Climate Change and Crop Production
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Climate Change and Crop Production
Foundations for Agroecosystem Resilience
Benkeblia, Noureddine
Taylor & Francis Ltd
12/2018
192
Dura
Inglês
9781138032347
15 a 20 dias
602
Descrição não disponível.
Agroecology, Climate Change, and Agroecosystem Resilience. Physiological and Morphological Mechanisms Mediating Plant Tolerance to Osmotic Stress: Balancing Tolerance and Productivity. Response and Adaptation of Crops to Carbon Dioxide Rise: Coping or Dying. The Physiology and Phenology of Crop Production Under Temperate Climate Changes. Fitting Wheat Phenology to Maximize Yield in a Changing Climate. Response of Pulses to Climate Change: A Physiological Perspective. Climate Resilient Agriculture of Rice: A Physiological Perspective. Tropical Crops and Resilience to Climate Change. Grassland Resilience to Climate Change: From Species to Ecosystem. Effect of Topographic Properties on Crop Yield Variability and Farm Size in a Rural Farming Landscape: Opportunities for Engancing Resilience. Climatic Constraints in Tropical Forages and Common Beans: Suite of Plant Traits to Overcome Water Stress. Climate Change and Food Production Systems Sustainability. Mainstreaming Climate Change in Agricultural and Agroecology Education.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Climate Change;Agricultural production systems;C3 Crop;Food security;C3 Plant;Climate mitigation and adaptation;Stomatal Density;Food production system sustainability;Phenotypic Plasticity;Farming landscapes;Drought Stress;Agricultural education;Drought Stress Conditions;Face;SRES;Perennial Polyculture;JA Content;Cuticular Transpiration;Osmotic Stress;Osmotic Adjustment;Open Ended Case;Abandoned Mine Lands;C3 Species;Low Veld;Altitudinal Zones;Osmotic Stress Conditions;MABC;Cool Season Legumes;Agroecology Courses;Agroecological Systems;Tropical Agricultural Systems
Agroecology, Climate Change, and Agroecosystem Resilience. Physiological and Morphological Mechanisms Mediating Plant Tolerance to Osmotic Stress: Balancing Tolerance and Productivity. Response and Adaptation of Crops to Carbon Dioxide Rise: Coping or Dying. The Physiology and Phenology of Crop Production Under Temperate Climate Changes. Fitting Wheat Phenology to Maximize Yield in a Changing Climate. Response of Pulses to Climate Change: A Physiological Perspective. Climate Resilient Agriculture of Rice: A Physiological Perspective. Tropical Crops and Resilience to Climate Change. Grassland Resilience to Climate Change: From Species to Ecosystem. Effect of Topographic Properties on Crop Yield Variability and Farm Size in a Rural Farming Landscape: Opportunities for Engancing Resilience. Climatic Constraints in Tropical Forages and Common Beans: Suite of Plant Traits to Overcome Water Stress. Climate Change and Food Production Systems Sustainability. Mainstreaming Climate Change in Agricultural and Agroecology Education.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Climate Change;Agricultural production systems;C3 Crop;Food security;C3 Plant;Climate mitigation and adaptation;Stomatal Density;Food production system sustainability;Phenotypic Plasticity;Farming landscapes;Drought Stress;Agricultural education;Drought Stress Conditions;Face;SRES;Perennial Polyculture;JA Content;Cuticular Transpiration;Osmotic Stress;Osmotic Adjustment;Open Ended Case;Abandoned Mine Lands;C3 Species;Low Veld;Altitudinal Zones;Osmotic Stress Conditions;MABC;Cool Season Legumes;Agroecology Courses;Agroecological Systems;Tropical Agricultural Systems
