Climate tip** elements are large-scale subsystems of the Earth that may transgress critical
thresholds (tip** points) under ongoing global warming, with substantial impacts on the …

Southern Ocean surface cooling and Antarctic sea ice expansion from 1979 through 2015
have been linked both to changing atmospheric circulation and melting of Antarctica's …

As the climate warms, the grounded ice sheet and floating ice shelves surrounding
Antarctica are melting and releasing additional freshwater into the Southern Ocean …

The purpose of this study was to develop a green and sustainable chitosan-activated carbon
nanocomposite using Opuntia ficus-indica shell prepared from prickly pear plant material …

Multidecadal satellite observations indicate that the Antarctic Ice Sheet (AIS) is losing mass
at an accelerating rate, which has the potential to impact many aspects of the climate …

Recent mass loss from ice sheets and ice shelves is now persistent and prolonged enough
that it impacts downstream oceanographic conditions. To demonstrate this, we use an …

Antarctic meltwater discharge has been largely emphasized for its potential role in climate
change mitigation, not only by reducing global warming, but also by stabilizing the Atlantic …

Anthropogenic climate change will drive extensive mass loss across both the Antarctic (AIS)
and Greenland Ice Sheets (GrIS), with the potential for global climate system feedbacks …

Abstract The Atlantic Meridional Overturning Circulation (AMOC) has recently been
categorized as a core tip** element as, under climate change, it is believed to be prone to …

The last deglaciation was marked by abrupt shifts between cold and warm states reflecting
an integrated response to the gradually increasing summer insolation at northern latitudes …