Times like this in the past have triggered runaway ice feedbacks that culminate in
kilometre deep ice sheets over much of Europe and North America.
Not exact matches
This is the reason why the IceCube Neutrino Observatory has thousands of detectors buried
deep within the Antarctic
ice, and why the KM3NeT (an acronym for Cubic
Kilometre Neutrino Telescope) collaboration wants to construct the world's largest neutrino detector in the depths of the Mediterranean Sea.
The extent of this melt is not in itself significant — just millimetres on top of an
ice sheet that is 3.5
kilometres thick at its
deepest point, most of which soon refreezes.
Could they possibly be the cause of the melting surface
ice, due to a slow diffusion of heat from the ocean floor, many
kilometres deep, to the surface waters?
There is enough
ice and snow packed
deep over 1.7 million square
kilometres of Greenland that, were it all to melt, would cause a rise in global sea levels of about six metres.