Tag Archives: from

Ancient Woodland saved from quarrying Updated for 2026





Lafarge Tarmac has asked Staffordshire County Council to withdraw Hopwas Woods from the Minerals Local Plan, which is currently under public consultation.

The company had originally proposed the 50 hectare (124 acre) ancient woodland near Tamworth for inclusion in the county’s Minerals Local Plan as the ‘preferred site’ to extract 9 million tonnes of sand and gravel over a 13 year period.

But the proposal has caused massive local outrage and spurred campaigners into action. Austin Brady, Woodland Trust Director of Conservation, condemened LaFarge Tarmac for “attempting to reap huge profits from the destruction of ancient woodland – an irreplaceable habitat”, adding:

“Ancient woods like Hopwas are nationally important and to destroy them would wipe out hundreds, if not thousands of years’ worth of ecology, history and beauty that can never be replaced.”

According to local sources, the wood dates back to the 11th Century, and is referred to in the Domesday book. It is also reported that a mysterious copper plate with magical symbols was discovered in the wood as well as an Egyptian figurine.

‘We never really meant to destroy it anyway’

Withdrawing the proposal, Lafarge Tarmac’s Director of Land and Natural Resources Stuart Wykes said: “We pride ourselves on working in harmony with local communities and want to do so at Hopwas.

“We want to work with local stakeholders on the stewardship of Hopwas Woods and we are willing to fund an independent study on its long term sustainability. This could include issues such as public access and environmental protection.

“We are committed to managing and enhancing the local habitat everywhere we operate. We did not have firm plans to develop Hopwas but intended to use the public consultation on the Minerals Local Plan as an opportunity for dialogue to agree a way forward.”

The WT welcomed the move. “This result just shows what an impact people can have by standing up for woods and trees and making their views known”, said Brady.

“We are delighted that the immediate threat to Hopwas Wood is over and that we now have time to engage in a more useful dialogue with Lafarge Tarmac to ensure this irreplaceable ancient woodland, part of which remains in the company’s ownership, is properly managed.”

Ancient Woodland needs effective protection

But he added that the serious threat to Hopwas Wood illustrated the risks to one of Britain’s most precious wildlife habitats: “Protection for ancient woodland is currently weak and despite assurances from Government that this habitat is protected, a loophole remains in planning policy that puts it at severe risk.”

National Planning Practice Guidance paragraph 118 states: “planning permission should be refused for development resulting in the loss or deterioration of irreplaceable habitats, including ancient woodland and the loss of aged or veteran trees found outside ancient woodland, unless the need for, and benefits of, the development in that location clearly outweigh the loss.”

Yet in July 2013 Eric Pickles, Secretary of State for Communities and Local Government, approved a planning application by Gallagher Aggregates Ltd for a 32 hectare quarry extension into the ancient Oaken Wood near Maidstone, after a public inquiry.

“The clock is still ticking on the 440 other ancient woods that remain at risk from the planning loophole we are working hard to close”, said Brady.

“We urge everyone to add their voice to our national campaign and ensure that our ancient woodland will all be protected for generations to come in the face of ever increasing development threats. It’s time for Government to start listening.”

 


 

Action: email David Cameron to call for strong protection for ancient woodland.

Oliver Tickell edits The Ecologist.

 




386220

Latin American progressives and environmental duplicity Updated for 2026





What governments must do, now more than ever, is decisively leave resources in the ground, reject mining projects, resist the short-termist temptation of a fossil fuel fix.

Over the past 16 years, Latin America has undergone what has been termed a ‘pink tide‘. Since 1998, a wave of electoral victories has swept an unprecedented number of leftist governments to power across the region, from Sánchez Cerén in El Salvador to Bachelet in Chile.

For many, this shift has signalled an unravelling of neoliberal hegemony, and its replacement by emboldened new models of development, characterised by redistributive, progressive, anti-imperialist, and environmentalist politics.

Some of these perceptions are broadly accurate, but there has certainly been a gulf between the rhetoric of Latin American governments and their practical record.

Nowhere is this deficiency more blatant than in the environmental sphere. Latin American states, despite leading the charge at international climate summits, have rather different credentials at home

The overwhelming temptation of high resource prices

A key explanation for this asymmetry lies with the fact that the leftist surge coincided with an unprecedented commodity boom. Deftly managed, the boom brought historic windfall savings for governments, as they increased taxes on private oil firms and agribusiness, and nationalized particular industries.

Accordingly, public spending has increased significantly, allowing for heightened investment in healthcare, education, housing, culture, and social security.

While there have been important social gains, a starkly problematic result of this process is that leaders such as Correa, Maduro or Morales have deepened a model which depends on funding welfare and purchasing political legitimacy through extractive earnings.

Extractive industries make up over half of exports in Ecuador, where 44% of the government’s revenue stems from oil sales. In Peru, 70% of exports come from extractive industries, whereas in Bolivia, mining and fossil fuels account for 83% of traded goods.

This dependency shows no sign of abating, propelled by the shale revolution enveloping the region, which holds some of the world’s largest shale oil and gas reserves.

Aware of this endowment, most of Latin America’s governments, from Chile to Venezuela to Mexico, have either been assiduously exploring their territories for shale deposits, or have begun the process of extraction.

Amid widespread protests and public concerns, they defiantly wave away any apprehensions about downstream social and environmental consequences. Miguel Galuccio, CEO of the Argentine state energy firm YPF, assured everyone that any suggestion of environment impacts from the country’s shale fields was a “myth”.

With nearly 30% of international mining investment flowing into Latin America, dozens of open-cut mining projects are also under way. Even in Uruguay, the renowned progressive coalition lead by José Mujica opened the path to large-scale mining last year.

Obstacles to resistance

Despite vociferous resistance from indigenous communities and affected groups, effective opposition to these developments is encumbered by a number of obstacles.

Firstly, there is a dearth of political parties capable of disrupting what sociologist Maristella Svampa describes as the “commodity consensus”, an almost unanimous endorsement of extractivism across the partisan spectrum. This consensus is further bolstered by the proximity of petrochemical companies to governments.

Neither is there an entirely safe space for those willing to express dissent. Latin America is the most dangerous region in the world for environmental defenders. A Global Witness report noted that the rate of environmentalist killings has “dramatically increased … Three times as many people were killed in 2012 than 10 years before.”

Local opposition to ecologically destructive projects is often met by violent repression from state or private security forces. Recently, twenty-three Paraguayan farmers opposing the expansion of the industrial soya industry were injured after their protest was quelled by police.

Institutionalised environmentalist groups are regularly derided by public officials as extremist or traitorous, and are occasionally suppressed, exemplified by the forced closures of Acción Ecológica and the Pachamama Foundation in Ecuador.

With limited grievance mechanisms available for groups to voice their distress over project impacts, disputes are commonplace. According to the Environmental Justice Atlas, five Latin American states rank among the top ten most environmentally conflictive countries in the world.

Hydrocarbons – how can we afford not to develop them?

There is also a significant ideological impediment. Latin American leaders recurrently rationalize the exploitation of hydrocarbons as a developmental necessity, claiming they are merely obeying pragmatism.

When the Ecuadorian government abandoned its ground-breaking Yasuni-ITT Initiative, which encouraged the international community to compensate the country for refraining to exploit oil reserves in Yasuni National Park, President Rafael Correa justified the decision by arguing that

“We do not have another alternative, we need this money to end poverty.”

An analogous attitude is articulated by his Argentine counterpart Cristina Fernández, who has often declared her belief in a “contemporary and rational” form of environmentalism, based on an equilibrium between jobs and sustainability.

She clarified this position by arguing that while “it is noble to defend flora and fauna, it’s more important to take care of the human species so it has work, water, sewers … “

Yet the suggested dilemma between environmental protection and development is demonstrably false, ignoring a rich tradition of thinking about ecological development and sustainable economics.

Further, their arguments (and those of most Latin American leaders) depend on what we might call the ‘extractive illusion’, the belief that the intensive exploitation of natural riches will translate into societal wealth.

But much of the fortune accrued through extractivism leaves the country, and questions surround whether re-priming the economy is the best strategy for long-term prosperity. Extractivism after all, leaves countries heavily reliant on global commodity swings and dwindling resource pools.

Domestically, it locks them into a predatory model, one which depends on laying waste to nature and communities in the midst of ‘sacrifice zones‘.

Pushing back the extractive frontier

The blunt reality is that climate change and ecological stewardship have always been ancillary issues for Latin American governments.

For all the rhetorical embrace of sustainable economics and constitutional changes made to enshrine greater respect for nature, environmentalism remains little more than a discursive device, an instrument to carry favour with certain domestic consistencies and score points on the international scene.

Driven by a ‘compensation logic‘ which maintains that economic wealth is worth the damage wrought, they have pushed the extractive frontier further back than ever before.

Many of the aforementioned governments shirk their responsibility by making reference to international inequities, inveighing against the emissions impunity enjoyed by developed nations for centuries.

It is a truism that developing countries have borne and will bear the brunt of the toxic impacts of the industrial economy, despite contributing the least to the problem.

Government must leave resources in the ground!

But to publically advocate for the repayment of a climate debt is no longer enough; what governments must do, now more than ever, is decisively leave resources in the ground, reject mining projects, resist the short-termist temptation of a fossil fuel fix.

This need not be seen as restrictive. The global ecological crisis furnishes Latin American governments with a real opportunity to brandish their progressive credentials, to forge a unique, relevant model that enhances social justice whilst remaining in touch with the carrying capacity of our planet.

The region is uniquely posed to do this. According to the Inter-American Development Bank, Latin America boasts a renewable energy potential which could cover its projected electricity needs 22 times over.

Populated by a vibrant civil society and indigenous communities with multigenerational ecological knowledge, there is no shortage of actors who can help enact meaningful change.

There is also no more urgent time to act. As the ‘pink tide’ recedes and institutional politics return to the middle, environmental issues may begin to lose even their rhetorical relevance.

This can only be foreseeably challenged by broad and determined popular movements, ones which bolster those struggles already taking place, and hold administrations to account for their effusive pledges.

The possible penalties for inaction, both globally and in Latin America, are unimaginable.

 


 

Daniel Macmillen is a writer and activist. He tweets at @bywordlight.

This article was originally published by Open Democracy under a Creative Commons Attribution-NonCommercial 3.0 licence.

Creative Commons License

 

 




378581

Ebola: don’t blame the bats! Updated for 2026





In an era flush with vaccines and antibiotics, when the greatest health risks in the developed world ride on the back of fried fish and hamburgers, it is easy to forget that infectious diseases still account for a quarter of all human deaths worldwide.

Although this is a burden largely carried by more impoverished nations, the unfolding Ebola outbreak is a dramatic reminder that infectious diseases, and the dangers they pose, have no respect for country borders.

Making the leap from animal to human

One of the greatest global health threats lies in emerging diseases, which have never been seen before in humans or – as with Ebola – appear sporadically in new locations.

Most emerging diseases are zoonoses, meaning they are caused by pathogens that can jump from animals into people. Out of more than 300 emerging infections identified since 1940, over 60% are zoonotic, and of these, 72% originate in wildlife.

Whereas some zoonotic infections, such as rabies, cannot be transmitted between human patients, others can spread across populations and borders: in 2003, SARS, a coronavirus linked to bats, spread to several continents within a few weeks before it was eliminated, while HIV has become, over several decades, a persistent pandemic.

The unpredictable nature and novelty of zoonotic pathogens make them incredibly difficult to defend against and respond to. But that does not mean we are helpless in the face of emerging ones.

Because we know that the majority of zoonoses pass from wildlife, we can start to identify high-risk points for transmission by determining which wildlife species may pose the greatest risk.

Searching for suspects

Of all wildlife species, bats in particular pose complex questions. The second most diverse group of mammals after rodents, they host more than 65 known human pathogens, including Ebola virus, coronavirus (the cause of SARS), henipaviruses (which can cause deadly encephalitis in humans) and rabies.

But they are also one of the mammalian groups most vulnerable to overhunting and habitat destruction, while providing indispensable ecological functions such as pest control by bats that eat insects, pollination and seed dispersal.

Whether eating their body weights in insects every night, or dispersing seeds from fruit trees across large areas, bats provide services to local economies worth billions of dollars across the world.

The loss of bats, whether from hunting or for disease control almost certainly would have far-reaching and long-lasting ecological and economic consequences.

This much we know, and yet the details of how zoonoses spill over from bats into people are vastly understudied. Understanding how humans and bats interact had, until recently, never been examined in West Africa, and only peripherally probed elsewhere in the world.

Uncovering behaviour that brings humans into contact with bats and other wildlife, and exposes people to zoonoses, could provide invaluable clues for preventing zoonotic outbreaks.

To address these questions, we put together an international network of collaborators, led in the UK by the Zoological Society of London and the University of Cambridge.

From Malaysia to Ghana, from Australia to Peru, bats are coming into contact with humans more and more frequently as people are expanding into previously virgin territories.

Bats as bushmeat – they didn’t ask us to eat them!

Fruit bats are also often attracted to orchards and gardens planted on the edge of their territories. But another human behaviour contributes significantly to the risk of zoonotic spillover from all wildlife species: hunting.

The consumption of bushmeat, or wild animal meat, is a global phenomenon on a massive scale – estimates of the combined bushmeat consumption in Central Africa and the Amazon Basin exceed 1 billion kilograms annually.

In Ghana, where fruit bats have tested positive for antibodies to henipaviruses and Ebola virus, the status of bats as bushmeat was essentially unknown until we began our investigation five years ago.

In two recent studies carried out in Ghana, we reported how many people hunt bats for both food and money. We estimated that more than 100,000 fruit bats, specifically the straw coloured fruit bat, are harvested every year.

Bat meat likely provides an important secondary source of protein for the hunters and their families, especially when other sources such as fish or antelope are scarce. Bat meat also fetches a fairly high price at markets, supplementing a hunter’s often inconsistent income.

Some people also depend on bat meat, and other bushmeat, for both their survival and livelihoods. Bushmeat hunting often occurs in remote or impoverished places, where little infrastructure exists to support alternative livelihoods or even enforcement of hunting laws.

But hunters and those who prepare bat meat for sale or consumption also place themselves at risk of exposure to bat-borne zoonotic pathogens. Such pathogens can pass through blood, scratches, bites, and urine.

Bat hunters handle live, often wounded bats and freshly killed bats, putting them into direct contact with bat blood and at risk of being bitten and scratched. Despite this, hunters are largely unaware of the risks they run.

The risks of zoonoses can be managed – but never eliminated

Understanding what risks bats pose, as little as we know, is only the beginning of the challenge. Reducing the risk of zoonoses is not simple or easy, and certainly not a simple question of stopping hunting or culling reservoir hosts.

Reducing risk sustainably and equitably will therefore likely need a combination of interventions, encompassing developmental approaches to strengthen local economies, expand job opportunities, and increase the supply of safer alternative protein sources in order to reduce the need to hunt wildlife – together with education to promote safer hunting practices.

Communities may have to change how they use land, and limit bushmeat hunting and human expansion activities to minimise the risks of spillover. At the same time, we need advances in medical technology and surveillance systems to monitor and swiftly respond when outbreaks do occur.

Such interventions can be complex and costly, but are essential. While the 2014 Ebola outbreak is the biggest to date, there will almost certainly be many zoonotic disease outbreaks in the future.

By bringing together expertise from ecology, epidemiology and social sciences, and concentrating on long-term management of risks, we hope to help communities maintain a safe and mutually beneficial relationship with their natural environment.

 


 

Alexandra Kamins is Research Analyst at the Colorado Hospital Association, and co-author of the paper ‘Uncovering the fruit bat bushmeat commodity chain and the true extent of fruit bat hunting in Ghana, West Africa’, funded by the University of Cambridge and the Gates Foundation. She works as a reacher for the Colorado Hospital Association.

Marcus Rowcliffe is Research Fellow at Zoological Society of London, and co-author of the paper ‘Uncovering the fruit bat bushmeat commodity chain and the true extent of fruit bat hunting in Ghana, West Africa’, funded by the University of Cambridge and the Gates Foundation.

Olivier Restif is Royal Society University Research Fellow at the University of Cambridge. He receives funding from the Royal Society, the BBSRC and US Federal Agencies.

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

The Conversation

 




385794

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.

 

 




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