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Nah, the stupidity here is you being unable to grasp that the difference between a log10( ), log2( ) or ln( ) is just a linear scaling factor, so it doesn't freakin' matter.The stupidity here is we use natural logs in natural sciences ... log base e ... Euler's number ≈ 2.71 ...
Sure it does. It works _now_. No one ever claimed it worked for all of earth's climate over all of earth's history. That was just something kooky that you made up.Worse ... the "3ºC increase for every CO2 doubling" doesn't work ...
weather.com
You just can't prove it. hilarious!!!!!Sure it does. It works _now_. No one ever claimed it worked for all of earth's climate over all of earth's history. That was just something kooky that you made up.
faked up book material to fool you every time. Weather interference is your biggest hurdle and you fail every time.Bird's-eye View of Global Carbon Footprint: NASA's OCO-2 Measures CO2 Emissions of Over 100 Nations from Space
By TWC India Edit Team
13 March, 2023
TWC India
This map shows mean net emissions and removals of carbon dioxide from 2015 to 2020 using estimates informed by NASA’s OCO-2 satellite measurements. Countries where more carbon dioxide was removed than emitted appear as green depressions, while countries with higher emissions are tan or red and appear to pop off the page.
(NASA’s Scientific Visualization Studio)
While the effects of the rise in carbon dioxide emissions can undoubtedly be felt down here on Earth in more ways than one, there seems to be a lot of finger-pointing amongst the nations. In situations like this, an outsider’s perspective is likely the only way to settle matters. And what better way to get said perspective than all the way from space?
NASA’s Orbiting Carbon Observatory-2 (OCO-2) has been tracking CO2 emissions from different parts of the world. Analysis of the data from this satellite reveals that China and the United States are the two countries that emit the most CO2, followed by India, Indonesia, Malaysia, Brazil, Mexico, Iran, Japan, and Germany.
The OCO-2 flies in a near-polar orbit, enabling it to observe most of our planet’s surface at least once every sixteen days. The abundance of carbon dioxide in the atmosphere varies with the time of day and season, so the OCO-2 measurements record changes in CO2 over yearly and seasonal cycles within each year.
Further, to remove the effect of changes in CO2 abundances every day and differences between seasonal variations and long-term changes, OCO-2 makes its measurements in the sun-synchronous orbit. This means that it measures carbon dioxide over a given point on Earth’s surface at the same local mean solar time, NASA said.
Recently, an international team of over 60 researchers utilised data from OCO-2 to quantify increases and decreases in atmospheric carbon dioxide concentrations between 2015 and 2020.
The OCO-2 mission was not specifically designed to estimate emissions from individual countries, but the data from the 100-plus countries comes at an opportune time.
The first-ever Global Stocktake, designed to assess the world’s collective progress toward limiting global warming, as specified in the 2015 Paris Agreement, is to take place in 2023. And the planning and confirming emission reduction targets in support of the Paris Agreement depend on accurate accounting of CO2 emissions and removals.
Apart from the nations mentioned above, including the US, China, India, Indonesia, Malaysia, Brazil, Mexico, Iran, Japan, and Germany, other countries that significantly contribute to CO2 emissions are the United Kingdom (along with the rest of western Europe), Australia, Kazakhstan, most of northern Africa, South Africa, Chile, Thailand, and the Philippines.
Frank is glad to have you around, given how smart you make him look in comparison.faked up book material to fool you every time. Weather interference is your biggest hurdle and you fail every time.
this is still the best video for experiment for failed experiments start at 1:30 of the video, hilarious...
The control jar at 79 the CO2 jar at .....79, so the man has to insert immediately, I can tell you all that this jar read 81 a few minutes ago!!!!!! hahahahahahahhahahahaahahhaha fail
Frank and I have the truth, you are afraid of us because of that. It's hilarious to see how nasty you need to be in order to matter in this place. ewwwwwwwwwwwww haahahahhhahhahaha My momma always told me, stick and stones.......And lady, you got nothing of value you bring in here.Frank is glad to have you around, given how smart you make him look in comparison.
BTW, the one consistent with you idiots is you never got any fking data that's respected. still waiting on that 3C experiment that demonstrates your position, fking seven years now.Frank is glad to have you around, given how smart you make him look in comparison.
showing the failure that is the hoax is certainly hilarious.You sure are mean spirited ...
The things you say seem to have no relation at all to the conversation.
That's why no adults will bother holding a conversation with you.
BTW, the funny thing is the jar with the plants in it was cooler, why? cause plants interfered with the ability to warm up the jar! that's exceptionally funny. CO2 is supposed to hold warmth. If it was 81, it would have stayed 81 per the explanation of the holding power of CO2. So even that failed. hahahhaahahahaahahahaaha can't make it up.You sure are mean spirited ...
Our kitchen counter experiment keeps an inch of water at the bottom of the jar, to simulate Earth conditions ... if you're made of money, get a canister of CO2; else buy some dry ice ... drop it in the water and seal the jar once the fizzing stops ... 1,000,000 ppm ... good thermometers will cost, how much you spend dictates the quality of your results ... or go make "nice" with your local high school chemistry teacher ... use their lab ...
Television studios are exceptionally bright ... just feeding photons to the cameras will boil the oceans soon enough ... normal household or classroom lighting is fine for the background radiation ... go for high wattage for your spotlight ... as high as you can find ...
See ... temperature increase ... fully demonstrating specific heat capacity ... for equal energy, we would expect carbon dioxide to have higher temperature than dry air, and certainly higher than moist air ... thus the inch of water ...
Bird's-eye View of Global Carbon Footprint: NASA's OCO-2 Measures CO2 Emissions of Over 100 Nations from Space
13 March, 2023
This map shows mean net emissions and removals of carbon dioxide from 2015 to 2020 using estimates informed by NASA’s OCO-2 satellite measurements. Countries where more carbon dioxide was removed than emitted appear as green depressions, while countries with higher emissions are tan or red and appear to pop off the page.
(NASA’s Scientific Visualization Studio)
While the effects of the rise in carbon dioxide emissions can undoubtedly be felt down here on Earth in more ways than one, there seems to be a lot of finger-pointing amongst the nations. In situations like this, an outsider’s perspective is likely the only way to settle matters. And what better way to get said perspective than all the way from space?
NASA’s Orbiting Carbon Observatory-2 (OCO-2) has been tracking CO2 emissions from different parts of the world. Analysis of the data from this satellite reveals that China and the United States are the two countries that emit the most CO2, followed by India, Indonesia, Malaysia, Brazil, Mexico, Iran, Japan, and Germany.
The OCO-2 flies in a near-polar orbit, enabling it to observe most of our planet’s surface at least once every sixteen days. The abundance of carbon dioxide in the atmosphere varies with the time of day and season, so the OCO-2 measurements record changes in CO2 over yearly and seasonal cycles within each year.
Further, to remove the effect of changes in CO2 abundances every day and differences between seasonal variations and long-term changes, OCO-2 makes its measurements in the sun-synchronous orbit. This means that it measures carbon dioxide over a given point on Earth’s surface at the same local mean solar time, NASA said.
Recently, an international team of over 60 researchers utilised data from OCO-2 to quantify increases and decreases in atmospheric carbon dioxide concentrations between 2015 and 2020.
The OCO-2 mission was not specifically designed to estimate emissions from individual countries, but the data from the 100-plus countries comes at an opportune time.
The first-ever Global Stocktake, designed to assess the world’s collective progress toward limiting global warming, as specified in the 2015 Paris Agreement, is to take place in 2023. And the planning and confirming emission reduction targets in support of the Paris Agreement depend on accurate accounting of CO2 emissions and removals.
Apart from the nations mentioned above, including the US, China, India, Indonesia, Malaysia, Brazil, Mexico, Iran, Japan, and Germany, other countries that significantly contribute to CO2 emissions are the United Kingdom (along with the rest of western Europe), Australia, Kazakhstan, most of northern Africa, South Africa, Chile, Thailand, and the Philippines.
[......]
NASA Satellite Measures CO2 Emissions of Over 100 Countries from Space | Weather.com
Analysis of the data from this satellite reveals that China and the US emit the most CO2, followed by India, Indonesia, Malaysia, Brazil, Mexico, Iran, Japan, and Germany. - Articles from The Weather Channel | weather.com
`
NEVER Believe anything CrackpotFrank posts
He's a MAGAt and the stupidest poster on this mb. (along with jc456 and mental Case EMH)
`
NASA Scientific Visualization Studio | Assimilation of OCO-2 Carbon Dioxide into the GEOS SimulationBird's-eye View of Global Carbon Footprint: NASA's OCO-2 Measures CO2 Emissions of Over 100 Nations from Space
13 March, 2023
This map shows mean net emissions and removals of carbon dioxide from 2015 to 2020 using estimates informed by NASA’s OCO-2 satellite measurements. Countries where more carbon dioxide was removed than emitted appear as green depressions, while countries with higher emissions are tan or red and appear to pop off the page.
(NASA’s Scientific Visualization Studio)
While the effects of the rise in carbon dioxide emissions can undoubtedly be felt down here on Earth in more ways than one, there seems to be a lot of finger-pointing amongst the nations. In situations like this, an outsider’s perspective is likely the only way to settle matters. And what better way to get said perspective than all the way from space?
NASA’s Orbiting Carbon Observatory-2 (OCO-2) has been tracking CO2 emissions from different parts of the world. Analysis of the data from this satellite reveals that China and the United States are the two countries that emit the most CO2, followed by India, Indonesia, Malaysia, Brazil, Mexico, Iran, Japan, and Germany.
The OCO-2 flies in a near-polar orbit, enabling it to observe most of our planet’s surface at least once every sixteen days. The abundance of carbon dioxide in the atmosphere varies with the time of day and season, so the OCO-2 measurements record changes in CO2 over yearly and seasonal cycles within each year.
Further, to remove the effect of changes in CO2 abundances every day and differences between seasonal variations and long-term changes, OCO-2 makes its measurements in the sun-synchronous orbit. This means that it measures carbon dioxide over a given point on Earth’s surface at the same local mean solar time, NASA said.
Recently, an international team of over 60 researchers utilised data from OCO-2 to quantify increases and decreases in atmospheric carbon dioxide concentrations between 2015 and 2020.
The OCO-2 mission was not specifically designed to estimate emissions from individual countries, but the data from the 100-plus countries comes at an opportune time.
The first-ever Global Stocktake, designed to assess the world’s collective progress toward limiting global warming, as specified in the 2015 Paris Agreement, is to take place in 2023. And the planning and confirming emission reduction targets in support of the Paris Agreement depend on accurate accounting of CO2 emissions and removals.
Apart from the nations mentioned above, including the US, China, India, Indonesia, Malaysia, Brazil, Mexico, Iran, Japan, and Germany, other countries that significantly contribute to CO2 emissions are the United Kingdom (along with the rest of western Europe), Australia, Kazakhstan, most of northern Africa, South Africa, Chile, Thailand, and the Philippines.
[......]
NASA Satellite Measures CO2 Emissions of Over 100 Countries from Space | Weather.com
Analysis of the data from this satellite reveals that China and the US emit the most CO2, followed by India, Indonesia, Malaysia, Brazil, Mexico, Iran, Japan, and Germany. - Articles from The Weather Channel | weather.com
`
NEVER Believe anything CrackpotFrank posts
He's a MAGAt and the stupidest poster on this mb. (along with jc456 and mental Case EMH)
`
FactNASA Scientific Visualization Studio | Assimilation of OCO-2 Carbon Dioxide into the GEOS Simulation
The difference between the Green and the oh so scaryyyyyyyyyyyyyyyyyyyyyyy red is 9 PPM. That's all 9PPM Even according to their fake, fraud "theory", which can only be validated in models, that would cause an "increase" out in the decimal places
Fake
Phony
Fraud
Total Fraud
The Equatorial rain forests are the biggest emitters of CO2.
Save the planet, cement over the forests!
Not close to the northern hemisphere
The Equatorial rain forests are the biggest emitters of CO2.
Save the planet, cement over the forests!
What you're seeing there is the results of slash-and-burn agriculture.The Equatorial rain forests are the biggest emitters of CO2.
What you're seeing there is the results of slash-and-burn agriculture.
As is the case with every basic concept, you faceplant at it.
And so you're back to babbling.Nothing we can do about that, right? Wait! Are gas stoves and cars slashing and burning the rain forests?
