Core Viewpoint - The strategic cooperation agreement signed between Shandong Provincial Geological and Mineral Bureau's Lunan Institute and Shandong Taishan Geological Exploration Group aims to enhance collaboration in mineral resource exploration, ecological restoration, and technological innovation for mutual development and benefits [1]. Group 1: Strategic Cooperation - The agreement emphasizes the establishment of a regular communication mechanism to strengthen cooperation in resource reserves, overseas resource exploration, project collaboration, and technological innovation [1]. - Both parties aim to leverage their resources, talent, and platform advantages to focus on domestic and international resource exploration, ecological restoration, and platform construction [1]. Group 2: Leadership and Commitment - Key leaders from both organizations, including Wu Xiaohua and Zhang Xin, attended the signing ceremony, highlighting the importance of long-term support and collaboration [1]. - The agreement signifies a commitment to resource sharing and high-quality development in areas such as mineral exploration, clean energy development, and technological innovation [1].

Core Insights - The successful transfer of five provincial mining rights in Sichuan marks a significant milestone in the application of AI technology in geological exploration, indicating a shift towards an "AI+" era in mineral exploration [1][2] Group 1: Mining Rights Transfer - The exploration rights for the gold mine in Mian County, which was identified through the AI mining platform, was sold for 30.1 million yuan, representing a premium rate of 1572.22% over the starting price of 1.8 million yuan [1] - This transaction is the first successful outcome of the "rapid selection" project facilitated by the AI mining platform developed by the Sichuan Provincial Geological Survey Institute [1] Group 2: AI Mining Platform Development - The AI mining platform integrates a "knowledge + data + model" approach, creating a geological big data resource library and a mining model that enhances exploration efficiency [1] - The platform can reduce the traditional three-month mineral prediction cycle to a matter of minutes while significantly improving accuracy and interpretability, receiving recognition as a leading technology in the country [1] Group 3: Future Plans - The platform has transitioned from technical validation to practical application, supporting the compilation of the "Sichuan Province Mineralization Area Report (2025)" and identifying 161 mineralization prospect areas and 36 prediction zones [2] - The Sichuan Provincial Geological Survey Institute plans to continue optimizing the AI mining platform to enhance geological surveys and mineral exploration efforts [2]

Core Viewpoint - The Shandong Lunan Geological Engineering Survey Institute is actively engaged in a copper polymetallic mineral investigation project in Xinjiang, emphasizing the importance of safety, quality, and morale among field workers [1][2] Group 1: Project Progress and Management - The project team is making progress in mineral exploration and has outlined future work plans, with a focus on analyzing mineralization characteristics [1] - The leadership has highlighted the need for a new round of mineral exploration breakthroughs, guided by the spirit of patriotism and innovation [1] Group 2: Safety and Support Measures - Safety is a top priority, especially in high-altitude geological operations, with an emphasis on monitoring weather changes to prevent accidents [2] - The institute is committed to ensuring adequate logistical support for workers in harsh conditions, including provisions for warmth and emergency supplies [2] Group 3: Team Morale and Motivation - The morale of the field geological team has been boosted by the leadership's visit and support, with team members expressing determination to meet project goals with high-quality geological results [2]

Core Viewpoint - The geological exploration project in Longbaoshan area of Lanling County, Shandong Province, successfully passed the field acceptance by the expert group from the Shandong Provincial Bureau of Geology and Mineral Resources, receiving an "Excellent" rating [1] Group 1 - The project is part of the 2024 Ministry-Province Agreement Geological Exploration Project, focusing on the continued survey of rare earth minerals [1] - The field acceptance utilized a combination of indoor data review and outdoor verification, ensuring a comprehensive evaluation of the project's execution [1] - The expert group found the project management to be scientific and efficient, with solid fieldwork and complete, accurate, and reliable data [1] Group 2 - The project met all the approved fieldwork tasks and provided expected geological exploration information, particularly in controlling important geological bodies and mineralization indicators [1] - The next steps involve the geological institute enhancing its data and continuously improving its geological technology innovation capabilities and project implementation quality [1] - The ultimate goal is to submit a high-quality results report to support the province's energy resource security and the high-quality development of the geological sector [1]

Core Viewpoint - The construction of the Jinan Metro lines is facing challenges due to the need to protect the city's abundant underground springs while ensuring the metro's operational efficiency [2][3][4]. Group 1: Metro Construction and Environmental Impact - Jinan, known as the "Spring City," has over 1,000 springs, making the integration of metro construction with spring protection a primary challenge [2]. - The Shandong Provincial Geological Bureau's 801 Team has conducted preliminary investigations and environmental impact assessments for the metro lines, addressing critical questions about suitable construction areas and potential impacts on spring water [2][3]. Group 2: Advanced Geological Survey Techniques - The 801 Team proposed high-precision geological survey techniques to accurately map the underground spring networks, akin to a detailed ultrasound of the water flow channels [3]. - During the planning of metro routes and stations, monitoring of sensitive spring water levels is essential, ensuring that construction does not exceed a safe distance of 2 to 3 meters from the highest water levels [3]. Group 3: Innovative Water Management Technologies - The team has implemented groundwater diversion technology during the construction of the metro, allowing underground water to flow around the metro tunnels using a "U-shaped pipe" principle [3]. - Techniques such as "original water, original position, same layer, same quality, same quantity" are employed to maintain groundwater levels within ±10 cm [3]. Group 4: Long-term Spring Protection Strategies - The 801 Team has developed a spring protection model focusing on "regulating, storing, supplementing sources, and conserving" to ensure the sustainability of the Baotu Spring for over 22 years [4]. - A self-developed groundwater monitoring platform integrates 213 monitoring points, enabling early warnings of water level fluctuations and visualizing groundwater movement [4].

中国发展网讯 9月26日，山东省地矿局鲁南院实验测试中心承担的"山东省峄城区冠世榴园土地质量地 球化学调查评价项目样品分析测试"顺利通过专家组审查验收。 验收会上，专家组在听取项目汇报、审阅有关资料的基础上，经深入质询、讨论，一致认为该项目全面 完成了分析测试工作量，分析测试质量监控严格遵循相关规范，各项分析指标均达到相关规范要求，土 壤地球化学图所反映的异常情况与地质、地貌、土壤类型和土地利用类型基本吻合，各项元素分析结果 较客观地反映了当地土壤环境质量状况，项目承揽的实验室间以及各分析批次之间的数据对比，均未出 现明显的台阶现象，实现了项目的总体目标和任务，同意通过项目验收。 下一步，鲁南院将持续总结经验与做法，着力聚焦检测能力的提升，深化检测质量管控，进一步优化报 告编制和成果综合研究工作，为后续土地质量调查相关工作提供更加坚实的技术支撑。 ...

Core Viewpoint - The Jiangsu Provincial Geological Bureau's Fourth Geological Team has successfully constructed a three-dimensional model of surface water resources in Suzhou's ancient urban area and Shihu Lake, leveraging digital technology for better natural resource management [1] Group 1: Project Overview - The project began in 2024, focusing on the investigation of surface water resources in Suzhou's ancient urban area and Shihu Lake [1] - The team utilized advanced surveying equipment such as drones, handheld RTK measuring devices, and unmanned boats to collect detailed data on underwater topography [1] Group 2: Methodology and Execution - A comprehensive work plan was developed to ensure the quality of the investigation, which included meticulous pre-processing and detailed analysis of field data [1] - The successful completion of the three-dimensional model construction was achieved through a combination of land and water data collection [1] Group 3: Future Developments - The project team plans to establish a calculation model for surface water storage to enable precise calculations of water resource quantities and annual variations [1] - This initiative aims to provide a more comprehensive and accurate reflection of the geographical information related to Suzhou's surface water resources [1]

Core Viewpoint - The Shandong Geological Mining Bureau's 801 Team is leveraging technological innovation to address resource and environmental challenges, ensuring energy security while protecting ecological integrity in Jinan, particularly in the context of metro construction and groundwater conservation [1][2]. Group 1: Technological Innovations - The 801 Team has developed a customized solution to the "subway and spring coexistence" dilemma in Jinan, utilizing high-precision geological surveys and a smart spring water monitoring system to provide scientific answers [2][3]. - The team introduced a "water diversion and elevation" technology system to mitigate the impact of underground metro construction on spring water, successfully avoiding sensitive areas and ensuring the protection of groundwater resources [3][5]. Group 2: Achievements and Recognition - The 801 Team has received multiple provincial and national awards for its contributions to spring water protection, including the National Worker Pioneer Award and the Shandong Province's "Most Beautiful Natural Guardian" title [3][8]. - Their research has been recognized with first-class awards in natural resource technology advancement and Shandong Province's scientific and technological progress [3][8]. Group 3: Water Resource Management - The team has identified a high-quality karst water-rich area in the Nan Shuxi-Pozi region, which is expected to meet the daily drinking water needs of 370,000 residents in the Linzi District, addressing the challenges of water supply shortages [7][8]. - The successful exploration and construction of this new water source will replace aging water sources, significantly enhancing the region's water supply security and supporting urban-rural integration [7][8]. Group 4: Future Directions - The 801 Team aims to continue driving geological service capabilities through technological innovation, focusing on energy resource exploration, ecological protection, and public safety [8]. - The team is committed to integrating national strategic goals with urgent public needs, enhancing research capabilities, and optimizing service mechanisms to contribute to energy security and sustainable development in China [8].

Core Viewpoint - The Shandong Provincial Geological Bureau's Sixth Geological Team is actively engaged in exploring and evaluating gold resources in the Bohai Bay area, particularly focusing on the newly discovered super-large fractured altered rock-type gold deposit off the coast of Sanshan Island, marking a significant advancement in marine mineral exploration in China [2][3]. Group 1: Exploration and Discoveries - The team has implemented over 900 exploration projects in the past three years, resulting in the discovery of significant mineral resources, including 96.9 tons of gold and 150 million tons of iron ore [2]. - The discovery of the first offshore super-large gold deposit in China demonstrates the potential for further marine mineral resources in the Bohai Bay area [3]. - Historical breakthroughs in gold mining theories by the team have laid the groundwork for current exploration efforts, proving that major fault zones can also serve as significant mineral deposits [3][4]. Group 2: Technological Innovations - The team is utilizing advanced two-dimensional reflection seismic detection technology to locate mineral deposits, a method previously established in oil and gas exploration but newly applied to marine gold exploration [7]. - Environmental considerations are prioritized, with the team opting for less disruptive seismic sources to minimize impact on local marine life and fisheries [7]. - The establishment of multiple provincial-level scientific innovation platforms and the introduction of AI and big data technologies are part of the ongoing transformation towards intelligent and digital geological work [15]. Group 3: Future Directions and Goals - The Shandong Provincial Geological Bureau aims to enhance its capabilities in mineral exploration, focusing on finding large and urgently needed mineral resources to support national energy security [15]. - Ongoing projects include ecological restoration initiatives and the establishment of research centers to further advance geological exploration and resource evaluation [14][15]. - The commitment to integrating green development with innovative exploration techniques reflects the bureau's strategy to balance economic growth with environmental sustainability [7][15].

Group 1 - The article highlights the significant achievements of Shandong's geological teams in advancing national energy resource security and fulfilling the "14th Five-Year" exploration goals ahead of schedule, showcasing their commitment to "green development" and the spirit of hard work [1][2] - The media tour focused on the high-quality development of geological work in Shandong, emphasizing the transformation of national strategic needs into concrete actions to ensure resource security and improve public welfare [1][2] - The article discusses the ecological restoration efforts at the Dayan Mountain abandoned mine, where the geological team is implementing safety, ecological, and aesthetic improvements to restore the area to a vibrant natural state [2] Group 2 - The article details the discovery and evaluation of the Guilaizhuang gold mine, which has yielded over 50 tons of gold, marking it as the only large-scale gold mine in the western Shandong region [5][7] - The geological team has also made significant contributions to iron ore and rare earth mineral exploration, discovering 10.672 tons of new gold and 45.51 million tons of iron ore, as well as evaluating a medium-sized rare earth mine with 23.86 thousand tons of rare earth oxides [7] - The article mentions ongoing geothermal resource investigations in Jining, with successful drilling at the Hanzhuang geothermal field, which has reached a water temperature of 32.5°C, filling a gap in the region's geothermal exploration [9]