peer reviewedSurface melt over the Antarctic ice shelves is one of the largest uncertainties related to sea level rise over the 21st century. However, current climate models still struggle to accurately represent it, limiting our comprehension of processes driving melt spatial and temporal variability and its consequences on the stability of the Antarctic ice sheet. Recent advances in Earth monitoring thanks to satellites have enabled new estimations of Antarctic melt extent. They can detect if and where melt occurs, while the amount of meltwater produced can only be deduced from model simulations. In order to combine advantages of both tools, we present new melt estimates based on a regional climate model assimilating the satellite-derived...
Assessment of ocean‐forced ice sheet loss requires that ocean models be able to represent sub‐ice sh...
We use 24 years (1992–2016) of high-quality meteorological observations at Neumayer Station, East An...
The 1979-2009 melt extent derived from the amount of produced meltwater by day simulated by the regi...
editorial reviewedMelting ice sheets are a major contributor to the rising sea level. At the Liège U...
This study generates novel satellite-derived estimates of Antarctic-wide annual (1999-2009) surface ...
Surface melt is an important driver of ice shelf disintegration and its consequent mass loss over th...
Melt rate models are fundamental for understanding the impacts of climate change on glaciers and the...
Surface melting over the Antarctic Peninsula (AP) may impact the stability of ice shelves and thus ...
peer reviewedAbstract. Recent warm atmospheric conditions have damaged the ice shelves of the Antarc...
peer reviewedSurface meltwater production impacts the mass balance of the Greenland and Antarctic ic...
peer reviewedWe present projections of West Antarctic surface mass balance (SMB) and surface melt to...
Ocean-driven melt of Antarctic ice shelves is an important control on mass loss from the ice sheet, ...
We use the BISICLES adaptive mesh ice sheet model to carry out one, two, and three century simulatio...
The surface mass balance of the Antarctic ice sheet is often considered as a negative contributor to...
The Antarctic ice sheet (AIS) has the greatestpotential for global sea level rise. This study simula...
Assessment of ocean‐forced ice sheet loss requires that ocean models be able to represent sub‐ice sh...
We use 24 years (1992–2016) of high-quality meteorological observations at Neumayer Station, East An...
The 1979-2009 melt extent derived from the amount of produced meltwater by day simulated by the regi...
editorial reviewedMelting ice sheets are a major contributor to the rising sea level. At the Liège U...
This study generates novel satellite-derived estimates of Antarctic-wide annual (1999-2009) surface ...
Surface melt is an important driver of ice shelf disintegration and its consequent mass loss over th...
Melt rate models are fundamental for understanding the impacts of climate change on glaciers and the...
Surface melting over the Antarctic Peninsula (AP) may impact the stability of ice shelves and thus ...
peer reviewedAbstract. Recent warm atmospheric conditions have damaged the ice shelves of the Antarc...
peer reviewedSurface meltwater production impacts the mass balance of the Greenland and Antarctic ic...
peer reviewedWe present projections of West Antarctic surface mass balance (SMB) and surface melt to...
Ocean-driven melt of Antarctic ice shelves is an important control on mass loss from the ice sheet, ...
We use the BISICLES adaptive mesh ice sheet model to carry out one, two, and three century simulatio...
The surface mass balance of the Antarctic ice sheet is often considered as a negative contributor to...
The Antarctic ice sheet (AIS) has the greatestpotential for global sea level rise. This study simula...
Assessment of ocean‐forced ice sheet loss requires that ocean models be able to represent sub‐ice sh...
We use 24 years (1992–2016) of high-quality meteorological observations at Neumayer Station, East An...
The 1979-2009 melt extent derived from the amount of produced meltwater by day simulated by the regi...