Multispectral Imaging

Primarily used in precision agriculture, environmental surveys and forestry, this specialised sensor can also detect cropmarks caused by archaeological and other subsurface features.
A multispectral image of a field

A technique borrowed from precision agriculture, this aerial survey method uses a cluster of light sensors tuned to specific light wavelengths or ‘bands’ to detect changes in plant health which aren’t visible to the human eye.

The data can be used by agronomists and foresters for a range of monitoring and inventorying procedures, for example identifying drainage problems, disease or invasive species. It can also be used as an archaeological prospection technique for detecting cropmarks that would otherwise be invisible, faint or unclear.

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Our techniques

Learn more about the techniques that we use.

Earth Resistance (ER)

Measures the difficulty of passing an electric current through the ground. Effective for detecting features with different moisture content from the surrounding soil, such as foundation remains and ditches.

Magnetic Susceptibility

Measures the ease with which a material can be magnetised. Effective for detecting features with magnetic contrast from the surrounding soil, including burnt features, pits, ditches, and intra-site activity zones.

Photogrammetry

Uses high-resolution cameras to create accurate and detailed topographical maps, scaled plans and 3D models of assets, sites and landscapes for use in mapping, topographic survey, inspections and monitoring.

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