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IPCC must speak out – we are creating a hell for future generations Updated for 2026





The headline statements of the Intergovernmental Panel on Climate Change’s new Synthesis Report – unequivocal climate change, almost certainly driven largely by humans, and an urgent need to cut emissions – won’t come as any surprise to people who paid attention to the three larger reports the IPCC has released over the past 14 months.

But reading the full synthesis report, as opposed to the shorter Summary for Policymakers (SPM), shows that while the facts haven’t changed, the IPCC has subtly altered its approach to how it presents this information.

Instead of dealing largely in forecasts and responses, as in previous syntheses, it now frames the climate problem squarely in terms of risk management.

Not everything of importance in the full synthesis report made it into the SPM. The language in the SPM is also weaker, particularly about the nature of irreversible risks and about threats to food security. The full report contains valuable pointers for managing climate risks and the benefits of acting, so should be preferred for decision-making purposes.

The report is also great for debunking some of the persistent myths about climate change, both scientific and economic. But, unfortunately given the urgent need for new economic policy to cut carbon, it’s stronger on the former than the latter.

Combating climate myths

The report is useful in addressing some of the misinformation flying around in political commentary and the popular press. These include the following:

Myth 1: climate action is a barrier to development, especially for the poor.

The report says:

“Risks … are generally greater for disadvantaged people and communities in countries at all levels of development. Limiting the effects of climate change is necessary to achieve sustainable development and equity, including poverty eradication.

“Substantial emissions reductions over the next few decades can reduce climate risks in the 21st century and beyond, increase prospects for effective adaptation, reduce the costs and challenges of mitigation in the longer term, and contribute to climate-resilient pathways for sustainable development.”

Myth 2: The planet hasn’t warmed since 1998.

The report says:

“Ocean warming dominates the increase in energy stored in the climate system, accounting for more than 90% of the energy accumulated between 1971 and 2010 (high confidence), with only about 1% stored in the atmosphere. It is virtually certain that the upper ocean (0−700 m) warmed from 1971 to 2010.

“The globally averaged combined land and ocean surface temperature data as calculated by a linear trend, show a warming of 0.85C over the period 1880 to 2012. In addition to robust multi-decadal warming, the globally averaged surface temperature exhibits substantial decadal and interannual variability.

“As one example, the rate of warming over the past 15 years (1998-2012; 0.05C per decade), which begins with a strong El Niño, is smaller than the rate calculated since 1951 (1951-2012; 0.12C per decade).”

Myth 3: Coal will be the fuel of the future.

The report says:

“There are multiple mitigation pathways that are likely to limit warming to below 2C relative to pre-industrial levels. These pathways would require substantial emissions reductions over the next few decades and near zero emissions of CO2 and other long-lived greenhouse gases by the end of the century.””

IPCC should make a stronger economic case for climate action

The one major omission from this report (which, to be fair, is also poorly represented in the research literature) is how the economic case for taking action can be better addressed.

The report contains an incomplete and flawed cost-benefit structure. Cost-benefit analysis is the standard method for assessing whether a policy is merited. It is used for short-term decision making but is totally unsuited to decisions over century-long time scales.

The lack of clear cost-benefit outcomes in this and previous reports has been used as a deny-and-delay tactic for the past two decades. This argument is nothing more than a red herring, and it’s getting very smelly.

The report pretty much admits the shortcomings of cost-benefit analysis, in the following two sentences:

“Methods of valuation from economic, social and ethical analysis are available to assist decision making. But they cannot identify a single best balance between mitigation, adaptation and residual climate impacts.”

Yet the report is perfectly clear on the physical risks to global-scale systems and the potential for total disruption of regional, national and international economies. It states:

“Without additional mitigation efforts beyond those in place today, and even with adaptation, warming by the end of the 21st century will lead to high to very high risk of severe, widespread, and irreversible impacts globally.”

and:

“Climate change exacerbates other threats to social and natural systems, placing additional burdens particularly on the poor.”

What about the dystopian future we are creating?

There is no existing economic model that can assess the full costs of either of these outcomes adequately. When costing mitigation to keep likely warming below 2C, the report suggests an annual reduction of consumption growth by 0.04-0.14% over the century. This is against a backdrop of consumption growth of between 1.6% and 3% per year.

It’s ridiculous to suggest that severe, widespread, and irreversible climate impacts would cost us less than this. Much more likely is that these growth rates of 1.6% to 3%, if they were achievable and sustainable at all, would be severely disrupted by a changing climate.

The report could certainly afford to address this point more forcefully. It says:

“Effective decision making to limit climate change and its effects can be informed by a wide range of analytical approaches for evaluating expected risks and benefits, recognizing the importance of governance, ethical dimensions, equity, value judgments, economic assessments and diverse perceptions and responses to risk and uncertainty.”

But acting on climate is ultimately an ethical, not an economic, consideration. Insufficient policy action is a declaration of self-interest, condemning our children, grandchildren and the planetary system that supports them, to a dystopian future. That’s what the report should say.

 


 

Roger Jones is a Professorial Research Fellow at Victoria University. He was also a coordinating lead author in the Fifth Assessment Report and received a travel grant from the former Department of Climate Change to take part.

This article was originally published on The Conversation. Read the original article.

The Conversation

 




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The Ecologist places leaked Sellafield fuel pond photos in public domain Updated for 2026





The original photos are accessible by clicking on any of the thumbnail images (below right).

We claim no proprietary rights over the photos, however attribution of source is always appreciated.

For further information see:

 




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NASA confirms US’s 2,500-square-mile methane cloud Updated for 2026





When NASA researchers first saw data indicating a massive cloud of methane floating over the American Southwest, they found it so incredible that they dismissed it as an instrument error.

But as they continued analyzing data from the European Space Agency’s Scanning Imaging Absorption Spectrometer for Atmospheric Chartography instrument from 2002 to 2012, the ‘atmospheric hot spot’ kept appearing.

The team at NASA was finally able to take a closer look, and have now concluded that there is in fact a 2,500-square-mile cloud of methane – roughly the size of Delaware – floating over the Four Corners region, where the borders of Arizona, Colorado, New Mexico, and Utah all intersect.

This discovery follows the Intergovernmental Panel on Climate Change’s new estimates of methane’s ‘global warming potential’ (GWP): 34 over 100 years, and 86 over 20 years. That number reflects how much more powerful methane is than CO2.

The methane cloud’s origin? Fossil fuel production

A report published by the NASA researchers in the journal Geophysical Research Letters concludes that “the source is likely from established gas, coal, and coalbed methane mining and processing.”

Indeed, the hot spot happens to be above New Mexico’s San Juan Basin, the most productive coalbed methane basin in North America.

Methane has been the focus of an increasing amount of attention, especially in regards to methane leaks from fracking for oil and natural gas.

Pockets of natural gas, which is 95-98% methane, are often found along with oil and simply burned off in a very visible process called ‘flaring’.

But scientists are starting to realize that far more methane is being released by the fracking boom than previously thought. And it appears that much of it is venting directly to the atmosphere, rather than being flared.

Fracking and horizontal drilling in the frame

Earlier this year, Cornell environmental engineering professor Anthony Ingraffea released the results of a study of 41,000 oil and gas wells that were drilled in Pennsylvania between 2000 and 2012.

He found that newer wells using fracking and horizontal drilling methods were far more likely to be responsible for fugitive emissions of methane.

According to the NASA researchers, the region of the American Southwest over which the 2,500-square-mile methane cloud is floating emitted 590,000 metric tons of methane every year between 2002 and 2012.

That’s almost 3.5 times the widely used estimates in the European Union’s Emissions Database for Global Atmospheric Research – and none of it was from fracking.

That should prompt a hard look at the entire fossil fuel sector, not just fracking, according to University of Michigan Professor Eric Kort, the lead researcher on the study:

“While fracking has become a focal point in conversations about methane emissions, it certainly appears from this and other studies that in the US, fossil fuel extraction activities across the board likely emit higher than inventory estimates.”

 


 

Mike G writes for DeSmogBlog, where this article was originally published.

 

 




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NASA confirms US’s 2,500-square-mile methane cloud Updated for 2026





When NASA researchers first saw data indicating a massive cloud of methane floating over the American Southwest, they found it so incredible that they dismissed it as an instrument error.

But as they continued analyzing data from the European Space Agency’s Scanning Imaging Absorption Spectrometer for Atmospheric Chartography instrument from 2002 to 2012, the ‘atmospheric hot spot’ kept appearing.

The team at NASA was finally able to take a closer look, and have now concluded that there is in fact a 2,500-square-mile cloud of methane – roughly the size of Delaware – floating over the Four Corners region, where the borders of Arizona, Colorado, New Mexico, and Utah all intersect.

This discovery follows the Intergovernmental Panel on Climate Change’s new estimates of methane’s ‘global warming potential’ (GWP): 34 over 100 years, and 86 over 20 years. That number reflects how much more powerful methane is than CO2.

The methane cloud’s origin? Fossil fuel production

A report published by the NASA researchers in the journal Geophysical Research Letters concludes that “the source is likely from established gas, coal, and coalbed methane mining and processing.”

Indeed, the hot spot happens to be above New Mexico’s San Juan Basin, the most productive coalbed methane basin in North America.

Methane has been the focus of an increasing amount of attention, especially in regards to methane leaks from fracking for oil and natural gas.

Pockets of natural gas, which is 95-98% methane, are often found along with oil and simply burned off in a very visible process called ‘flaring’.

But scientists are starting to realize that far more methane is being released by the fracking boom than previously thought. And it appears that much of it is venting directly to the atmosphere, rather than being flared.

Fracking and horizontal drilling in the frame

Earlier this year, Cornell environmental engineering professor Anthony Ingraffea released the results of a study of 41,000 oil and gas wells that were drilled in Pennsylvania between 2000 and 2012.

He found that newer wells using fracking and horizontal drilling methods were far more likely to be responsible for fugitive emissions of methane.

According to the NASA researchers, the region of the American Southwest over which the 2,500-square-mile methane cloud is floating emitted 590,000 metric tons of methane every year between 2002 and 2012.

That’s almost 3.5 times the widely used estimates in the European Union’s Emissions Database for Global Atmospheric Research – and none of it was from fracking.

That should prompt a hard look at the entire fossil fuel sector, not just fracking, according to University of Michigan Professor Eric Kort, the lead researcher on the study:

“While fracking has become a focal point in conversations about methane emissions, it certainly appears from this and other studies that in the US, fossil fuel extraction activities across the board likely emit higher than inventory estimates.”

 


 

Mike G writes for DeSmogBlog, where this article was originally published.

 

 




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NASA confirms US’s 2,500-square-mile methane cloud Updated for 2026





When NASA researchers first saw data indicating a massive cloud of methane floating over the American Southwest, they found it so incredible that they dismissed it as an instrument error.

But as they continued analyzing data from the European Space Agency’s Scanning Imaging Absorption Spectrometer for Atmospheric Chartography instrument from 2002 to 2012, the ‘atmospheric hot spot’ kept appearing.

The team at NASA was finally able to take a closer look, and have now concluded that there is in fact a 2,500-square-mile cloud of methane – roughly the size of Delaware – floating over the Four Corners region, where the borders of Arizona, Colorado, New Mexico, and Utah all intersect.

This discovery follows the Intergovernmental Panel on Climate Change’s new estimates of methane’s ‘global warming potential’ (GWP): 34 over 100 years, and 86 over 20 years. That number reflects how much more powerful methane is than CO2.

The methane cloud’s origin? Fossil fuel production

A report published by the NASA researchers in the journal Geophysical Research Letters concludes that “the source is likely from established gas, coal, and coalbed methane mining and processing.”

Indeed, the hot spot happens to be above New Mexico’s San Juan Basin, the most productive coalbed methane basin in North America.

Methane has been the focus of an increasing amount of attention, especially in regards to methane leaks from fracking for oil and natural gas.

Pockets of natural gas, which is 95-98% methane, are often found along with oil and simply burned off in a very visible process called ‘flaring’.

But scientists are starting to realize that far more methane is being released by the fracking boom than previously thought. And it appears that much of it is venting directly to the atmosphere, rather than being flared.

Fracking and horizontal drilling in the frame

Earlier this year, Cornell environmental engineering professor Anthony Ingraffea released the results of a study of 41,000 oil and gas wells that were drilled in Pennsylvania between 2000 and 2012.

He found that newer wells using fracking and horizontal drilling methods were far more likely to be responsible for fugitive emissions of methane.

According to the NASA researchers, the region of the American Southwest over which the 2,500-square-mile methane cloud is floating emitted 590,000 metric tons of methane every year between 2002 and 2012.

That’s almost 3.5 times the widely used estimates in the European Union’s Emissions Database for Global Atmospheric Research – and none of it was from fracking.

That should prompt a hard look at the entire fossil fuel sector, not just fracking, according to University of Michigan Professor Eric Kort, the lead researcher on the study:

“While fracking has become a focal point in conversations about methane emissions, it certainly appears from this and other studies that in the US, fossil fuel extraction activities across the board likely emit higher than inventory estimates.”

 


 

Mike G writes for DeSmogBlog, where this article was originally published.

 

 




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NASA confirms US’s 2,500-square-mile methane cloud Updated for 2026





When NASA researchers first saw data indicating a massive cloud of methane floating over the American Southwest, they found it so incredible that they dismissed it as an instrument error.

But as they continued analyzing data from the European Space Agency’s Scanning Imaging Absorption Spectrometer for Atmospheric Chartography instrument from 2002 to 2012, the ‘atmospheric hot spot’ kept appearing.

The team at NASA was finally able to take a closer look, and have now concluded that there is in fact a 2,500-square-mile cloud of methane – roughly the size of Delaware – floating over the Four Corners region, where the borders of Arizona, Colorado, New Mexico, and Utah all intersect.

This discovery follows the Intergovernmental Panel on Climate Change’s new estimates of methane’s ‘global warming potential’ (GWP): 34 over 100 years, and 86 over 20 years. That number reflects how much more powerful methane is than CO2.

The methane cloud’s origin? Fossil fuel production

A report published by the NASA researchers in the journal Geophysical Research Letters concludes that “the source is likely from established gas, coal, and coalbed methane mining and processing.”

Indeed, the hot spot happens to be above New Mexico’s San Juan Basin, the most productive coalbed methane basin in North America.

Methane has been the focus of an increasing amount of attention, especially in regards to methane leaks from fracking for oil and natural gas.

Pockets of natural gas, which is 95-98% methane, are often found along with oil and simply burned off in a very visible process called ‘flaring’.

But scientists are starting to realize that far more methane is being released by the fracking boom than previously thought. And it appears that much of it is venting directly to the atmosphere, rather than being flared.

Fracking and horizontal drilling in the frame

Earlier this year, Cornell environmental engineering professor Anthony Ingraffea released the results of a study of 41,000 oil and gas wells that were drilled in Pennsylvania between 2000 and 2012.

He found that newer wells using fracking and horizontal drilling methods were far more likely to be responsible for fugitive emissions of methane.

According to the NASA researchers, the region of the American Southwest over which the 2,500-square-mile methane cloud is floating emitted 590,000 metric tons of methane every year between 2002 and 2012.

That’s almost 3.5 times the widely used estimates in the European Union’s Emissions Database for Global Atmospheric Research – and none of it was from fracking.

That should prompt a hard look at the entire fossil fuel sector, not just fracking, according to University of Michigan Professor Eric Kort, the lead researcher on the study:

“While fracking has become a focal point in conversations about methane emissions, it certainly appears from this and other studies that in the US, fossil fuel extraction activities across the board likely emit higher than inventory estimates.”

 


 

Mike G writes for DeSmogBlog, where this article was originally published.

 

 




384300

NASA confirms US’s 2,500-square-mile methane cloud Updated for 2026





When NASA researchers first saw data indicating a massive cloud of methane floating over the American Southwest, they found it so incredible that they dismissed it as an instrument error.

But as they continued analyzing data from the European Space Agency’s Scanning Imaging Absorption Spectrometer for Atmospheric Chartography instrument from 2002 to 2012, the ‘atmospheric hot spot’ kept appearing.

The team at NASA was finally able to take a closer look, and have now concluded that there is in fact a 2,500-square-mile cloud of methane – roughly the size of Delaware – floating over the Four Corners region, where the borders of Arizona, Colorado, New Mexico, and Utah all intersect.

This discovery follows the Intergovernmental Panel on Climate Change’s new estimates of methane’s ‘global warming potential’ (GWP): 34 over 100 years, and 86 over 20 years. That number reflects how much more powerful methane is than CO2.

The methane cloud’s origin? Fossil fuel production

A report published by the NASA researchers in the journal Geophysical Research Letters concludes that “the source is likely from established gas, coal, and coalbed methane mining and processing.”

Indeed, the hot spot happens to be above New Mexico’s San Juan Basin, the most productive coalbed methane basin in North America.

Methane has been the focus of an increasing amount of attention, especially in regards to methane leaks from fracking for oil and natural gas.

Pockets of natural gas, which is 95-98% methane, are often found along with oil and simply burned off in a very visible process called ‘flaring’.

But scientists are starting to realize that far more methane is being released by the fracking boom than previously thought. And it appears that much of it is venting directly to the atmosphere, rather than being flared.

Fracking and horizontal drilling in the frame

Earlier this year, Cornell environmental engineering professor Anthony Ingraffea released the results of a study of 41,000 oil and gas wells that were drilled in Pennsylvania between 2000 and 2012.

He found that newer wells using fracking and horizontal drilling methods were far more likely to be responsible for fugitive emissions of methane.

According to the NASA researchers, the region of the American Southwest over which the 2,500-square-mile methane cloud is floating emitted 590,000 metric tons of methane every year between 2002 and 2012.

That’s almost 3.5 times the widely used estimates in the European Union’s Emissions Database for Global Atmospheric Research – and none of it was from fracking.

That should prompt a hard look at the entire fossil fuel sector, not just fracking, according to University of Michigan Professor Eric Kort, the lead researcher on the study:

“While fracking has become a focal point in conversations about methane emissions, it certainly appears from this and other studies that in the US, fossil fuel extraction activities across the board likely emit higher than inventory estimates.”

 


 

Mike G writes for DeSmogBlog, where this article was originally published.

 

 




384300

NASA confirms US’s 2,500-square-mile methane cloud Updated for 2026





When NASA researchers first saw data indicating a massive cloud of methane floating over the American Southwest, they found it so incredible that they dismissed it as an instrument error.

But as they continued analyzing data from the European Space Agency’s Scanning Imaging Absorption Spectrometer for Atmospheric Chartography instrument from 2002 to 2012, the ‘atmospheric hot spot’ kept appearing.

The team at NASA was finally able to take a closer look, and have now concluded that there is in fact a 2,500-square-mile cloud of methane – roughly the size of Delaware – floating over the Four Corners region, where the borders of Arizona, Colorado, New Mexico, and Utah all intersect.

This discovery follows the Intergovernmental Panel on Climate Change’s new estimates of methane’s ‘global warming potential’ (GWP): 34 over 100 years, and 86 over 20 years. That number reflects how much more powerful methane is than CO2.

The methane cloud’s origin? Fossil fuel production

A report published by the NASA researchers in the journal Geophysical Research Letters concludes that “the source is likely from established gas, coal, and coalbed methane mining and processing.”

Indeed, the hot spot happens to be above New Mexico’s San Juan Basin, the most productive coalbed methane basin in North America.

Methane has been the focus of an increasing amount of attention, especially in regards to methane leaks from fracking for oil and natural gas.

Pockets of natural gas, which is 95-98% methane, are often found along with oil and simply burned off in a very visible process called ‘flaring’.

But scientists are starting to realize that far more methane is being released by the fracking boom than previously thought. And it appears that much of it is venting directly to the atmosphere, rather than being flared.

Fracking and horizontal drilling in the frame

Earlier this year, Cornell environmental engineering professor Anthony Ingraffea released the results of a study of 41,000 oil and gas wells that were drilled in Pennsylvania between 2000 and 2012.

He found that newer wells using fracking and horizontal drilling methods were far more likely to be responsible for fugitive emissions of methane.

According to the NASA researchers, the region of the American Southwest over which the 2,500-square-mile methane cloud is floating emitted 590,000 metric tons of methane every year between 2002 and 2012.

That’s almost 3.5 times the widely used estimates in the European Union’s Emissions Database for Global Atmospheric Research – and none of it was from fracking.

That should prompt a hard look at the entire fossil fuel sector, not just fracking, according to University of Michigan Professor Eric Kort, the lead researcher on the study:

“While fracking has become a focal point in conversations about methane emissions, it certainly appears from this and other studies that in the US, fossil fuel extraction activities across the board likely emit higher than inventory estimates.”

 


 

Mike G writes for DeSmogBlog, where this article was originally published.

 

 




384300

NASA confirms US’s 2,500-square-mile methane cloud Updated for 2026





When NASA researchers first saw data indicating a massive cloud of methane floating over the American Southwest, they found it so incredible that they dismissed it as an instrument error.

But as they continued analyzing data from the European Space Agency’s Scanning Imaging Absorption Spectrometer for Atmospheric Chartography instrument from 2002 to 2012, the ‘atmospheric hot spot’ kept appearing.

The team at NASA was finally able to take a closer look, and have now concluded that there is in fact a 2,500-square-mile cloud of methane – roughly the size of Delaware – floating over the Four Corners region, where the borders of Arizona, Colorado, New Mexico, and Utah all intersect.

This discovery follows the Intergovernmental Panel on Climate Change’s new estimates of methane’s ‘global warming potential’ (GWP): 34 over 100 years, and 86 over 20 years. That number reflects how much more powerful methane is than CO2.

The methane cloud’s origin? Fossil fuel production

A report published by the NASA researchers in the journal Geophysical Research Letters concludes that “the source is likely from established gas, coal, and coalbed methane mining and processing.”

Indeed, the hot spot happens to be above New Mexico’s San Juan Basin, the most productive coalbed methane basin in North America.

Methane has been the focus of an increasing amount of attention, especially in regards to methane leaks from fracking for oil and natural gas.

Pockets of natural gas, which is 95-98% methane, are often found along with oil and simply burned off in a very visible process called ‘flaring’.

But scientists are starting to realize that far more methane is being released by the fracking boom than previously thought. And it appears that much of it is venting directly to the atmosphere, rather than being flared.

Fracking and horizontal drilling in the frame

Earlier this year, Cornell environmental engineering professor Anthony Ingraffea released the results of a study of 41,000 oil and gas wells that were drilled in Pennsylvania between 2000 and 2012.

He found that newer wells using fracking and horizontal drilling methods were far more likely to be responsible for fugitive emissions of methane.

According to the NASA researchers, the region of the American Southwest over which the 2,500-square-mile methane cloud is floating emitted 590,000 metric tons of methane every year between 2002 and 2012.

That’s almost 3.5 times the widely used estimates in the European Union’s Emissions Database for Global Atmospheric Research – and none of it was from fracking.

That should prompt a hard look at the entire fossil fuel sector, not just fracking, according to University of Michigan Professor Eric Kort, the lead researcher on the study:

“While fracking has become a focal point in conversations about methane emissions, it certainly appears from this and other studies that in the US, fossil fuel extraction activities across the board likely emit higher than inventory estimates.”

 


 

Mike G writes for DeSmogBlog, where this article was originally published.

 

 




384300

NASA confirms US’s 2,500-square-mile methane cloud Updated for 2026





When NASA researchers first saw data indicating a massive cloud of methane floating over the American Southwest, they found it so incredible that they dismissed it as an instrument error.

But as they continued analyzing data from the European Space Agency’s Scanning Imaging Absorption Spectrometer for Atmospheric Chartography instrument from 2002 to 2012, the ‘atmospheric hot spot’ kept appearing.

The team at NASA was finally able to take a closer look, and have now concluded that there is in fact a 2,500-square-mile cloud of methane – roughly the size of Delaware – floating over the Four Corners region, where the borders of Arizona, Colorado, New Mexico, and Utah all intersect.

This discovery follows the Intergovernmental Panel on Climate Change’s new estimates of methane’s ‘global warming potential’ (GWP): 34 over 100 years, and 86 over 20 years. That number reflects how much more powerful methane is than CO2.

The methane cloud’s origin? Fossil fuel production

A report published by the NASA researchers in the journal Geophysical Research Letters concludes that “the source is likely from established gas, coal, and coalbed methane mining and processing.”

Indeed, the hot spot happens to be above New Mexico’s San Juan Basin, the most productive coalbed methane basin in North America.

Methane has been the focus of an increasing amount of attention, especially in regards to methane leaks from fracking for oil and natural gas.

Pockets of natural gas, which is 95-98% methane, are often found along with oil and simply burned off in a very visible process called ‘flaring’.

But scientists are starting to realize that far more methane is being released by the fracking boom than previously thought. And it appears that much of it is venting directly to the atmosphere, rather than being flared.

Fracking and horizontal drilling in the frame

Earlier this year, Cornell environmental engineering professor Anthony Ingraffea released the results of a study of 41,000 oil and gas wells that were drilled in Pennsylvania between 2000 and 2012.

He found that newer wells using fracking and horizontal drilling methods were far more likely to be responsible for fugitive emissions of methane.

According to the NASA researchers, the region of the American Southwest over which the 2,500-square-mile methane cloud is floating emitted 590,000 metric tons of methane every year between 2002 and 2012.

That’s almost 3.5 times the widely used estimates in the European Union’s Emissions Database for Global Atmospheric Research – and none of it was from fracking.

That should prompt a hard look at the entire fossil fuel sector, not just fracking, according to University of Michigan Professor Eric Kort, the lead researcher on the study:

“While fracking has become a focal point in conversations about methane emissions, it certainly appears from this and other studies that in the US, fossil fuel extraction activities across the board likely emit higher than inventory estimates.”

 


 

Mike G writes for DeSmogBlog, where this article was originally published.

 

 




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