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Composite Simulation of Dynamic Water Content and Water Use Efficiency of Winter Wheat

Composite Simulation of Dynamic Water Content and Water Use Efficiency of Winter Wheat
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摘要 In order to forecast the effect of climate warming on agriculture,ENWATBAL model was used to simulate evapotranspiration of winter wheat due to the change of air temperature and precipitation in the coming decades.The effect of climate warming on winter wheat yield in the future decades was speculated by the past yield and climate data in last decades,and the possible water use efficiency in the future decades was calculated.The results indicate that climate warming would increase winter wheat evapotranspiration,and decrease yield and water use efficiency of winter wheat.It shows that climate warming would intensify the water shortage in agriculture,and it is necessary to develop watersaving agriculture. In order to forecast the effect of climate warming on agriculture,ENWATBAL model was used to simulate evapotranspiration of winter wheat due to the change of air temperature and precipitation in the coming decades.The effect of climate warming on winter wheat yield in the future decades was speculated by the past yield and climate data in last decades,and the possible water use efficiency in the future decades was calculated.The results indicate that climate warming would increase winter wheat evapotranspiration,and decrease yield and water use efficiency of winter wheat.It shows that climate warming would intensify the water shortage in agriculture,and it is necessary to develop watersaving agriculture.
作者 Liming WANG
出处 《Asian Agricultural Research》 2014年第4期79-84,共6页 亚洲农业研究(英文)
基金 Supported by Financial Aid of Beijing City(PXM2012_014202_000193)
关键词 WINTER WHEAT CLIMATE WARMING ENWATBAL model Water Winter wheat,Climate warming,ENWATBAL model,Water use efficiency
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