Geovation Scotlands’s EOLAS Insight to detect animals in satellite imagery

Since its launch in 2009, Geovation, Ordnance Survey’s (OS) geospatial innovation hub, has welcomed and supported a plethora of innovative and sustainably focussed start-ups. In recent weeks, EOLAS Insight, part of Geovation Scotland’s 2021 alumni, have announced they are taking the lead in a project that utilises cutting edge technology to help conservationists count African elephants from space.


Satellite imagery of elephants

EOLAS Insight are a Glasgow based environmental tech company comprised of geographic information systems (GIS) specialists, data scientists, satellite data analysts and general technologists. But their path into tracking animals from space was all a little fortuitous, as Doug McNeil, EOLAS Managing Director, explains.

“We were conducting a drone survey in Scotland, and we were asked to support a deer count, but we realised there was a problem pretty quickly. Traditionally people walked massive estates to do ground counts but even with a drone it was not ideal. “Being from the space sector we looked to see if satellite tech would be more suitable. We knew that new and more suitable constellations came online at 30cm resolution, so we got in touch with NatureScot and got a place on CivTech and the rest is history.”

Off the back of their successful work counting Scotland’s wild red deer, they are now working with partners The Peace Parks Foundation under funding from the European Space Agency to conduct animal censuses using satellites. They are using artificial intelligence (AI) and high-resolution satellite imagery to detect elephants roaming across vast areas of a National Park in Southern Mozambique.

This innovative approach could vastly improve the monitoring of threatened elephant populations across a wide range of habitats. The data EOLAS helps to collect is also used to classify the animals’ habitats and identify potential risks such as the likelihood of wildfires. As the technique does not depend on people on the ground, it can be used in remote areas, supporting efforts such as counter poaching.

Satellite image of a deer herd count

Doug continued: “Technology can play a key role in tackling what is arguably the biggest challenge facing humankind – conservation and the climate crisis. Detecting animals in satellite imagery will have its place in preservation projects of the future, and we are incredibly excited to be the first UK company to demonstrate this capability.”

But they are not finished there, as Doug explains: “Now that we have refined this process by working closely with NatureScot to develop satellite imagery to track animals we will look to continue to develop this on a larger scale and work in new markets with this proven technology.

“In future, through work with the Geovation Scotland programme run by Registers of Scotland (RoS) and OS, we will create a web-based platform allowing the user direct access to our algorithms.”

EOLAS joined the Geovation Scotland Accelerator Programme in 2020, primarily to create and work on their web-based platform. Within that portal OS data is fundamental to data visualisation and analysis as well as forming the base mapping layers within the tool. An added bonus is that land managers, who are their target audience, are generally very comfortable using OS land management products.

The tool is now at a prototype stage and EOLAS are hoping to launch their cloud-based machine learning tool for the detection of animals and peatland restoration shortly. They are also working on automated natural capital reports, environmental cost analysis and fire risk mapping.

Website Ordnance Survey

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