PLANT VS. PLANTS : Results of Survey conducted in Lohandiguda and Tokapal (Bastar) regions during August, 2006.by Pankaj Oudhia

PLANT VS. PLANTS : Results of Survey conducted in Lohandiguda and Tokapal (Bastar) regions during August, 2006.by
Pankaj Oudhia

Contributor:Dr. Pankaj Oudhia
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Abstract


Tens of species of medicinal mushroom, thousands of medicinal herbs and insects, different types of medicinal soil, traditional rice varieties, medicinal weeds and rich diversity of wild birds have been observed during one day short field survey in ten villages of Lohandiguda and Tokapal blocks of Bastar, the heaven on earth. This survey was conducted with the help of Pune based organization National Center for Advocacy Studies during August 5-7, 2006.


Table of Contents
Basic Information about the biodiversity rich selected region
Rich population of old Medicinal trees
Medicinal Mushroom
Medicinal Soil and Medicinal Insects
Devgudi and Old Trees
Biodiversity in Danger
Suggestions
Acknowledgement
Related Ecoport Articles and Tables
Related References
Internet Links


Basic Information about the biodiversity rich selected regionReturn To Table of Contents


The ten villages selected for study were Takraguda, Sirisguda, Badanji, Kumhli, Chhindgaon, Dhuragaon, Belar, and Daabpal, Bade Paroda and Baleapal. The soil of this region is considered as best fertile soil in Bastar region. Through visual observation one can assess the fertility of the soil by seeing the growth of crops. Rice based cropping systems are in existence. Farmers raise traditional rice varieties and still adopt organic farming. Safari, Gurmatia, Sathka, Bhata Mokra, Chudi Dhan etc. are among these traditional varieties. According to the Traditional Healers of Bastar region many of these medicinal rice varieties are used in traditional medicine system. Medicinal rice Bhata Mokra is good remedy for gynecological troubles. According to the natives the introduction of new high yielding rice varieties are now limiting the area under traditional varieties. The farmers of this region are hard working. Not only the region is rich but also the natives are having rich traditional medicinal knowledge about medicinal herbs and insects. They use medicinal weeds as human and veterinary medicine. These weeds are also used as input for organic farming. They allow many weeds in crop bunds. Calotropis gigantea is one of these weeds. They believe that the presence of this weed reduces the attack of rice pest. Like other parts of Chhattisgarh the natives use many weed species as potherbsCharotaMuscaini, Barra etc. are among these weeds. During survey the natives showed me rare medicinal ferns used traditionally in treatment of different types of cancer.


This region is also rich in mineral resources. The photographs taken at this region and presence of mines confirmed it. It seems that the hills of this region are having many hidden sources of precious minerals. Many senior natives informed that these hills are sacred and that is why they avoid climbing on these hills.

Only few exotic species are present in this region.

Pictures taken during this survey.


Rich population of old Medicinal treesReturn To Table of Contents


This region is rich in medicinal tree population. Amli trees are very common. Amli is well known NTFP of Chhattisgarh. It generates revenue for the state and also provides additional income to the natives. During surveys old trees have been observed. Many are over 300-400 years old trees. These trees are still healthy. These trees require protection, as these are rich sources of genes useful for development new high yielding and medicinally rich Amli varieties. These trees are best sources of medicine used in traditional systems. Near villages SemalSulfiBamboorChhind etc. are major tree species. The natives are aware of local uses of different parts of trees. For example Chhind. The natives use its sap as traditional drink. It grows without any care. It is used as live fence and also for thatching. Many natives prepare broom from its leaves. It is also used as medicine. Based on the rich population of this species one village is named as Chhindgaon. The nearby forests are having rich population on wild trees. During survey the natives showed me very rare types of medicinal tree Parsa. Red flowered Parsa is very common but this region is having white and yellow flowered Parsa trees. This information is limited to very few natives. There is a need of conservation efforts. In situ conservation will be promising option. During survey I observed rich orchid (mainly AcampeBulbophylumCalantheCleisostomaCoelogyneCymbidiumCypripediumDactylorhizaDendrobiumEpipactisEriaEulophiaFlickingeriaHabenariaSatyriumTaprobaneaVanda etc.) population in the region. Many species observed were declared as endangered species in reference literatures. These species are worshipped and also used in traditional medicine system.


Medicinal MushroomReturn To Table of Contents



Bastar is rich in Mushroom diversity although the standard literatures are not having much information about most of the species. Colorful mushroom with vigor of life are feature of this region. During survey due to heavy rainfall I found many such species, mainly GanodermaPleurotusVolvariellaAuriculariaAgaricusBoletusAmanitaCantharellusCoprinusLactariusLentinusPsilocybeRussula etc., in Mother Nature’s field. The natives informed about its medicinal properties. Most of the species are used as food. They use Mushroom in at least fourteen ways. These Mushroom dishes are full of health. It develops natural resistance and this is the reason the natives survive without any modern medical facilities. As researcher I feel that there is need to list of these species and start conservation efforts without any delay.

Photo Album of Medicinal and edible wild mushroom species in Kanker and Bastar regions of Indian state Chhattisgarh.


Medicinal Soil and Medicinal InsectsReturn To Table of Contents


Medicinal Soil

Like other parts of Chhattisgarh the natives of this region are having rich traditional medicinal knowledge about medicinal soil. They use the rice soil as well as hill soils both internally as well as externally in treatment of many diseases. Along with soil, weeds are also used in combination. Soil collected from rice field having traditional varieties is used externally in treatment of skin troubles. This unique traditional medicinal knowledge has yet not been documented in the region.

Medicinal Insects

Insects are used both as food as well as medicine in this region. During survey the natives showed me the Lepidopteron insects on Mahua tree used in treatment of Epilepsy. They are having long list of medicinal insects. Chapra as well as Trombidium are very commonly used medicinal insects. Many natives are having knowledge about the use of agricultural pest. In short time I have collected information about 80 such medicinal insects and mites including Brithys crini (F.) [Lepidoptera : Noctuidae)
Agropistus limbatus Matsch. (Coleoptera : Chrysomelidae)
Chionaspis dilatata G. (Hemiptera : Aphididae)
Lyncestis amphix Cr. (Lepidoptera : Noctuidae)
Aphis sp. (Hemiptera : Aphididae)
Nysius ericae (Hemiptera)
Deilephila nerri L. (Lepidoptera : Sphingidae).


Devgudi and Old TreesReturn To Table of Contents


Devgudi are sacred places. The natives plant specific trees in these sacred places. I found hundreds years old trees in these Devgudi. Trees are protected in these sacred places. I found many rare species of old trees in and around these sacred places


Biodiversity in DangerReturn To Table of Contents


During survey I heard about the proposed industrial unit in this biodiversity rich spot. I was expecting research institute as well as in situ conservation park in this biologically rich region. Slight disturbance in this region can cause havoc. The pristine beauty given as gift by Mother Nature must be kept intact in this region. Establishment of any industrial unit will destroy all these rich sources without any delay. Destruction of PLANTS for one PLANT is not a wise decision. It is really shocking.


We know that industry and nature are having negative relationship. Any ecosystem is very fragile. The best way to conserve this biodiversity rich spot is to keep it in its original form. Plant can be established anywhere but it is not possible to create replica of Mother Nature’s field. Chhattisgarh is having large areas as wasteland. Such lands may be utilized for industries. The use of virgin forestland for industrial development is far from justification.


SuggestionsReturn To Table of Contents


1. The survey revealed that there is a need to list out the flora and fauna available in this region.

2. Detailed Ethnobotanical surveys are required to document the traditional medicinal knowledge available in the region.

3. Need for in situ and ex situ conservation efforts for rare medicinal herbs.

4. This region is still free from obnoxious foreign weeds like Parthenium and Water Hyacinth. Any industrial development will lead to the introduction of exotic weeds like in Bhilai and Raigarh. These exotic weeds would become potential threat to native flora.

5. Old trees must be protected in its original place. In case of any industrial activities such trees must be tried to shift through traditional tree replantation technique.

6. This region is good study area for researchers and students. There is need to establish biodiversity park in the region having all representative flora as well as fauna.

The efforts to conduct long term detailed surveys in different seasons are in progress. This is preliminary report but needing immediate attention from the planners that are in preparation of supporting PLANT by destroying Nature’s PLANTS.


AcknowledgementReturn To Table of Contents


Author is thankful to NCAS, Pune for support.


Related Ecoport Articles and TablesReturn To Table of Contents


Impact of Globalization on Biodiversity with Special emphasis on Livelihood of poor and marginalised : A case study of Raigarh Region, Chhattisgarh, India.

What we can do for the victims of Fluorosis?

Degree of effect of 'Black Dust' on Raigarh plants.

Herbal ways to manage the problems created by polluting sponge iron units in India.


Related ReferencesReturn To Table of Contents


Zagural' skaya LM Zyabchenko SS (1994) Impact of industrial pollution on soil microbial activity in boreal forests of the Kostomuksha region.
Shyapyatene Ya A (1988) Features of the dying of Scots pine stands in a zone of intensive industrial pollution.
Chlodny J Matuszczyk I Styfi Bartkiewicz B Syrek D (1987) Catchability of the epigeal fauna of pine stands as a bioindicator of industrial pollution of forests.
Siwecki R (1987) Biological reactions of trees to industrial pollution. Materials from the second National Symposium.
Chubanau KD Boika AV Arabei MM Kirkouski KK Pikulik MI Bortnik AV (1988) Changes in Scots pine communities in the green belt of Minsk in connection with industrial pollution of the environment.
Stel' makhova TF Voron VP (1988) Effect of forestry measures on the resistance of Scots pine stands to industrial pollution of the atmosphere.
Ohtonen R Lahdesmaki P Markkola AM (1994) Cellulase activity in forest humus along an industrial pollution gradient in Oulu, northern Finland.
Shkaraba EM Perevedentseva LG Mekhonoshchin LE (1991) Consortium of forest plants and fungi under conditions of industrial pollution.
Siweckiego R (1996) Biological Reactions of Trees to Industrial Pollution, IIIrd National Symposium, Kornik, 23-26 May 1994: Materials, Volume 1, Volume 2.
Banerjee SK Williams AJ Dugaya D Gupta BN (1995) Industrial pollution, with specific reference to mining, including biocontrol methods.
Ionescu A Udrescu S (1988) Effect of fluorine and sulphur industrial pollution on agricultural crops and edaphic vegetation.
Stravinskene VP (1987) Change in the radial increment of trees in a zone affected by industrial pollution.
Ali EA (1993) Damage to plants due to industrial pollution and their use as bioindicators in Egypt.
Bercea V Bathory D Rusu A Soran V (1993) Metabolical adaptation to industrial pollution in beech (Fagus sylvatica L.) and hornbeam (Carpinus betulus L.) leaves. I. Evolution of dry substance and total proteins.
Lukina NV Nikonov VV (1991) Change in the primary productivity of spruce stands under the influence of industrial pollution in the Kola peninsula in the north.
Mihailescu A Ciobanu C (1990) Industrial pollution of forests and forest soils in the Zlatna region.
Giertych MJ Werner A (1996) Phenolic compounds in needles of Scots pine (Pinus sylvestris L.) damaged by industrial pollution.
Selikhovkin AV (1992) Forest-entomological monitoring in zones of intensive industrial pollution.
Zvereva EL (1993) Effect of industrial pollution on fly communities (Diptera Brachycera).
Baicheva O (1976) Study of the effect of industrial pollution of the soil in the region of the Kremikovtsi metallurgical combine on the plant and soil nematode fauna.
Manka K Przezborski A Siwecki R (1987) Autumn fall of Scots pine needles and industrial pollution.
Grasso G (1987) Environmental pesticide industrial pollution: an unusual episode in the tanning industry.
Garcia BN (1979) Effects of agricultural and industrial pollution on public health.
Chlodny J Styfi Bartkiewicz B Bartkiewicz B Styfi (1982) Effect of industrial pollution on the population density of insects in young Betula pendula stands.
Chlodny J Styfi Bartkiewicz B (1984) Effect of mineral fertilizer application on insect populations in pole-stage Scots pine stands degraded by industrial pollution.
Chlodny J (1977) Coccinellid beetles in Betula pendula plantations affected by industrial pollution.
Golutvin GI (1983) The effect of industrial pollution on some dendrophilous insects.
Yanovskii VM (1988) Activity of insect defoliators in conditions of industrial pollution.
Dobrovol' skii IA Shcherbak NO (1976) Anatomical and morphological damages of plants under conditions of industrial pollution of the atmosphere.
Kurteva MK Kalchev RK (1984) Investigation of the effect of industrial pollution of the atmosphere on the growth and development of trees by means of disperson analysis.
Lopez Rodriguez M.C. Perez Cirera J.L. (1995) Contribution to the knowledge of the effect of industrial pollution on Fucus vesiculosus and Fucus spiralis in the north-west of the Iberian Peninsula. (In Spanish).
Pytasz M Migula P Krawczyk A (1980) The effect of industrial pollution on the metabolism rate in several animal species from the ironwork 'Katowice' region.
Oudhia P. (2004) Possibilities of utilization of EMF concept for pollution management in ChhattigarhIndia.


Internet LinksReturn To Table of Contents


Traditional Knowledge Can Help in Old Tree Transplantation: An Introduction to New Technology.

Ethno Medico Forest (EMF) : A new concept from Chhattisgarh, India.

Weed wise or weed savvy?

Food for thought: Pestering pests or healers?

Kya Prakriti ke chedchad se hi sambhav hai vikas?

Impact of Globalisation on Culture of Sacred Groves: A Revival of Common, But Decay of the Traditional Institution.




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