东北虎豹国家公园核心IP形象——虎文炳和豹文蔚，于活动当天正式发布。两个IP形象创意均源于《周易》，虎文炳的名字取自"大人虎变，其文炳 也"，象征着力量、威严与公正，是东北虎豹国家公园改革管理者的化身。豹文蔚的名字取自"君子豹变，其文蔚也"，象征着敏捷、智慧和坚韧，代表了东 北虎豹国家公园全体科研监测保护工作者。IP形象将应用于文创开发、国际传播等领域，助力公众参与生态保护。 0:00 / 0:12 0:00 / 0:10 林海伦道 因 y - 1 狗 联山则积 葡京城管护中心简介 活动中展示的虎豹文创产品。东北虎豹国家公园管理局供图 7月29日，第十五届"全球老虎日"中国主场宣传活动在延边大学开幕。本次活动由东北虎豹国家公园管理局、延边朝鲜族自治州人民政府联合主办， 以"科技助力保护共建和谐家园"为主题，依托延边大学"网红墙"网红效应，通过国家公园建设成果展、主题IP形象发布、央视网东北虎豹频道上线、公益汇 演等环节，向全世界展示东北虎豹国家公园保护与建设成效。吉林、黑龙江省各级相关部门、相关保护基金组织代表、社会各界人士逾万人参加活动。 活动集中展出了东北虎豹国家公园管理局和相关单位近年来在虎豹保护领域取 ...

受今年第8号台风"竹节草"影响，浙江省沿海和北部地区迎来强降雨天气。7月28日，浙江省自然资源厅 召开台风"竹节草"地质灾害和海洋灾害防御视频调度会，研判全省地质灾害趋势，部署台风防御重点任 务。 会议强调，各地各部门要强化责任落实，迅速进入"战时状态"，按照既定防御方案，将责任分解到岗、 落实到人；要全面排查风险隐患，压紧压实各级防御责任，严格落实各项防御措施；要强化会商研判， 与气象、水利、应急管理等部门协作，加密监测预警频次，突出预警信息发布的时效性、针对性和强制 性，严格执行"叫应"机制；要强化人员转移，指导地方坚决执行"三个撤离"，绝不能心存侥幸，风险解 除前，要加强对已避险撤离人员的妥善安置和管理，避免擅自回流；要强化力量前置，对防御重点区域 预置骨干技术力量，确保应急人员、设备、装备等保障到位，发挥好群测群防+驻县进乡+应急救援+应 急测绘"四支队伍"协同防灾机制，减轻灾害造成的损失；要严格执行领导带班和24小时值班制度，严肃 信息报送纪律，特别是突发险情、灾情和人员转移安置情况，必须第一时间核实、第一时间上报。 会议提出，当前，全省进入台风防御关键阶段，各地各部门要快速启动防御应对机制，全力以 ...

Core Points - The Ministry of Natural Resources held a meeting to convey President Xi Jinping's important instructions on flood prevention and disaster relief, focusing on geological and marine disaster prevention during the critical flood period from July to August [1][2] - The ministry has implemented various geological disaster prevention measures, including enhanced monitoring and early warning systems, to ensure the safety of people's lives and property [1][2] - A total of 271 experts have been deployed to assist in disaster prevention efforts in key areas, successfully avoiding three geological disasters and preventing potential casualties [1] Group 1 - The current period is critical for flood prevention, and the national natural resources system is urged to enhance political awareness and responsibility in implementing flood prevention measures [2] - The meeting emphasized the need for improved measures and a structured approach to geological disaster prevention, including expert guidance and risk assessments [2] - There is a focus on public awareness and education to enhance community self-protection and response capabilities during disasters [2] Group 2 - An emergency video conference was held to analyze the geological disaster risk trends due to recent heavy rainfall and to coordinate expert deployment in affected areas [3]

Group 1 - The International Marine Industry Development Alliance (Nansha) was established to explore collaborative innovation, result transformation, and international cooperation in the marine industry, injecting strong momentum into the development of the marine industry in Nansha [1] - The alliance consists of 58 marine-related universities, research institutions, and enterprises from mainland China, Hong Kong, Macau, the Netherlands, Norway, and the United States, aiming to build a collaborative innovation system for marine technology in the Greater Bay Area [1][2] - The alliance's goals include enhancing the core competitiveness of the marine industry in the Greater Bay Area on an international scale and supporting Nansha in becoming a marine technology innovation center, an international shipping hub, and a demonstration zone for emerging marine industries [1] Group 2 - The establishment of the alliance is a strategic move to seize opportunities in the global marine industry's green transformation and technological innovation, aiming to deepen exchanges and cooperation between Nansha and the international marine industry [2] - The alliance emphasizes principles of openness, collaboration, and win-win outcomes, focusing on technology research and development, result transformation, international cooperation, and talent cultivation to create a globally competitive marine industry ecosystem [2] - The first council members of the alliance were elected, with Hong Kong University of Science and Technology (Guangzhou) becoming the first chair unit [3]

Core Viewpoint - The development of marine renewable energy is crucial for sustainable development, with China making significant strides in the field, particularly in wave energy, tidal energy, and ocean thermal energy conversion [4][12]. Industry Development - Marine renewable energy, including tidal, wave, and ocean thermal energy, is a key focus in international energy research and development [4]. - China ranks first in wave energy, second in tidal energy, and third in tidal range energy installed capacity globally, establishing a solid foundation for large-scale utilization [4]. Technical Support and Infrastructure - The National Ocean Technology Center has established a comprehensive technical support system covering resource assessment, equipment testing, planning, and policy research for marine energy development [4][6]. - The center has developed four national-level marine testing sites, providing specialized testing services for marine energy technologies [9]. Research and Data Collection - Since 2022, the center has focused on large-scale utilization of marine energy, completing nearly 20 voyages and gathering data from 21 observation sites [7]. - The center has expanded its assessment of marine energy resources to cover 3 million square kilometers of jurisdictional waters, enhancing understanding of resource distribution and development potential [7]. Standardization and Policy Development - The center has developed over 30 national and industry standards in the marine energy sector, accounting for 70% of the total standards in this field [11]. - A guiding opinion was issued to promote large-scale marine energy utilization, aiming for an installed capacity of 400,000 kilowatts by 2030 [13][14]. International Cooperation - The center has actively participated in international organizations and forums, enhancing cooperation and showcasing China's commitment to green development [20]. - The establishment of the China Ocean Renewable Energy Management Service Platform facilitates the collection and dissemination of marine energy data and information [19].

Core Viewpoint - The development of low-altitude economy in island regions is essential for overcoming geographical constraints and achieving high-quality marine economic development, as well as serving national strategies and cultivating new industrial advantages [1][2]. Infrastructure Development - It is necessary to improve low-altitude infrastructure by establishing a tiered take-off and landing network, utilizing general airports and floating water airports as core hubs, and creating differentiated facilities for manned and unmanned aircraft based on island size and needs [3]. - A comprehensive communication and navigation network should be constructed, integrating satellite, 5G, and Beidou systems, and establishing a low-altitude digital airspace map [3]. Industry Chain Formation - The focus should be on overcoming technical bottlenecks specific to island environments, such as developing low-altitude aircraft that can withstand salt mist and high humidity, and establishing technical standards for island-specific applications [4]. - The industry should promote technological innovation and develop upstream and downstream industries related to aviation parts manufacturing, drone assembly, and software development [4]. Safety Regulation - A comprehensive safety regulation system must be established, innovating airspace management models and simplifying approval processes for remote island routes and marine monitoring scenarios [5]. - An intelligent regulatory platform should be developed for real-time monitoring and risk warning, ensuring safety in low-altitude operations [5]. Talent Development - A targeted training program should be implemented in collaboration with vocational schools to cultivate local talent in fields such as airworthiness maintenance and airspace management [6]. - Mechanisms to attract and retain talent should be established, including incentives for returning local talents and creating platforms for youth entrepreneurship [7].

Core Insights - The article discusses the launch of the Moganshan Geospatial Large Model 1.5, which enables efficient 3D reconstruction of buildings from minimal photographic input, marking a significant advancement in generative 3D modeling technology [1][2]. Group 1: Technological Advancements - Moganshan Geospatial Large Model 1.5 is the first multimodal geospatial large model with over 100 billion parameters, enhancing capabilities in generative 3D modeling, map recognition, and remote sensing change detection [1][2]. - The model reduces data requirements by 90% and increases modeling efficiency by over 10 times compared to traditional methods, addressing issues like high data demand and processing inefficiencies [2]. - The model employs generative point cloud and partitioned parallel 3DGS modeling technology, achieving a tenfold increase in large-scale 3D scene modeling efficiency [2]. Group 2: Accuracy and Application - The model demonstrates over 98% accuracy in recognizing maps and a 70%-90% accuracy rate in identifying issues in key areas [2]. - The model's verification capabilities show 98% accuracy in land type and crop recognition, with a 78% replacement rate for personnel verification tasks [2]. - The technology is applicable in various fields, including urban planning, architectural design, and cultural heritage preservation [2]. Group 3: AI Productivity Platform - The Time-Space Industry Full-Stack AI Productivity Platform integrates data governance, twin scene simulation training, and intelligent agent development services [3]. - The platform's architecture is based on data and knowledge, with a large model and professional skill library serving as its core, supporting diverse business needs [3]. - The platform offers flexible service options, including online subscription, private deployment, and integrated machines, aiming to establish a foundational AI infrastructure for the time-space industry [3].

Core Viewpoint - The "Coastal Wetland Carbon Sink Initiative" was presented at the 12th International Ecological Society Wetland Conference, highlighting the importance of coastal wetlands in carbon sequestration and the need for global collaboration in research and technology sharing [1][2]. Group 1: Initiative Overview - The initiative proposes five action frameworks to guide global research and collaboration on coastal wetland carbon sinks, including promoting scientific cooperation, establishing a global alliance, sharing technology, integrating local wisdom, and implementing demonstration projects [2]. - A total of 32 scientists from 15 countries signed a support document for the initiative, marking a significant step in building a global collaboration system for coastal wetland carbon sink research [2]. Group 2: Conference Insights - The conference focused on key issues such as climate change, sea level rise, and nutrient loading, discussing strategies to enhance the carbon sink functions of coastal wetlands [3]. - Experts emphasized the challenges faced in protecting coastal wetlands as critical "blue carbon sinks" and the need to overcome technological bottlenecks in land-sea interactions [3]. Group 3: ONCE Plan Background - The ONCE Plan, initiated by Academician Jiao Nianzhi in 2019, aims to explore ocean negative emission mechanisms through international collaboration and has attracted participation from 33 countries and 79 research institutions by 2024 [4]. - The plan is integrated into the UNESCO "Decade of Ocean Science for Sustainable Development" action plan, enhancing China's international influence in marine negative emissions and ecological protection [4].

Group 1 - The Ministry of Natural Resources held a meeting to discuss geological disaster prevention in eight provinces due to heavy rainfall since July 23, with record-breaking rainfall reported in several areas [1] - The meeting highlighted the risk of geological disasters in regions such as northern Hebei, central Shanxi, and parts of Inner Mongolia, with yellow and orange warnings issued for various areas [1] - The meeting emphasized the need for local natural resource departments to maintain vigilance and fully commit to disaster prevention efforts during the critical flood prevention period known as "Seven Down, Eight Up" [1] Group 2 - Local natural resource departments are required to strengthen risk awareness and focus on high-risk areas, ensuring constant monitoring of weather forecasts and geological disaster warnings [2] - It is essential for local departments to mobilize relevant industry authorities and grassroots personnel to conduct thorough inspections of potential hazards and risks [2] - The approach of "sweating more before disasters and crying less after" is encouraged, with a focus on implementing early warning measures and evacuation plans effectively [2]

Core Viewpoint - The article emphasizes the critical period of geological disaster prevention in China during the "Seven Down and Eight Up" phase, highlighting the increased risk of geological disasters due to seasonal rainfall and extreme weather events [1][2][3]. Group 1: Geological Disaster Statistics - From 2015 to 2024, a total of 12,269 geological disasters occurred during the "Seven Down and Eight Up" period, with landslides being the most frequent type, accounting for over 50% of incidents [2]. - The central and southwestern regions of China reported the highest number of geological disasters during this period [2]. Group 2: Regional Risk Assessment - Predictions indicate that this year's rainfall will be distributed as "more in the south and north, less in the middle," with an increased likelihood of extreme weather events [2]. - Specific regions such as the eastern part of Southwest China and the middle and lower reaches of the Yangtze River are at heightened risk for shallow landslides and mudslides due to prior rainfall [2]. Group 3: Response Measures - The Sichuan Provincial Natural Resources Department has initiated extensive investigations into geological disaster risk points, identifying 9,700 locations and 1,619 new hazards, implementing preventive measures accordingly [4]. - The Guizhou Provincial Natural Resources Department has elevated the management of soft rock slopes where people reside to enhance risk control [5]. Group 4: Successful Prevention Cases - In the first half of the year, the number of geological disasters, fatalities, and economic losses decreased by 48.1%, 27%, and 56.5%, respectively, due to improved disaster prevention systems [7]. - Guangdong Province successfully avoided casualties in five geological disaster incidents through effective pre-warning and community engagement [8]. Group 5: Emergency Preparedness - The Ministry of Natural Resources has called for heightened awareness and detailed planning to ensure effective disaster prevention during the critical period [9]. - Emphasis is placed on timely evacuation and the establishment of a robust warning system to protect vulnerable populations from geological hazards [10][11].