Geological Remote Sensing Multi-source Heterogeneous Data Mineral Body Intelligent Detection
地质遥感多源异构数据矿体智能探测
Addressing the pain point of low efficiency in traditional geological exploration and insufficient mineral discovery success rate, integrating remote sensing images, spectral data, and aeromagnetic data to intelligently identify alteration zones, structural anomalies, and mineralization clues, improving geological exploration efficiency and mineral discovery accuracy.
npx openclaw skills install skill-geological-remote-sensing-multi-source-heteroFeatures
- **蚀变带智能提取**: 基于高光谱和短波红外数据,自动识别硅化、绢云母化、碳酸盐化等蚀变矿物组合,标注蚀变强度和分布范围
- **构造解译与异常分析**: 利用DEM数据和遥感影像自动提取线性构造和环形构造,结合航磁数据识别隐伏断裂和岩体边界
- **成矿有利区圈定**: 综合蚀变信息、构造格架、航磁异常等多因素,叠加地质图件进行空间分析,智能圈定成矿有利靶区并排序
- **多源数据融合可视化**: 将遥感、光谱、物探等多源数据在同一三维空间中叠加展示,支持多视角切换和综合解译
Use Cases
Installation
npx openclaw skills install skill-geological-remote-sensing-multi-source-hetero
Usage Examples
`提取该矿区高光谱数据中的蚀变矿物分布图,标注强蚀变区`
`融合航磁数据和遥感影像,圈定该区域三个最具成矿潜力的靶区`
`对比2020年和2024年的遥感数据,分析矿区周边环境变化情况`