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  • Early DTCs

DTC Glaciers

  • Mountain glaciers
Leveraging the latest in EO data, advanced modelling techniques, and AI, DTC Glaciers will assimilate heterogeneous information from in-situ observations and Earth Observation to produce a centralised product that transcends the capabilities of individual datasets.

The rapid changes in glaciers due to climate change impacts our ability to monitor and address associated risks effectively.

Leveraging the latest in EO data, advanced modelling techniques, and AI, DTC Glaciers will assimilate heterogeneous information from in-situ observations and Earth Observation to produce a centralised product that transcends the capabilities of individual datasets.

Users will be able to interrogate the DTC to derive valuable insights into glacier changes in area, volume, mass and runoff and implications for communities and ecosystems.

Use cases will be aligned with the diverse needs of the stakeholder group, who have significant assets and interests within the Alps and Iceland.

Go to project website
back to DTC page

Consortium:

University of Bristol (UK), Earthwave (UK), University of Edinburgh (UK), University of Innsbruck (AT), University of Zurich (CH), ENVEO (AT)

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