首页> 外文期刊>Acta amazonica >Calibra??o e valida??o do modelo MGB-IPH para gest?o de recursos hídricos na bacia do alto Rio Teles Pires, ecótono Amaz?nia-Cerrado, Brasil
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Calibra??o e valida??o do modelo MGB-IPH para gest?o de recursos hídricos na bacia do alto Rio Teles Pires, ecótono Amaz?nia-Cerrado, Brasil

机译:巴西Ecotone Amazon?Cerrado的Teles Pires流域上游水资源管理的MGB-IPH模型的校准和验证

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摘要

The upper Teles Pires River basin is located in the Brazilian agriculture frontier in the north of Mato Grosso state and has experienced significant changes in land use and cover, which can cause major changes in its hydrological dynamics. Climatic and hydrologic data are scarce in the region, which poses uncertainties in the decision-making process aiming at the sustainable management of water resources in this strategic area. The aim of this study was to evaluate the performance of the Large-Scale Distributed Hydrological Model (MGB-IPH) to assess water availability of the upper Teles Pires basin and support water resource management in the Amazon-Cerrado ecotone. The MGB-IPH model was calibrated and validated using data from three streamflow stations available in the basin. In order to verify the model performance, the Nash-Sutcliffe (NS) and the PBIAS statistical parameters were applied. Our results show that, by using the MGB-IPH model with generally available data, the maximum and minimum flow regimes can be successfully assessed in the upper Teles Pires basin. The continuity curves of daily flow simulated by the model showed a good fit with the observed flow. Overall, the results demonstrated the applicability of the MGB-IPH model for water resource assessment and management in the basin.
机译:特莱斯·皮雷斯河上游流域位于马托格​​罗索州北部的巴西农业边境,土地使用和覆盖面积发生了重大变化,这可能导致其水文动态发生重大变化。该地区缺乏气候和水文数据,这在旨在对该战略地区的水资源进行可持续管理的决策过程中存在不确定性。这项研究的目的是评估大型分布式水文模型(MGB-IPH)的性能,以评估Teles Pires盆地上游的水供应情况,并支持Amazon-Cerrado交错带的水资源管理。 MGB-IPH模型已使用来自盆地中三个水流站的数据进行了校准和验证。为了验证模型性能,使用了Nash-Sutcliffe(NS)和PBIAS统计参数。我们的结果表明,通过将MGB-IPH模型与可普遍获得的数据结合使用,可以成功地在上Teles Pires盆地中评估最大和最小流量状态。该模型模拟的日流量连续性曲线与观测到的流量非常吻合。总体而言,结果证明了MGB-IPH模型在流域水资源评估和管理中的适用性。

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