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Ecohydrology integrated to the water resources management in wetlands: the Taim Wetland case, RS, Brazil

机译:生态水文学已纳入湿地水资源管理:Taim湿地案例,巴西,RS

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摘要

The ecohydrology aims at integrating the concepts of hydrology and ecology, creating a broader approach to understand the water resources’ dynamics, facilitating the plan and management of resources. One way to integrate hydrology with ecology is by developing Habitat Suitability Index (HSI), a process that stands out by providing relevant information on wetlands. HSI is obtained by relating the information about the bioindicators and ecohydrological conditions necessary to ensure these species’ survival, enabling to evaluate the impacts on them. The development of HSIs integrated with hydrodynamic modeling and Geographic Information Systems (GIS) allows us to obtain spatialized habitat suitability information, that provide information about the quality of a species’ (or group of species’) habitat, contributing to the improvement of water resources management strategies combined with the biodiversity conservation in wetlands. Regarding this, the present article presents the HSI’s development process and its application to evaluate the suitability of the Taim Basin, inserted in Taim Ecological Station, an important Southern Coastal wetland located in the State of Rio Grande do Sul.
机译:生态水文学旨在整合水文学和生态学的概念,创造一种更广泛的方法来了解水资源的动态,促进资源的计划和管理。将水文学与生态学融为一体的一种方法是开发人居适宜性指数(HSI),该过程通过提供有关湿地的相关信息而脱颖而出。通过将有关生物指标和确保这些物种生存所必需的生态水文条件的信息相关联而获得HSI,从而能够评估对它们的影响。与水动力模型和地理信息系统(GIS)集成的HSI的发展使我们可以获得空间化的栖息地适宜性信息,从而提供有关一个物种(或一组物种)的栖息地质量的信息,从而有助于改善水资源管理策略与湿地生物多样性保护相结合。关于这一点,本文介绍了恒生指数的发展过程及其在评估位于Taim生态站(位于南里奥格兰德州的重要南部沿海湿地)Taim流域的适用性方面的应用。

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