近日，据河南省新乡市自然资源和规划局消息，该市去年有序推进历史遗留矿山生态修复治理，累 计完成矿山修复治理面积9986亩，超额完成"十四五"历史遗留矿山治理目标任务，进一步提升了区域生 态可持续发展能力。 采取社会资本、政府投入等方式运筹资金、推进历史遗留矿山修复工作。同时，构建"自然恢复 +工程治理+转型利用"协同修复模式，探索生态修复与资源利用收益自平衡路径，提高财政持续保障能 力。 该市印发《关于加强历史遗留矿山生态修复项目规范实施和监督管理的通知》，进一步完善历史遗 留矿山项目修复治理标准、管理制度、监督措施等，确保历史遗留矿山修复治理项目经得起查、经得起 审。建立历史遗留矿山生态修复治理台账，明确责任主体、修复任务、完成时限，不定时督促检查，确 保任务按节点持续推进。 此外，在矿山生态修复项目管理中，该市还建立了"施工-核查-验收"全流程监管机制，提升治理精 准度与效率，有力保障了整治修复任务的圆满完成。 巧借土地综合整治、拆旧复垦、补充耕地等项目，采取矿口平整、挖沟覆土、固土墙种植等方式， 加大历史遗留矿山的治理力度，保障南水北调工程"一泓清水、永续北上"。 ...

（来源：中国环境报） 转自：中国环境报 3682万元赔偿款，如何保证企业足额支付？ 2024年1月，经泉州市人民政府授权，惠安县自然资源局、生态环境局共同负责案件办理。 日前，生态环境部等四部门联合发布第四批生态环境损害赔偿十大典型案例，涉及青藏高原、长江流域 和国家森林公园、水产种质资源保护区等重要区域，以及打击非法倾倒危废、非法填埋和倾倒建筑垃圾 等重点工作。中国环境报采写系列案例追踪并将适时刊发，敬请关注~ 日前，生态环境部等四部门联合发布第四批生态环境损害赔偿十大典型案例，其中，一起发生在福建省 的案例引人关注。曾经尘土飞扬、满目疮痍的采石矿山，如今绿意盎然、农田成片。这片重焕生机的土 地，两年前还是中央生态环境保护督察点名通报的典型问题矿区。 "以矿山修复为名，行矿产开采之实。"2023年12月8日，中央第一生态环境保护督察组在通报中，直指 福建省泉州市惠安县某采石场问题核心。问题一经通报，当地迅速行动，系统性修复随即展开。 督察利剑出鞘，精准锁定"变味"的修复 "因政策原因，惠安县政府于2012年提前关闭了这一采石场，原采矿权人未再对矿区进行开采，两个矿 山还有剩余储量。"惠安县自然资源局副局长黄 ...

望仙谷岩铺醉仙街区域治理前后 2023年10月，习近平总书记在江西省上饶市婺源县考察时指出，优美的自然环境本身就是乡村振兴的优质资源，要找到实现生态价值转换的有 效途径，让群众得到实实在在的好处。上饶市委、市政府深入学习贯彻习近平生态文明思想和习近平总书记考察江西重要讲话精神，持续做好"治 山理水、显山露水"文章，在矿山生态修复中践行"两山"理念，把绿色生态变为最大财富、最大优势、最大品牌，走出一条以高水平矿山生态修复 助力乡村全面振兴的新路径。 基本情况 上饶市地处江西省东北部，位于赣浙闽皖四省交界处。上饶矿山开采历史悠久，北宋湿法炼铜家张潜著述的《浸铜要略》一书中总结的"胆水 浸铜"，开创了湿法炼铜的先河；广信区包家金矿遗址是我国矿产开采年代最早的遗址之一，历经唐宋元明清5个朝代，持续开采时间在1100年以 上。上饶已发现矿产79种，查明资源储量75种，有铜、金、银、铅、锌等20余种优势矿种，是国家级铜、金等有色金属基地；黑滑石保有资源储量 2亿吨，居亚洲第一。 党的十八大以来，上饶市委、市政府牢固树立和践行"绿水青山就是金山银山"理念，将矿山生态保护修复摆在突出位置，全面启动"矿山复 绿"行动，全力攻坚 ...

Core Insights - The Ministry of Natural Resources of China has approved a research project titled "Research on Land Protection and Restoration in Coal and Grain Main Production Composite Areas Based on Coordinated Water and Soil Resources" [1] - The project aims to study the characteristics and mechanisms of land damage, as well as comprehensive governance and protection restoration models, to achieve efficient utilization of land resources and ecological protection in coal and grain production areas [1] - The project will contribute to sustainable regional economic development and ecological civilization construction [1] Project Details - The project focuses on coal and grain production composite areas, emphasizing the need for high-efficiency land resource utilization and ecological protection [1] - The research will leverage platforms such as the Comprehensive Governance Engineering Technology Innovation Center for Mining Subsidence Areas under the Ministry of Natural Resources [1] - The next steps include tackling key technologies for ecological restoration in mining areas and applying for major technological innovation projects [1]

招标公告显示，该项目骨料加工系统设计处理能力为2120万吨/年，风化土洗砂生产线120万吨/年；建设长胶廊道系统、陆域堆场系统建设砂石工厂成品 堆场与码头陆域堆场以及相关工程的设备采购。 该项目招标控制价如下：工程勘察费1530.16万元、工程设计费2185.925万元、工程建安费及设备采购费14.57亿元、运营综合单价28.5元/吨、智慧/绿色矿 山招标46718.52万元。该项目合作期限23.5年 ，其中勘察设计工期360日历天、施工工期720日历天、运营期20.5年。 来源：市场资讯 （来源：砂石骨料网） 近日，砂石骨料网获悉，上周四（12月4号）成功出让的广东肇庆开采储量约1.7亿方、800万方/年的广东省德庆县九市镇大车岭头矿区(一区)建筑用花岗 岩矿项目工程总承包及委托运营（EPC+O）招标。 本项目招标范围和内容主要包括： 一、勘察设计：勘察设计范围包括矿山开采系统、骨料加工系统、长胶输送系统及码头陆域堆场、生活办公区、道路运输系统（含运矿道路、进场道 路、）及各系统相应配套设施、辅助设施等的可行性研究、初步设计（含安全设施设计）、施工图设计阶段勘察测量及设计。绿色矿山、矿山生态修复 方案、边坡 ...

Core Viewpoint - The Henan Provincial Department of Natural Resources has issued detailed implementation rules to enhance ecological restoration incentives while strictly regulating the use of stone and soil materials, aiming to prevent illegal mining under the guise of restoration [1][2]. Group 1: Project Approval and Regulation - The new rules establish a negative list for project approval, prohibiting the packaging of construction, mineral resource development, and coalfield fire hazard management as ecological restoration projects [1]. - Existing mining land intended for development will not have restoration projects set up and must follow construction project approval procedures [1]. - Projects involving the sale of sand and gravel must comply with regulations for construction projects [1]. Group 2: Utilization of Stone and Soil Materials - The rules impose strict constraints on excavation activities, stating that no new excavations are allowed in restoration areas, and existing pits cannot be deepened [1]. - Any necessary slope reduction must be evaluated by qualified geological disaster prevention units [1]. - Remaining stone and soil materials must undergo asset evaluation and government pricing before being publicly sold, with all proceeds going to the treasury [1]. Group 3: Approval and Incentive Measures - The rules eliminate the need for separate soil and stone utilization plans for restoration projects, integrating these into the ecological restoration plan [2]. - Restoration plans involving the sale of stone materials must be reviewed by local natural resource departments and approved by county-level governments [2]. - The rules encourage the use of mining solid waste for soil improvement and allow for the re-establishment of mining rights for eligible abandoned mines [2]. Group 4: Accountability and Oversight - A three-tiered regulatory system is established to address illegal mining and improper disposal of stone materials, with measures including rectification orders and criminal liability [2]. - The rules promote the establishment of integrity archives and the implementation of credit penalties for violations [2].

Core Insights - The Ya'an Ecological Restoration Project for abandoned mines has successfully passed municipal completion acceptance, transforming barren tailings into lush habitats for giant pandas [3][10] - The project covers an area of 10.55 square kilometers and is recognized as a national demonstration project, highlighting its significance in biodiversity conservation [3][9] Group 1: Project Overview - The Ya'an mine restoration project is the most challenging segment of the overall initiative, accounting for 52% of the total engineering volume [3] - The project has restored approximately 613 hectares of land and reestablished vegetation over about 574 hectares [7] Group 2: Ecological Impact - The genetic diversity index of giant pandas in the region has improved from 0.581 to 0.745, indicating successful habitat restoration and gene flow [8] - The project has led to the successful release of nine giant pandas back into the wild, contributing to the conservation of this endangered species [8] Group 3: Technical Aspects - The restoration process involved various techniques, including solid waste conversion, soil remediation, vegetation reconstruction, and ecological monitoring [7] - Specific measures were taken to ensure the survival of newly planted seedlings, such as creating soil protection structures to enhance their growth in harsh conditions [7] Group 4: Recognition and Future Prospects - The project has been selected as a typical case for ecological restoration by the Ministry of Natural Resources, setting a benchmark for similar initiatives across the country [9] - The ongoing efforts in ecological corridor construction and habitat restoration are expected to further enhance the region's biodiversity and ecological stability [8]

Core Viewpoint - The article emphasizes the importance of ecological protection in the context of mining activities in Lingbao City, Henan Province, particularly focusing on the management and closure of tailings ponds to prevent environmental hazards to the Yellow River [1][2]. Group 1: Tailings Pond Management - A joint supervision team is monitoring the closure progress of 27 tailings ponds in Lingbao City, which pose a threat to ecological safety and drinking water due to potential leakage of heavy metal-contaminated wastewater into the Yellow River [1]. - The city has adopted an innovative "expert + law enforcement + service" model, involving geological and environmental experts to identify 102 issues and develop tailored remediation plans for each tailings pond, with a goal to complete the closure by the end of 2025 [1]. Group 2: Mining Area Rehabilitation - The city has closed and blocked 1,894 mining openings, achieving a complete withdrawal of mining rights in the Xiaoqinling Nature Reserve, and has completed ecological restoration of 24,600 acres [2]. - A governance system combining "smart mining + green mining + clean mining" is being established, utilizing satellite remote sensing and drone inspections to ensure effective use of ecological protection funds [2].

Core Insights - The article highlights the successful ecological restoration efforts in Hebei, China, focusing on the transformation of abandoned mining sites into thriving ecological and economic areas, demonstrating the synergy between environmental recovery and economic development [1][14]. Group 1: Ecological Restoration Initiatives - The ecological restoration in Hebei is driven by the principle that "lucid waters and lush mountains are invaluable assets," leading to systematic governance of abandoned mines and subsided lands [1][14]. - The restoration projects in Xingtai, such as the De Sheng Park and the Hongshu Ling area, showcase innovative approaches like "mining while treating" and "industry empowerment" to revitalize damaged landscapes [1][14][17]. - The De Sheng Park, once a barren mining site, has been transformed into a vibrant recreational area with a diverse ecosystem, including waterfalls and various plant species [2][4]. Group 2: Economic Impact and Community Benefits - The restoration efforts have led to significant economic benefits, with local tourism expected to generate over 60 million yuan in 2024, driven by the integration of ecological restoration with cultural tourism [7][13]. - The Hongshu Ling area has seen a remarkable increase in agricultural productivity, with the introduction of new crops and improved land management practices, resulting in a substantial rise in local farmers' incomes [11][13]. - The collaboration between government, enterprises, and local communities has created a sustainable model for economic growth, where ecological restoration is viewed as a long-term investment rather than an additional cost [14][16]. Group 3: Innovative Techniques and Strategies - Companies like Xingtai Shenghe Huajian Material Co., Ltd. have adopted advanced techniques for ecological restoration, including ecological planting bags and rainwater harvesting systems, achieving a vegetation survival rate of over 85% [6][3]. - The use of market-oriented models for land restoration, involving local enterprises and social resources, has proven effective in addressing the ecological scars left by mining activities [10][14]. - The successful restoration of mining sites has led to the establishment of complete industrial chains, integrating planting, processing, and tourism, thereby enhancing the overall economic landscape of the region [13][14].

Core Viewpoint - Shandong Province's Wen Shang County is actively promoting ecological restoration of abandoned mines through various measures, successfully restoring five abandoned mines over an area of 605.32 acres [2] Group 1: Ecological Restoration Efforts - The county has implemented techniques such as slope reduction, mining backfill, waste pile leveling, net spraying, and vegetation cover to restore the ecological balance of the mining areas [2] - A total of 605.32 acres have been treated, indicating a significant commitment to environmental rehabilitation [2] Group 2: Integrated Management - For the restored mines, the county is conducting integrated management that includes monitoring, maintenance, and protection to further solidify the restoration effects [2]