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PREDICTING WATER DEMAND FOR IRRIGATION BASED ON A CROP SIMULATION MODEL AND LOCAL WEATHER DATA

机译:基于作物模拟模型和当地天气数据的灌溉需水量预测

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摘要

Recent issues that affect water use in the state of Georgia are the tri-state water dispute between Georgia, Alabama and Florida, the continuing drought in the southeastern USA, and the rapidly increasing irrigated acreage in agriculture. An understanding of present and future water needs by agriculture is needed to ensure availability of water for current and future users. Unfortunately, how much water is required and how much is actually being used for irrigation is unknown. In Georgia, most agricultural operators are required to be permitted, but they are not required to report their water use. The Georgia Department of Natural Resources, Environmental Protection Division (EPD), the designated state regulatory agency, therefore has to rely on estimates of current and future water needs by agriculture. The objectives of this study were: 1) to predict the irrigation demand for major crops in Georgia using a crop simulation model, and 2) to assess the impact of local weather and soil conditions on irrigation demand.
机译:影响佐治亚州用水的最新问题是佐治亚州,阿拉巴马州和佛罗里达州之间的三州用水纠纷,美国东南部的持续干旱以及农业灌溉面积的迅速增加。需要了解农业当前和未来的用水需求,以确保当前和未来用户的水供应。不幸的是,需要多少水以及实际用于灌溉的水是未知的。在佐治亚州,要求大多数农业经营者被允许,但不要求他们报告其用水情况。因此,佐治亚州自然资源部环境保护司(EPD)是指定的州监管机构,必须依靠农业对当前和未来的用水需求的估算。这项研究的目的是:1)使用作物模拟模型预测格鲁吉亚主要农作物的灌溉需求,以及2)评估当地天气和土壤条件对灌溉需求的影响。

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