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Climate Change and Agriculture Implications for Global Food Security
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About the Book
One of the greatest challenges facing humankind is to minimize the impact of human-induced climate change on the agricultural production and also on the production from livestock, forestry and fisheries sectors. Ever-expanding global population and increased income is likely to generate a several-fold increase in demand for food and fibre by the middle of this century. At the same time the lands and fresh water resources available for expansion of agriculture may be of lower quality than those currently in use. The worst situation arises from a scenario of severe climate change, low economic growth and little farm-level adaptation. In order to minimize possible adverse consequences, like production losses, food price increases, and an increase in the number of people at risk of hunger, the way forward is to encourage more intensive agriculture through the adoption of efficient adaptation techniques, in combination with measures taken to preserve the environment and to use resources more efficiently. The range of adaptation options for agriculture, forestry and fisheries is generally increasing because of technological advances, thus reducing the vulnerability of these systems to climate change. However, in many developing countries technology generation, innovation, and adoption are too slow to sufficiently counteract the increasingly negative effects of climate change. Reducing the vulnerability of agriculture, forestry and fisheries to the adversity of climate extremes will go a long way towards decreasing the long-term vulnerability to climate change. This book, based on the state of art knowledge, represents a major step in understanding the science of various aspects of climate change and their likely impacts on agriculture, livestock, forestry, and fisheries with clear adaptation strategies required to reduce their vulnerability.
Table of Contents | : | Click here
Chapter1 | : | Click here
Contents
Chapter 1: Perspectives on the Interactions between Climate Change Parameters and their Agricultural Significance: An Overview, Chapter 2: Impact of Climate Change on the Global Hydrological Cycle: Implications for Water Resources and Agriculture, chapter 3: Soil Carbon Cycle and Impact of Climate Change on Soil Conditions: Implications for Plant Growth and Food Production, Chapter 4: Global Climate Change Impact on Agricultural and Livestock Production and Adaptation Strategies for Mitigation, Chapter 5: Greenhouse Gas Emissions and Mitigation Measures in Agro-Ecosystems, Chapter 6: Land Degradation, Range Degradation and Desertification under Changing Climate, Chapter 7: Impact of Climate Change on Fisheries and Aquaculture and Adaptation Strategies, Chapter 8: Climate Change Impact on Forests and Adaptation Strategies, Chapter 9: Climate Change, Food and Agriculture System, and Global Food Security, Chapter 10: Climate Change, Climate Variability and Climate Extremes: Agrometeorological Impact of Extreme Weather Events, Chapter 11: Livelihood Strategies of Farmers and Fishers under Changing Climate.
About the Author
Dr. H.P. Das, former Deputy Director General of Meteorology of the India Meteorological Department was in-charge of the Division of Agricultural Meteorology, Pune and in that capacity, had been implementing the operational and research programmes of the Division. He has actively participated in many Agricultural Meteorology Programmes of the World Meteorological Organization (WMO) as Chairman/Leader/Member of several Working Groups and Expert Teams of the WMO Commission for Agricultural Meteorology. With over 35 years of experience in agrometeorological research and applications and teaching in various aspects of Agricultural Meteorology, Dr. Das has authored over 175 research papers and articles, as well as many book chapters and several other technical publications including WMO Technical Notes and Training materials and He is a recipient of the award of the WMO Commission for Agricultural Meteorology for his outstanding contributions and exceptional service to the commission. He is currently the Vice-President of the International Society for Agricultural Meteorology (INSAM).
One of the greatest challenges facing humankind is to minimize the impact of human-induced climate change on the agricultural production and also on the production from livestock, forestry and fisheries sectors. Ever-expanding global population and increased income is likely to generate a several-fold increase in demand for food and fibre by the middle of this century. At the same time the lands and fresh water resources available for expansion of agriculture may be of lower quality than those currently in use. The worst situation arises from a scenario of severe climate change, low economic growth and little farm-level adaptation. In order to minimize possible adverse consequences, like production losses, food price increases, and an increase in the number of people at risk of hunger, the way forward is to encourage more intensive agriculture through the adoption of efficient adaptation techniques, in combination with measures taken to preserve the environment and to use resources more efficiently. The range of adaptation options for agriculture, forestry and fisheries is generally increasing because of technological advances, thus reducing the vulnerability of these systems to climate change. However, in many developing countries technology generation, innovation, and adoption are too slow to sufficiently counteract the increasingly negative effects of climate change. Reducing the vulnerability of agriculture, forestry and fisheries to the adversity of climate extremes will go a long way towards decreasing the long-term vulnerability to climate change. This book, based on the state of art knowledge, represents a major step in understanding the science of various aspects of climate change and their likely impacts on agriculture, livestock, forestry, and fisheries with clear adaptation strategies required to reduce their vulnerability.
Table of Contents | : | Click here
Chapter1 | : | Click here
Contents
Chapter 1: Perspectives on the Interactions between Climate Change Parameters and their Agricultural Significance: An Overview, Chapter 2: Impact of Climate Change on the Global Hydrological Cycle: Implications for Water Resources and Agriculture, chapter 3: Soil Carbon Cycle and Impact of Climate Change on Soil Conditions: Implications for Plant Growth and Food Production, Chapter 4: Global Climate Change Impact on Agricultural and Livestock Production and Adaptation Strategies for Mitigation, Chapter 5: Greenhouse Gas Emissions and Mitigation Measures in Agro-Ecosystems, Chapter 6: Land Degradation, Range Degradation and Desertification under Changing Climate, Chapter 7: Impact of Climate Change on Fisheries and Aquaculture and Adaptation Strategies, Chapter 8: Climate Change Impact on Forests and Adaptation Strategies, Chapter 9: Climate Change, Food and Agriculture System, and Global Food Security, Chapter 10: Climate Change, Climate Variability and Climate Extremes: Agrometeorological Impact of Extreme Weather Events, Chapter 11: Livelihood Strategies of Farmers and Fishers under Changing Climate.
About the Author
Dr. H.P. Das, former Deputy Director General of Meteorology of the India Meteorological Department was in-charge of the Division of Agricultural Meteorology, Pune and in that capacity, had been implementing the operational and research programmes of the Division. He has actively participated in many Agricultural Meteorology Programmes of the World Meteorological Organization (WMO) as Chairman/Leader/Member of several Working Groups and Expert Teams of the WMO Commission for Agricultural Meteorology. With over 35 years of experience in agrometeorological research and applications and teaching in various aspects of Agricultural Meteorology, Dr. Das has authored over 175 research papers and articles, as well as many book chapters and several other technical publications including WMO Technical Notes and Training materials and He is a recipient of the award of the WMO Commission for Agricultural Meteorology for his outstanding contributions and exceptional service to the commission. He is currently the Vice-President of the International Society for Agricultural Meteorology (INSAM).
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