90% of the globe's land ice is in Antarctica where temperatures average -53 deg F.

Ice growth chart link

West Antarctic ice sheet is growing link

Antarctic ice cliffs may not be contributing to sea level rise link

Because the continent averages -28.2°C in summer and -60°C in winter, -18.7 F, -76F,  inducing even partial retreat for an ice sheet that averages 2.3 kilometers in height would require a substantial amount of heat energy.

This effectively rules out a human influence.

According to scientists, raising CO2 concentrations does not even lead to warming in Antarctica. Actually, scientists find Antarctica cools in response to rising CO2 concentrations, which means we humans may be contributing more to ice mass gains than to losses.

Melting of Thwaites Glacier not caused by warming temperatures link

NASA, Antarctic record sea ice in October 2014 link

Antarctic stations show cooling link

Antarctic sea ice has been expanding since measurement began in 1978 link

NASA, Antarctic ice mass gains exceed losses since 1992 link

NASA, huge snowfall increases in Antarctica could counter sea level rise link

Antarctic temperatures have been cooling slightly since measurement began by satellite in 1978 link

NASA geologist Jay Zwaly, Antarctic ice gains exceed losses link

More Antarctic sea ice than most of the previous 10,000 years link

99% of global ice is located in Antarctica and Greenland. If they both melted entirely sea level would rise 200’. The ice shelves make up one-half percent of global ice, if they melted entirely sea level would rise 14 inches. Sea ice comprises 6% of global ice, they average 6 feet in thickness, if they melted entirely sea level would rise four inches. If the 200,000 temperate zone global glaciers melted entirely, sea level would rise two feet. Antarctic ice is as much as three miles thick, Greenland one mile. For Antarctic ice to melt, temperatures must rise at least 54 degrees F.

Because the continent averages -28.2°C in summer and -60°C in winter, inducing even partial retreat for an ice sheet that averages 2.3 kilometers in height would require a substantial amount of heat energy.

This effectively rules out a human influence.

Because the continent averages -28.2°C in summer and -60°C in winter, inducing even partial retreat for an ice sheet that averages 2.3 kilometers in height would require a substantial amount of heat energy.

All ten climate stations show no warming over decades link

Scientists surprised to lean the Ross Ice sheet is freezing (expanding) at the bottom link

Sea ice expansion link

Southern hemisphere ocean surface temperature cooling link

Collapse of the Larsen Ice Shelf would contribute only 2,5mm to seal level rise by 2100 link

Whether Antarctica is net gaining or losing ice is a matter of dispute between NASA (gaining) [ii] and NOAA (losing). Sea Level Rise alarm remains popular in media reporting, easily suggested by images of calving WAIS (west Antarctic ice shelf) glaciers and summer meltwater rushing down Greenland moulins. But it is all alarmist fantasy rather than remotely possible centennial or even millennial factual possibilities.

East Antarctica gaining ice, west Antarctica losing, peninusla even link