Geological Hyperspectral Intelligent Interpretation
地质高光谱智能解译
Using hyperspectral remote sensing technology for precise identification and mineral composition analysis of geological bodies, solving the problems of low efficiency and insufficient accuracy in traditional geological surveys, supporting oil and gas resource exploration, mine geological mapping and environmental monitoring.
npx openclaw skills install industry-geological-hyperspectral-interpretationFeatures
- **矿物光谱特征提取**: 从高光谱图像中自动提取目标地物的光谱曲线,与标准矿物光谱库(如USGS、ASTAR)进行匹配,识别含矿矿物蚀变带(如黏土化、硅化、碳酸盐化)
- **蚀变带自动圈定**: 基于主成分分析、光谱角填图等方法,自动圈定羟基异常、铁染异常、碳酸盐异常等蚀变带范围,生成蚀变分带图
- **多源数据融合分析**: 融合高光谱数据与可见光影像、雷达数据、热红外数据,提升植被覆盖区、复杂地形区的地质信息提取能力
- **成矿远景区预测**: 结合蚀变带分布、构造线性特征、地层岩性数据,运用空间分析模型预测成矿有利区段,输出三级成矿远景靶区
- **工作流化批量处理**: 支持大规模高光谱数据的批量预处理(大气校正、几何校正、去噪)和标准化解译流程,提升地质调查效率
Use Cases
Installation
npx openclaw skills install industry-geological-hyperspectral-interpretation
Usage Examples
`对西藏某铅锌矿区高光谱影像进行蚀变异常自动提取`
`融合Sentinel-2和ASTER数据,生成新疆塔里木盆地北缘蚀变带分布图`