Core Viewpoint - The Leshan Ecological Environment Bureau is actively implementing measures to optimize the business environment, focusing on reducing burdens for enterprises and enhancing support for high-quality economic development [2][9]. Group 1: Policy Measures - The Bureau has introduced six key measures to optimize the business environment, including improving project environmental impact assessment (EIA) efficiency and enhancing financial support for environmental projects [2]. - The Bureau is committed to dynamic updates of ecological environment zoning control to facilitate project implementation and industrial development [3]. Group 2: Approval Process Optimization - New projects, including long-term national debt projects, are now included in a "green channel" for expedited EIA approval, significantly reducing approval times [4]. - Over 70 EIA projects have been efficiently approved this year, involving investments exceeding 90 billion yuan, with average processing times reduced by 60% compared to the statutory 60 working days [4][5]. Group 3: Regulatory Improvements - The Bureau is enhancing environmental law enforcement efficiency and adopting a more flexible regulatory approach to support enterprise development [6]. - A non-intrusive regulatory system has been established, utilizing data analysis and remote monitoring technologies to minimize disruptions to businesses [6]. Group 4: Support Services - The Bureau is providing proactive services to enterprises, including on-site consultations and technical support tailored to individual company needs [8]. - A financing support mechanism has been established, helping enterprises secure over 200 million yuan in funding this year [9].

Core Viewpoint - The transformation and upgrading of traditional industries are crucial for building a modern industrial system, and leveraging digital intelligence technology for green and low-carbon transformation is strategically significant for high-quality development [1] Group 1: Empowering Green Low-Carbon Production Scene Innovation - Digital intelligence technology enhances cross-industry integration, resource orchestration, and innovation capabilities, facilitating breakthroughs in green low-carbon production technologies [2] - Technologies such as big data and digital twins assist traditional industries in analyzing user demand characteristics, selecting green low-carbon materials, and designing lightweight energy-saving products [2] - As of March 2023, the digital R&D design tool penetration rate among industrial enterprises in China reached 83.5%, and the CNC rate for key processes was 66.2% [2] Group 2: Empowering Green Low-Carbon Multi-Value Creation - Digital intelligence technology promotes deep integration of social, physical, and digital spaces, enhancing resource integration, opportunity identification, and crisis response capabilities [3] - Intelligent transformation and modular integration of production equipment in traditional industries enable comprehensive monitoring of manufacturing processes and effective control of resource consumption [3] - The integration of big data, IoT, blockchain, and AI in traditional supply chains allows for carbon footprint measurement, tracing, dynamic pricing, and trading, creating new value through carbon asset management and green brand premium [3] Group 3: Empowering Green Low-Carbon Governance System Creation - The green low-carbon transformation of traditional industries is a complex governance process involving multiple stakeholders and factors [4] - Establishing a green low-carbon governance system requires digital regulation and intelligent services, with systems for carbon emission monitoring and data management forming a "digital neural network" [4] - As of 2024, 246 national green data centers have been established, and 251 green low-carbon public institutions have been selected, providing robust digital technology support for the transformation of traditional industries [4]

Core Viewpoint - The construction of a unified and standardized carbon footprint background database is crucial for the development of China's product carbon footprint management system and for enhancing international competitiveness in carbon data standards [1][4]. Group 1: Current Status of Carbon Footprint Background Database - China is placing significant emphasis on the establishment of carbon footprint background databases, as highlighted in the State Council's work plan for building a dual control system for carbon emissions [1]. - Despite some progress, the construction and application of carbon footprint background databases in China are still in the early stages, facing various misconceptions and bottlenecks [2][3]. Group 2: Challenges in Database Construction - There is a weak understanding of the database among market participants, leading to confusion between different types of databases and insufficient emphasis on real data quality control [2][3]. - The quality of data is inconsistent, with issues such as redundant and low-level construction, lack of unified standards, and transparency problems in existing databases [3]. - The promotion and application of carbon footprint background databases are inadequate, with limited recognition in international markets and a need for improved standards [3]. Group 3: Recommendations for Improvement - It is recommended to enhance planning and design for the national carbon footprint background database, ensuring a unified structure and avoiding redundant construction [4][5]. - Emphasis should be placed on research and development, fostering talent in carbon footprint data development, and utilizing digital technologies for better data accessibility and traceability [5][6]. - Expanding application scenarios through public awareness campaigns and competitions can help improve the market space for quality background databases [6][7]. Group 4: International Cooperation - Strengthening international collaboration is essential, including technical exchanges with global lifecycle data development organizations and promoting mutual recognition of carbon footprint data standards [7].

Core Points - The establishment of the "Green Alliance" framework agreement between the ecological environment bureau and the local party branch aims to enhance ecological protection and green development through collaboration [1] - The "Party Member Pioneer Service Station" has become a frontline service platform for enterprises and the community, providing comprehensive environmental services [2] - The service station has effectively addressed community concerns regarding environmental issues, demonstrating its role in maintaining a good living environment for residents [3] Group 1 - The "Green Alliance" initiative integrates resources and strengthens the role of grassroots party organizations in ecological protection [1] - The service station offers a "nanny-style" service, assisting a company in navigating complex environmental procedures, resulting in the completion of all necessary approvals within one month [2] - The service station has received high praise from both enterprises and residents for its efficient and professional support [2][3] Group 2 - The service station has conducted two river protection activities and resolved four existing hazards since the establishment of the "Green Alliance" in June 2025 [3] - It has organized one enterprise service activity, addressing ten issues in the industrial park and assisting five companies with pollution discharge registration [3] - The service station continues to uphold the principle of ensuring that every issue is addressed and feedback is provided, effectively connecting services to enterprises and the community [3]

Group 1 - The increasing demand for high-quality living environments is driven by rapid social development, particularly among residents in closed communities who are sensitive to environmental issues such as garbage accumulation, unpleasant odors, and noise pollution [1] - These environmental issues have become hot topics for complaints, directly affecting residents' quality of life, necessitating enhanced regulation and governance [1] - The resolution of these issues requires collaborative efforts from relevant authorities, local streets, and property management companies, with a focus on the proactive role of property companies in reducing complaint pressures [1] Group 2 - Property management companies should prioritize creating beautiful and livable environments as a key aspect of daily management and service quality improvement, taking a leading role in green maintenance and waste classification [2] - Property companies serve as a bridge for communication between residents and local government, understanding residents' needs and concerns, and should enhance communication and information transparency to gain residents' support [2] - There is an emphasis on the importance of legal knowledge related to ecological environment management, with property companies encouraged to engage in educational efforts to raise awareness about building harmonious and beautiful communities [2]

究其原因，中华白海豚种群数量的减少与其乡恋情结密切相关。中华白海豚对特定河口、海湾环境有着 深厚依恋，这种依赖如同"妈妈的味道"，是千万年自然选择的结果。研究发现，它们对环境适合度的执 着甚至超越了对干扰的规避，宁可回到熟悉但船舶活动较多的水域，也不愿迁至干扰少却与原来环境差 异较大的区域，这种依恋类似于人类的"乡土情怀"。 可见，保护中华白海豚的关键在于珍视并守护其世代栖居的家园。然而，中华白海豚偏爱的海岸环境， 往往也是经济活跃、发展迅速的地带。如何在推动海洋经济发展、建设海洋强国的同时，保护好这一珍 稀物种，是我们需要共同面对的课题。 不久前，福建泉州围头湾一港口项目炸礁作业被指影响中华白海豚，被官方叫停重新评估，这一事件再 次引发人们对中华白海豚生存状况的关注。 守护好中华白海豚眷恋的这片碧海，我们要进一步完善保护网络，力求涵盖其现有的重要分布区域，无 论是探索建立国家公园还是强化现有海豚 保护区，核心目标都是科学控制人类活动的影响。 我国是全球最重要的中华白海豚栖息地，珠江口水域（含香港、澳门）种群数量最多，超过2000头。然 而，受填海造地、航运活动、风电开发等人类活动影响，中华白海豚栖息地面积在 ...

Core Viewpoint - The recent agreement between Chengdu's Wenjiang District and Qingbaijiang District to exchange air pollutant emission quotas is a strategic move to optimize environmental capacity while supporting economic development and improving air quality [1][2]. Group 1: Agreement Details - Wenjiang District exchanged 90 tons of volatile organic compounds (VOCs) for 60 tons of nitrogen oxides (NOx) from Qingbaijiang District, facilitating the efficient matching of emission quotas with construction projects [1]. - The exchanged NOx quotas will support major projects with a total investment exceeding 3 billion yuan, while the VOC quotas will back projects totaling approximately 15 billion yuan [1]. Group 2: Mechanism and Benefits - The new "bulk exchange" mechanism, introduced by the recent regulations, allows districts meeting specific air quality standards to optimize their emission quotas based on actual development needs [1][2]. - This mechanism simplifies the process of securing necessary emission quotas, significantly accelerating the implementation of air-related construction projects [2]. Group 3: Regional Implications - The practice in Chengdu serves as a model for other regions facing environmental capacity constraints, encouraging them to explore similar quota exchange systems [2]. - Effective implementation of the exchange mechanism requires thorough preliminary research to assess the impact on local air quality, ensuring compliance with air quality standards [2][3]. Group 4: Governance and Oversight - Strengthening policy guidance and clear communication regarding the exchange process is essential for the successful operation of the quota exchange mechanism [3]. - There is a need for comprehensive monitoring and regulation to prevent fraudulent activities during the exchange process, ensuring the integrity of environmental quality improvements [3]. Group 5: Economic and Environmental Value - The quota exchange mechanism highlights the dual value of emission quotas, emphasizing the importance of proactive emission reduction efforts even in areas with surplus environmental capacity [3]. - This approach not only meets local development needs but also opens new economic growth opportunities through market transactions and regional exchanges [3].

近日，湖南省张家界市慈利县岩溶洞穴废弃物和水资源污染问题受到社会各界广泛关注，属地政府对涉 嫌环境违法问题立案查处，并迅速采取相关治理措施。这一污染事件得到属地政府高度重视并高效处 理，抖音博主"渔猎齐哥"的实地调查与曝光发挥了重要作用。 "渔猎齐哥"目前已有近250万粉丝，今年以来，在生态环境领域公众监督方面发挥了一定作用。他依据 粉丝提供的线索，陆续曝光了江西乐平工业园区废气扰民问题、湖北天门河污染问题等，有力地推动了 污染问题妥善解决。 近些年，自媒体平台蓬勃发展，为各类网红崛起提供了肥沃土壤，其中不少环保网红已成为自媒体时代 的生态新声。 抖音上的"理想青年—小辛"带领义工在长江、澜沧江清理白色垃圾，一年多来捡拾垃圾60余吨。B站UP 主"无穷小亮的科普日常"，虽然并非纯粹的生态环保主题博主，但他凭借对动植物知识的专业讲解，让 公众意识到保护生物多样性的重要性。微信平台上，"阿拉善SEE生态协会"长期聚焦荒漠化防治、生态 保护项目进展等内容，引导公众关注沙漠生态修复。 众多环保网红活跃在自媒体平台上，以生动有趣、贴近生活的方式，将专业性很强的生态环境知识转化 为群众易于理解和接受的内容。或者通过曝光， ...

Core Viewpoint - The article highlights the comprehensive efforts made by Shiping County in Yunnan Province to protect and restore the ecological environment of Yilong Lake, focusing on water quality improvement and sustainable management practices. Group 1: Water Quality Improvement - Yilong Lake, part of the Pearl River system, has faced severe eutrophication due to extensive fish farming since the early 1990s, leading to declining water quality [2] - Shiping County has established a command system for water quality improvement, implementing various measures such as pollution interception and treatment, resulting in urban sewage collection and treatment rates of 96.4% and 98.5% respectively since 2024 [2] - The county has also achieved a 100% sewage treatment rate for 244 villages in the Yilong Lake basin, up from 60.8% during the 13th Five-Year Plan period [2] Group 2: Agricultural Practices and Pollution Control - To control agricultural non-point source pollution, Shiping County has adjusted the planting structure over 117,900 acres and implemented zero-chemical farming practices on 1,680 acres since 2024 [3] - The county has conducted artificial rainfall operations at 312 points, effectively supplementing 30.2 million cubic meters of water to Yilong Lake [3] - Regular river cleaning and inspections have been carried out, clearing 173 rivers and channels totaling 688 kilometers to improve the lake's ecological environment [3] Group 3: Ecological Restoration Initiatives - The county has adopted biological ecological governance techniques, including the introduction of aquatic animals and the restoration of submerged plant communities, with a total investment of 270 million yuan for a project covering 8,370 acres [4] - The project has led to a significant decrease in algal density and an increase in water transparency, contributing to the recovery of the aquatic plant species known as sea vegetable flowers, which have become economically beneficial for local villagers [4] Group 4: Community Engagement and Support - Shiping County has mobilized community support for the lake's protection, conducting 946 educational sessions with over 60,000 participants and 215 volunteer activities reaching more than 57,000 people since 2024 [5] - The county has implemented a "Party Building + Segment Responsibility System," with 239 segment leaders conducting regular inspections and clean-up activities in 244 villages [6] - The transformation of local fishermen into lake guardians has been a significant outcome, contributing to the ongoing efforts to maintain the lake's cleanliness and ecological health [6] Group 5: Achievements and Future Prospects - Continuous efforts have led to improved water quality and environmental conditions, with the lake achieving its water quality improvement targets between April and June this year [6] - The enhanced ecological environment has facilitated the hosting of various events, including marathons, and Yilong Lake has been recognized as "China's Most Beautiful Plateau Lake Race Track," attracting both domestic and international visitors [6]

Core Viewpoint - Dali Prefecture is establishing a new model for ecological governance through systematic policies and actions aimed at protecting and restoring the Erhai Lake ecosystem, while balancing economic development and environmental sustainability [1][14][20]. Group 1: Ecological Governance and Protection Measures - Dali Prefecture has implemented the "Three Treatments and One Improvement" strategy, focusing on water pollution, agricultural non-point source pollution, and waste management, alongside improving lake ecology [1][14]. - The establishment of the China Dali Erhai Plateau Lake Protection Research Base and a scientific team of experts aims to enhance the precision and scientific basis of ecological governance [1][14]. - A digital monitoring platform integrating data from 26 agencies has been developed to support precise governance of the Erhai Lake ecosystem [1][15]. Group 2: Infrastructure Development - Dali has constructed 20 sewage treatment plants, laid 5,743 kilometers of sewage collection pipelines, and built 149,000 septic tanks to create a comprehensive sewage treatment system [15]. - The ecological restoration of rivers entering the lake has achieved a 100% water quality rate for 27 major inflow rivers [15]. Group 3: Agricultural Pollution Control - Dali Prefecture has adopted a "Three Bans and Four Promotions" policy to reduce agricultural pollution, including banning certain fertilizers and pesticides, and promoting organic farming practices [15]. - The area of high-water and high-fertilizer crop cultivation has been reduced by 123,600 acres, and 489,600 acres of high-standard farmland have been established [15]. Group 4: Ecological Restoration Initiatives - The implementation of integrated protection projects for mountains, rivers, forests, fields, lakes, and grasslands has led to the greening of 58,000 acres and the establishment of 40,000 acres of wetlands [16]. - The resurgence of the "water quality indicator" seaweed flower in Erhai Lake symbolizes the success of ecological restoration efforts [16]. Group 5: Long-term Governance Mechanisms - Dali has revised the Erhai protection management regulations five times to create a comprehensive legal framework for ecological governance [17][19]. - The establishment of ecological red lines and strict management zones has led to the relocation of 7,270 people from the lakeshore, promoting a "people retreating, lake advancing" approach [19]. Group 6: Economic Development and Industrial Transformation - Dali Prefecture recognizes the interdependence of economic development and ecological protection, focusing on high-quality industrial transformation while protecting the Erhai ecosystem [20]. - The closure of 46 large-scale aquaculture farms and three cement plants has been part of the strategy to reduce environmental impact [20]. Group 7: Enhancing Quality of Life - Dali Prefecture emphasizes a people-centered development approach, transforming private ecological spaces into public areas for community enjoyment [21]. - Urban and rural development initiatives aim to create a harmonious living environment that integrates natural beauty and cultural heritage [21]. Group 8: Sharing Ecological Protection Experiences - Dali Prefecture promotes its ecological governance experiences as a model for global ecological civilization, participating in international exchanges and forums [22]. - The "Erhai Experience" has been recognized as a benchmark for urban lake management, contributing to global ecological governance discussions [22].