The Future of Rice Security Under Climate Change
Teng, Paul P.S.; Caballero-Anthony, Mely; Lassa, Jonatan Anderias | July 2016
Abstract
Food security is obviously not only about physical food availability achieved via production, but also about economic and physical access to food, food utilization and stability of availability, access and utilization over time.1 Abundant literature has suggested to policy makers to move beyond rice crops. We are mindful of the fact that the future of food should include all crops, including native crops and orphan crops that often not only tend to be ignored by policy makers but lack investment in their development too (Naylor et al., 2004). However, our focus of this research is about the future availability of rice under climate change.
Why should we worry about rice security? Rice is a primary staple food for about three billion people in Asia and increasingly in Africa (see Africa Rice Project at africarice.org). There will be at least one billion additional rice eaters in Asia and Africa by 2050. Asia faces the immense task of feeding a growing rice eating population that will reach 4 – 5 billion people in the next 35 years. Based on the current rice yield growth rate, the total supply will fall short of rice demand as a result of population growth. In addition, the sustainability (of rice for availability) is likely to be at risk due to climate change.
Citation
Teng, Paul P.S.; Caballero-Anthony, Mely; Lassa, Jonatan Anderias. 2016. The Future of Rice Security Under Climate Change. © S. Rajaratnam School of International Studies. http://hdl.handle.net/11540/9274.Keywords
Agriculture
Women in agriculture
Sustainable agriculture
Commercial agriculture
Climate
Climate change
Climate impacts assessment
Global climate change
Investment climates
Agricultural statistics
Sustainable development
Agribusiness
Agricultural trade
Agricultural economy
Agricultural product marketing
Agricultural products
Climatic change
Climatic influence
Climatic
Climatology
Global commons
Ozone depletion
Investment analysis
Investment bank
Investment dispute
Investment policy
Investment return
Forestry
Environmental management
Agricultural information network
Agricultural processing industry
New agricultural enterprise
Produce trade
Export
Import
International competition
Commercial policy
International trade
Economic policy
Foreign investment
Ratio analysis
Risk return relationship
Wind
Ozone layer
Investment
Bank and banking
Speculation
Climate change mitigation
Global temperature change
Precipitation anomaly
Precipitation variability
Goat farming
Green Revolution
Harvesting
Herb farming
Hill farming
Land capability for agriculture
Livestock
Traditional farming
Forests and forestry
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