博士后创新实践基地获批的同时，鲁南院与山东建筑大学联合培养的博士后同步完成进站手续，双方将 重点在月基SAR/InSAR对地观测、灾害监测预警等方向开展研究工作，以期丰富和完善鲁南院的"星- 天-地-井"采煤塌陷区立体监测体系建设，为采煤塌陷区预测、预警及复垦治理的全流程管控提供"山东 地矿方案"。 作为全国百强地质队，鲁南院始终以创新人才引育模式驱动高质量发展，近年来在地质找矿、清洁能源 勘查、生态环境修复等领域成果丰硕。此次省级博士后创新实践基地正式获批与技术攻关项目的落地， 是对鲁南院人才体制改革成效与科研硬实力的双重认可，也是鲁南院创新构建博士后科研攻坚体系的重 要实践。下一步，基地将持续围绕地热清洁能源、采煤沉陷区治理等优势领域招引人才，推动科研成果 与产业需求深度对接，为鲁南院加快构建"大交流、大合作、大发展"工作格局注入源源不断的智力支 撑。(山东省地矿局鲁南院) 中国发展网讯12月5日，山东省人力资源和社会保障厅发布博士后创新实践基地认定公告，省鲁南地质 工程勘察院申报的博士后创新实践基地成功入选，标志着鲁南院"科研+人才"融合发展战略落地见效， 高层次人才引育体系建设取得关键突破。 ...

此次获奖，充分展现了六队在地质科研领域的综合实力与人才建设成效。下一步，六队将以此为契机， 聚焦保障国家能源资源安全和国家重大战略需求，进一步加大科技创新力度，持续深化科技人才培养与 关键技术攻关，为中国式现代化山东实践贡献地质智慧与力量。 "胶西北重要金成矿带多尺度三维地质模型构建及找矿示范"项目以招平断裂带中段为调查对象，在充分 收集以往成果资料基础上，通过信息化技术，搭建了多尺度三维地质结构－属性模型，创新提出"三维 模型+波状断裂控矿模式+广域电磁法"深部成矿预测方法，解决了成矿规律不明造成的深部成矿预测困 难问题，为新一轮找矿突破战略行动提供了强有力的科技支撑。"渤海海峡海域地质环境特征研究"项目 紧密围绕渤海海峡跨海通道建设的国家重大战略需求，通过对渤海海峡区域开展地层特征、活动断层及 地壳稳定性等综合调查与研究，揭示了影响工程安全的关键地质环境因素与潜在地质灾害风险，为跨海 通道工程的选址及建设提供地质科学依据与决策支持。青年职工刘向东长期致力于金矿成矿机理和勘查 技术研究、成矿规律总结及深部资源勘查增储工作，取得多项创新成果，助力胶东地区金矿勘查实现找 矿重大突破，创造了显著的经济效益和社会效 ...

Group 1 - Shandong Hi-Speed Group is recognized as a Fortune Global 500 company and a key player in infrastructure construction in Shandong province, contributing significantly to the construction of a strong transportation network [1] - The two parties aim to enhance cooperation in areas such as transportation infrastructure construction, mineral rights investment, geothermal energy development, and ecological environment protection and restoration [1] - The meeting highlighted the achievements of the Geological Exploration Team over its 60-year history, particularly in geological exploration and technological innovation, and emphasized the need for further collaboration in major engineering projects and construction [1] Group 2 - The meeting included representatives from various departments of Shandong Hi-Speed Group, indicating a collaborative approach to future projects [1] - The leadership from both organizations expressed a commitment to contribute to the high-quality development of Shandong as a green and low-carbon pilot area [1]

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].

Core Viewpoint - The project conducted by the Shandong Provincial Geological and Mineral Bureau's Lunan Institute successfully passed expert review and acceptance, demonstrating effective soil quality geochemical analysis and testing [1] Group 1: Project Overview - The project involved a geochemical survey and evaluation of land quality in Yicheng District, Shandong Province [1] - The expert group confirmed that the project completed the required analysis and testing workload, adhering to relevant standards [1] Group 2: Quality Control and Results - The analysis and testing quality control strictly followed relevant norms, with all analysis indicators meeting the required standards [1] - The geochemical maps reflected anomalies that corresponded with geological, geomorphological, soil types, and land use types [1] - Element analysis results objectively represented the local soil environmental quality [1] Group 3: Future Directions - The Lunan Institute plans to continue summarizing experiences and practices to enhance testing capabilities and deepen quality control [1] - There will be further optimization of report preparation and comprehensive research to provide stronger technical support for future land quality investigations [1]

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]