Water balance component analysis of a spring catchment of western Nepal

J. K.C., S. Dhaubanjar, V. Pandey, R. Subedi
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引用次数: 1

Abstract

Drying up of springs and water scarcity issues underscore the need to increase the understanding of spring hydrology, especially in the Himalayan region. It is realized that climate change impacts more on developing countries because they have a lesser capacity to adapt and have other stresses. Many studies in these regions show high water stress, and there is no sign of decreasing the effects in future. In a review of micro-scale and mesoscale studies, Negi (2002) stressed on the systematic monitoring to aid the management of Himalayan springs. Himalayan regions are one of the least monitored areas in terms of hydro-meteorological information (Agarwal et al., 2012). Bruijnzeel & Bremmer (1989) and Alford (1992) elucidated that the management plans stemming from inadequate understanding would not solve water scarcity challenges. In order to improve water availability for the rural communities in Water balance component analysis of a spring catchment of western Nepal
尼泊尔西部一个泉水集水区的水平衡成分分析
泉水干涸和缺水问题突出表明需要增加对泉水水文学的了解,特别是在喜马拉雅地区。人们认识到,气候变化对发展中国家的影响更大,因为它们的适应能力较弱,并且有其他压力。这些地区的许多研究都显示出高度的水资源压力,而且在未来没有减少这种影响的迹象。在对微尺度和中尺度研究的回顾中,Negi(2002)强调了系统监测以帮助喜马拉雅泉的管理。喜马拉雅地区是水文气象信息监测最少的地区之一(Agarwal et al., 2012)。Bruijnzeel & Bremmer(1989)和Alford(1992)阐明,由于认识不足而产生的管理计划并不能解决水资源短缺的挑战。为了提高农村社区的水可用性,对尼泊尔西部一个泉水集水区进行了水平衡成分分析
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