Not exact matches
Fortunately,
because with constant absolute
water vapour, relative humidity would be some 5 × 7 % = 35 % higher than today, and the last
glacial maximum would be (counter to what we think we know) a foggy, soggy place...
If C02 is the largest single contributing factor to the Greenhouse Effect (
because supposedly
water vapor is only involved as a feedback to primary chemistry involving C02 itself), and C02 lags temperature increases (as has been stated on this very blog), how has the Earth ever returned to colder
glacial conditions following periods of warming?
Because a large share of the runoff in the
glacial water systems comes from melting, most of this runoff, up to 80 %, takes place in the summer.
I realize that tidal gauge measurements for assessing sea level rise has met with some skepticism
because of multiple measurement issues including tides, ground
water pumping and subsidence, tectonic plate movement,
glacial rebound, etc..
A challenge for climate sleuths has been to find a place holding a series of corals dating back into and beyond the last ice age, when sea levels were more than 300 feet lower than they are now
because so much
water was locked up in
glacial ice.
The ratio in the ocean is different during the
glacial maximums and the
glacial minimums (simply
because so much fresh
water is locked up in the glaciers)
It is possible that the days of rain was added as an embellishment to explain the rising of the
water because the locals would have had no knowledge of North American
glacial lakes bursting through ice dams.
Weyl (1968), speculating that the «temporary stagnation» of the bottom
water would end because of warming by the interior heat of the Earth; the role of glacial meltwater suppressing North Atlantic Deep Water production was also pioneered by Worthington (1968); a neat explanation of the entire circulation in terms of water evaporating from the North Atlantic more than from the cooler North Pacific was indicated by Warren (1
water would end
because of warming by the interior heat of the Earth; the role of
glacial meltwater suppressing North Atlantic Deep
Water production was also pioneered by Worthington (1968); a neat explanation of the entire circulation in terms of water evaporating from the North Atlantic more than from the cooler North Pacific was indicated by Warren (1
Water production was also pioneered by Worthington (1968); a neat explanation of the entire circulation in terms of
water evaporating from the North Atlantic more than from the cooler North Pacific was indicated by Warren (1
water evaporating from the North Atlantic more than from the cooler North Pacific was indicated by Warren (1983).
Scientists have long suspected that large discharges of
glacial water into the ocean could drive climate fluctuations, but linking discharge events like the Hudson flood with individual climate changes has been difficult
because of the challenges in pinpointing the location, timing, and amount of the discharges.