首页> 外文期刊>Journal of the American Water Resources Association >STREAM DEPLETION BY WELLS IN THE SOUTH PLATTE BASIN‐COLORADO1
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STREAM DEPLETION BY WELLS IN THE SOUTH PLATTE BASIN‐COLORADO1

机译:南普拉特盆地水井的溪流枯竭-COLORADO1

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ABSTRACTThe agricultural production from the Lower South Platte Basin in Colorado represents a significant portion of the state economy. Until the early 1950's the production had developed almost exclusively by use of river water. Drought conditions combined with improved well technology resulted in an inordinate amount of well development in the valley during the period 1952‐56. These wells were used for supplemental supply in many cases, but the application of sprinkler irrigation brought many acres of here‐to‐fore dry land into irrigated production. As a result of the vast amounts of groundwater withdrawal by the newly developed wells, senior surface appropriators found a decreasing amount of water available for use in the streams. The legislature, observing the doctrine of prior appropriation, ruled that all surface and ground water in a tributary would be treated and administered as one resource. This, of course, spelled doom for the well‐oriented segment of the economy. Analysis of a segment of the river on an inflow‐outflow basis was made with careful determination of all inflow‐outflow in the study reach to include correlations required to determine ungaged side‐channel in‐flow and unmetered irrigation wells. Results indicate that wells have intercepted normal return flows to the river resulting in a decreased amount of surface water during the irrigation season. Stream depletion appears to equal the expected consumptive use of well water which ranged between 40 to 50 of the groundw
机译:摘要科罗拉多州下南普拉特盆地的农业生产占该州经济的很大一部分。直到 1950 年代初,生产几乎完全通过使用河水来发展。在1952-56年期间,干旱条件加上改进的油井技术导致山谷中的油井开发过多。在许多情况下,这些水井被用于补充供应,但喷灌的应用使许多英亩的干旱土地进入了灌溉生产。由于新开发的水井抽取了大量的地下水,高级地表占用者发现可用于溪流的水量正在减少。立法机关遵守优先占有原则,裁定支流中的所有地表水和地下水将作为一种资源进行处理和管理。当然,这给经济中定位良好的部分带来了厄运。在流入-流出的基础上对河流的一段进行了分析,仔细确定了研究范围内的所有流入-流出,包括确定未处理的侧渠道流入和未计量灌溉井所需的相关性。结果表明,水井拦截了河流的正常回流,导致灌溉季节地表水量减少。溪流枯竭似乎等于井水的预期消耗量,占地面的40%至50%

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