works at the International Maize and Wheat Improvement Centre (CIMMYT) where his main focus has been to improve the adaptation of wheat to drought and heat stressed environments in collaboration with national wheat programs worldwide. His laboratory develops methodologies that have enhanced the efficiency of breeding and research and led to identification of genetic bases of adaptive traits. These approaches have resulted in a new generation of wheat cultivars based on the combination of stress-adaptive traits from highly diverse genetic sources. Reynolds is also coordinating the establishment of a global consortium to raise the yield potential of wheat to help bolster productivity in the developing world where the dual impact of climate change and population growth threaten food security.

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• a: Introduction 1: Climate projections for 2050 2: Rainfed Intensive Crop Systems 3: Climate Sensitivity of Intensive Rice-Wheat Systems in Tropical Asia: Focus on the Indo-Gangetic Plains 4: Climate Change Challenges for Low Input Cropping and Grazing Systems – Australia 5: Diversity in Organic and Agroecological Farming Systems for Mitigation of Climate Change Impact, with Examples from Latin America 6: UK Fruit and Vegetable Production – Impacts of Climate Change and Opportunities for Adaptation 7: Intensive Livestock Systems for Dairy Cows 8: Climate Change and Integrated Crop-Livestock Systems in Temperate-Humid Regions of North and South America: Mitigation and Adaptation 9: Land Managed for Multiple Services 10: Adaptation of Mixed Crop-Livestock Systems in Asia 11: Enhancing Climate Resilience of Cropping Systems 12: Shaping Sustainable Intensive Production Systems: Improved Crops and Cropping Systems in the Developing World 13: The Role of Modelling in Adapting and Building the Climate Resilience of Cropping Systems 14: Agroforestry Solutions for Buffering Climate Variability and Adapting to Change 15: Channelling the Future? The Use of Seasonal Climate Forecasts in Climate Adaptation 16: Agricultural Adaptation to Climate Change: New Approaches to Knowledge and Learning 17: What are the Factors that Dictate the Choice of Coping Strategies for Extreme Climate Events? The Case of Farmers in the Nile Basin of Ethiopia

works at the International Maize and Wheat Improvement Centre (CIMMYT) where his main focus has been to improve the adaptation of wheat to drought and heat stressed environments in collaboration with national wheat programs worldwide. His laboratory develops methodologies that have enhanced the efficiency of breeding and research and led to identification of genetic bases of adaptive traits. These approaches have resulted in a new generation of wheat cultivars based on the combination of stress-adaptive traits from highly diverse genetic sources. Reynolds is also coordinating the establishment of a global consortium to raise the yield potential of wheat to help bolster productivity in the developing world where the dual impact of climate change and population growth threaten food security.

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• a: Introduction 1: Climate projections for 2050 2: Rainfed Intensive Crop Systems 3: Climate Sensitivity of Intensive Rice-Wheat Systems in Tropical Asia: Focus on the Indo-Gangetic Plains 4: Climate Change Challenges for Low Input Cropping and Grazing Systems – Australia 5: Diversity in Organic and Agroecological Farming Systems for Mitigation of Climate Change Impact, with Examples from Latin America 6: UK Fruit and Vegetable Production – Impacts of Climate Change and Opportunities for Adaptation 7: Intensive Livestock Systems for Dairy Cows 8: Climate Change and Integrated Crop-Livestock Systems in Temperate-Humid Regions of North and South America: Mitigation and Adaptation 9: Land Managed for Multiple Services 10: Adaptation of Mixed Crop-Livestock Systems in Asia 11: Enhancing Climate Resilience of Cropping Systems 12: Shaping Sustainable Intensive Production Systems: Improved Crops and Cropping Systems in the Developing World 13: The Role of Modelling in Adapting and Building the Climate Resilience of Cropping Systems 14: Agroforestry Solutions for Buffering Climate Variability and Adapting to Change 15: Channelling the Future? The Use of Seasonal Climate Forecasts in Climate Adaptation 16: Agricultural Adaptation to Climate Change: New Approaches to Knowledge and Learning 17: What are the Factors that Dictate the Choice of Coping Strategies for Extreme Climate Events? The Case of Farmers in the Nile Basin of Ethiopia

works at the International Maize and Wheat Improvement Centre (CIMMYT) where his main focus has been to improve the adaptation of wheat to drought and heat stressed environments in collaboration with national wheat programs worldwide. His laboratory develops methodologies that have enhanced the efficiency of breeding and research and led to identification of genetic bases of adaptive traits. These approaches have resulted in a new generation of wheat cultivars based on the combination of stress-adaptive traits from highly diverse genetic sources. Reynolds is also coordinating the establishment of a global consortium to raise the yield potential of wheat to help bolster productivity in the developing world where the dual impact of climate change and population growth threaten food security.

Select Guide Rating

• a: Introduction 1: Climate projections for 2050 2: Rainfed Intensive Crop Systems 3: Climate Sensitivity of Intensive Rice-Wheat Systems in Tropical Asia: Focus on the Indo-Gangetic Plains 4: Climate Change Challenges for Low Input Cropping and Grazing Systems – Australia 5: Diversity in Organic and Agroecological Farming Systems for Mitigation of Climate Change Impact, with Examples from Latin America 6: UK Fruit and Vegetable Production – Impacts of Climate Change and Opportunities for Adaptation 7: Intensive Livestock Systems for Dairy Cows 8: Climate Change and Integrated Crop-Livestock Systems in Temperate-Humid Regions of North and South America: Mitigation and Adaptation 9: Land Managed for Multiple Services 10: Adaptation of Mixed Crop-Livestock Systems in Asia 11: Enhancing Climate Resilience of Cropping Systems 12: Shaping Sustainable Intensive Production Systems: Improved Crops and Cropping Systems in the Developing World 13: The Role of Modelling in Adapting and Building the Climate Resilience of Cropping Systems 14: Agroforestry Solutions for Buffering Climate Variability and Adapting to Change 15: Channelling the Future? The Use of Seasonal Climate Forecasts in Climate Adaptation 16: Agricultural Adaptation to Climate Change: New Approaches to Knowledge and Learning 17: What are the Factors that Dictate the Choice of Coping Strategies for Extreme Climate Events? The Case of Farmers in the Nile Basin of Ethiopia