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INPUTS FOR SUSTAINABLE ANIMAL RESOURCE DEVELOPMENT Part - II : LAND Prof (Dr.) Rama Kumar, V |
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1.1 LAND By one estimate growth rate of population between 1985 and 2010 in urban areas of developing countries is estimated to be 3.4% as against 0.8% in rural areas. Consequently the percentage of urban population is expected rise from the present 30% level (31.2%) to more than 46% (46.2%)*. * Dimentions of need, 1994-95: An atlas of Food & Agriculture (FAO) Pp.21,34,35 |
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Urbanisation does not only exert pressure on land, but would also increase the urban food demand. Consequently there would be pressure to produce more with less/ no land. 1.1.2 The perspective of Animal production of the west: 85% of the federal land in US is grazed by live-stock. Meat animals play an important role as meat is the staple food there. It is alleged that extensive grazing would result in desertification of the grassland and spread growth of exotic plants. This happens as the grasslands are no more natural, but are nurtured ones. When animals are stall fed grain based concentrates, though production rises vertically and factor productivity tends to be favourable, large nitrogen rich patches are created in the animal waste deposits in the western ranches/ lagoons. Adoption of stall feeding of animals in large numbers is also considered to produce a Green house effect due to methane released in large volume. Use of Growth hormones and antibiotics in large quantity to maximize (not optimize) production is another point raised against the animal production system of the west. The residues of animal waste spread through intensive production have already been identified in drinking water. Live-stock wastes from the animals fed on concentrates contain harmful quantities of chemicals. In U.S. animal waste produced is 130 times more than the human waste. Soil change and displacement of wild life, cruelty issues are being raised against beef, pork, chickens production. [www.api4animals.org/doc.asp]
1.1.3 INDIA: its animals, population and land Population: 97.46% of the population of India is distributed among 15 states with the rest of the 17 states/ UT's holding a very small chunk, numerically. Density of population too vary Pondicherry is leading the list [1642 persons/ sq. Km.] and Arunachal Pradesh tailing the list [10 persons/ sq. Km.] Land distribution in India: 30% of India's rural population is landless. As per National Sample Survey (NSS) 1981-82, 56% land holders were marginal holders and 19.3% small holders. NSS 1991-92 indicates that marginal farmers have increased to 62.8% and small holders reduced to 17.8%. Interestingly, the marginal holders own only 15.6% of the land in the country with larger land holders owning nearly 84% of the operational area of agricultural land. There had been a steady decrease in the size of land holdings per person. Table 1. Livestock population in India and World-1995 (In Million)
Animal population is high in states like Andhra Pradesh, Bihar, Madhya Pradesh, U.P. Gujarat, Karnataka, Maharashtra, Tamil Nadu, West Bengal, Assam, Rajasthan, J&K. Other regions too have relevant animal species. We have an approx. length of 8041 Km. coastline for marine fishery in India; it covers 3726 villages. Fishery (inland and marine) dominate in states like, Andhra Pradesh, Bihar, Gujarat, Karnataka, Kerala, Maharashtra, Orissa, Tamil Nadu, West Bengal. Inland fish is high in A.P, Assam, Bihar, MadhyaPradesh, Maharashtra, Orissa, T.N, U.P.& West Bengal. Table 2. LIVE-STOCK POPULATION OF INDIA AND THAT OF ANDHRA PRDESH (in millions)
Availability of land is influenced by per capita land holding, it distribution, geophysical conditions, agro-climate, land use and usability.
By 1994 there were some 500 million landless people in rural areas of developing countries; over 900 million if farmers with little land are added in. In India 30% of the rural population is landless. There had been a steady decrease in the size of land holdings per person.
1.1.5 USE OF LAND AND ANIMAL HUSBADRY IN INDIA
PERMANENT PASUTRE IN INDIA AND IN SOME OTHER COUNTRIES [Of late, an attempt has been made to put on record nearly 130 of our livestock breeds which hitherto evaded the attention of our policy makers and planners.] Though the degree of involvement varies from region to region, on an average sixty percent of labour for livestock rearing in India is provided by women and more than 90% of work related to care of animals is rendered by womenfolk of the family. As high as 70% of livestock in India is owned by 67% of small, marginal and landless farmers. This fact points towards the scope of animal husbandry in a pro-poor program. A major chunk of live-stock farmers in India living themselves on edge, produce milk, meat, eggs etc. often at a cost that is unimaginably low. Factor productivity and cost effectiveness of animal production of each region of India may have to be meticulously studied before any inference is drawn on the conventional systems of animal husbandry of India.
CONCLUSION: It can be seen that in India one can not envisage a development program involving increased land use or use of grain; both these are in short supply. Therefore such programs may prove unsustainable in the long run. One has to study the current animal husbandry pattern that is essentially an endeavor of the small holders and run on a low input- low output system. India produces 80 Million Tons (MT) of milk through a system where the major stake holder is the small holder and the system is conventional. To plan a proper intervention, one has to take into account the animal profile vis-à-vis the community profile in each region. Similarly one has to study the production system of other live-stock species as well. Any proposal or intervention aimed at development or poverty alleviation would prove sustainable only if we base it on our natural resources including the capacity of our stake holders. It is well said that, "If favours given are beyond the capacity of the receiver, it is as good as not given."
[The next parts would discuss primary input needs like water, energy and finance] |
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Authors Corresponding address: Prof (Dr.) Rama Kumar, V |
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The views expressed in this article are of the author(s), and any clarifications can be obtained from the author(s). |
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