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Using Spatial EPIC Model to Simulate Corn and Wheat Productivity: the Case of the North CHINA

机译:使用空间史诗模型模拟玉米和小麦生产力:北方的案例

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The traditional crop productivity simulations based on crop models are normally site-specific. To simulate regional crop productivity, the spatial crop model is developed in this study by integrating Geographical Information System (GIS) with Erosion Productivity Impact Calculator (EPIC) model. The integration applied a loose coupling approach. Data are exchanged using ASCII or binary data format between GIS and EPIC model without a common user interface. The spatial EPIC model is conducted to simulate the average corn and wheat productivity of 1980s in North China. The results show that the simulation accuracy of the spatial EPIC model is acceptable. The simulation accuracy can be improved by using the detailed crop management information, such as irrigation, fertilizer and tillage schedule.
机译:基于作物模型的传统作物生产率模拟通常是特定于地的。为了模拟区域作物生产力,通过将地理信息系统(GIS)与侵蚀生产率影响计算器(EPIC)模型集成了本研究开发了空间作物模型。整合应用了一个松散的耦合方法。在没有公共用户界面之间使用GIS和EPIC模型之间的ASCII或二进制数据格式交换数据。采用空间史诗模式,模拟了1980年代北方南方的玉米和小麦生产力。结果表明,空间史诗模型的仿真精度是可接受的。通过使用详细的作物管理信息,例如灌溉,肥料和耕作时间表,可以改善模拟精度。

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