中国地质科学院首席科学家张发旺、中国地质科学院水文地质环境地质研究所副总地质师王贵玲、中国 地质科学院水文地质环境地质研究所研究员孙继朝、省地矿局总工程师彭玉明、山东省地热清洁能源重 点实验室主任康凤新、中国地质科学院水文地质环境地质研究所研究员刘景涛出席会议并发言。 中国发展网讯为汇聚地质行业智慧，共同谋划发展新蓝图，2月25日，山东省地矿局鲁南院举办"水工环 地质工作战略前瞻与创新路径研讨会"，邀请国内资深权威水文地质专家齐聚一堂，围绕"十五五"开局 之年水工环地质工作高质量发展进行深入研讨。 与会专家就地下水环境调查、水文地质调查、地下水污染防控、地热资源勘查评价、区域水循环、地下 水演化与生态效应等研究领域分享了实践经验和前沿理念，对鲁南院科研平台建设、项目立项、技术攻 关、人才培养等方面提出了宝贵指导意见，为提升全院科研能力和技术水平，推动水工环地质工作开局 之年创新发展奠定了坚实基础。 鲁南院党委书记、院长吴晓华，党委委员、副院长陈洪年，党委委员、副院长邵光宇，总工程师及有关 部门技术人员参加会议。(图文：山东省地矿局鲁南院) ...

Group 1 - The core viewpoint of the article highlights the successful completion of geological work in Jiangsu province during the year 2025, marking it as the first full year of the new geological work framework and system [1] - The meeting emphasized that the geological work has significantly contributed to national energy resource security, ecological environment safety, land space development and protection, geological disaster prevention, and food security, achieving 24 key work results that rank among the top in the national industry [1] - The focus for geological work in 2026 will be on demand orientation, innovation leadership, and digital empowerment, with a commitment to advancing nine key areas of work to enhance safety in five aspects [1] Group 2 - The meeting outlined the importance of strengthening geological technology innovation and accelerating the digitalization of data resources, aiming to enrich the connotation of the "geology+" era [1] - There is a commitment to promoting new economic enhancements in the industry, building a strong and practical workforce, and fostering a culture of proactive geological engagement [1] - The initiatives are designed to provide robust political support for the successful commencement of the 14th Five-Year Plan [1]

Core Viewpoint - The article highlights the ongoing geological exploration efforts in the Lanping area of Yunnan Province, focusing on the dedication and challenges faced by geologists in discovering mineral resources, particularly in the context of China's growing mineral wealth. Group 1: Geological Exploration Efforts - The geological team, consisting of members with an average age of 30, is actively engaged in fieldwork in the remote and temperature-variable regions of northwest Yunnan, collecting over 6,000 samples from the Jin Ding lead-zinc mine area [3][4] - The team utilizes traditional geological tools alongside modern technology, including GNSS positioning systems and handheld computers, to conduct their work effectively [4] - The exploration is part of a broader initiative during the "14th Five-Year Plan" period, which aims to rejuvenate old resource bases and develop new ones, with significant discoveries reported in various provinces [5][6] Group 2: Mineral Resource Statistics - As of now, China has 174 mineral types and over 70,000 mineral sites, including 1,034 super-large mineral deposits and 4,997 large deposits, a significant increase from the records of 30 mineral types and 1,203 sites 120 years ago [6] - New resource bases are emerging, such as the rich phosphorus mine in Zhenxiong, Yunnan, and the deep brine potassium salt mine in Qinghai, with the Dadonggou gold mine in Liaoning showing promising initial evaluations of nearly 1,500 tons of gold resources [5] Group 3: Team Dynamics and Challenges - The geological team members often face harsh conditions, including freezing temperatures and challenging terrains, which require physical endurance and adaptability [4][10] - The exploration work is not only about finding minerals but also about documenting geological conditions, which can provide valuable data for future explorations [8][12] - Many team members have backgrounds in the military, specifically in geological exploration, which has contributed to their skills and experience in the field [12] Group 4: Personal Commitment and Support - The article emphasizes the personal sacrifices made by geologists, including time away from family, and the importance of familial support in pursuing their geological careers [14][15] - The team members maintain connections with their families through video calls, sharing their experiences and educating their children about geology [15][16]

近日，中青报·中青网记者跟随一个野外调查项目组进山谷、探密林。在昼夜温差较大的滇西北地区， 这群平均年龄30岁的找矿人，在没路中"找路"，在未知中如实记录来自大地矿藏的"信号"。 1月29日，兰坪项目组成员在兰坪县民族文化广场合影留念。中青报·中青网记者 朱彩云/摄 在大部分需要野外作业的工种里，地质队员是敲"石头"敲得最勤的。 "我们一路走一路观察，只要看到特别的石头，至少给它一锤子。"从业17年，中国地质调查局昆明自然 资源综合调查中心（以下简称"昆明中心"）矿产资源调查室高级工程师潘家荣把地质锤看作自己的"吃 饭家伙"。过去1个月，他和昆明中心多名地质队员在我国在产的第一大铅锌矿——地处云南省怒江州兰 坪县的金顶铅锌矿外围区域采集了6000多份样品、"敲"出了不少岩矿石样本。2月8日，这些野外样品已 完成初加工，被发往昆明中心实验室作进一步加工检测。 1月28日，中青报·中青网记者跟随这个总在路上的野外调查项目组进山谷、探密林。在昼夜温差较大的 滇西北地区，这群平均年龄30岁的找矿人，在没路中"找路"，在未知中如实记录来自大地矿藏的"信 号"。 在他们看来，除了开工在冬季与临近春节外，这一次的野外调查项 ...

◎科技日报记者 张添福 临近春节，许多人已踏上返乡归途，青海省环境地质勘查局地质环境调查分院院长甘斌依然忙着分析物 探数据。窗外，青藏高原的寒风凛冽，他的思绪也随风潜入大地深处。 "20多年来，我的工作就是利用先进物探技术，为青藏高原大地'做B超'。"甘斌说。 甘斌(左二)与物探技术人员在开展大深度地热探测试验。受访者供图 探测出干热岩后，甘斌所在团队在西宁市大堡子镇利用从地下抽出的高温、高矿化度热水为建筑供暖。 不过，这类热水极易产生水垢，堵塞管道。甘斌和团队设计出"只取热，不取水"的封闭循环系统，并巧 妙结合太阳能，成功解决了水垢难题。 2025年，甘斌被授予全国先进工作者称号。 时间回溯到2024年9月，青海省西宁市一场罕见的暴雨过后，某处居民楼底层的基板隆起、变形，房屋 随时可能坍塌，周围建筑也面临垮塌的风险。接到通知的甘斌立刻带队赶到现场。地质雷达扫描结果显 示，基板下并非坚实的土层，而是一个巨大的空洞。"现场情况比我们预想的更复杂。"甘斌回忆 道，"支撑基板的土层非常薄，下面几乎是空的。" "我去吧。"甘斌平静地说。他没多说什么，而是穿好防护服，手持一把铁锹，在一位消防员的陪同下， 被吊车缓缓送入 ...

Core Viewpoint - The article highlights the ongoing geological exploration efforts in the Lanping area of Yunnan Province, focusing on the dedication and challenges faced by geological teams in discovering mineral resources, particularly in the context of China's growing mineral wealth and resource base [1][5][8]. Group 1: Geological Exploration Efforts - The geological team, consisting of members with an average age of 30, is actively engaged in fieldwork in the remote and temperature-variable regions of northwest Yunnan, collecting over 6,000 samples from the vicinity of the Jin Ding lead-zinc mine [3][4]. - The team utilizes traditional geological tools alongside modern technology, including GNSS positioning systems and handheld computers, to conduct their work effectively in challenging terrains [4][10]. - The exploration is part of a broader initiative to assess and evaluate mineral resources, with significant findings reported in various regions, including the discovery of new mineral bases and the extension of service life for existing mines [5][6]. Group 2: Mineral Resource Statistics - As of now, China boasts 174 mineral types and over 70,000 mineral sites, including 1,034 super-large mineral deposits and 4,997 large deposits, a significant increase from the records of 30 mineral types and 1,203 sites 120 years ago [6][8]. - The "14th Five-Year Plan" period has seen revitalization in old resource bases and the emergence of new ones, with notable discoveries in provinces like Shanxi, Shandong, and Tibet, contributing to the country's mineral resource portfolio [5][6]. Group 3: Team Dynamics and Personal Stories - The geological teams often face harsh conditions and long hours, with many members expressing gratitude for family support, which is crucial for their demanding work schedules [14][15]. - The article emphasizes the personal sacrifices made by team members, including time away from family, and their commitment to the geological profession, which is often seen as a calling [15][16]. - The camaraderie and shared experiences among team members are highlighted, showcasing their dedication to the mission of resource exploration and the importance of their work for national interests [12][14].

Core Viewpoint - The article highlights the ongoing geological exploration efforts in the Lanping County of Yunnan Province, focusing on the search for mineral resources, particularly in the context of the Jin Ding lead-zinc mine, showcasing the dedication and challenges faced by geological teams in their work [2][4][6]. Group 1: Geological Exploration Efforts - The geological team, consisting of members with an average age of 30, has been actively collecting samples in the Lanping area, having gathered over 6,000 samples in the past month [4][6]. - The team utilizes various tools, including geological hammers and GNSS positioning devices, to conduct their fieldwork, often facing challenging terrain and weather conditions [6][11]. - The exploration is part of a broader initiative to assess and evaluate mineral resources in China, with significant findings reported in both established and emerging mining regions [7][8]. Group 2: Mineral Resource Data - As of now, China has 174 mineral types and over 70,000 mineral sites, including 1,034 super-large mineral deposits and 4,997 large deposits, indicating a substantial increase in mineral resources compared to historical records [8]. - The "14th Five-Year Plan" period has seen the revitalization of old resource bases and the emergence of new ones, with notable discoveries in various provinces, including significant gold resources in Liaoning [7][8]. Group 3: Team Dynamics and Personal Stories - The geological team members often express gratitude for the support of their families, highlighting the personal sacrifices made in pursuit of their geological careers [15][16]. - The article emphasizes the camaraderie and shared experiences among team members, as they navigate the challenges of fieldwork together [17].

据了解，全总启动2026年元旦春节"送温暖"行动后，贵州省总迅速响应，深入全省9个市（州）和10家 产业（行业）工会开展走访慰问活动。截至目前，全省各级工会已累计筹集送温暖资金9054.05万元。 同时，全省工会系统精准摸排困难职工6.99万人，已完成对34050名职工的慰问，其中新就业形态劳动 者7573人、困难职工12038人，已发放慰问金2054.78万元。 此外，贵州省总组织开展"2025年温暖服务季线上招聘月活动"，为农民工、退役军人、高校毕业生等重 点求职群体搭建高效便捷的"云端"就业通道，同步开设线上就业指导直播讲座， 吸引107家企业参与， 提供就业岗位2800余个，共有283人与企业达成初步就业意向。 （来源：工人日报） 本报讯（记者李丰）"我们在这个项目坚守一年了，每天都在荒山野岭里搞地质勘探，今天收到来自工 会的慰问，我们很开心。"1月30日，在贵州省清镇市营盘上铝土矿详查项目施工现场，省地矿院一总队 职工收到来自贵州省总工会、省地质工会、省地矿局等慰问组一行送来的慰问礼包。 贵州是矿产资源大省，2024年以来，贵州省委、省政府提出，要以"富矿精开"为战略目标加快推动全省 矿业高质量发展 ...

依托高分辨率航空测量技术，综合运用磁法、放射性测量及遥感数据，结合先进的地质与地球化学 分析方法，为刚果（金）建立一套现代化地球物理和地质信息体系。这对于发现新矿床、开展资源与储 量认证，以及提升国家在矿业谈判中的地位具有重要意义。 刚果（金）国家地质调查局（SGN-C）将负责统筹协调，确保地球科学数据的集中管理，并在完全 服务于国家利益的前提下进行战略利用。该合同签署也彰显了刚政府将矿业部门打造为可持续经济增长 重要引擎和国家重要支柱的坚定决心。 1月29日，据DESK ECO.报道，刚果（金）政府与Xcalibur集团在金沙萨签署合同，将在全国范围 内开展航空地球物理与地质测绘。这标志着刚矿业领域现代化建设迈出重要一步。 ...

Core Insights - The Zhuhai Urban Geological Survey project, which took five years to complete, has successfully unveiled the underground resources of Zhuhai, including geothermal fields and water resources, providing critical support for urban planning and geological safety [1][2] Group 1: Geological Resources - The survey identified 15 emergency underground water sources and 328 geothermal anomaly points with temperatures exceeding 25°C, including a newly discovered geothermal field of approximately 3.37 square kilometers with a maximum temperature of 79.1°C [2] - The freshwater exploration on islands such as Dawan Mountain and Dong'ao Island resulted in a total freshwater resource of 438 cubic meters per day, with significant yields from specific drilling sites [2] Group 2: Geological Hazards and Infrastructure - The survey mapped the distribution of major fault lines and identified 62 isolated rock groups, providing essential data for disaster prevention and major engineering project planning [2] - The study also detailed the distribution of soft soil and ground subsidence, with a notable area of approximately 966 square kilometers in Zhuhai's western region, highlighting subsidence rates and their implications for urban infrastructure [3] Group 3: Data Integration and Technological Advancements - Zhuhai has established a comprehensive urban geological database integrating 90 types of results from various surveys, including 13,000 borehole data entries, and developed a three-dimensional geological model [3] - The city has created a geological information service and decision support system, enhancing data sharing, government decision-making, and geological monitoring capabilities [3]