4.1 Article

Habitat evaluation model for ecologically successful lake restoration

期刊

LAKE AND RESERVOIR MANAGEMENT
卷 33, 期 3, 页码 301-313

出版社

TAYLOR & FRANCIS INC
DOI: 10.1080/10402381.2017.1336739

关键词

Artificial island; flood flush; habitat model system; restoration strategy; spinibarbus; Spinibarbus sinensis

资金

  1. China water key project plan [2016YFC0502004-4]
  2. CAS project [Y6V60222YZ]
  3. CCA project

向作者/读者索取更多资源

Anthropogenic activities have severely affected the quality of Qianling Lake, China, causing mud and sediment deposition, poor water quality, and degraded fish habitat. In some regions of the lake, fish habitat that was formerly dominant has disappeared completely. A few areas of desirable habitatpersist as a result of purposeful restoration actions, and these areas provide important conservation and restoration opportunities. In this study, the ecological conditions of Qianling Lale were assessed to identify hydrodynamic conditions, sediment deposition, and fish habitat suitability to recommend strategies for, improving and restoring, these areas. Two restoration strategies, flood flush and add an artificial island were proposed and modeled to predict the restoration effects. Simulation results showed that the restoration scheme add an artificial island' could improve spinibarbus (Spinibarbus sinensis Bleeker) habitat quality. The analysis also indicated that this restoration strategy could succeed in restoring the fish habitat under natural dynamic processes.

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