtues of which India is designated as

one of the World’s Megadiversity countries and one of the

Vavilovian Centres.

Ethnic communities and bioresource perspectives

India’s rich natural and biological resources go hand in hand

with her cultural heritage where there are over 576 native or

tribal communities belonging to 227 major ethnic groups. No

less than 427 tribes of India still maintain close relationship

with forests. It is because of their efforts that nearly 166 species

of cultivated plants originated in India. As many as 326 species

wild relatives of crop plants still occur in India. Biodiversity

has gifted the indigenous societies in India with 521species of

leafy vegetables, 145 species of edible roots/tubers, 101 species

of buds/flowers, 647 species of fruits and seeds and 110

species of nuts. There are 542 species of plants put into

composition of 1675 medicines formulated by 170

Pharmaceuticals. About 850 species of plants are used in

ethnoveterinary practices (EVP) in India (Jain and Srivastava

1999).The use pattern of higher plants by the tribals in India

shows a highly appreciable diversity and commercial potential

of bioresources (Table 1).

Table I: Use pattern of wild plant species by the ethnic communities

in India

Utilitarian aspect Number of Number of sp.

Species (wild) fit for commerce

Medicinal use 7500 950

Food 3900 250

Fiber 525 5

Fodder 400 100

Pesticidal use 300 175

Gums, resins and dyes 300 -

Incense and perfumes 100 -

Cultural use 700 -

Source: Ethnobiology in India: A Status Report All India Coordinated Research Project inEthnobotany, Ministry of Environment and Forests, Government of India (1994).

Biodiversity and cultural perspectives

Biodiversity has always been a part and parcel of Indian culture

and tradition which has resulted in conservation of nature

and her creations. Since Vedic time the main motto of social

life was to live in harmony with nature. The traditions enshrine

respect for nature and to consider protection of nature and

biota as a sacred duty. While reviewing the cultural relevance

of Indian plants the present author and his collaborator

(Mukherjee and Mukherjee, 1995) realized that a thorough

perusal of religious and ceremonial practices as well as the

ancient art and literature can bring into light many useful facets

of man-plant relationship, the scientific rationale of which is

certain to optimize human living and also guide bioresource

conservation programmes. Biodiversity concern of culture,

literature, art, traditions and faith in India can be revealed from:

i) Palaeobotanical data-sources: Archaeological investigations

on Indus Valley Civilization (3000-2000 B.C.) have brought

into light fossilized remains of wheat, barley, peas, rice, lentils,

lathyrus etc.

ii) Literature: Great Epics like the Ramayana and Mahabharata,

Bhagavat Geeta, Atharva Veda, Rig Veda, Matsyapurana,

Kamasutra, Amarkosa, Bhagavat Purana, Garuda Purana,

Vishnu Purana, Brihaddharma Purana, Agni Purana, Siva

Purana, Somadeva’s Kathasarit Sagar, Kalidas’s Meghadootam,

Buddhist Jataka, Parasara’s Vrikshayurveda, Charaka Samhita,

Sushruta Samhita, Varahamihir’s Brihat Samhita etc. have

pertinence to wide range of resource generating bio- and phyto-

diversities.

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60

AMBARISH MUKHERJEE

Table 2: An enumeration of useful plants and plant parts conserved by integrating them with worship of Gods or Goddesses or treating them

as sacred

Plant name Gods/Goddess worshipped or as their emblems

Tulsi leaves (Ocimum sanctum, Labiatae) Vishnu (as the emblem of Lakshmi)

Lotus flowers(Nelumbo nucifera, Nymphaeaceae) Laxmi, the Goddess of wealth and prosperity who sits on lotus.

White lotus flowers(Nymphaea alba, Nymphaeaceae) Saraswati, the Goddess of learning, knowledge.

Vat twigs (Ficua bengalensis, Moraceae) Brahma, the creator of the Universe.

Palash flower (Butea monosperma, Leguminosae) Saraswati (as the emblem of Brahma).

Neem leaves (Azadirachta indica, Moraceae) Sitala, the Goddess who protects us from infectious diseases and

Manasa, the snake Goddess.

Fig (Ficus hispida, Moraceae) Rudra/Shiva and Vishnu /Krishna/Narayana.

Mango (Mangifera indica, Anacardiaceae) Govardhan /Krishna in the role of a cowherd.

Pipal /Asathwa (Ficus religiosa, Moraceae) Vishnu/Krishna/Narayana.

iii) Idols, motifs and sculptures on temples, paintings etc. based

on bio-themes. (iv) Traditions of offering flowers, fruits, seeds,

twigs, fragrance etc. to the God or Supernatural powers. (v)

Plants and animals worshipped as sacred ones and groves

sustained as sacred. (vi) Plants used in ceremonies, festivals,

rituals. (vii) Magico-religious practices using plants. (Viii)

Prohibitions, taboos etc. involving biota.

Plants and animals remain deeply ingrained in art, literature

and every aspect of Indian culture and traditions. Flowers,

fruits, seeds and fragrances are offered to God, used in

ceremonies and festivals. Many plants are worshipped as Gods

and Goddesses (Table 2) and many forests are protected by

religious interdicts. Magico-religious practices, faith, taboos,

motifs, indigenous art, tattooing and paintings concern nature

and biodiversity Plants associated with magico-religious

practices and taboos persist even today with a long history.

Different types of animals have been associated with several

Gods and Goddesses as their mounts and these animals

together with many others are considered sacred and

worshipped.

The harvest festivals occupy a significant position in the life of

Indians since they depend mostly on agriculture. The time

and name of the festival varies from state to state. It is called

‘Baisakhi’ in the north, ‘Nabanna’ in West Bengal, Bihu in

Assam, Ganggaur in Rajasthan, Pongal in south India. In

Ganggaur festival barley (Hordeum vulgare) is sown. When

seedlings emerge the women join hands and dance around

them evoking blessings of Goddesses Gouri or Parvati on

their husbands. The harvested young corn is presented by

women to men who put it on their turbans. Through such

colourful festivals as Bohag or Rongali Bihu in Assam a large

number of plant species are conserved.

There are a large number of very useful plants integrated firmly

with Indian customs which on scientific evaluation can hand

over active principles of medicines, useful genes for crop

improvement and imparting resistance to diseases and pest

infestations. In the wedding ceremonies in many parts of India

banana plants are used as symbol of holy act. A paste of

turmeric (Curcuma longa) and oil is applied all over their body

of both bride and bridegroom in the morning of their wedding

as a skin conditioner, antiseptic agent and germicide. In Goa,

the bridegroom has to bathe in coconut water on the day

before wedding. In many parts of India an orange red dye

obtained from the leaves of mehendi or henna (Lawsonia

inermis) is used by ladies for body decoration and dying hair

on festive occasions. This dye gives excellent protection to

skin. Leaves are known to have antagonistic action against a

wide range of microorganisms and can cure, when used as a

paste or decoction, boils, burns, bruises and skin

inflammations. For all worships, even those associated with

wedding ceremonies ‘pan’ (betel leaf- Piper betel) and ‘supari’

or ‘gua’ i.e. whole areca nut (Areca catechu) are used. In

weddings garlands are interchanged and the altar pandal,

nuptial bed and the bride are decorated with many types of

beautiful fragrant flowers and handsome foliages. The newly

wed couple is blessed with grains of rice (Oryza sativa) and

‘durba’ (Cynodon dactylon). In Uttar Pradesh the bride drops

rice and the groom puts water on them and vice-versa. The

idea behind this ritual is to cast upon them the significance of

cultivation in life. In Kashmir, walnuts (Juglans regia) are offered

to the bride by the groom as the symbol of hopes for mentally

and physically healthy progeny. Sandal wood paste or

chandan (Santalum album) is used all over India not only for

decorating bride, bridegroom and devotees but also for ‘pujas’

or worships. Rakta chandan (Pterocarpus santalinus) has a

similar use. Dhuna, the resins from Sal (Shorea robusta), the

gum resin obtained from Guggul (Commiphora mukul) and

the dry shoots of Junipers and other conifers are burnt as

incense to offer fragrant fumes to the God. So long these

religious and cultural activities would persist one need not

worry much about their sustenance. Some of the plants

associated with worship are enlisted in the following (Table

2).

Celestial perspectives

A large number of plants are believed in India to be linked

astronomically with planets and stars and have profound

influence on human affairs and other “earthly” matters. Such

celestial plants have been enjoining conservation through

ages in different parts of India. Incidentally these plants are

very useful especially for their medicinal values. Some such

celestial plants linked with Navagrahas or nine seizers or nine

influencers are cited in the following:

Calotropis procera and Aegle marmelos (Ravi/Surya or Sun),

Euphorbia hirta and Butea monosperma (Soma/Chandra or

Moon) , Acacia catechu and Hemidesmus indicus(Mangala

or Mars), Achyranthes apera and Argyrea nervosa (Budha or

Mercury), Ficus religiosa and Clerodendrum speciosum (

Brihaspati or Jupiter), Ficus racemosa and Phlogacanthus

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61

of the land). Sir J. D. Hooker, a doyen of plant taxonomy, was

overwhelmed with astonishment and joy after having seen its

rich flora. Surrounded by trees called Castanopsis kurzii, this

grove forms the nature’s museum of a unique flora rich in

both diversity and density to attract botanists and naturalists

from all over the world. N. L. Bor, a very eminent forest officer

and a botanist who studied this grove with two others including

that of Shillong peak pleaded strongly for the preservation of

these primeval forests in an undisturbed state (Mukherjee and

Mukherjee, 1995). Excellent patches of sacred groves are also

sustained by tribes in Garo Hills (Brandis, 1897). The sacred

groves in Khasi Hills, also maintained through religious faith,

are also natural treasure houses of plants. The Nagas generally

keep some natural forests defined for grazing their cattle. The

sacred blue orchid, Vanda coerulea, although very rare, has

not become extinct since they are sustained by Vanchoo tribe

in Tirap district of Arunachal Pradesh for use in worship and

festivals. The plant Kunstleria keralensis would have become

untraceable had the tribals not protected it in a sacred grove

in coastal Kerala (Mukherjee, 1997).

Sacred groves are common in tribal dominated Purulia district

of West Bengal (Basu, 2000). The indigenous communities

(viz. Bhumijs, Kurmis, Loharas, Mahalis, Sabars and Santhals)

in this district have been maintaining 42 sacred groves spread

over 7268 km2 in a sound state on cultural and religious beliefs

(Basu, 2007). The native men offer goat, sheep, swine, calf

and fowl in year round religious occasions to their deity

believed to reside in theses sacred groves. Sacred groves

provide shelter to many rare and threatened species whose

eviction is forbidden by religious interdicts or taboos. Some of

the threatened species of plants conserved only in sacred

groves of India along with the places of their occurrence are

enumerated in the following:

Nervilia priniana (Orchidaceae) — Groves of Kerala.

Syzygium travancorium(Myrtaceae) — Talassery in South

Kerala.

Kunstleria keralensis (Fabaceae) — Kerala.

Antiaris toxicaria (Urticaceae) – Tivri village of Ratnagiri District

of Maharashtra.

Knema attenuata (Myristicaceae) – Tivri village of Ratnagiri

District of Maharastra.

Vateria indica (Dipterocarpaceae) — Tivri village of Ratnagiri

District of Maharashtra.

Prosopis cineraria (Mimosaceae) – Rajasthan.

Vanda coerulea (Orchidaceae) – Tirap District in Arunachal

Pradesh.

Nepenthes khasiana (Nepenthaceae) – Meghalaya. Mappia

foetida (Oleaceae) – Maharashtra.

The sacred groves are at present perceiving severe threats

from expanding urbanization, rapid developmental work, over-exploitation of resources, and pressure from overcrowdingduring religious functions. Many of the groves, in the recentpast, have been partially cleared for construction of lodges,hotels and restaurants etc. All out efforts to conserve thesegroves are necessary since these ecosystems assure fearlessabodes to a large number of species, convene biologicalevolution, compose excellent models of in situ conservation

thyrsiflorus (Shukra or Venus) , Sida cordifolia and Prosopis

cineraria(Shani or Saturn), Santalum album and Cynodon

dactylon(Rahu or North or ascending, Withania somnifera

and Imperata cylindrica (Ketu orSouth or descending Lunar

node). There are many spiritual entities other than Navagrahas

called grahas or spirits which are generally malefic in nature

and for protection against them many plants are used

regionally, e.g. Elaeocarpus sphaericus, Strychnos nuxvomica,

Emblica officinale, Syzygium spp. ,Diospyros spp. Dalbergia

sissoo, Mesua ferra, Sapindus trifoliatus, Terminalia spp.,

Flacourtia spp., Mimusops elengi, Pinus spp., Shorea robusta,

Salix babylonica, Salix tetrasperma, Artocarpus heterophyllus

Artocarpus communis, Prosopis julifera, Anthocephalus

chinensis, Mangifera indica, Azadirachta indica, Madhuca

indica, Desmostachya bipinnaa, Bambusa spp. etc.

Sacred grove perspectives

In India, many virgin forests, amid rural and even urban settings,have been preserved in their pristine forms by ethniccommunities considering them as sacred. Each of such forestsis associated with a presiding deity or supernatural power andreferred to by ethnic name(s).Since in these patches of forestshunting and logging are strictly prohibited, many species ofplants and animals still live in them comfortably which haveeither disappeared from respective natural ecosystems or areperceiving enormous threat from overexploitation. While mostof these sacred deities are autochthonous, sacred groves ofHindu, Islamic, Buddhist and Jain origins are also known.Sacred groves are of different physiognomic types in India,e.g. scrub jungles in the Thar desert of Rajasthan, rain forestsin Arunachal Pradesh and the Western Ghats, temperate and

subtropical forests of in the Himalayas extending to the North

Eastern regions, the tropical dry deciduous forests in their foot

hills and other parts of India, montane forests in the Nilgiri,

Annamalai and Palni Hills in the South. It is really astonishing

to find that the ‘Orans’, sacred groves maintained in the Thar

desert by the tribal communities in Rajasthan are miniature

models of biosphere reserves with many useful species of

plants.

In Maharashtra there are many sacred groves covering about

3570h in the districts of Thane, Kolaba, Jalgaon, Satara,

Kohlapur etc. These groves are sustained since remote past

by the cultural and religious traditions of dedicating patches

of forests to some deity (Gadgil and Vartak, 1981).

The Mizo tribes like Hmar, Lushei, Paite, Lai, Mara etc. protect

small sacred groves adjacent to village woodlands in Mizoram.

They aptly mark the sacred groves as ‘safety forest’ and

woodlands as ‘supply forest’. The tribals of Mawphlang and

Cherrapunji of Meghalaya preserve excellent patches of natural

forests as sacred (Rao 1989). Sacred groves are known by

different names in Meghalaya (Rodgers 1994) such as Ki Law

Lyngdoh (forests under traditional religious leaders), Ki Law

Kyntang (forests of great sacred value), Ki Law Niam (religious

forest), Ki Law Adong (prohibited forest) and Ki Law Shnong

(forest for village use). The ‘Ki Law Kyntang’, located in

Mawphlang of East Khasi Hills District of Meghalaya, is the

most celebrated forest-grove held sacred by Jaintias, which

gives a deep insight into Khasi history and religious beliefs.

The people consider the sacred grove at Mawphlang as the

abode of the God named ‘“U Basa” or “U Ringkew” (the keeper

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62

of biodiversity and act as the gene-pool of a variety of importantspecies. The sacred groves spread all over the country need

to be documented and protected with care, legislation, fiscal

and moral sponsorship. It must be realized that these primeval

forests have the potential to satisfy our aesthetic, recreational,

cultural and scientific necessities and alleviate our sufferings.

Environmental movement perspectives

The ethnic communities in different parts of India are also

known to have struggled for protection of nature, plants and

animals. Of the various such efforts the environmental concern

of Bishnoi community in Rajasthan (Gottlieb, 1996, 159) would

be remembered with respect in all the days to come. Bishnois

are known to be the first environmentalists in the world as

they are known to be adopting protection and conservation

of environment and wildlife since 1485 when environmentalist

saint Guru Jambheshwar made it religiously compulsory for

them ‘not to cut green trees’ and ‘to be compassionate to all

living beings.’ On 13th September in 1730 at Khejarli or

Khejadli, a village with name based on the Khejri tree- Prosopis

cineraria and located in Jodhpur district of Rajasthan State,

Amrita Devi (Beniwal), five of her family members and 357

people of her village were axed to death for having hugged

the Khejri (Prosopis cineraria) and other trees of the forest to

save them from the men of Maharaj Abhay Sing, the ruler of

Marwar who came to fetch wood for use in construction of

the royal palace. These women of the first Chipko andolan

(the tree hugging movement) would be remembered for their

compassion to and concern with livingbeing (Shiva 1988,

67).With a deep sense of regards and gratitude 13th September

is celebrated every year in Rajasthan as Khejarli Diwas.

Taboos, Faith, Belief perspectives

The sparrow enjoys the right to take as much paddy as itwants from the fields in Mishmi-occupied areas of North EastIndia since they believe that sparrows taught them the art ofcultivation. Tortoise is not killed by communities in U.P.,Rajasthan and other parts of India for considering it as a formof avatar of Lord Vishnu. Snakes are considered the GoddessManasa in many parts of Eastern India. Snakes being sacredare worshipped as Nagraj in ‘Nagapanchami’ and alwaysassociated with Lord Shiva. Tigers are worshipped bycommunities in Sundarbans. The members of Ramo tribe ofArunachal Pradesh do not kill tigers considering them as theirown brothers. Deer and doe are not killed during pre-monsoonperiod (March to May) in many parts of India since it is theirmating season. Crows, owl, vultures, elephants and some

snakes are not killed by several tribes in North East India.

Parrot, monkey, owl and jackal are not killed by communities

of Barak valley. In Darjeeling Himalayan region the local people

celebrate kak tiar (crows are fed with good food), Kukur tiar

(dogs are bathed, decorated, served with delicious food), Gai

tiar (cows are bathed, beautified, fed with fruits, vegetables,

fodder and grains and worshipped), Bhai tiar (brothers are

felicitated by sisters) on four consecutive days in the autumn,

thus reflecting the sense of love, affection and oneness for

nature’s creations in the culture of the indigenous people.

The dwellers of Kokre-Bellur, a village in the proximity ofBangalore city, have been protecting with great difficulty theabode of pelicans and storks since time immemorial. Apermanent interest of people lies in the collection of faecal

matter accumulating in the forest floor as this is an excellentmanure.

West Bengal perspectives

In the districts of Purulia, Birbhum, Bankura, West Burdwan

etc. in West Bengal ‘Bhadu’ festival is mainly observed by

women throughout the Bhadra, i.e. the fifth month in Bengali

calendar (August-September), to get the blessings from the

Goddess Bhadreswari on the occasion of planting of crops,

mainly rice. The festival is based on the story of the princess of

Panchakote named Bhadrawati (Bhadreswari) who committed

suicide. Bhadrawati’s devotees make an image of her, worship,

sing and dance before it throughout the month. On the last

day of Bhadra, they immerse the image in the water after a

colourful procession with the image. Songs and dances form

the main attraction of the festival.

Tusu is another folk-festival associated with the event of

harvesting in West Bengal which is observed on the last day of

the month of Paus (December- January). ‘Tusu’ is worshipped

as the Goddess of prosperity very much likes Lakshmi, and is

offered songs improvised by women folk. At the end of the

festival the image of Tusu is immersed in a holy water body

with melancholic songs.

Religious ceremonies and seasonal festivals of indigenous

communities in West Bengal and other states often reflect their

way of living and their social needs. Oraons worship trees,

flowers and fruits for increased crop production and protection.

Fertility of land and women are given the same status in their

religious prayers. Their religious ceremonies and seasonal

festivals include the Basundhara in the month of Baishakh,

Bhadri in Bhadra, Jejuti in Agrahayan and Sarhul in Chaitra

which reflect their adhesion to and interest in agriculture.

Among other festivals in West Bengal having immense

conservational values Baha, Karam, Saharai or Nagardola,

Paus parvan deserve special mention. Karma or Karam

observed in autumn (in Aswin i.e. September- October)

involves worshipping of the tree Mitragyna parviflora which

is familiar as Kelikadam or Khelkadam in West Bengal.

Alternatively Haldina cordifolia (Haldu), Anthocephalus

chinensis (Kadam) are also worshipped in Karam festival. Baha,

observed in the spring (in March), is concerned with

worshipping of Sarjam or Sal (Shorea robusta) and Matkom or

Mohul (Madhuca indica), the species ruling the dry deciduous

forests in the state and elsewhere in the adjoining states. Saharai

festival well spread during the winter months in the Santhal

(Mandal and Mukherjee, 2003) and Munda inhabited areas

of the districts of Bankura and Purulia take all the care to

protect the livestock and associated plants.

Summing Up

The depletion of biodiversity matters primarily to the peopleliving close to the earth who mainly depend on bioresourcesof their locality for their livelihood. The biodiversity has alwaysbeen a bank to such ecosystem men who as prudent customersshow obligatory involvement to maintain a substantial balanceof bioresources in their account through optimum sustainableutilization in harmony with the laws of nature. As such, it isvery much essential to implement schemes of People’sParticipatory Programmes with the indigenous people inconservation of forests and sustainable use of their

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bioresources. The first and foremost necessity in allprogrammes of bioresource conservation must be the

development of environmental ethics to promote sympathy

and empathy between Humans and Nature and between

Humans and Humans.

Strategies for conservation of bioresources must include

i.Identification of tribal areas with high density of tribal

population collaterally existing with high floristic density and

sacred groves. ii. Thorough ethnobiological survey in these

areas to record the indigenous conservational strategies in

vogue and reveal the cultural relevance of biodiversity. iii.

Sieving out of out the scientific rationale cryptic in ancient

folk-wisdom and ritualistic attitude towards nature and to

prepare a data-base accordingly. iv. Distillation of values from

cross-cultural interactions for generating certain ethics to protect

biodiversity. v. Documentation of incipient agricultural and

silvicultural practices.vi.Identification and documentation of

the wild relatives of present day economic plants and

collections of germplasm for ex situ conservation and

cryopreservation.

In conclusion it may be said that the present day scientists

must give priority and adequate importance to utilization of

knowledge of indigenous people in identification and

sustainable use of diverse bioresources. The scientific

endeavours must be aimed towards ‘living in harmony with

nature’, the fulfillment of which is certain to give mankind a

brighter, peaceful and heavenly nature in all generations to

come.

REFERENCES

Alcorn, J. 1984. Huaestec Mayan. Ethnobotany. Texas, Austrin

University Press.

Basu, R. 2000. Studies on sacred groves and taboos in Purulia District

of West Bengal. Indian Forester. 126:1309-18.

Basu, R. 2007. Sacred groves as indicators in ethnomedicinal plant

conservation and biodiversity monitoring. Ad. Plant Sci. 20(11): 547- 50.

Brandis, D. 1897. Indigenous Indian Forestry. Sacred Groves. In:

Indian Forestry Working. Naples,Italy, Oriental university Institute.

pp. 12-13.

Gadgil, M. and Vartak, V. D. 1981. Sacred groves of Maharashtra:

An inventory. In: Glimpses of Indian Ethnobotany (Ed. S. K. Jain).

New Delhi, Oxford and IBH Publ. Co.pp.279-294.

Gottlieb, R. S. 1996. Bishnois: Defenders of the Environment. This

Sacred Earth: Religion, Nature, Environment. London: Routledge .

Jain, S. K. 2001.Ethnobotany in Modern India. Phytomorphology

.Golden Jubilee Issue.pp.39-54.

Jain, S. K. and Srivastava, S. 1999. Dictionary of Ethno-veterinary

Plants of India. New Delhi, Deep Publ.

Mandal, S. and Mukherjee, A. 2003. An ethnobotanical envision into

Santhali festivals in Purulia District, West Bengal.Ethnobotany 15:

118-24.

Mukherjee, A. 1997. Biodiversity Conservation. J. Asiatic Society.

39(2): 1-6.

Mukherjee, A. and Mukherjee, N. 1995. Cultural relevance of Indian

Plants: An overview. J. Indian Anthrop. Soc. 30: 67-72.

Rao, R. R. 1989. Ethnobotanical studies in Meghalaya-same interesting

reports of herbal medicines.In: Methods and Approaches of

Ethnobotany (Ed. S. K. Jain).Lucknow, Society of Ethnobotanists. pp.

39-47.

Rodgers, W. A. 1994. The sacred groves of Meghalaya. Man in India.

74(4): 339-48.

Shiva, V.1988. Staying Alive: Women, Ecology and Development.

London, Zed Books.

BIORESOURCE CONSERVATION

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