Exploring Arctic Lake Ice: The Role of DTG3 ROV in Climate Research
Deep Trekker has published an insightful piece on how its DTG3 remotely operated vehicle (ROV) has been instrumental for the department of Geography and Environmental Studies at Wilfrid Laurier University. The Remote Sensing of Environmental Change Research Group employed the ROV to investigate the impacts of climate change on Arctic lake ice in northern Canada.
For a comprehensive overview, visit Deep Trekker’s official website.
Features of the DTG3 ROV
The DTG3 is a compact observation-class ROV engineered for rapid deployment and minimal maintenance. It boasts a mission duration of up to 8 hours and can be equipped with an array of sensors, manipulators, and sonar systems, making it versatile for various underwater tasks.
Applications of the DTG3 in Research
The DTG3 ROV was employed in several critical ways,including:
- Inspecting the ice underside to provide the research team with a clear view of the topography and the ice-water boundary.
- Extracting water samples from beneath the ice at depths reaching 45 meters.
- Monitoring temperature variations in the water at multiple depths and locations.
- Collecting samples of algae blooms and sediment from the lakebed at different depths.
Why the DTG3 is Perfect for Arctic Conditions
Deep Trekker’s ROV proved to be exceptionally suited for this mission, thanks to its robust construction, dependable performance, and extended battery life, even in the harsh arctic surroundings. For further details, check out the full article on Deep Trekker’s website.
