With recent snow and ice, we were prepared for the cold... but I was less prepared for
warmer temps melting everything into a muddy mess.
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).
This winter has been so odd, 10 days of stupid cold, a day of snow and then a couple days of «
warm» (aka normal)
temps or maybe above normal and all the snow
melts.
I like the caramel at room
temp, but it can still be a tad
warm without
melting the chocolate.
As the snow
melts and the
temps are
warm up a bit, this is the time when many runners are intensifying their training in order to get into peak condition for spring and summer races.
While these parasites are a problem all year long, they are even more prevalent as the snow
melts and
warmer temps arrive.
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).
-- It is the equi - lib - rium
temp response that's most important — which (I guess Padilla means) would include carbon feedbacks from the
warming, such as from
melting hydrates and permafrost, or perhaps the lag time for the climate to adjust to all the GHGs in the atmosphere.
due to co2 we are already living in a greenhouse.Whatever one does in that greenhouse will remain in the greenhouse.INDUSTRIOUS HEAT will remain in the greenhouse instead of escaping into outer space; this is a far greater contributor to global
warming than other factors and far more difficult to reduce without reducing economic activity.Like
warm moist air from your mouth on cold mornings so
melting antarctic ice will turn into cloud as it meets
warm moist air from tropics the seas will not rise as antarctica is a huge cloud generator.A thick band of cloud around the earth will produce even
temps accross the whole earth causing the wind to moderate even stop.WE should be preparing for this possible scenario»
A physics teacher I know wondered the same thing, and spoke of how a glass of water with ice cubes stays fairly cool until the last cube completely
melts, then the water
warms fairly quickly to room
temp.
The denialist cut - paste attempts to — via logical fallacy, hand - waving and dissembling — make it appear that... that... well, who knows but it isn't germane nor does it refute eroding coastlines due to less ice, nor does the denialist cut - paste refute the facts of
melting permafrost, CH4 release,
warmer Arctic
temps, birds moving north into the Arctic, increased freshwater flow into the northern seas, and numerous other indicators.
And in some articles where I have read that it is being observed, often historical data shows those cities and / or regions to have been
warmer in the past century, which would seem to indicate (1) the permafrost issue isn't new or necessarily unnatural and / or (2) there is a substantial lag between permafrost
melting and rising
temps (ie, the current permafrost
melt is mostly or all natural).
«Glaciers in higher colder mountainous regions will be slower to
melt even as
temps rise, the lower tundra areas will respond more quickly to such changes and this is shown by the quicker responses in tree line to the lesser
warming periods like the MWP at ground level further north from him, and not just fossil remains but old farming settlements uncovered, and so on.»
Study «finds Greenland was resistant to
melting during last interglacial, despite
temps much
warmer than present.
16 *
Melting Glaciers and Rising Sea Levels Over the last century glaciers have been melting worldwide Antarctica ice sheet temp has risen 6 degrees As ice sheets and glaciers melt, sea level rises * Regional Temp Changes Changes in regional climate * Drought and Desertification Rising temps causes regions to warm and become ve
Melting Glaciers and Rising Sea Levels Over the last century glaciers have been
melting worldwide Antarctica ice sheet temp has risen 6 degrees As ice sheets and glaciers melt, sea level rises * Regional Temp Changes Changes in regional climate * Drought and Desertification Rising temps causes regions to warm and become ve
melting worldwide Antarctica ice sheet
temp has risen 6 degrees As ice sheets and glaciers melt, sea level rises * Regional Temp Changes Changes in regional climate * Drought and Desertification Rising temps causes regions to warm and become very
temp has risen 6 degrees As ice sheets and glaciers
melt, sea level rises * Regional
Temp Changes Changes in regional climate * Drought and Desertification Rising temps causes regions to warm and become very
Temp Changes Changes in regional climate * Drought and Desertification Rising
temps causes regions to
warm and become very dry.
But, you're making the same claim that this is the cause of the pause, when it's more likely that a positive AMO and PDO both simultaneously
warmed the Northern Hemisphere at the end of the 20th century, the History of the late 30's had the same high
temps (and
melted Arctic), which were followed by cold PDO phase.
Atmospheric
temps probably had little to do with ASI
melt till the
warming restarted in the 1970's.