Thanks Evan ! : ) Looking forward to hearing your thoughts on it and some of the discussions in there: still so much that we need to figure out !

I'd like to thank all my co-authors at the University of Sheffield and beyond for their support, ideas, and contributions: Dr. Jeremy Ely, Prof. Chris Clark, Dr. Sarah Bradley, Dr. Rosie Archer, and Dr. Jiang Zhu. Its been great to work on this project together over the last 3 years : )

We modelled the evolution of the ice sheet from 24 ka to the present-day, using an ensemble (n=100) of Parallel-Ice-Sheet-Model (PISM) simulations at unprecedented resolution (5 km) evaluated through scoring against our ice-sheet-wide database of geological constraints on ice extent (PaleoGrIS).

i.e the Greenland Ice Sheet mass loss is accelerating and closely follows IPCC’s worst-case high emissions projections : with no signs nor any reasons for this acceleration to stop anytime soon

Hmmm this statement feels well disconnected from the last two decades of research on current and future Greenland-Ice-Sheet mass losses :

www.science.org/doi/10.1126/...

essd.copernicus.org/articles/15/...

Amazing work Pete ! Congrats 🙌 :)