湿地科学与管理2024,Vol.20Issue(6) :77-81,86.DOI:10.3969/j.issn.1673-3290.2024.06.15

煤矿废弃地粉煤灰堆场湿地生态修复策略研究——以徐州九里湖北湖为例

An Analysis of Strategies for Ecological Restoration of Wetlands in Abandoned Coal Mine:A Case Study of Beihu Lake in Jiuli Lake,Xuzhou

康晓光 甘露 陈佳秋 李抗 刘冰 王晓琳 安树青
湿地科学与管理2024,Vol.20Issue(6) :77-81,86.DOI:10.3969/j.issn.1673-3290.2024.06.15

煤矿废弃地粉煤灰堆场湿地生态修复策略研究——以徐州九里湖北湖为例

An Analysis of Strategies for Ecological Restoration of Wetlands in Abandoned Coal Mine:A Case Study of Beihu Lake in Jiuli Lake,Xuzhou

康晓光 1甘露 2陈佳秋 1李抗 2刘冰 2王晓琳 2安树青3
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作者信息

  • 1. 南京大学常熟生态研究院,江苏常熟 215500
  • 2. 沛县自然资源和规划局,江苏沛县 221600
  • 3. 南京大学常熟生态研究院,江苏常熟 215500;南京大学生命科学学院,江苏南京 210046
  • 折叠

摘要

遵循"基于自然的解决方案(NbS)"的生态理念,探讨煤矿废弃地粉煤灰堆场湿地生态修复路径.以徐州九里湖湿地的北湖区域为研究对象,深入分析煤矿废弃地粉煤灰堆场特征和问题,统筹污染控制、多样化生境恢复和生态景观营造需求,提出"粉煤灰堆场五位一体生态重建策略",通过地形重塑、水系梳理、土壤改良复垦、栖息地营造、植被恢复及健康水生态系统构建等措施,推动研究区域实现"粉煤灰堆积场—低洼地—拟自然人工湿地—自然湿地"的逐渐转化,以期为煤矿废弃地粉煤灰堆场健康湿地生态系统重建提供低成本、可复制的实践借鉴.

Abstract

Following the ecological concept of"Nature-based Solutions(NbS)",the approach to ecological restoration of abandoned coal mine was discussed.A case study was conducted of Beihu area of Jiulihu wetland in Xuzhou,this paper presents a deep insight into the characteristics and problems of fly ash dumps in abandoned coal mine,coordinates the needs of pollution control,diversified habitat restoration and ecological landscape construction,and proposes a"five-in-one ecological reconstruction strategy for fly ash dumps",and promotes the gradual transformation of"fly ash accumulation sites-low-lying lands-quasi-natural artificial wetlands-natural wetlands"in the study area through measures such as terrain remodeling,water system combing,soil improvement and reclamation,habitat construction,vegetation restoration and healthy water ecosystem construction.In order to provide a low-cost and repeatable practical reference for the reconstruction of healthy wetland ecosystem in the abandoned coal mine.

关键词

煤矿废弃地/粉煤灰堆场/湿地生境恢复/鸟类栖息地恢复/九里湖湿地

Key words

Abandoned Coal mine/Fly ash dump/Wetland habitat restoration/Restoration of bird habitats/Jiuli lake wetland

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出版年

2024
湿地科学与管理
中国林业科学研究院

湿地科学与管理

CSTPCD
影响因子:0.354
ISSN:1673-3290
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