Construction and application of an ecological restoration method for polluted rivers based on fuzzy analytic hierarchy process and feedback

March 1, 2026Journal of Hydraulic Engineering

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Key Points

This research aims to develop a scientific decision-making method for the ecological restoration of polluted rivers.
Constructed a four-stage implementation framework for river restoration.
Established a multi-level structure system for feedback indicators and implementation plans.
Verified the method's feasibility with the ecological recovery process of the Maozhou River.
Primary implementation plans include enhancing water quality and ecological space, aligning with feedback indicators.
Feedback priorities recognized various indicators such as physical/municipal construction, heavy metals, hydrology, and ecology.
The method provides a systematic approach for progressive ecological recovery of polluted rivers.

Demonstrates an ecological restoration method in polluted rivers, suggesting effective management strategies.

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Tang et al. (2026) studied this question.

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