With the Indian Met department having recently warned of weak monsoons this year due to the El Nino effect, there will be serious implications on agricultural production and food prices. More than 60% of the area under cropping in India is rain-fed. Low and erratic monsoon will severely affect the livelihood of those dependent on agriculture. It may be recalled that the frequency and intensity of droughts have increased during the last two decades. This is the direct impact of global warming and climate change. The recent IPCC report has highlighted that Indiaís high vulnerability and exposure to climate change and global warming will slow its economic growth, impact human health, and make poverty reduction and food security efforts more difficult. It is also projected that the climate change will lead to severe water shortage and trigger water-borne diseases. There are projections that India could lose 10-40% of its current crop production by the end of century due to global warming. A recent IFPRI-CCAFS study estimated that a 10% drought will increase prices of rice by 23%, followed by maize (16%), and pigeon pea (10%). These evidence indicate that drought will upset the governmentís efforts of increasing agricultural production, ensuring food security and controlling food inflation.
There is no choice but to avert the negative impacts of a drought-like situation to meet the future demand for food, feed and fibre. It requires a long-term strategy which would prepare farmers to adapt and respond to climate change, and effectively overcome the threat of drought and other climate change eventualities. Climate-smart agriculture, which sustainably increases agricultural productivity and enhances achievement of national food security goals, provides a window of opportunity to avert the impact of drought. It contributes in:
n promoting sustainable increase in agricultural productivity by incorporating climate change perspective (including drought),
n building adaptive capacity and resilience of production portfolio to climatic risks without compromising food security and,
n minimising green-house gas emissions and maximising carbon sequestration by improved management practices.
More precisely, it is a Ďwin-winí proposition that enhances agricultural productivity and farm incomes, reduces climatic risks (especially drought), and controls emission of green-house gases. To avert negative impact of climate change, accelerated adoption of climate-smart agriculture would be necessary which would require dynamic national policies and investment priorities that will positively influence local institutions and interventions to adapt climate change.
To prepare for averting impact of drought, we