Brief

《高寒地区矿山生态修复技术》是一部专注于高寒地区,尤其是甘南藏族自治州的矿山生态修复实践与理论的著作。全书深入研究了高寒地区的生态特征,探讨了矿山开采对环境造成的影响以及生态修复的重要性。结合甘南地区的实际情况,书中详细介绍了植被恢复、土壤改良、水资源管理和生物多样性保护等关键技术。本书不仅提供了生态系统恢复基础理论,还通过案例展示了甘南地区在生态修复方面取得的成功经验,尤其在植被恢复、土壤改良和生物多样性保护等方面。此外,书中还涵盖了生态监测与评估方法,生态修复项目的综合管理,包括政策法规解读、公众参与重要性以及长期管理和维护策略等。通过理论与实践相结合,旨在为从事高寒地区矿山生态修复科研人员、工程技术人员和相关管理者提供参考和指导,促进高寒地区矿山生态环境的可持续恢复和发展。

基金项目:2024年甘南州自筹经费科技计划项目(项目编号:2024JY1SZ001)。


Catalog

第一章 高寒地区矿山生态修复概述······················································· 1

第一节 高寒地区生态特征····························································· 1 

第二节 矿山开采对生态环境的影响················································· 5 

第三节 生态修复的基本原则·························································· 9 

第四节 生态修复的重要性····························································14 

第二章 生态系统恢复基础理论····························································21 

第一节 生态系统的结构与功能······················································21 

第二节 高寒地区生态系统的特点···················································27 

第三节 生态恢复的理论基础·························································32 

第四节 恢复生态系统的方法·························································37 

第三章 甘南植被恢复技术··································································43 

第一节 甘南适生植物种类····························································43 

第二节 植被恢复的技术方法·························································48 

第三节 植被恢复的实施步骤·························································51 

第四节 植被恢复的效果评价·························································55 

第四章 甘南土壤改良技术··································································61 

第一节 甘南矿山土壤污染问题······················································61 

第二节 土壤改良的基本方法·························································66 

第三节 甘南土壤改良的技术应用···················································71 

第四节 土壤改良的效果评估·························································75 

第五章 水资源管理···········································································81 

第一节 高寒地区水资源状况·························································81 

第二节 矿山开采对水资源的影响···················································86 

第三节 水资源保护与管理技术······················································91 

第四节 水资源管理的效果评估······················································96 

第六章 甘南生物多样性保护····························································· 101 

第一节 生物多样性的定义与意义················································· 101 

第二节 高寒地区生物多样性现状················································· 106 

第三节 高寒地区生物多样性保护技术与措施·································· 112 

第七章 生态监测与评估··································································· 119 

第一节 高寒地区生态监测目的与方法··········································· 119 

第二节 高寒地区生态监测技术···················································· 125 

第三节 生态修复效果的评估方法················································· 131 

第八章 生态修复的综合管理····························································· 137 

第一节 生态修复项目的管理流程················································· 137 

第二节 高寒地区生态修复的政策与法规········································ 141 

第三节 生态修复的公众参与······················································· 145 

第四节 生态修复的长期管理与维护·············································· 149 

参考文献······················································································· 153

Author

丁宝锋,男,回族,甘肃省甘南州临潭县,本科学历,中共党员,毕业于甘肃农业大学农学专业,现任甘南州生态环境工程评估中心主任、高级工程师,甘南州科技特派员。主要从事环境评估,大气、水环境治理,生态修复技术等技术研究工作。


Cip

Cataloguing-in-Publication (CIP) programme 

Name(s): 丁宝锋

Title: 高寒地区矿山生态修复技术 / 丁宝锋 著

Description: Arts and Science Press Pte Ltd, Singapore, 2024. 

Identifier: OCN 1458115750 | ISBN 978-981-94-1007-1 (paperback) 

Subject(s): Ecological Restoration Technology for Mines in High-altitude Regions .| Ecological  Restoration Technology for Mines. 

BRN: 300088329 

Classification: DDC 622--dc23