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A Climate to End Hunger: Climate Change, Food & Nutrition Security, and Poor People
The International Panel on Climate Change (IPCC) said recently that there is increasing scientific evidence that food and nutrition security are at risk from climate change. The report concluded that African countries are the most vulnerable from the “profound and irreversible” changes that have already taken place.
In a world projected to have a population of 9 billion by the year 2050, requiring an increaseof 70% in food production, climate change could instead cause losses of up to 25 percent in the world’s major cereal crops: corn, wheat, and rice. This, clearly, will lead to grain shortages and increasing hunger unless steps are taken to better manage natural resources dedicated to farming and pasture land.
Another danger in an era of climate change is increases in “hidden hunger,” defined as malnutrition caused by deficiencies in micronutrients (vitamins and minerals). In its two landmark series on maternal and child nutrition, The Lancet medical journal helped bring the world’s attention to vulnerable people – especially pregnant women and children under age 2, those in the 1,000 Days window where nutrition is most critical – who eat enough calories but have hidden hunger. This is primarily because their diets are composed primarily of corn or rice and contain few micronutrients. The UN Food and Agriculture Organization (FAO) reports that 2 billion people globally already suffer from hidden hunger.
So how can we get additional nutritious foods to people in an era of rapidly growing population and climate change? In the past generation, research scientists have developed seed varieties with traits that make them more drought resistant, or more heat resistant, or ready to harvest more quickly, or biofortified (meaning that micronutrients have been added). In the last decade, though, a new generation of seed varieties that combine two or more of these desirable traits have been developed. These more resilient and “climate smart” seed varieties are adapted to different climactic conditions. So far, though, poor farmers in the developing world don’t have access to seed containing multiple, or “stacked”, traits and improved genetic profiles.
The challenge today is to bring sustainable farming practices together with efforts to increase crop production in ways that are resilient to climate change. This will require a renewed Green Revolution. The pioneering plant science research done by Dr. Norman Borlaug and others did a great deal to reduce mass hunger in Asia in the 1960s and 1970s. To extend the work of the Green Revolution and ensure that plants can survive under new conditions will require major investments in plant research. The World Bank and regional lending institutions can lead efforts to make these investments.
In the words of Nigerian Minister of Agriculture Akinwumi Adesina, who leads agricultural research efforts in a country where 240 million people are undernourished, “We invest in roads, in power, in ports, and we must recognize that building this infrastructure along with improving nutrition is investing in the economy today and in the future of our societies.”
Posted by Scott Bleggi on April 23, 2014 in A Climate to End Hunger, Africa, Agriculture, Asia, Assets for the Poor, Climate Change, Data to End Hunger, Development Assistance, Economic Development, Food Aid, Food Prices, Foreign Aid Reform, Gender, Global Hunger, Good Governance, Hunger Hotspots, Latin America, Malnutrition, Maternal and Child Nutrition, U.S. Hunger | Comments (0) | TrackBack (0)
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