Future investigations could focus on details of how ice sheets
near the poles melted during historic periods of warming.
Not exact matches
Powerful solar storms can charge up the soil in frigid, permanently shadowed regions
near the lunar
poles, and may possibly produce «sparks» that could vaporize and
melt the soil, perhaps as much as meteoroid impacts, according to NASA - funded research.
This occurs because as warming causes sea ice
near the
poles to
melt, energy from the sun that would have been reflected away by the ice is instead absorbed by the ocean.
130,000 years ago temperatures
near the
poles were higher than today, forests growing up to the Arctic Ocean, all permafrost
melted, ice free North Pole at least in summer.
Eventually, we will get to a state where there is enough heat absorbed during the summer, even at the shorter summer
near the
pole, to completely
melt the sea ice.
So the ice
melted before the CO2 increased I picked this up surfing the internt: «Glaciation For a number of reasons, the volume of glacial ice
near the
poles waxes and wanes over time.
A wooden
pole that had been driven into the ice the year before now stands exposed as the Aletsch glacier
melts and sinks at a rate of about 10 - 13 meters per year
near Bettmeralp, Switzerland.
Melting ice that sits above sea level
nearer the
poles ends up adding more more mass
nearer the equator as the now liquid water distributes itself across the globe at sea level.