Our new research shows “subglacial water” plays a far larger role in Antarctic ice loss than previously thought. If it’s not properly accounted for, future sea-level rise may be vastly ...

Our new research shows“subglacial water” plays a far larger role in Antarctic ice loss than previously thought. If it's not properly accounted for, future sea-level rise may be vastly ...

As temperatures warm, moulins have become more common, and the resulting flow of subglacial meltwater is accelerating the movement of ice toward the ocean. This moulin marked the entrance to an ...

calculations later revealed that meltwater could only account for 65% of the water in the lake, meaning some other unknown source of water was also at work. It is still unclear why the subglacial ...

"The meltwater from the surface of glaciers is ... The actual sources and locations of subglacial methane production actually remain somewhat of a mystery, hidden beneath ice masses of all sizes.

New Delhi, October 28 Meltwater flowing out to sea from beneath Antarctic glaciers, or subglacial discharge, could be making them lose ice faster, researchers have found in a new study.

Researchers have found that subglacial discharge, or meltwater flowing out to sea from beneath Antarctic glaciers, could be causing glaciers to lose ice at a faster rate. This discharge raises the ...

Unlike previous Antarctic ice sheet models, this one included the influence of this flow of meltwater from beneath glaciers out to sea, which is known as subglacial discharge. These glaciers, which ...

Adding the meltwater feedback increased the sea level ... said the researchers make “a strong argument” for why subglacial discharge needs to be accounted for in all simulations of Antarctic ...