Warming and cooling is a natural cycle.

So you are suggesting that the rise in atmospheric CO2 is not from anthropogenic sources? And you are suggesting this because CO2 has been produced by naturogenic sources in the past?

Besides the complete logical failure there (this man has blonde hair, therefore all men have blonde hair) there is the unaddressed point that isotopic analysis shows that virtually every molecule of CO2 added after the beginning of the Industrial Revolution comes from the combustion of fossil fuel. How, exactly, is that addressed by your Swedish birch leaves.









There is more evidence to support the theory that the current rise in CO2 is attributable to the MWP than to mans sources. Mankind is such a vanishingly small amount of the global CO2 budget that the claim it is all from mankind is simply ludicrous.

And this fellow claims to be a Phd Geologist. LOL

The Gigaton Question: How Much Geologic Carbon Storage Potential Does the United States Have? | Science Features

On May 9, 2013, the level of carbon dioxide in the atmosphere officially passed the 400 parts per million mark, an atmospheric concentration of carbon dioxide not seen in more than 800,000 years, according to the National Oceanic and Atmospheric Administration. In 2011 alone, the United States emitted 5.5 metric gigatons of CO2 from energy production, and the world released a total of 31.6 metric gigatons, according to the U.S. Energy Information Administration.

In any realistic discussion of ways of solving the looming problems of climate change due to the increasing levels of CO2 in the atmosphere, carbon sequestration must play a role. Carbon sequestration is a method of securing carbon dioxide (CO2) to prevent its release to the atmosphere and contribution to global warming as a greenhouse gas. Geologic carbon sequestration is the deliberate storage of CO2 in porous and permeable rocks and involves injecting high pressure CO2 into a subsurface rock unit and displacing the fluid that initially occupied the pore space. The USGS has been working for the past several years to help inform that discussion with the best available science on carbon storage potential in the United States.

On Tuesday, June 25, 2013, USGS added a significant piece to the puzzle with the release of the first-ever comprehensive assessment of geologic carbon storage potential for the entire United States, with a mean estimate of 3,000 metric gigatons of potential storage. Along with the regional assessments of biologic carbon sequestration that are ongoing, this national geologic carbon sequestration assessment gives land and resource managers a powerful new tool to help determine the appropriate actions to take on mitigating climate change.







Oooooh, a whole 5.5 gigatons. Wow. In an atmosphere that weighs quadrillions of tons, a gigaton is such a vanishingly small amount that it requires specialized instruments to measure it. And to date, no one has been able to show the slightest effect of that vanishingly small amount of CO2.

And lo and behold take a gander at this, here is where all that CO2 is coming from and wouldn't ya know it, it isn't coming from man. Surprise, surprise, surprise! Must suck to be wrong all the time like you clowns are....

carbon-concentration.jpg
 
Mankind is such a vanishingly small amount of the global CO2 budget that the claim it is all from mankind is simply ludicrous.

I guarantee you that humans have put enough CO2 into the atmosphere to be responsible for the 120 ppm increase since the beginning of the Industrial Revolution. 120 of the current 400 ppm test out as having come from the combustion of fossil fuel. Was anyone burning large amounts of fossil fuels (oil and coal) before the Industrial Revolution? So... where's the "ludicrous"?

Bullshit........


What do you need more a coloring book? Don't this image of Nasa C02 sattelite mean anything to you?

carbon-concentration.jpg



The IPCC and climate science community accept that annual manmade emissions are tiny compared with the natural fluxes and stores.


CO2 – The View From Space – update
 
So you are suggesting that the rise in atmospheric CO2 is not from anthropogenic sources? And you are suggesting this because CO2 has been produced by naturogenic sources in the past?

Besides the complete logical failure there (this man has blonde hair, therefore all men have blonde hair) there is the unaddressed point that isotopic analysis shows that virtually every molecule of CO2 added after the beginning of the Industrial Revolution comes from the combustion of fossil fuel. How, exactly, is that addressed by your Swedish birch leaves.









There is more evidence to support the theory that the current rise in CO2 is attributable to the MWP than to mans sources. Mankind is such a vanishingly small amount of the global CO2 budget that the claim it is all from mankind is simply ludicrous.

And this fellow claims to be a Phd Geologist. LOL

The Gigaton Question: How Much Geologic Carbon Storage Potential Does the United States Have? | Science Features

On May 9, 2013, the level of carbon dioxide in the atmosphere officially passed the 400 parts per million mark, an atmospheric concentration of carbon dioxide not seen in more than 800,000 years, according to the National Oceanic and Atmospheric Administration. In 2011 alone, the United States emitted 5.5 metric gigatons of CO2 from energy production, and the world released a total of 31.6 metric gigatons, according to the U.S. Energy Information Administration.

In any realistic discussion of ways of solving the looming problems of climate change due to the increasing levels of CO2 in the atmosphere, carbon sequestration must play a role. Carbon sequestration is a method of securing carbon dioxide (CO2) to prevent its release to the atmosphere and contribution to global warming as a greenhouse gas. Geologic carbon sequestration is the deliberate storage of CO2 in porous and permeable rocks and involves injecting high pressure CO2 into a subsurface rock unit and displacing the fluid that initially occupied the pore space. The USGS has been working for the past several years to help inform that discussion with the best available science on carbon storage potential in the United States.

On Tuesday, June 25, 2013, USGS added a significant piece to the puzzle with the release of the first-ever comprehensive assessment of geologic carbon storage potential for the entire United States, with a mean estimate of 3,000 metric gigatons of potential storage. Along with the regional assessments of biologic carbon sequestration that are ongoing, this national geologic carbon sequestration assessment gives land and resource managers a powerful new tool to help determine the appropriate actions to take on mitigating climate change.







Oooooh, a whole 5.5 gigatons. Wow. In an atmosphere that weighs quadrillions of tons, a gigaton is such a vanishingly small amount that it requires specialized instruments to measure it. And to date, no one has been able to show the slightest effect of that vanishingly small amount of CO2.

And lo and behold take a gander at this, here is where all that CO2 is coming from and wouldn't ya know it, it isn't coming from man. Surprise, surprise, surprise! Must suck to be wrong all the time like you clowns are....

carbon-concentration.jpg


Beat me to it.
 
Leftists are so narcistic they think they control the weather too.
And yet deniers say the temperature data is flawed because of the "Urban Heat Island" effect caused by .... wait for it .... PEOPLE
Takes a real parrot to link urban effects on temperature to say that equates to climate change of the world.
Congratulations, here is your cracker.
Just as a group of people locally can affect the climate locally, a larger global group of people can affect climate globally.
There are a lot of urban centers around the globe.
The point is the effects of people are CUMULATIVE, not individual, and therefore not narcissistic.
If you have a problem with it then you should just commit suicide.

Problem solved.
 
So you are suggesting that the rise in atmospheric CO2 is not from anthropogenic sources? And you are suggesting this because CO2 has been produced by naturogenic sources in the past?

Besides the complete logical failure there (this man has blonde hair, therefore all men have blonde hair) there is the unaddressed point that isotopic analysis shows that virtually every molecule of CO2 added after the beginning of the Industrial Revolution comes from the combustion of fossil fuel. How, exactly, is that addressed by your Swedish birch leaves.









There is more evidence to support the theory that the current rise in CO2 is attributable to the MWP than to mans sources. Mankind is such a vanishingly small amount of the global CO2 budget that the claim it is all from mankind is simply ludicrous.

And this fellow claims to be a Phd Geologist. LOL

The Gigaton Question: How Much Geologic Carbon Storage Potential Does the United States Have? | Science Features

On May 9, 2013, the level of carbon dioxide in the atmosphere officially passed the 400 parts per million mark, an atmospheric concentration of carbon dioxide not seen in more than 800,000 years, according to the National Oceanic and Atmospheric Administration. In 2011 alone, the United States emitted 5.5 metric gigatons of CO2 from energy production, and the world released a total of 31.6 metric gigatons, according to the U.S. Energy Information Administration.

In any realistic discussion of ways of solving the looming problems of climate change due to the increasing levels of CO2 in the atmosphere, carbon sequestration must play a role. Carbon sequestration is a method of securing carbon dioxide (CO2) to prevent its release to the atmosphere and contribution to global warming as a greenhouse gas. Geologic carbon sequestration is the deliberate storage of CO2 in porous and permeable rocks and involves injecting high pressure CO2 into a subsurface rock unit and displacing the fluid that initially occupied the pore space. The USGS has been working for the past several years to help inform that discussion with the best available science on carbon storage potential in the United States.

On Tuesday, June 25, 2013, USGS added a significant piece to the puzzle with the release of the first-ever comprehensive assessment of geologic carbon storage potential for the entire United States, with a mean estimate of 3,000 metric gigatons of potential storage. Along with the regional assessments of biologic carbon sequestration that are ongoing, this national geologic carbon sequestration assessment gives land and resource managers a powerful new tool to help determine the appropriate actions to take on mitigating climate change.







Oooooh, a whole 5.5 gigatons. Wow. In an atmosphere that weighs quadrillions of tons, a gigaton is such a vanishingly small amount that it requires specialized instruments to measure it. And to date, no one has been able to show the slightest effect of that vanishingly small amount of CO2.

And lo and behold take a gander at this, here is where all that CO2 is coming from and wouldn't ya know it, it isn't coming from man. Surprise, surprise, surprise! Must suck to be wrong all the time like you clowns are....

carbon-concentration.jpg

clip_image012_thumb.jpg


Figure 6 : Processed data from Feb 16 – Mar 31, 2015

clip_image014_thumb.jpg


Figure 7 : Processed data from Apr 1 – May 15, 2015

clip_image016_thumb.jpg


Figure 8 : Processed data from May 16 – Jun 30, 2015

oco2-1year-co2-globalmap.png


UPDATE: Eric Swenson provides this map in comments showing CO2 over the entire year from From September 2014 to October 2015 – Anthony

Finally: visualized OCO2 satellite data showing global carbon dioxide concentrations

LOL. Even ol' Watts shows what a lying scumbag you are to pretend that is the whole picture. My goodness, there is more to a year than just the period from Oct. 1 to Nov 11.
 
So you are suggesting that the rise in atmospheric CO2 is not from anthropogenic sources? And you are suggesting this because CO2 has been produced by naturogenic sources in the past?

Besides the complete logical failure there (this man has blonde hair, therefore all men have blonde hair) there is the unaddressed point that isotopic analysis shows that virtually every molecule of CO2 added after the beginning of the Industrial Revolution comes from the combustion of fossil fuel. How, exactly, is that addressed by your Swedish birch leaves.









There is more evidence to support the theory that the current rise in CO2 is attributable to the MWP than to mans sources. Mankind is such a vanishingly small amount of the global CO2 budget that the claim it is all from mankind is simply ludicrous.

And this fellow claims to be a Phd Geologist. LOL

The Gigaton Question: How Much Geologic Carbon Storage Potential Does the United States Have? | Science Features

On May 9, 2013, the level of carbon dioxide in the atmosphere officially passed the 400 parts per million mark, an atmospheric concentration of carbon dioxide not seen in more than 800,000 years, according to the National Oceanic and Atmospheric Administration. In 2011 alone, the United States emitted 5.5 metric gigatons of CO2 from energy production, and the world released a total of 31.6 metric gigatons, according to the U.S. Energy Information Administration.

In any realistic discussion of ways of solving the looming problems of climate change due to the increasing levels of CO2 in the atmosphere, carbon sequestration must play a role. Carbon sequestration is a method of securing carbon dioxide (CO2) to prevent its release to the atmosphere and contribution to global warming as a greenhouse gas. Geologic carbon sequestration is the deliberate storage of CO2 in porous and permeable rocks and involves injecting high pressure CO2 into a subsurface rock unit and displacing the fluid that initially occupied the pore space. The USGS has been working for the past several years to help inform that discussion with the best available science on carbon storage potential in the United States.

On Tuesday, June 25, 2013, USGS added a significant piece to the puzzle with the release of the first-ever comprehensive assessment of geologic carbon storage potential for the entire United States, with a mean estimate of 3,000 metric gigatons of potential storage. Along with the regional assessments of biologic carbon sequestration that are ongoing, this national geologic carbon sequestration assessment gives land and resource managers a powerful new tool to help determine the appropriate actions to take on mitigating climate change.







Oooooh, a whole 5.5 gigatons. Wow. In an atmosphere that weighs quadrillions of tons, a gigaton is such a vanishingly small amount that it requires specialized instruments to measure it. And to date, no one has been able to show the slightest effect of that vanishingly small amount of CO2.

And lo and behold take a gander at this, here is where all that CO2 is coming from and wouldn't ya know it, it isn't coming from man. Surprise, surprise, surprise! Must suck to be wrong all the time like you clowns are....

carbon-concentration.jpg

clip_image012_thumb.jpg


Figure 6 : Processed data from Feb 16 – Mar 31, 2015

clip_image014_thumb.jpg


Figure 7 : Processed data from Apr 1 – May 15, 2015

clip_image016_thumb.jpg


Figure 8 : Processed data from May 16 – Jun 30, 2015

oco2-1year-co2-globalmap.png


UPDATE: Eric Swenson provides this map in comments showing CO2 over the entire year from From September 2014 to October 2015 – Anthony

Finally: visualized OCO2 satellite data showing global carbon dioxide concentrations

LOL. Even ol' Watts shows what a lying scumbag you are to pretend that is the whole picture. My goodness, there is more to a year than just the period from Oct. 1 to Nov 11.










"PROCESSED DATA". That means it is FICTION jackass!
 
clip_image006_thumb1.jpg


Figure 3: Processed data from Oct 1 – Nov 11, 2014

Finally: visualized OCO2 satellite data showing global carbon dioxide concentrations

What a stupid liar you are, Mr. Westwall, yes, processed in exactly the same manner as the ones I posted. And you claim the be a Phd Geologist. Lordy, lordy.

Same satellite, same kind of processing of the data. And then you post something like that. What an absolute liar you are. Even Anthony Watts would not try to lie like that.
 
So you are suggesting that the rise in atmospheric CO2 is not from anthropogenic sources? And you are suggesting this because CO2 has been produced by naturogenic sources in the past?

Besides the complete logical failure there (this man has blonde hair, therefore all men have blonde hair) there is the unaddressed point that isotopic analysis shows that virtually every molecule of CO2 added after the beginning of the Industrial Revolution comes from the combustion of fossil fuel. How, exactly, is that addressed by your Swedish birch leaves.









There is more evidence to support the theory that the current rise in CO2 is attributable to the MWP than to mans sources. Mankind is such a vanishingly small amount of the global CO2 budget that the claim it is all from mankind is simply ludicrous.

And this fellow claims to be a Phd Geologist. LOL

The Gigaton Question: How Much Geologic Carbon Storage Potential Does the United States Have? | Science Features

On May 9, 2013, the level of carbon dioxide in the atmosphere officially passed the 400 parts per million mark, an atmospheric concentration of carbon dioxide not seen in more than 800,000 years, according to the National Oceanic and Atmospheric Administration. In 2011 alone, the United States emitted 5.5 metric gigatons of CO2 from energy production, and the world released a total of 31.6 metric gigatons, according to the U.S. Energy Information Administration.

In any realistic discussion of ways of solving the looming problems of climate change due to the increasing levels of CO2 in the atmosphere, carbon sequestration must play a role. Carbon sequestration is a method of securing carbon dioxide (CO2) to prevent its release to the atmosphere and contribution to global warming as a greenhouse gas. Geologic carbon sequestration is the deliberate storage of CO2 in porous and permeable rocks and involves injecting high pressure CO2 into a subsurface rock unit and displacing the fluid that initially occupied the pore space. The USGS has been working for the past several years to help inform that discussion with the best available science on carbon storage potential in the United States.

On Tuesday, June 25, 2013, USGS added a significant piece to the puzzle with the release of the first-ever comprehensive assessment of geologic carbon storage potential for the entire United States, with a mean estimate of 3,000 metric gigatons of potential storage. Along with the regional assessments of biologic carbon sequestration that are ongoing, this national geologic carbon sequestration assessment gives land and resource managers a powerful new tool to help determine the appropriate actions to take on mitigating climate change.







Oooooh, a whole 5.5 gigatons. Wow. In an atmosphere that weighs quadrillions of tons, a gigaton is such a vanishingly small amount that it requires specialized instruments to measure it. And to date, no one has been able to show the slightest effect of that vanishingly small amount of CO2.

And lo and behold take a gander at this, here is where all that CO2 is coming from and wouldn't ya know it, it isn't coming from man. Surprise, surprise, surprise! Must suck to be wrong all the time like you clowns are....

carbon-concentration.jpg


Beat me to it.
Which proves you are just as stupid as Westwall, just not claiming a Phd in some science.
 
Still haven't responded to the isotopic analysis. Did those rain forests burn all that fossil fuel? Where did the CO2 produced by the KNOWN amount of fossil fuels we burned get off to?
 

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