Two sectors, one underlying data problem
Conservation and agriculture look like very different fields, but both depend on the same underlying question: what is happening on this piece of land, and how is it changing? Conservation teams need to track habitat condition and land-use change; farms need to track vegetation health, field boundaries and, often, the effects of an intervention like irrigation or a rehabilitation programme.
How the data is captured
Field data collection using GPS and mobile mapping establishes accurate baseline boundaries — a habitat edge, a field boundary, a rehabilitation site. Drone survey then adds high-resolution, repeatable imagery for a specific site, useful for close monitoring of vegetation condition or physical change. Satellite-based remote sensing extends monitoring across larger areas and over multiple seasons, tracking vegetation indices and land-cover change without a field visit every time.
Turning the data into a decision
On its own, imagery is not a decision. The value comes from structured analysis — comparing conditions over time, flagging areas of change, and presenting findings as a clear map or dashboard that a landowner, farm manager or conservation officer can act on without needing to interpret raw imagery themselves.
Quick summary
Western Cape conservation and agricultural organisations use a combination of field GIS data collection, drone survey and satellite remote sensing to monitor land and vegetation condition over time, turning imagery into decisions through structured spatial analysis.