However, in summer the global
average temps rise by 50F (i.e 27C) and in winter they drop by 50F.
Not exact matches
Dan Kellog, an engineer (not climate scientist) on another blog, has raised the issue of once a glacier has melted away, the local
temps could
rise dramatically (and perhaps,
averaged altogether around the world as glaciers melt away, increase the rate of global warming).
Dan Kellog, an engineer (not climate scientist) on another blog, has raised the issue of once a glacier has melted away, the local
temps could
rise dramatically (and perhaps,
averaged altogether around the world as glaciers melt away, increase the rate of global warming).
What did it
rise from — and
rise to — if the max
temp change in the graph (even though it ends incorrectly high at 0.8 degrees instead of about 0.40
average local change) isn't 2.0 C?
The world wide surface station measured
average daily
rising temp and falling
temp is 17.465460 F / 17.465673 F for the period of 1950 to 2010, not only is the falling temperatures slightly larger than
rising temperatures, 17.4 F is only 50 % -70 % of a typical clear sky temperature swing of 25F to 30F, which can be as large as +40 F depending on location and humidity.
This is the
average of today's
rising temp, compared to tonight's falling
temp (An
average of N.n + / - 0.
Lower the
temps and you'll probably get less snow on
average, which will then melt out faster when the season turns and
temps rise again.
---- Reply: This fuss will be moot in 20 years when
average global
temps have NOT continued on their upward trajectory,
rising clearly above the MWP.
However, that's a different question from whether or not global
temps have on
average been
rising for the past 10 or 12 years.
Sorry, Rocky, But if
average global
temps rise, it still doesn't validate AGW / CC / CD.
This fuss will be moot in 20 years when
average global
temps have continued on their upward trajectory,
rising clearly above the MWP.
Thus zero ice equates to a 0.7 deg C
rise in Global
Temps above the 1986 - 2005
average which IPCC AR5draft table 12.2 sees as occurring 2016 - 35 (for all RCPs bar RPC8.5).
Though the panel acknowledges that it is difficult to make exact predictions for a specific place, this is what the Big Apple is in for in the coming decades:
Temps to
Rise Up to 7.5 Degrees Fahrenheit By the 2020s, New York's mean average temperature could increase by 3 degrees Fahrenheit and sea levels could rise by 2 - 5 inc
Rise Up to 7.5 Degrees Fahrenheit By the 2020s, New York's mean
average temperature could increase by 3 degrees Fahrenheit and sea levels could
rise by 2 - 5 inc
rise by 2 - 5 inches.