Dave Roberts
@daveroberts2026.bsky.social
Glacial geologist/geomorphologist; Greenland Ice Sheet; British-Irish Ice Sheet
Interested in protecting the environment? There is a group in the northeast working tirelessly to understand the impacts of industrial pollution in the Tees estuary and along the Durham and Yorkshire coasts. Please help if you can www.crowdjustice.com/case/protect...
Protect the Tees: Challenge the Licence
A Teesside industrial chemist for 40+ years, I’ve been investigating Tees dredging for 4 years and have uncovered severe contamination. We need the truth to protect our environment and economy.
www.crowdjustice.com
December 19, 2025 at 12:38 PM
Interested in protecting the environment? There is a group in the northeast working tirelessly to understand the impacts of industrial pollution in the Tees estuary and along the Durham and Yorkshire coasts. Please help if you can www.crowdjustice.com/case/protect...
Still some of the best 'glacial' landforms I have ever seen. Formed by lake ice pushing onshore with wind, tides and berg keels combining to produce microscale curvilinear MSGL, plough marks and push moraines. Blaso shoreline, NE Greenland 2017
December 19, 2025 at 11:32 AM
Still some of the best 'glacial' landforms I have ever seen. Formed by lake ice pushing onshore with wind, tides and berg keels combining to produce microscale curvilinear MSGL, plough marks and push moraines. Blaso shoreline, NE Greenland 2017
Reposted by Dave Roberts
New research from @daveroberts2026.bsky.social reveals how ocean warming triggered the large-scale retreat of the Northeast Greenland Ice Stream. It offers vital clues for understanding its modern-day vulnerability.
Read more: ➡️ brnw.ch/21wYqW6
@newcastleuni.bsky.social @geogdurham.bsky.social
Read more: ➡️ brnw.ch/21wYqW6
@newcastleuni.bsky.social @geogdurham.bsky.social
Warmer ocean currents significantly destabilise ice sheets, driving their retreat - Durham University
brnw.ch
December 17, 2025 at 2:07 PM
New research from @daveroberts2026.bsky.social reveals how ocean warming triggered the large-scale retreat of the Northeast Greenland Ice Stream. It offers vital clues for understanding its modern-day vulnerability.
Read more: ➡️ brnw.ch/21wYqW6
@newcastleuni.bsky.social @geogdurham.bsky.social
Read more: ➡️ brnw.ch/21wYqW6
@newcastleuni.bsky.social @geogdurham.bsky.social
Brilliant to see this paper rdcu.be/eUWMI by @NEGIS_Durham team & led by @louisecallard.bsky.social Work offshore with partners @awi.de revealing how ocean warming triggered ice shelf collapse @geogdurham.bsky.social @ncl-geography.bsky.social
Ocean driven retreat of the Northeast Greenland Ice Stream following the Last Glacial Maximum
Nature Communications - Warm Atlantic Water was a major driver of both initial NEGIS retreat from 21.6 ka BP and the collapse of its ice shelf ~15.2 ka BP. This study demonstrates the key role of...
rdcu.be
December 17, 2025 at 12:19 PM
Brilliant to see this paper rdcu.be/eUWMI by @NEGIS_Durham team & led by @louisecallard.bsky.social Work offshore with partners @awi.de revealing how ocean warming triggered ice shelf collapse @geogdurham.bsky.social @ncl-geography.bsky.social