Assessment of the Water Budget from GLDAS Model

M. Birylo, Z. Rzepecka, J. Nastula
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引用次数: 3

Abstract

According to the EU Water Framework Directive every country is obliged to monitor the groundwater level, which is essential for the country's water management. Among others, the groundwater is a very important source of drinking water and a significant element of the agricultural economy. Water budget (balance), a basic quantity of hydrology, is used to assess the amount of water in the ground needed for consumption. This is the reason why the water budget must also be calculated, even if the basic purpose is the groundwater level determination from GRACE data. Water budget computations are based on evapotranspiration and land surface hydrosphere state. The quantities required to calculate it can be obtained from land data assimilation systems, like American GLDAS (Global Land Assimilation System). In this paper, all the components of the water budget, like precipitation, surface run-off and evapotranspiration, are studied over the area of Poland. The resultant water budget is determined, interpreted and presented graphically.
基于GLDAS模型的水资源收支评估
根据欧盟水框架指令,每个国家都有义务监测地下水位,这对该国的水管理至关重要。其中,地下水是非常重要的饮用水来源,也是农业经济的重要组成部分。水预算(平衡)是水文学的一个基本量,用于评估消耗所需的地下水量。这就是为什么水量预算也必须计算的原因,即使基本目的是根据GRACE数据确定地下水位。水分收支计算基于蒸散发和陆地表面水圈状态。计算它所需的数量可以从土地数据同化系统中获得,如美国的GLDAS(全球土地同化系统)。本文研究了波兰地区水收支的所有组成部分,如降水、地表径流和蒸散发。由此产生的水预算被确定、解释并以图形形式呈现。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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