Climate Change and Crop Production

N. Benkeblia
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引用次数: 3

Abstract

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.
气候变化与作物生产
农业生态学、气候变化和农业生态系统恢复力。介导植物对渗透胁迫的生理和形态机制:平衡耐受性和生产力。作物对二氧化碳上升的响应和适应:应对或死亡。温带气候变化下作物生产的生理和物候特征。在气候变化条件下调整小麦物候以实现产量最大化。脉冲对气候变化的响应:生理学视角。气候适应型水稻农业:生理学视角。热带作物和对气候变化的适应能力。草地对气候变化的适应能力:从物种到生态系统。在农村农业景观中,地形特性对作物产量变异性和农场规模的影响:增强弹性的机会。热带牧草和普通豆类的气候限制:克服水分胁迫的植物性状。气候变化与粮食生产系统的可持续性。将气候变化纳入农业和生态农业教育主流。
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