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[Dec 2007, Volume 4 Quarterly Issue] Pdf File size - The IIPM Think ...

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MORE MARKETS, LESS GOVERNMENT<br />

Per-capita Per Day Availability Of Foodgrains<br />

In India Since 1971<br />

Period Cereals Pulses Food Grains<br />

1971-1975 393 44 437<br />

1981-1985 417 39 456<br />

1991-1995 445 37 482<br />

2001-2005 414 32 446<br />

Projected Growth Rate And Demand For<br />

Various Food Commodities Towards 2011-12<br />

Food Item<br />

Projected<br />

Growth<br />

Rate (%)<br />

tons of cereals production and 17 million<br />

tons of pulses production by the end of<br />

2050. Achieving this level of production is<br />

not a big task as India currently produces<br />

around 210 million tons of food grains.<br />

But, it needs a serious planning and<br />

effective implementation.<br />

3.3 Adequate per capita availability of<br />

food is a function of food production on<br />

one hand, and growth in population and<br />

purchasing power, on the other. Nature of<br />

food security varies across population categories<br />

and geography. Food production<br />

is the result of interaction of human being’s<br />

crop production technique and management<br />

of the natural resources such as<br />

Demand:<br />

Million<br />

Tonnes<br />

Food grains 2.21 251.7<br />

Milk and milk products 3.18 100.39<br />

Meat 4.65 5.36<br />

Eggs: Billion 4.62 35.77<br />

Fish 4.58 5.91<br />

Oilseeds 2.94 49.2#<br />

Vegetables 2.51 92.93<br />

Fresh Fruits 3.46 29.43<br />

Sugar and gur 1.88 22.49<br />

# Assume 40% dependence on import for edible oil<br />

Source: NACP–ICAR In House Estimates<br />

Note: Projected demand includes export in the same ratio as n the base scenario<br />

2003-04 for foodgrains and in 2004-05 for others.<br />

land, water, weather and climatic<br />

condition. <strong>The</strong> guiding<br />

principle should be optimal<br />

utilization of scarce<br />

resources. Thus it is important<br />

to know the natural<br />

Resources, understand the<br />

level of technology utilization,<br />

and understand effect<br />

of modern production technology<br />

on the natural resources,<br />

limitation of total<br />

efforts towards production<br />

increase and understanding<br />

of the scope of overall utilization<br />

of scientific knowledge<br />

in our present agriculture.<br />

It is also important<br />

that natural resources<br />

should continue to be available<br />

without deterioration<br />

over a long period of time.<br />

3.4 <strong>The</strong> natural resources,<br />

which we have, are limited<br />

especially land and<br />

water. Fertility of land is<br />

declining. Soil health has<br />

been declining because of excessive usage<br />

of fertilizer and pesticide. Organic contents<br />

and microenvironment of the soil has<br />

undergone noticeable changes impacting<br />

productivity. <strong>The</strong>re is change in weather<br />

pattern and climatic condition. Frequency<br />

of erratic rain, floods and droughts has<br />

increased considerably.<br />

3.5 Level of technology utilization in<br />

Indian agriculture is highly uneven and<br />

biased to certain pockets of the county.<br />

Green revolution helped India to transform<br />

itself from food deficit to food surplus<br />

country. But unfortunately, green<br />

Revolution has not percolated across all<br />

the states. Application of modern production<br />

techniques is still limited to some<br />

pockets, like the states of Punjab and<br />

Haryana. High variation in production<br />

and productivity in different states is the<br />

result of varying level of technology integration<br />

in our agriculture production.<br />

3.6 <strong>The</strong> long term sustainability of<br />

agriculture and consistent growth in production<br />

and productivity matching with<br />

population growth is a big question mark.<br />

It has been noticed that in various parts of<br />

Punjab and Haryana, water level has gone<br />

down to such levels that water extraction<br />

has become economically unviable. Nitrogen<br />

contents of water has increased, there<br />

is presence of pesticides residue in drinking<br />

water. Heavy and unscientific method<br />

of fertilizer application has taken a toll on<br />

the soil quality. <strong>The</strong>re is adverse impact on<br />

the local microclimate because of intensive<br />

agriculture and similar crop cycle over<br />

a long period of time. Higher contents of<br />

fertilizer and pesticides in ground water<br />

not only affect productivity, but it also severely<br />

affects the food quality. Situation<br />

Food production is the result of interaction of human being’s<br />

crop production technique and management of the<br />

natural resources. <strong>The</strong> guiding principle must be<br />

optimal utilization of scarce resources<br />

demands to take corrective as well as preventive<br />

actions to maintain agriculture<br />

growth sustainable in the long run.<br />

3.7 In India average per capita land<br />

holding is less than 0.16 hectare. Average<br />

farm holding with farmers is 1.6 acre. Now<br />

THE INDIA ECONOMY REVIEW<br />

75

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