广东省典型河段生态基流定量分析研究

Wang Qing
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引用次数: 0

摘要

针对广东省存在的盐潮侵蚀、水体污染严重、水库和水电站对下游河流环境的负面影响等环境问题,综合现有生态基流计算方法,以满足河流最基本的稀释自净功能和维护河流为目的,对广东省典型河段的河流生态基流进行了计算稳定性和生物多样性。通过对Tennant法、月保证频率法、7Q10法、月最小流量法等不同方法的优缺点、采用条件及不同保证率下的计算结果的分析,建议以保证率为75%的河流生态基流为标准,建议广东省河流生态基流占多年平均径流量的10%~21%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research on the Quantitative Analysis of Ecological Base Flow in Typical River Sections of Guangdong Province
Aiming at environmental issues in Guangdong Province such as encroachment of salt tide,severe water contamination,negative effects of reservoirs and hydropower stations on the downstream river environment,we calculated the river ecological base flow in typical river sections of Guangdong Province by integrating existing calculation methods of ecological base flow with the purposes of satisfying the most basic river function of dilution and self-purification,as well as maintaining the river stability and biodiversity,.Based on the analysis of the pros and cons of different methods(Tennant method,Monthly Guaranteed Frequency method,7Q10 method and the minimum monthly discharge method),and their adoption conditions,as well as their calculated outcomes under different guaranteed rates,we recommend the river ecological base flow under the guaranteed rate of 75% as the criterion and suggest that the river ecological base flow of Guangdong Province should account for 10%~21% of the multi-year average runoff.
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来源期刊
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期刊介绍: "South-to-North Water Transfers and Water Science and Technology" was founded in 2003, mainly publishing papers on water science, water engineering, water resources, water environment, water management, etc. The journal currently has the following columns: hydrology and water resources, ecology and environment, high-quality development of follow-up projects of South-to-North Water Transfers and construction of national water network, ecological protection and high-quality development of the Yellow River Basin, flood disasters and response, "dual carbon" and water conservancy technology, efficient utilization of agricultural water and soil resources, hydrogeology and engineering geology, etc. The journal is now a Chinese core journal; a source journal for Chinese scientific and technological papers (Chinese core journals); a source journal for the Chinese Science Citation Database (CSCD); and a Chinese core academic journal (A) of RCCSE.
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