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Springshed Mapping in Support of Watershed Management

机译:支持流域管理的春季绘图

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Fillmore County has been the focal point of dye tracing efforts in Minnesota for several decades. In 1995, a 1:100,000, county-scale springshed map was published. At the county scale, we primarily delineated springsheds greater than 500 hectares. After that project was completed, dye-tracing efforts continued and focused on the South Branch Root River (SBRR) springshed in the western part of the county. At the scale of the SBRR springshed (about 20% of the county), we expanded the boundaries of the large springsheds but also located and refined the boundaries of springsheds that are less than 200 hectares. We found one previously unmapped small springshed (Meyers springshed), documented complex flow boundaries between a large springshed (11. Canfield) and an adjacent small springshed (26. Rainy), and expanded the boundaries of four other springsheds. The small springsheds present a new opportunity for karst watershed research, monitoring and management. The small springsheds are often dominated by one or a few land uses, which permit simpler, more evident identification of the causes of water quality degradation.
机译:Fillmore County一直是明尼苏达州的染料追踪努力的焦点几十年。 1995年,县级斯普林斯地图发表了1:100,000。在县规模,我们主要描绘出大于500公顷的斯普林斯。在该项目完成之后,染色追踪努力继续并集中在县域西部的南部根河(SBRR)。在SBRR Springshed的规模(占全县的20%),我们扩大了大型斯普林斯的界限,但也在找到并精制小于200公顷的春天的界限。我们发现一个先前未发现的小型泉水(Meyers Springshed),记录了一个大弹簧(11.Canfield)和一个相邻的小弹簧(26.多雨)之间的复杂流界限,并扩大了其他四个春季血液的边界。小斯普林斯·斯波德为喀斯特流域研究,监测和管理提供了新的机会。小泉水通常由一个或几种土地使用,允许更简单,更明显地识别水质降解的原因。

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