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Budget Constraint in Reforestation Meant for Minimizing Sediment Load at a Watershed Outlet

机译:重新造林的预算约束意味着最小化流域出口的沉积物负荷

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Policy and decision makers dealing with environmental conservation and land use planning often require identifying potential sites for contributing to minimize sediment flow reaching riverbeds. This could be one of the environmental objectives of reforestation initiatives. An Integer Programming (IP) formulation for selecting a predefined number of locations to minimize sediment load at a watershed outlet has been previously developed in This paper tests that formulation under the assumption that the area to be reforested is not known in advance, a budget constraint is included instead. Therefore the extension of the reforested area is subject to this budget constraint, which makes the problem more complex Several experiments are performed for two watersheds in South Dakota in the USA The results show the sediment load at the watershed outlet as well as the erosion levels, slopes and distances to the riverbeds of the locations selected to be reforested.
机译:处理环境保护和土地利用规划的政策和决策者通常需要识别潜在地点,以便最大限度地减少沉积物流量到达河床。这可能是重新造林举措的环境目标之一。用于选择预定数量的位置以最小化流域出口的沉积物负荷的整数编程(IP)制剂已经在本文中进行了在本文中进行的,该方法在假设下不公知的区域,预算约束是未知的包括在内。因此,交流区域的延伸受到此预算约束的影响,这使得在美国南达科他州的两个流域进行了更多复杂的几个实验,结果显示了流域出口和侵蚀水平的沉积物负荷,斜坡和距离选择的地方的河床和距离被选择重新造林。

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