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Orbit to Outcrop: How NASA's EMIT Sensor Is Rewriting the Rules of Mineral Mapping
NASA's EMIT sensor delivers free, 285-band hyperspectral data from orbit. Here's what it can realistically do for alteration mapping — and where its limits…
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Satellite Mineralogy Has Arrived: What NASA's EMIT Sensor Means for Gold Explorers
NASA's EMIT sensor delivers free hyperspectral mineral mapping from orbit — here's what it resolves, how to interpret it, and why it changes early-stage ta…
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Orbit-Level Mineralogy: How NASA's EMIT Sensor Is Rewriting the Rules of Alteration Mapping
NASA's EMIT sensor delivers free, 285-band hyperspectral mineralogy from orbit. Here's how East African explorers can use it to prioritise alteration targets.
Read moreOrbit-Level Mineralogy: How NASA's EMIT Sensor Is Rewriting the Rules of Alteration Mapping
NASA's EMIT sensor maps hydrothermal alteration minerals from orbit at 60m resolution — here's what it means for gold explorers in East Africa.
Read moreWeathered to Riches: Using ASTER and EMIT to Find Laterite Gold Before Your Boots Hit the Ground
ASTER and EMIT hyperspectral data can map laterite mineralogy and alteration halos across the West African craton — cutting drill targets before fieldwork …
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Reading the Rocks from Space: How Remote Sensing Cuts Through Cover to Find Alteration in the Lake Victoria Goldfields
Learn how ASTER, Sentinel-2 and band ratio techniques reveal hydrothermal alteration zones across the Lake Victoria Goldfields — and how to avoid laterite …
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