Group 1 - Sichuan is a crucial water conservation area for the Yangtze and Yellow Rivers, and a key region for global biodiversity protection, emphasizing the importance of ecological civilization construction [4][6] - The ecological environment in Sichuan has shown significant improvement, with PM2.5 annual average concentration dropping to 25.3 micrograms per cubic meter in the first ten months of this year, marking the best performance since monitoring began [4][5] - The province has established a comprehensive ecological restoration planning system and initiated cross-province ecological corridor construction, aiming for a coordinated ecological restoration approach [5] Group 2 - The establishment of the Giant Panda National Park has not only protected rare species but also boosted local economic development, with significant increases in tourism and job creation in surrounding communities [9] - The ecological advantages in Sichuan are being transformed into development momentum, with initiatives like the ecological park attracting thousands of visitors and creating numerous public welfare jobs [9][10] - The Dujiangyan irrigation system continues to provide over 7 billion cubic meters of water annually, supporting over 10 million acres of farmland and enhancing regional ecological balance [11]

目前，"广东观音座莲"在全球范围内首次在七星坑保护区被发现，现存成熟个体仅约40株，堪称"植物界的大熊猫"，偏爱在保护区腹地温暖湿润的沟谷中安 家。 这究竟是环境造成的形态变异，还是一个未被发现的物种？为了解开谜团，2023年5月，七星坑保护区科研团队与当年正在深圳市兰科植物保护与研究中心 （简称"深圳兰科中心"）工作的科研总监严岳鸿沟通，并发送照片给严岳鸿观看。一些细节立即引起了严岳鸿的注意，这很有可能是一个植物新种。 经过两年多的反复研究求证，近日广东江门恩平七星坑保护区（简称"七星坑保护区"）科研团队与深圳兰科中心、上海辰山植物园等科研机构在国际权威生 态进化期刊Ecology and Evolution发表了本次成果：命名并描述了七星坑保护区内的蕨类植物新种——广东观音座莲(学名：Angiopteris guangdongensis )。 广东观音座莲 值得一提的是，本次物种解锁，研究团队运用了硬核科技华大智造(688114)的T7测序仪。T7测序仪是当前全球通量最高的基因测序仪之一，在业界被称 为"超级生命计算机"，研究团队运用叶绿体基因组分析技术精准绘制了广东观音座莲的叶绿体基因组图谱。伴随新物种 ...

Core Insights - Jiangsu Bank's Suzhou branch issued a green loan of 193 million yuan to Suzhou Wuzhong Comprehensive Energy Co., marking a significant step in financing for biodiversity and pollution control [1] - The project is the first in China to be included in both "Biomass Energy Utilization" and "Air Pollution Control and Governance" categories of the Biodiversity Finance Directory [1] - The project employs a closed-loop process for sludge treatment, achieving a reduction of 60% to 80% in high-water-content sludge and exceeding EU 2010 emission standards [1][2] Financial and Environmental Impact - The total credit amount for the project is 500 million yuan, aimed at supporting green low-carbon development in the Yangtze River Delta region [1] - The project is expected to process 300,000 tons of wet sludge annually and generate 66 million kilowatt-hours of green electricity, equivalent to replacing 22,000 tons of standard coal and reducing carbon dioxide emissions by 57,000 tons [1] - The project sets a new benchmark for biosecurity in the industry by ensuring a 99.9% inactivation rate of pathogens through high-temperature treatment [2]

树冠如塔，叶片似鳞，根抱岩石，挺立峭壁。 崖柏，我国特有珍稀濒危裸子植物。起源于上亿年前的恐龙时代，白垩纪繁盛一时，藏着无可替代的基因资源，被称为"植物大熊猫"。 1892年，崖柏首次被发现。今天重庆市开州区、城口县、巫溪县和四川省宣汉县一带的莽莽山巅，是这一孑遗植物的仅存栖所。 这里，位于大巴山脉南麓、三峡库区腹心，是长江上游重要水源涵养地。 百余年间，气候变化和人类活动加剧，压缩崖柏生存空间。 1998年，因再无科考记录，世界自然保护联盟一度宣布崖柏灭绝。后来，重庆本土科研工作者跋山涉水，在人迹罕至的崖壁上重新发现崖柏野生种群。 水是山之魂，林是水之根。 2016年1月5日，习近平总书记在重庆召开推动长江经济带发展座谈会时指出："要把修复长江生态环境摆在压倒性位置"。 尊重自然、顺应自然、保护自然，构建人与自然和谐共生的地球家园。 新时代，新思想，新实践。 从濒临灭绝到人工扩繁，崖柏走出巴山渝水，扎根17个省份，百万株之巨、百倍级增长。 崖柏重生，生生不息。 绝处逢生 从宣告灭绝到重新发现，成立专门保护区，全面调查、常态监测野生崖柏 车行开州区，盘山而上。海拔1600米，大进镇新元村。 后山，一株崖柏，1 ...

根据《规划》目标，到2027年，武汉全面启动开展第一轮全域生物多样性本底调查，初 步构建重点区域生物多样性保护监测体系。到2030年，完成全市第一轮生物多样性本底调 查，重点物种和重要栖息地的常态化调查、监测与评估体系基本建立，生物多样性"空天 地"一体化智慧监测体系基本建成。到2035年，持续推进生物多样性调查与评估，建成生物 多样性监测体系，形成完善的生物多样性保护网络。生物多样性保护政策法律体系和生物资 源可持续利用机制持续完善，生态产品价值实现机制基本建立，全民生物多样性保护意识得 到极大提高，长江大保护示范作用更加突出，绘就江风湖韵的美丽武汉新画卷。 近日，武汉市生态环境局组织编制的《武汉市生物多样性保护规划（2025—2035年）》 （以下简称《规划》）经市人民政府同意，正式印发实施。《规划》明确了武汉市生物多样 性保护的目标任务，划定了保护优先区域，提出优先领域和优先行动，为指导生物多样性保 护工作提供了时间表和路线图。 武汉江河纵横、湖库密布，长江、汉江穿城交汇，5千米以上的河流共有165条，列入湖 泊保护名录的湖泊有166个。武汉自然禀赋得天独厚，山水林田各异其趣，形成了"一城江水 半城山" ...

广州已完成水鸟生态廊道建设1166公顷 中新网广州12月2日电 (记者 程景伟)记者2日从广州市林业和园林局获悉，截至2025年10月底，广州市 已完成水鸟生态廊道建设1166公顷。 广州位于东亚--澳大利西亚候鸟迁飞通道的中端位置。近年来，广州不断加强就地保护，以有效手段开 展生物多样性保护工作，逐步形成以自然保护地、植物园、动物园、种质资源保护区等为主体，各类公 园、绿地、林地、湿地等栖息地为补充的生物多样性保护空间体系。 广东省暨广州市第三十五届"保护野生动物宣传月"宣传活动近日在广州市陈家祠广场举行。图为市 民正在观看野生动物标本。广州市林业和园林局 供图 据广州市林业和园林局介绍，广州积极推进水鸟生态廊道建设，有效提升水鸟栖息地质量，促进生物多 样性保护与城市生态空间的协同发展。该市通过编制《广州市水鸟生态廊道建设指引》，科学推进城市 湿地生态保护与合理利用，为水鸟栖息地质量提升和生物多样性保护提供坚实支撑。 据了解，广州海珠湿地秉持"原生态、少干预"原则，实施了一系列微改造：进行地形微改造，让原本平 坦的地形有了不同的高地和凹地，并种植各类树木；开展河涌水网微改造，拓宽水面，营造浅滩，吸引 了大量 ...

会议同步展示了海南热带雨林国家公园、海南国家公园研究院自成立以来的系列工作成果，系统呈 现了生态保护、科研创新、体制机制建设等领域的突破性进展与实践成效。会议还发布了《IUCN全球 决议〈通过协同合作加强长臂猿保护〉中文版》。决议支持设立全球长臂猿联盟，秘书处常设海南。 研讨会上还发布了海南热带雨林国家公园科研成果17项，海南国家公园研究院科研成果10项，涵盖 生态保护、物种发现、监测技术等多个方面。 海南日报石碌12月1日电(海南日报全媒体记者 孙慧 刘阳秀)11月30日至12月1日，2025"雨林与 您"热带雨林国家公园国际研讨会在昌江黎族自治县举办。会议旨在搭建国际性交流合作平台，探讨如 何推动国家公园高质量建设，加强生物多样性保护，促进生态价值实现，为全球生态保护事业贡献智慧 与实践经验。 论坛议题涵盖国家公园管理及可持续发展、生物多样性保护、世界遗产申报与地质公园保护、生态 旅游与社区发展等。 会议肯定了海南热带雨林国家公园在海南长臂猿保护、生态系统服务功能提升等方面的成果，其种 群数量已恢复至7群42只，"霸王岭模式"为全球旗舰物种保护提供了借鉴。 ...

重庆雪宝山国家级自然保护区内，科研人员在收集崖柏数 据。 陈永松摄（人民视觉） 树冠如塔，叶片似鳞，根抱岩石，挺立峭壁。 崖柏，我国特有珍稀濒危裸子植物。起源于上亿年前的恐龙时代，白垩纪繁盛一时，藏着无可替代的基 因资源，被称为"植物大熊猫"。 1892年，崖柏首次被发现。今天重庆市开州区、城口县、巫溪县和四川省宣汉县一带的莽莽山巅，是这 一孑遗植物的仅存栖所。 这里，位于大巴山脉南麓、三峡库区腹心，是长江上游重要水源涵养地。 百余年间，气候变化和人类活动加剧，压缩崖柏生存空间。 1998年，因再无科考记录，世界自然保护联盟一度宣布崖柏灭绝。后来，重庆本土科研工作者跋山涉 水，在人迹罕至的崖壁上重新发现崖柏野生种群。 水是山之魂，林是水之根。 2016年1月5日，习近平总书记在重庆召开推动长江经济带发展座谈会时指出："要把修复长江生态环境 摆在压倒性位置"。 尊重自然、顺应自然、保护自然，构建人与自然和谐共生的地球家园。 新时代，新思想，新实践。 从濒临灭绝到人工扩繁，崖柏走出巴山渝水，扎根17个省份，百万株之巨、百倍级增长。 崖柏重生，生生不息。 绝处逢生 从宣告灭绝到重新发现，成立专门保护区，全面调查、常 ...

Core Viewpoint - DR PLANT, a domestic brand focused on high-altitude plant skincare, is progressing towards its IPO on the Shenzhen Stock Exchange, reflecting its commitment to balancing commercial value and social responsibility [1] Group 1: IPO Progress - The IPO status of DR PLANT has been updated to "inquired" as of November 21, 2025, indicating a significant step towards its public listing [1] - The brand aims to leverage its IPO to enhance its market presence and further its mission of biodiversity protection [4] Group 2: Commitment to Biodiversity - DR PLANT integrates biodiversity protection into its brand DNA, emphasizing the philosophy of "taking from nature and giving back to nature" [2] - The brand has initiated various biodiversity protection actions, including the "Biodiversity - High Mountain Plant Protection Action" launched in 2017 [2] - As of now, DR PLANT has successfully restored 5,590 acres of high-altitude ecological environment in Yunnan [2] Group 3: International Collaboration - In October 2020, DR PLANT signed a partnership with the United Nations Development Programme (UNDP) to enhance its biodiversity protection efforts on an international scale [3] - The collaboration marks a significant step in the brand's commitment to global environmental initiatives [3] Group 4: Business and Philanthropy Synergy - The brand's strategy of utilizing high-altitude plants for skincare aligns with its biodiversity protection efforts, creating a sustainable cycle of business and philanthropy [4] - DR PLANT has established a professional R&D system, resulting in 223 patents, including 68 invention patents, showcasing its innovation in skincare products [4] - The "protection-research-transformation" model not only differentiates the brand in the market but also provides ongoing support for its philanthropic initiatives [4]

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]