Cooling degree days (CDD): A measure of
how warm a location is over a period of time relative to a base temperature, most commonly specified as 65 degrees Fahrenheit.
Cooling Degree Days (CDD): A measure of
how warm a location is over a period of time relative to a base temperature, most commonly specified as 65 degrees Fahrenheit.
Not exact matches
Christmas Island's
location makes it a model
location to study the role of
warming on reefs, but it also has a diverse array of reefs — from ones impacted by human fishing to ones that are in pristine condition — that make it ideal to see
how different influences play out.
The scientists sampled the genetic code of 400 trees from 31
locations across northern North America and combined the genetic variations with computer modeling techniques to map
how important genes differ within balsam poplar and to locate where trees may have the best chance of survival in a rapidly
warming world.
El Niño is most widely known for
how it shifts the
location of
warm ocean waters, leading to cooler - than - normal waters in the western tropical Pacific but
warmer - than - normal in the central and eastern parts of the basin.
What can be better than learning more on
how to help dogs whilst in a stunning
location and enjoying the
warm weather
You could ask them to explain
how, when a mass of
warm and dirty air from Eastern Europe moves north into their
location, they get
warmer temperatures.
There is so little understanding about
how the ocean parses its response to forcings by 1) suppressing (local convective scale) deep water formation where excessive
warming patterns are changed, 2) enhancing (local convective scale) deep water formation where the changed excessive
warming patterns are co-located with increased evaporation and increased salinity, and 3) shifting favored deep water formation
locations as a result of a) shifted patterns of enhanced
warming, b) shifted patterns of enhanced salinity and c) shifted patterns of circulation which transport these enhanced ocean features to critically altered destinations.
They explain
how, overall, Antarctic sea ice cover (frozen sea surface), for separate reasons involving wind changing in relation to the
location of certain
warming sea water currents, shows a slight upward trend, though it also shows significant melting in some areas.
And, this addresses the issue of the synchronicity of the
warm events in different locations during the broadly - defined several hundred year period called the Medieval Warm Period how exac
warm events in different
locations during the broadly - defined several hundred year period called the Medieval
Warm Period how exac
Warm Period
how exactly?
It's difficult to imagine
how a degree or two of
warming will affect a
location.
I guess these
locations are having a race and this is
how they keep ahead to be the fastest
warming location on earth.
Another way to explain it is
how warm the ocean is near the
location where the ice core is from.
Instead, they calculate
how much
warmer or colder a place is compared to the long term record at that
location.
This allows Hansen to compare
how much the temperature has changed due to Global
Warming (the anomaly) to
how much the temperature normally varies at each
location.
The Arctic cools down substantially depending on
how much heat is lost especially during the long night, it is an ideal
location for determining Global
Warming trends because of wider temperature discrepancies caused by apparently minor (CO2) changes.
But even if we accept the basic premise (and it could be meant in a purely statistical sense, although that is not usually
how it is expressed), would an average anthropogenic
warming by 1 °C in the relevant
location mean that 1 °C is also the amount added to an extreme event?
How far north does one need to go to make a forested route to the East Coast and how much how much warming is needed at that location to make this possib
How far north does one need to go to make a forested route to the East Coast and
how much how much warming is needed at that location to make this possib
how much
how much warming is needed at that location to make this possib
how much
warming is needed at that
location to make this possible?