giant ring structure

Africa tomographic sections Landsat

Part 3. Landsat plan and tomographic section correlation. African Continent Evolution research using ultra-detailed Landsat and Seismic Tomography from surface to 2,900 km depth. Implications for Plate Tectonics, continent formation and the genesis and targeting of mineralisation. © Bob Watchorn, July 2020

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African Continent Evolution research using ultra-detailed Landsat and Seismic Tomography from surface to 2,900 km depth. Landsat plan and tomographic section correlation.

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Africa Landsat enhancement

Part 2, Africa Landsat enhancement. African Continent Evolution research using ultra-detailed Landsat and Seismic Tomography from surface to 2,900 km depth. Implications for Plate Tectonics, continent formation and the genesis and targeting of mineralisation. © Bob Watchorn July 2020

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Africa Landsat enhancement. African Continent Evolution research using ultra-detailed Landsat and Seismic Tomography from surface to 2,900 km depth. Implications for Plate Tectonics, continent formation and the genesis and targeting of mineralisation

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Finland mines and exploration targets

Finland seismic tomography. Geology, mineralisation and exploration potential of Finland using seismic tomography at 250 km depth.

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Finland seismic tomography. This pilot study research examines the structural geology and mineralisation of Finland by comparing the surface geology and Landsat with the plan seismic tomography at 220 to … [Read More]

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