permafrost wrote:
Unlike the right wing wishes.. Al Gore did not "invent" CC... your AOC comments remain out of context..
CC is all around you everyday..
The 70s "ice age" was pushed as headliner, at the same time the CC data was showing warming trend and paper published that recorded data..
reducing the carbon impact is a world wide goal, China, India the EU and even the non federal government and business of the US are working on it and getting results..
Only the orange non-existent coal mines are fighting tooth and nail along with the Koch bros to hold back progress..
Unlike the right wing wishes.. Al Gore did not &qu... (
show quote)
Some other things to considerš~~sea Ice for instance..,
Sea ice is found in remote polar oceans. On average, sea ice covers about 25 million square kilometers (9,652,553 square miles) of the earth, or about two-and-a-half times the area of Canada. Because most of us do not live in the polar regions, we may live for several decades and never see sea ice. Although it may not directly affect us, it is a critical component of our planet because it influences climate, wildlife, and people who live in the Arctic.
https://nsidc.org/cryosphere/seaice/index.htmlAre glaciers melting or growing?? Sun reflection back into the Atmosphere does what?? is it CO2 or is Mother Nature just taking care of our planet ?
Another to consider~~Interesting things happen for a reason..
Atmosphere and Ocean Circulation
The atmosphere and ocean act as "heat engines," always trying to restore a temperature balance by t***sporting heat toward the poles. Our weather is a manifestation of this phenomenon. Low-pressure systems, such as storms, which can be especially strong in winter, are one of nature's best ways of t***sporting heat poleward by atmospheric circulation. The oceans, by contrast, tend to t***sport heat in a slower and less violent fashion. Changes in the amount of sea ice alter how cold the poles are, which could affect atmospheric and ocean circulation.
Diagram of thermohaline circulation
Diagram of thermohaline circulation.
āImage courtesy of NASA GSFC.
Ocean currents t***sport heat from the equator to the poles through a heat- and saline-driven process called thermohaline circulation. Warm water moves from the equator northward along the ocean surface and eventually cools. As it cools, it becomes dense and heavy and sinks. This cold water then moves south along the lower part of the ocean and rises near the equator to complete the cycle. Like the atmospheric heat t***sport discussed earlier, this is a natural process that contributes to a proper temperature balance across the earth. It also explains why Europe is relatively warm, because as northward flowing surface water in the Atlantic Ocean cools, heat is released to the atmosphere.
Thermohaline circulation can be disrupted if the ocean surface receives a layer of fresh water. How might this happen? One mechanism involves changes in Arctic winds that move sea ice from the Arctic Ocean through Fram Strait into the North Atlantic.
https://nsidc.org/cryosphere/seaice/environment/global_climate.html