陈治胜介绍，河南坚持"边开采、边修复"模式，推进矿山生态修复和绿色矿山建设。"十 四 五 " 期 间 ， 河 南 省 累 计 修 复 矿 山 面 积 34.7 万 亩 ， 建 成 绿 色 矿 山 2 1 8 家 ， 其 中 国 家 级 8 3 家，居全国前列。 "十四五"期间，河南新发现矿产地31处，矿业权出让成交额2 9 7亿元。 河南省政府新闻办1 0月11日举行河南省高质量完成"十四五"规划系列主题新闻发布会通 报 ， " 十 四 五 " 期 间 ， 河 南 新 发 现 矿 产 地 31 处 ， 矿 业 权 出 让 成 交 额 2 9 7 亿 元 ( 人 民 币 ， 下 同)。 河南省自然资源厅厅长陈治胜在新闻发布会上介绍，"十四五"期间，河南统筹找矿空间， 释放勘查区面积1.6万平方千米。 提前超额完成金、铝、铁、铜等战略性矿种找矿任务， 新发现矿产地3 1处。 据统计，截至目前，河南桐柏县围山城金银矿深部及外围金矿、新安县路家岭铝土矿、栾 川-嵩县地区萤石矿等一批找矿项目取得重大成果。其中，在三门峡盆地钻获日产17立方 米自喷高产工业油流，实现该区50年来油气调查重大突破。 "十四五"期间，河南根据 ...

国家将探索构建多元化投入机制，加快推进历史遗留废弃矿山生态修复，强化生产矿山生态修复监管。 自然资源部日前在对十四届全国人大三次会议第3383号建议的答复中表示，拟会同相关部门，通过实施 一系列改革举措，构建财政投入引导、社会资本参与、责任主体履行义务的多元化生态保护修复投入机 制，探索导向明确、路径清晰、投入持久、回报稳定的资源导向型可持续发展模式，支持矿山生态修复 与相关产业融合发展。 今年全国两会期间，全国人大代表孙成坤提出了《关于历史遗留矿山生态修复治理的建议》。他建议， 把矿山生态修复治理与产业发展、水土保持、耕地保护等有机结合起来，积极探索矿山生态修复治理新 路径，有效提升综合治理质效。 自然资源部在答复中介绍，已将矿区生态修复内容纳入新修订的《矿产资源法》以及长江、黄河、青藏 高原生态保护法等，在国家法律层面明确并强化地方政府监管责任和采矿权人主体责任。按照"企业所 有、满足需要、自提自用、政府监管"原则，建立矿山地质环境治理恢复基金制度。 在政策激励方面，2021年，自然资源部与国家林草局牵头起草鼓励和支持社会资本参与生态保护修复的 政策措施，从规划管控、产权激励、资源利用、财税支持、金融扶持 ...

将探索导向明确、路径清晰、投入持久、回报稳定的资源导向型可持续发展模式。 国家将探索构建多元化投入机制，加快推进历史遗留废弃矿山生态修复，强化生产矿山生态修复监管。 自然资源部日前在对十四届全国人大三次会议第3383号建议的答复中表示，拟会同相关部门，通过实施 一系列改革举措，构建财政投入引导、社会资本参与、责任主体履行义务的多元化生态保护修复投入机 制，探索导向明确、路径清晰、投入持久、回报稳定的资源导向型可持续发展模式，支持矿山生态修复 与相关产业融合发展。 今年全国两会期间，全国人大代表孙成坤提出了《关于历史遗留矿山生态修复治理的建议》。他建议， 把矿山生态修复治理与产业发展、水土保持、耕地保护等有机结合起来，积极探索矿山生态修复治理新 路径，有效提升综合治理质效。 自然资源部在答复中介绍，已将矿区生态修复内容纳入新修订的《矿产资源法》以及长江、黄河、青藏 高原生态保护法等，在国家法律层面明确并强化地方政府监管责任和采矿权人主体责任。按照"企业所 有、满足需要、自提自用、政府监管"原则，建立矿山地质环境治理恢复基金制度。 在政策激励方面，2021年，自然资源部与国家林草局牵头起草鼓励和支持社会资本参与生 ...

"清清的汉江东流过，拐弯的地方叫白河。" 陕西安康境内，有一座县城，以河为名，曾因矿而兴。 过去，丰富的矿藏，帮白河人解决"吃饭大事"，而粗放的开采，也让河水色变，鸭躲鱼绝。 改变迫在眉睫。2000年起，白河县关停所有硫铁矿开采点，实施污染治理试点，但效果欠佳。2020年，省、市、县合力，开启了全面封堵200多个废弃矿 硐、处置100多万立方米矿渣的"超级工程"，按下治理加速键。 伤疤："磺水"穿村数十年 "钓上了吗？" "有几条了！" 盛夏时节，水草丰茂，正是垂钓的好时候。白河县厚子河龙王庙段，河水清澈。一辆电动车停在路旁，不远处，专程来钓鱼的村民笑着扬起手，又挥出一 竿。"以前在这里钓鱼是不可能的。" 驱车溯河而上，村民口中"不可能"的痕迹逐渐清晰。往上游走，水流依旧清澈，但水下和河岸旁，黄色、褐色、锈红色的石头格外醒目。 这些都是从前的"磺水"留下的"伤疤"。 白河县古名"钖县"，"钖"与金属相关。这里的群山中，蕴藏着金、银、铁、绿松石等十余种矿产。其中，开采范围最大的是硫铁矿。 山多地少，农业发展受限。上世纪五十年代起，白河县加大对硫铁矿的开采力度，矿点主要分布在厚子河流域的卡子镇境内。 "那时候，吃 ...

Core Viewpoint - The article highlights the successful implementation of ecological restoration in mining areas in Tongcheng City, Anhui Province, showcasing a model project that integrates mining activities with environmental recovery and green development [1][2]. Group 1: Ecological Restoration Efforts - Tongcheng City has accelerated its ecological restoration work in mining areas, completing the restoration of 15 abandoned mines with a total area of 34.89 hectares [1]. - The city adheres to the principle of "mining while restoring and greening," transforming previously barren and damaged landscapes into vibrant green areas [1]. Group 2: Planning and Strategy - The city has developed the "Tongcheng City Land Space Ecological Restoration Plan (2022-2035)," which outlines clear goals and tasks for ecological restoration in mining areas, targeting a total restoration area of 124.47 hectares [2]. - A new mechanism for coordinated management of active and historical mining sites has been established to promote green mining practices [2]. Group 3: Innovative Approaches - Tongcheng City aims to achieve a win-win situation for economic and ecological benefits by integrating surplus sand and gravel from restoration projects into the municipal public resource trading platform for regulated sales [2]. - The city encourages the development of specialty industries such as greenhouse fruits and vegetables and edible fungi in restored mining areas, linking ecological restoration with rural industrial revitalization [2]. Group 4: Regulatory Measures - The city implements a "one mine, one policy" approach to manage geological disaster prevention, vegetation recovery, and land remediation, ensuring the sustainability of restoration outcomes [2]. - Public awareness campaigns are conducted to promote the concept that "lucid waters and lush mountains are invaluable assets," fostering a collaborative atmosphere for ecological governance [2].

记者步入海州露天矿国家矿山公园，发现曾经的"黑色伤疤"变得绿意盎然。阜新市自然资源局局长杨国 荣告诉记者，近三年来，阜新市累计完成矿山复绿3493亩。今年以来，海州露天矿东帮周围摄像头连续 捕捉到野生狗獾、狍子、野鸡等动物画面，景区生态持续改善，游客数量日益增多。 海州露天矿历史博物馆9日重新面向社会开放。1960年版五元人民币背后图案为海州露天矿一台大型电 镐作业画面。当天上午，曾经驾驶过这台电镐的老矿工马玉民早早就来到博物馆门口排队等候。"我在 这里工作了27年。这里曾一度面临地质灾害与生态退化的严峻挑战，今天，这片土地上再次焕发了生 机。"马玉民说。 资讯编辑：祝蓉 021-66896654 资讯监督：乐卫扬 021-26093827 资讯投诉：陈跃进 021-26093100 9月10日从辽宁省阜新市自然资源局获悉，经过国家有关部门及当地对海州露天矿连续多维度综合治 理，截至目前，该矿北帮、东帮、西帮、南帮边坡现状已基本稳定。下一步，有关部门将继续推进该矿 及周边区域生态修复工作。 海州露天矿是我国"一五"时期重点工程，从1953年竣工投产，到2005年因资源枯竭闭坑，累计开采煤炭 2.44亿吨。 海 ...

Core Viewpoint - Guizhou province has made significant progress in the ecological restoration of historical abandoned mines, having restored over 60,000 acres out of more than 80,000 acres identified as unremediated [1] Group 1: Restoration Efforts - Guizhou has implemented a comprehensive plan for the ecological restoration of historical abandoned mines, including the issuance of the "Guizhou Province Land Space Ecological Restoration Plan" and the "14th Five-Year Plan for the Ecological Restoration of Historical Abandoned Mines" [1] - The province has secured approximately 900 million yuan in special funds from central and provincial sources to support the restoration efforts [1] Group 2: Project Progress - The restoration progress has reached 80%, with specific projects such as the Miao Ling Mountain ecological restoration demonstration project covering an area of 19,400 acres [1] - The Nanbei Panjiang River Basin historical abandoned mine ecological restoration demonstration project has been recognized as a national demonstration project, marking it as the second national-level ecological restoration project in Guizhou [1]

Core Viewpoint - The article highlights the ecological restoration efforts at the Jiaoji Aluminum Mine in Sanmenxia, which has transformed from a heavily exploited mining area into a green landscape, showcasing a successful model of environmental rehabilitation and sustainable development [2][10]. Group 1: Ecological Restoration Efforts - The Jiaoji Aluminum Mine has completed significant restoration work, including filling 3.33 million cubic meters of earth, covering 456,100 square meters, and constructing 12,000 meters of drainage ditches, with a total treatment area of 1,116 acres [2]. - The mine has successfully restored 363 acres of dry land and 496 acres of tree-covered land, and has planted over 360 acres of crops, expected to yield 300,000 kilograms of grain annually [2][10]. - The restoration process involved a tailored ecological repair plan, which included transforming steep slopes into terraced steps and implementing effective drainage systems to manage rainwater [6][9]. Group 2: Challenges and Innovations - The restoration faced challenges such as the high steepness of slopes (up to 70 degrees) and low survival rates of initially planted tree species like white poplar, leading to a shift in strategy to include more resilient species like purple spire and alfalfa [8][9]. - The restoration team utilized a combination of manual labor and machinery, with 52 excavators and over 60 transport vehicles working simultaneously to achieve the restoration goals [7]. - The ecological restoration has turned the previously barren landscape into a thriving environment, with the first batch of white poplar trees reaching nearly two meters in height after two years [9][10]. Group 3: Community Impact and Future Prospects - The successful restoration has instilled confidence in the local community, with plans for villagers to return and develop tourism in the area, enhancing local economic opportunities [11]. - The article emphasizes the importance of ongoing environmental monitoring and joint enforcement efforts to ensure the sustainability of the restoration outcomes [12].

Core Viewpoint - The article highlights the transformation of the Dagu Mountain Iron Mine in Anshan, Liaoning, from a traditional mining operation to an ecological restoration project, emphasizing the integration of mining and environmental sustainability. Group 1: Mining Operations and Environmental Initiatives - Dagu Mountain Iron Mine, established in 1916, has transitioned from open-pit mining to ecological restoration after ceasing surface mining in June 2022, with ongoing backfilling and restoration efforts [1] - The mine has implemented a "mining while restoring" principle, conducting slope reduction and stabilization projects, covering a cumulative area of 25.67 hectares, which lays the groundwork for land reclamation [2] - The mine has successfully planted 60,000 trees, including locust and torch trees, creating a green belt around the mining area [2] Group 2: Ecological Restoration Achievements - Over 20 years, 79 hectares of abandoned land have been transformed into a lush ecological garden, featuring 5 hectares of pear orchards and 3 hectares of plum orchards, with a significant increase in biodiversity [4] - The area has achieved a carbon sequestration of 532.5 tons annually, exceeding carbon emissions by 100.7 tons, thus reaching carbon neutrality [4] - The ecological restoration efforts have been recognized as a typical case in the "China's Decade of Change" by the Ministry of Foreign Affairs, serving as a global reference for mine ecological restoration [4] Group 3: Economic and Social Impact - The ecological park has hosted over 1,800 domestic and international inspection groups, indicating its growing importance as a site for ecological tourism [6] - The company is working towards obtaining AAA-level tourism certification for the ecological park, which is expected to significantly enhance tourism revenue and boost the local economy [6] - The integration of ecological restoration with mining operations is anticipated to increase corporate profitability while improving the income of nearby residents [6]

Core Points - The performance evaluation of the PPP project for ecological restoration and comprehensive management of mines in Wuxue City, Hubei Province, is being conducted for the year 2024 [1] - Experts from geology, environmental, landscaping, finance, and legal fields are involved in the evaluation process [1] - The evaluation focuses on construction output, effectiveness, management during the construction phase, and operational output, effectiveness, and management during the operation phase [1] - The results of the evaluation are directly linked to the project's service fees [1] Evaluation Process - The evaluation team follows a strict process that includes on-site inspections, discussions, and document reviews [1] - A total of 13 mines, 2 green corridors, and 3 node parks from the first batch, along with 9 mines from the second batch, are objectively assessed [1] - The evaluation aims to support the standardized implementation of the project [1]