Titlebook: Sustainable Solutions for Food Security; Combating Climate Ch Atanu Sarkar,Suman Ranjan Sensarma,Gary W. vanLoon Book 2019 Springer Nature

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書目名稱Sustainable Solutions for Food Security網(wǎng)絡(luò)公開度學科排名




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書目名稱Sustainable Solutions for Food Security被引頻次學科排名




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書目名稱Sustainable Solutions for Food Security年度引用學科排名




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書目名稱Sustainable Solutions for Food Security讀者反饋學科排名

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Adaptation of Crops to Warmer Climates: Morphological and Physiological Mechanismstion and consequently increases fruit or seed abortion. Tolerance to high temperature is associated with a range of physiological and morphological adaptations in plants. For example, plants can tolerate heat-induced damage through foliar orientation, stomatal regulation and stimulation of antioxida

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Adaption to Climate Change: Climate Adaptive Breeding of Maize, Wheat and Rice the predicted climate change hotspots. The good news is that there is significant genetic variation for heat and drought/submergence tolerance in the global maize, wheat and rice gene banks. Either through the application of conventional breeding or the use of new breeding techniques, this genetic

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Climate-Resilient Future Crop: Development of C4 Riceely to let in more carbon dioxide. They also make a large amount of photosynthetic protein to maximise their photosynthetic rate that requires a large investment of nitrogen and hence fertiliser application. However, a few plants have evolved a more efficient C. photosynthetic pathway that greatly a

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The Challenge of Feeding the World While Preserving Natural Resources: Findings of a Global Bioeconods from a larger, wealthier population rather than from a changing climate. The greatest percentage increases in cropland will occur in Africa and Latin America, while the largest percentage change in cropland from climate change alone will be in Latin America..While climate change will lead to an i

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Water Management Technology for Adaptation to Climate Change in Rice Production: Evidence of Smart-Vof smart-valley approach increased from 110 ha in 2012 to 474 ha in 2014. In addition, the adoption enables producers to increase the yield by 0.9?tons?ha., the net income by USD 267 per hectare under the condition of climate change. The study suggests that large diffusion and training on the techno

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