The Unexplained > Our Haunted Planet

NASA Satellite Finds Earth's Clouds are Getting Lower

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bngenoh:
This:

--- Quote from: Windmill knight on February 23, 2012, 03:13:53 PM ---
--- Quote ---A consistent reduction in cloud height would allow Earth to cool to space more efficiently, reducing the surface temperature of the planet and potentially slowing the effects of global warming. This may represent a "negative feedback" mechanism – a change caused by global warming that works to counteract it. "We don't know exactly what causes the cloud heights to lower," says Davies. "But it must be due to a change in the circulation patterns that give rise to cloud formation at high altitude."
--- End quote ---

--- End quote ---
Struck me, because it's basically saying what was said in https://www.sott.net/articles/show/237356-The-Cs-Hit-List-02-Space-and-Weather-Science-Gone-Wild which btw was awesome. It also brought to mind these snips from the sessions:

--- Quote ---Q:  You also made a remark once that ice ages occur much, much faster than people ever thought...
A:  Yes.

Q:  Do we need to invest in some mukluks and snowshoes?
A:  ??

Q:  Well, what I am trying to get at is: should we start stockpiling firewood?
A:  Maybe.

Q:  So, it could be that fast?
A:  Oh yes, and faster when in response to global" warming."

Q:  When you put "warming" in quotes, you obviously mean warming in more than just an ordinary sense?  Is that correct?
A:  And/or not really "warm." 
--- End quote ---
And:

--- Quote ---Q: Why was the sea level several hundred feet lower? Because there was ice somewhere or because there was not as much water on the earth at that time?
A: Ice.

Q: Was the ice piled up at the poles? The ice sheet of the ice age?
A: Yes.

Q: So, Atlantis existed during the ice age?
A: Largely, yes. And the world's climate was scarcely any colder away from the ice sheets than it is today.

Q: Well, how could that be? What caused these glaciers?
A: Global warming.

Q: How does global warming cause glaciers?
A: Increases precipitation dramatically. Then moves the belt of great precipitation much farther north. This causes rapid buildup of ice sheets, followed by increasingly rapid and intense glacial rebound.
--- End quote ---

JayMark:
I have seen an article saying that the high-atmosphere's temperature is decreasing. I can't remember where I saw that though. I think it might have been the NASA.

Cold air is dryer than hot air so it might be one of the reason. Question would be why?

Soluna:
I suppose 'Global Warming' has two meanings =) The literal and the name tag applied to the theory. If I recall correctly - doesn't the periodic 'warming' cause the cooling? Due to the ice deposits melting, and reducing the salinity of the oceans, which interferes with currents and also makes the less salty oceans freeze more easily? In very simple terms!


I bet convincing humanity that THEY were the CAUSE of an Ice Age (via 'causing' global warming), would generate a huge amount of guilt on top of the fear and more practical difficulties!

JayMark:

--- Quote from: Soluna on August 21, 2012, 03:22:47 AM ---I suppose 'Global Warming' has two meanings =) The literal and the name tag applied to the theory. If I recall correctly - doesn't the periodic 'warming' cause the cooling? Due to the ice deposits melting, and reducing the salinity of the oceans, which interferes with currents and also makes the less salty oceans freeze more easily? In very simple terms!


I bet convincing humanity that THEY were the CAUSE of an Ice Age (via 'causing' global warming), would generate a huge amount of guilt on top of the fear and more practical difficulties!

--- End quote ---

What you are talking about is a disturbance/collapse of water currents. That can have a major impact on heat/humidity distribution. Now could that alone provoke a glacial rebound? Maybe, but I'm not sure.

But here what is important to consider is that if indeed our axis is slowly shifting, that alone could provoke a major drop in T° at least in some area(s) which then could suffer from drastic precipitation as a result of increasing air water content due to the current 'warming'.

If that was to happen, the accumulation of ice/snow on a large area could instantly decrease the radiation forcing of the earth and possibly lead us (very quickly) to a new ice age, just like a snowball (appropriate word) effect.

Si in résumé, current 'warming' could be viewed as a potential catalyst for potential glacial rebound.

OSIT

Peace.

Nienna:

--- Quote from: JayMark on August 21, 2012, 09:44:37 PM ---
--- Quote from: Soluna on August 21, 2012, 03:22:47 AM ---I suppose 'Global Warming' has two meanings =) The literal and the name tag applied to the theory. If I recall correctly - doesn't the periodic 'warming' cause the cooling? Due to the ice deposits melting, and reducing the salinity of the oceans, which interferes with currents and also makes the less salty oceans freeze more easily? In very simple terms!


I bet convincing humanity that THEY were the CAUSE of an Ice Age (via 'causing' global warming), would generate a huge amount of guilt on top of the fear and more practical difficulties!

--- End quote ---

What you are talking about is a disturbance/collapse of water currents. That can have a major impact on heat/humidity distribution. Now could that alone provoke a glacial rebound? Maybe, but I'm not sure.

But here what is important to consider is that if indeed our axis is slowly shifting, that alone could provoke a major drop in T° at least in some area(s) which then could suffer from drastic precipitation as a result of increasing air water content due to the current 'warming'.

If that was to happen, the accumulation of ice/snow on a large area could instantly decrease the radiation forcing of the earth and possibly lead us (very quickly) to a new ice age, just like a snowball (appropriate word) effect.

Si in résumé, current 'warming' could be viewed as a potential catalyst for potential glacial rebound.

OSIT

Peace.

--- End quote ---

Have you read Laura's article Fire and Ice: The Day After Tomorrow?

If not, you may find it interesting.

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