Monday, September 14, 2009

Constraints in Food Production

Introduction


Terrorism, Climate Change and Food Security are the important challenges before mankind now and in the days to come. The first among the three challenges received a greater public attention owing to its immediate and irreversible damage to life and property of the people of any country irrespective of its influence in the global politics. Unlike Terrorism, Climate Change and Food Security are a threat to the very existence of mankind. The recent Global Food crisis has prompted the Governments’ of several nations to put Food Security on the forefront of their development agenda. Despite their best efforts, Governments fail to put a check on these issues as they surface only after they assume serious proportions. Scarcity comes in to existence when demand outpaces supply. Similarly, the failure to ensure global food security can be attributed to a large set of reasons strongly influencing the food production. Climate induced phenomenon like raising global temperature, drought and flooding of low-lying areas, anthropogenic influences like change in dietary patterns, shifting of food crops to bio-fuel crops and natural processes like loss of productive top soil due to water erosion and wind erosion are some of the important constraints stymieing the Food production system and perpetuating global hunger.

Constraints marring the production of food


The recent escalation of world food prices has transformed food insecurity from a difficult development problem into an emergency. Going by the US Census Bureau report, the world population is going to reach 9 billion by 2050. Countries listed as transition economies will likely be moving in to the elite developed group and people of these nations may take a diet, which is rich in protein. This will make the feed crops compete fiercely with the food crops for land there by constraining food production. Another important factor that’s going to be under tremendous strain on all fronts is water. The surface irrigation water availability to agricultural use is reducing due to excess surge in the urban water demand. Due to heavy draw down and deep well explorations the ground water is becoming scarce everywhere. In India, the rate of fall in water table is 2 – 3 meter/year currently, which is a serious indicator of the looming danger. Soil, an important constituent of nature is slowly losing its life sustaining character due to degradation resulting from surface erosion, salinity, water logging and fertigation. According to one survey, 10% of world’s arable land is affected by serious degradation. An important point to be noted is the loss of potential agricultural land to urbanization, racecourses, golf courses, industrial development, recreational activities and tourism. The bottom line is that arable land is shrinking. Another threat in room for us is the Marine crisis. Three quarters of world fisheries are over-exploited, while demand for seafood continues to rise unabated. By one estimate two thirds of marine fisheries will be in collapse by the 2020s and all of them by the 2040s. Climate change indeed is the common thread connecting all afore said food production constraints. The rapid growth of industry has led to much energy intensive activities, which became inevitable to maintain the evolving life styles. This led to the release of Green House gases, which are warming up the earth. Unseasoned rains, increased day light hours, warmer nights are all attributed to the Climate change phenomenon. A newly identified barrier to a sufficient harvest is the knowledge drought - a worldwide decline in agricultural research and development. There have been particular declines in Government funded science and in on-farm production research intended to benefit farmers. It is the synergy between these many constraints, which poses the greatest challenge.

Imperatives to mitigate the looming crisis


In the next fifty years, the world should raise its food production by 110 percent using the degraded soils, poor quality water, costlier nutrients, inferior technology and finally under the effect of global climate change. Cutting the emissions by 33 percent will takes us back to the 1970's climate equivalent. Investment in global food security is now a defense spending and requires proportionate priority. Massive increase of investments in agricultural research and development with special focus on soil & water conservation, improving crop water use efficiency and sub-surface drainage systems for waterlogged soils are imperative. Focus should now shift to new participatory methods of extending food production technologies so as to enable farmers to adapt quickly to the changing dynamics of climate. Significant investment should be apportioned for developing agro – forestry. Promoting low protein diet and vegetable consumption will sustain food crops and makes food available to the poor at affordable prices. Phasing out commercial wild harvests, including fishing and forestry will go a long way in achieving environmental sustainability. Harvesting green energy from the wind should be encouraged with good public spending and subsidies, which will have significant impact on reducing the green house gas emissions.

Conclusion


It’s now time for us all to wake up and take a serious stand to protect our food, our resources, our environment and our future generations. The need of the hour is a more comprehensive approach to simultaneously tackle these myriad constraints for the production of food. Despite its existential nature, agriculture still continues to take a back seat when juxtaposed with other priorities. Governments worldwide still continue to deem the spending on agricultural research & development as a bad investment. This mindset should change. After all, Food and natural resources are lifelines for mankind to survive on planet earth.