The "warmers" here are not challenging the surface air pressure data, which shows no increase = Co2 Fraud completely busted on "warming/ice melt"

[EMH]

Colder air is more dense than warmer air, dummy.

Density matters, but temperature also matters. Less dense air at higher temperature can have more pressure.

 

[Dagosa]

How is a (ficticious) "rise in sea level" causing SAP to drop???

Got to hear this one....

It’s your chart, you tell us. You also used noaa .com as a reference. They support global warming trend as a cause for rising sea level. So ALL your sources support increased warming and decrease surface air pressure as coinciding….they are ALL YOUR SOURCES.

 

[ding]

Density matters, but temperature also matters. Less dense air at higher temperature can have more pressure.

Air density is a function of temperature and atmospheric pressure is a function of air density. You are an idiot.

 

[EMH]

It’s your chart, you tell us. You also used noaa .com as a reference. They support global warming trend as a cause for rising sea level. So ALL your sources support increased warming and decrease surface air pressure as coinciding….they are ALL YOUR SOURCES.

Not even close.

 

[Crick]

How is a (ficticious) "rise in sea level" causing SAP to drop???

Got to hear this one....

AI Overview
Learn more…Opens in new tab

Global warming is expected to cause changes in air pressure patterns due to changes in temperature patterns. The Intergovernmental Panel on Climate Change (IPCC) predicts that air pressure will increase in the subtropics and midlatitudes, while decreasing in high-latitude regions. Researchers have already observed that average air pressure has increased in the subtropical North Atlantic Ocean, southern Europe, and North Africa over the past 50 years, while decreasing in the poles and the North Pacific Ocean.

Air pressure is affected by air density, which is related to temperature. Warm air is less dense than cold air because its gas molecules are farther apart and have greater velocity. As a result, areas that are warmed by the sun often have lower pressure because the warm air rises, creating low pressure systems.

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https://statmodeling.stat.columbia.edu/2023/04/15/climate-change-makes-the-air-hotter-thus-less-dense-leading-to-more-home-runs/

Air Pressure

The number of molecules in the atmosphere decreases with height.Download Image The atoms and molecules that make up the various layers of the atmosphere are constantly moving in random directions. Despite their tiny size, when they strike a surface, they exert a force on that surface in what we...

www.noaa.gov

Global greenhouse affects air pressure - Nature

Climate-change predictions may be an underestimate.

www.nature.com

Global greenhouse affects air pressure - Nature

Climate-change predictions may be an underestimate.

www.nature.com

 

[Dagosa]

Density matters, but temperature also matters. Less dense air at higher temperature can have more pressure.

And elevation matters too. Your confused as up your reasoning is based upon the atmospheric pressure at different elevations. Why are you using NOAA as a source ? They think you’re fos.

 

[Dagosa]

Not even close.

You posted the chart. You used NOAA.com and they support AGW. You’re babbling.

 

[EMH]

predicts that air pressure will increase in the subtropics and midlatitudes, while decreasing in high-latitude regions.

This is too funny. It is the same nonsense as claiming ocean rise here but not there. Hello, the planet is a sphere, SAP is the same planet wide....

 

[EMH]

elevation matters too

SURFACE air pressure assumes sea level elevation.

 

[Dagosa]

This is too funny. It is the same nonsense as claiming ocean rise here but not there. Hello, the planet is a sphere, SAP is the same planet wide....

No science illiterate. It has a normal range dependent upon temperature…..
“Air pressure is not uniform across the planet, however. The normal range of the Earth's air pressure is from 970 MB to 1,050 MB. These differences are the result of low and high air pressure systems, which are caused by unequal heating across the Earth's surface and the pressure gradient force.”

 

[EMH]

No science illiterate. It has a normal range dependent upon temperature…..
“Air pressure is not uniform across the planet, however. The normal range of the Earth's air pressure is from 970 MB to 1,050 MB. These differences are the result of low and high air pressure systems, which are caused by unequal heating across the Earth's surface and the pressure gradient force.”

aka daily weather...

Over 70 years, the daily stuff doesn't actually matter, it gets washed out by the trend.

Why is SAP going down??

LOL!!!

1. no Earth temperature increase
2. no ongoing net ice melt, JUST THE OPPOSITE, which explains why your side cannot show us ONE SINGLE PHOTO of "ocean rise"

 

[Dagosa]

SURFACE air pressure assumes sea level elevation.

Your made up rational applies to varying air pressure is at different elevation. It’s you who are confused. Air pressure VARIES world wide depending upon temperature. It’s NOT constant bubba. It has a range. Geesus, how the Fk do you think weather systems formed….are you crazy ?

 

[Dagosa]

aka daily weather...

Over 70 years, the daily stuff doesn't actually matter, it gets washed out by the trend.

Why is SAP going down??

LOL!!!

1. no Earth temperature increase
2. no ongoing net ice melt, JUST THE OPPOSITE, which explains why your side cannot show us ONE SINGLE PHOTO of "ocean rise"

You have no reference ? Are you no longer using NOAA.com ?

 

[EMH]

You have no reference ? Are you no longer using NOAA.com ?

Ask them.

They cannot explain it any more than your pathetic excuse of a life form can....

 

[Dagosa]

Ask them.

They cannot explain it any more than your pathetic excuse of a life form can....

Your question is stupid. Air pressure is not constant follish like you claimed it is. You make dumb statements that aren’t true then expect it to be accepted. Neither is the mass per volume of air. You keep making dumbass statements. Now you claim you’re smarter than NOAA.com even though you used them as a reference.