A Modeling Framework to Support Engineering Crops for Improve Crop Water and Radiation Use Efficiencies


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	2007年11月5日至7日，来自澳大利亚、美国、加拿大、日本、匈牙利、中国等国家的近百名农业科学家聚会中国杨凌，以“国际农业合作、创新与发展”为主题，就旱区农业与节水农业、高效畜牧业与动物疾病防控、食...
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2014

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发布时间：2014-10-31 来源：

Zhu Xinguang

CAS-MPG Partner Institute for Computational Biology, Shanghai Institutes for Biological Sciences, Chinese Academy of Sciences
Improving photosynthetic efficiency is a major approach to dramatically increase crop yields. Systems modeling and optimization can be used to identify new options to engineer higher crop water and light use efficiencies. Systems modeling identified a number of engineering targets where results of natural selection have been against optimized photosynthetic efficiency. Here I present recent progress in development of a dynamic systems model of canopy photosynthesis and a complete reaction diffusion model of leaf photosynthesis. The strategy of linking such systems models to large scale genomic information will be presented. A number of engineering options that can lead to enhanced water and light use efficiencies will be discussed.

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