作为四川地质科研的"主力军"，今年省地调院将继续加强地质科技创新能力：探索以现有科技创 新平台为主体，组建技术创新中心或创新联合体，让更多科研成果加快变成产业成品；加强原始 创新和关键核心技术攻关，加速"人工智能+地质"应用。 ●2025年，有3宗智能选取探矿权成功出让 ●凉山州冕宁县棉沙镇金矿勘查探矿权为全国首个成功出让的AI找矿成果 本报讯（四川日报全媒体记者 王若晔）2月9日，记者从四川省地质调查研究院获悉，全国首个省 级AI找矿平台取得初步成效，2025年有3宗智能选取探矿权成功出让，标志着四川地质找矿进 入"人工智能+"时代。 此前，省地调院构建战略性矿产AI预测方法技术体系，搭建AI找矿平台，运用大数据和人工智 能，通过数据整理、找矿预测模型建设等方法，快速选出勘查区块，被权威专家评定为国内领 先。2025年，有3宗智能选取探矿权成功出让，其中凉山州冕宁县棉沙镇金矿勘查探矿权为全国首 个成功出让的AI找矿成果。今年，省地调院将进一步优化AI找矿平台，力争实现找矿突破，同时 协助做好AI找矿平台找出的多个已入库区块出让工作。 ...

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]