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Features of the AFFRC model for evaluating the relationship between the water cycle and rice production

机译:AFFRC模型的特征,用于评估水循环与水稻生产之间的关系

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This paper introduces the Agriculture, Forestry and Fisheries Research Council of Japan (AFFRC) model, an integrated model that predicts future rice production in the Mekong River basin by taking into account the effect of global warming on both the water cycle and the rice economy. The model focuses especially on the water balance of paddy fields for different farmland water use systems. We defined six categories of irrigated paddies and three categories of rain-fed paddies on the basis of their systems of water usage. We included a process-based model to predict future rice production, accounting for daily changes in available water resources such as precipitation. Many models of crop production treat rice in the same way as other crops; the particular characteristics of rice farming are considered in more detail in our model. Our results show that it is possible to estimate future rice production in the Mekong River basin by taking into account changes in available water, and to model the resultant effects on the grain market.
机译:本文介绍了日本农林水产研究会(AFFRC)模型,该模型通过综合考虑全球变暖对水循环和稻米经济的影响来预测湄公河流域未来的稻米生产。该模型特别关注不同农田水利用系统的稻田水平衡。根据灌溉用水系统,我们定义了六类灌溉稻田和三类雨养稻田。我们采用了基于过程的模型来预测未来的大米产量,并考虑了可用水资源(例如降水)的每日变化。许多农作物生产模式与其他农作物对水稻的处理方式相同。在我们的模型中将更详细地考虑稻作农业的特殊特征。我们的结果表明,有可能通过考虑可用水量的变化来估算湄公河流域的未来大米产量,并模拟由此产生的对谷物市场的影响。

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