Connect with us

Published

on

Power-sector emissions have fallen by 20% across the EU since the last European parliamentary election in 2019, according to Carbon Brief analysis.

Between 6-9 June, around 360 million people across the EU will vote for representatives from national parties to sit in the European Parliament.

The grouping or coalition with the most seats will help to shape the leadership of the next European Commission. The overall composition of parliament will also influence the bloc’s priorities between 2024-2029.

Climate change and energy once again feature prominently in the manifestos of the major parties, with mounting pressure to secure energy supplies in the wake of Russia’s invasion of Ukraine drawing particular focus.

Core to this is a transition to decarbonised domestic energy. Carbon Brief’s analysis shows that the relatively small nations of Portugal, Latvia and Finland have led the way since the last EU election, with the largest percentage drop in power-sector emissions between 2019 and 2023.

Malta and the Netherlands have led in increasing their renewables shares, with the Netherlands also seeing the largest absolute increase in renewable generation.

Meanwhile, fossil-fuel generation fell in all but three countries when comparing 2019 and 2023.

Other key findings from the analysis include:

  • All national power systems across the EU are cleaner than in 2019, with EU renewables share increasing from 34% in 2019 to 44% in 2023.
  • Germany saw the largest fall in power-sector emissions in absolute terms since the last EU emissions.
  • There were just three EU countries where fossil fuel use has increased since 2019 – Malta, Croatia and Lithuania.
  • The Czech Republic remains the biggest per-capita emitter in the EU, but per-capita emissions fell in all but three countries.
  • Overall, all of the EU’s power systems have become cleaner since 2019, with the most carbon-intensive grid (Poland) making the fourth most progress in absolute terms.
  • Malta and the Netherlands have increased their renewables share by more than 150% relative to 2019.
  • Spain added the most solar generation in absolute terms. Poland increased its solar generation by more than 1,500%, increasing generation by 12TWh.

In this analysis, Carbon Brief looks at how the electricity sector has changed since the last election.

All of the EU’s power systems cleaner than 2019

Every national power system across the EU has become cleaner since the last European Parliamentary election in 2019, Carbon Brief analysis shows.

Finland led the way in terms of reducing grid intensity – the measure of how clean the electricity within national grids is – halving its intensity between 2019 and 2023 to become the third cleanest in the EU, behind France and Sweden.

In absolute terms, Greece reduced its grid intensity the most since 2019, Carbon Brief shows. The country hit a new record high level of clean energy generation, with power grid operator IPTO announcing that renewables and hydroelectric plants accounted for 57% of the country’ energy in 2023.

Germany saw the largest fall in power-sector emissions in absolute terms – namely, the overall volume of CO2 emissions produced. Like Greece, the country had a “landmark” 2023 for renewable generation, according to thinktank Ember.

Carbon Brief analysis shows that power-sector emissions in Germany fell by 43.23m tonnes of carbon dioxide (MtCO2), or 18.4%, of 2019 values by 2023.

Despite this significant drop, the country’s power sector is still the most polluting of all EU countries, responsible for 29.3% of EU power-sector emissions. This places it far ahead of Poland, the second largest polluter, which is responsible for 17% of emissions.

Germany has one of the largest populations in Europe and its energy demand sits at 514TWh (19% of EU total). When looking at per-capita emissions (as shown below), the country sits fourth in the EU for emissions, seeing a reduction of 0.51tCO2 in 2023 compared with 2019.

Portugal, Latvia and Finland decarbonised their power sectors the most relative to 2019, analysis shows.

Portugal saw renewables supply 61% of its electricity consumption in 2023, according to the country’s grid operator Redes Energéticas Nacionais. This totaled 31.2TWh – the most it has ever recorded. This included a period in November where the country ran on just renewables for six days in a row.

Carbon Brief’s analysis of Ember data placed the 2023 figure even high, with 73% of electricity from renewable sources.

As shown in the chart below, there were just three EU countries where power-sector emissions have increased since 2019 – Malta, Croatia and Lithuania. These countries are some of the smallest in Europe, collectively accounting for less than 1% of total EU power generation in 2023. 

Relative change in total power-sector emissions between 2019 and 2023, with countries where emissions rose shown in red and all others in blue, including the EU average (navy). Source: Carbon Brief analysis using data from Ember.
Relative change in total power-sector emissions between 2019 and 2023, with countries where emissions rose shown in red and all others in blue, including the EU average (navy). Source: Carbon Brief analysis using data from Ember.

Malta increased its power-sector emissions by 0.11MtCO2, or 10.3%, of 2019 emissions. As an island nation, Malta’s energy system is still heavily dominated by imported oil and gas, making up nearly 90% of power generation. (Malta has some of the lowest per-capita emissions in Europe, with 5.3 tonnes CO2 equivalent (tCO2e) per inhabitant in 2019, well below the EU average of 8.4tCO2e.)

Croatia, where emissions increased by 0.4MtCO2 or 13%, is similarly reliant on fossil fuels, with coal still dominating its power sector. While power demand has remained stable in recent years, net imports of electricity have dropped likely due to higher electricity prices in neighbouring countries.

Although renewable generation offset most of this, it did lead to a small jump in fossil fuel use of ~1TWh.

Lithuania saw emissions increase by 0.32MtCO2, from 0.57MtCO2 in 2019 to 0.89MtCO2 in 2023, Carbon Brief analysis shows. The country is currently heavily reliant on electricity imports, after the closure of its only nuclear power plant in 2010 changed it from a net exporter to a net importer.

Chris Rosslowe, senior energy and climate data analyst at Ember, tells Carbon Brief:

“Trends in generation in Lithuania don’t tell you as much as in other countries as it imports most of its electricity since shutting down nuclear power in 2010. Import dependence is slowly lowering though – from ~75% in 2019 to ~55% in 2023 – and, like Croatia, renewables are growing faster than fossils.”

It is undergoing a particularly key period of transition. Lithuania’s electricity grid currently operates synchronously with the Russia-Belarus power system, but it is planning to de-synch by 2025 and instead run with the continental Europe grid.

Additionally, it is among the countries that are seeing the fastest expansion of wind generation. It is also targeting halving its imports and generating 70% of its electricity from domestic sources by 2030, as it pushes for increased energy sovereignty and security.

Rosselowe notes that Malta, Croatia and Lithuania are all expected to reduce their dependence on fossil fuels in the coming years, offset in large part by growing renewables.

Overall, the Czech Republic remains the biggest per-capita emitter in the EU, as shown in the chart below. Between 2019 and 2023, emissions in the country did drop from 4tCO2 to 3.2tCO2, but it still sits 0.9tCO2 above the second highest per-capita emitter Cyprus (3.1tCO2).

Per-capita power sector emissions for EU countries (tCO2) for 2023 relative to 2019. Source: Carbon Brief analysis using data from Ember and Eurostat.
Per-capita power sector emissions for EU countries (tCO2) for 2023 relative to 2019. Source: Carbon Brief analysis using data from Ember and Eurostat.

The three countries that saw an increase in per-capita emissions match those where there was an increase in fossil fuel generation – Malta, Croatia and Lithuania.

Renewable generation grows in all but one country

Between 2019 and 2023, the share of renewable generation in the EU increased in all by one country, according to Carbon Brief analysis.

Italy saw renewable generation fall from 115.83 terawatt hours (TWh) in 2019 to 114.8TWh in 2023. This was broadly due to the impact of droughts in the country affecting hydropower generation, which hit in 2022, but had a continued impact in 2023.

This was a wider dynamic seen globally, which kept the world from hitting peak electricity generation emissions in 2023.

Slovakia, meanwhile, was the only country to see a dip in its share of renewable energy when comparing 2019 and 2023. This was minor, falling just 0.65% from 23.57% to 22.92%. The country has one of the smallest energy demands in Europe and, like Italy, saw a drop in hydro driven by droughts in 2022.

Malta and the Netherlands saw their share of renewables increase by more than 150% in 2023 relative to 2019, Carbon Brief analysis shows.

The Netherlands increased its absolute share of renewable generation by close to 30% since 2019, as shown in the chart below. The country seeing the largest absolute increase in renewable generation, closely followed by Spain.

The change in the absolute share of renewables in the Netherlands, Latvia and Slovakia in red, with the EU average shown using a dashed line, between 2019 and 2023. Source: Carbon Brief analysis using data from Ember.
The change in the absolute share of renewables in the Netherlands, Latvia and Slovakia in red, with the EU average shown using a dashed line, between 2019 and 2023. Source: Carbon Brief analysis using data from Ember.

Nearly half the electricity produced in the Netherlands is now renewable, according to the Dutch Central Bureau for Statistics.

This was predominantly wind generation, with the country adding more wind power than any other country in the EU between 2019 and 2023, both relatively and in absolute terms. Overall, the Netherlands increased its wind generation by 152% and Finland followed closely behind with a 143% rise.

Latvia, similarly, saw significant growth, with the share of renewables jumping from 49.5% in 2019 to 76.6% in 2023. This 27.1% increase is particularly key for the country, as it continues to target reducing its dependence on energy imports from Russia.

Spain added more solar generation in absolute terms over the four-year period than any other country in the EU, tripling its overall renewable generation.

Poland increased its solar generation by more than 1,500%, increasing generation by 12TWh albeit from a low starting point of just 0.71TWh in 2019. Renewables generated a record 26% of electricity in the country in 2023. However, coal still produces most of the country’s electricity and continues to have a powerful impact on policy due to powerful lobbies.

Hungary has increased its solar share of generation the most since 2019, with an increase of 14%. It was followed closely by the Netherlands, with a 12.8% increase. Luxembourg increased wind power share of generation by more than the Netherlands – 17%.

Just three EU countries see fossil fuel generation increase

Overall, just three EU countries – Malta, Croatia and Lithuania – saw an increase in the share of fossil fuel generation in 2023 relative to 2019, according to Carbon Brief analysis.

Over the same period, Luxembourg and Finland reduced fossil generation by more than 60%.

The Netherlands has reduced its fossil fuel share in the electricity system the most since 2019, falling by close to 30%. As shown in the chart below, this fall was mirrored by a significant increase in renewable energy generation.

Change in the share of renewables (orange) and fossil fuels (blue) between 2019 and 2023. The average change across the EU for both is shown in navy. Source: Carbon Brief analysis using data from Ember.
Change in the share of renewables (orange) and fossil fuels (blue) between 2019 and 2023. The average change across the EU for both is shown in navy. Source: Carbon Brief analysis using data from Ember.

In comparison with 2019, Ireland saw an increase in coal generation in 2023 making it the only EU nation to do so. In 2019, coal generation was at a record low in the country (0.51TWh) before jumping to 2.72TWh in 2022 due to a drop in wind generation.

However, since that point coal power generation has been continuing to fall again, in line with the wider trend seen over the past few decades.

Ireland has seen total electricity demand increase by more than 60% since 2019, Carbon Brief analysis shows. The country’s energy demand has been particularly driven by the growth of data centres, which accounted for 18% of energy demand in 2022, for example.

Despite the blip in coal generation, the share of fossil fuels fell by 2.5% between 2019 and 2023.

Portugal reduced its use of coal the most, relative to 2019, while Germany reduced the most in absolute terms. As discussed above, this was supported by surging renewable generation in both countries.

Pieter de Pous, programme lead in E3G’s fossil fuel transition programme, tells Carbon Brief:

“Europe’s phaseout of coal has been one of its biggest, most historical, monumental success stories of the last couple of years when you think about it. We’ve dropped consumption since 2016 by 50%, right? It’s really enormous and it’s a story that’s rarely told.”

The last European Parliament elections saw a “green wave” of climate-focused politicians winning seats across the continent. In the years that followed, the EU approved a European Green Deal, including goals to cut emissions by 55% from 1990 levels by 2030 and reach net-zero by 2050.

European member states now have a “critical role” to play in implementing what has been agreed, notes Rosslowe. He adds:

“The next legislative agenda is likely to be built around themes of security and competitiveness. The first main task regarding energy and climate for the new parliament will be to appoint a team of commissioners who will tackle these – and any other new policy priorities – in a way that complements rather than competes with the objectives of the Green Deal.”

The post Analysis: European power-sector emissions fall by 20% since last EU election appeared first on Carbon Brief.

Analysis: European power-sector emissions fall by 20% since last EU election

Continue Reading

Climate Change

Q&A: What does Trump’s repeal of US ‘endangerment finding’ mean for climate action?

Published

on

On 12 February, US president Donald Trump revoked the “endangerment finding”, the bedrock of federal climate policy.

The 2009 finding concluded that six key greenhouse gases, including carbon dioxide (CO2), were a threat to human health – triggering a legal requirement to regulate them.

It has been key to the rollout of policies such as federal emission standards for vehicles, power plants, factories and other sources.

Speaking at the White House, US Environmental Protection Agency (EPA) administrator Lee Zeldin claimed that the “elimination” of the endangerment finding would save “trillions”.

The revocation is expected to face multiple legal challenges, but, if it succeeds, it is expected to have a “sweeping” impact on federal emissions regulations for many years.

Nevertheless, US emissions are expected to continue falling, albeit at a slower pace.

Carbon Brief takes a look at what the endangerment finding was, how it has shaped US climate policy in the past and what its repeal could mean for action in the future.

What is the ‘endangerment finding’?

The challenges of passing climate legislation in the US have meant that the federal government has often turned instead to regulations – principally, under the 1970 Clean Air Act.

The act requires the EPA to regulate pollutants, if they are found to pose a danger to public health and the environment.

In a 2007 legal case known as Massachusetts vs EPA, the Supreme Court ruled that greenhouse gases qualify as pollutants under the Clean Air Act. It also directed the EPA to determine whether these gases posed a threat to human health.

The 2009 “endangerment finding” was the result of this process and found that greenhouse gas emissions do indeed pose such a threat. Subsequently, it has underpinned federal emissions regulations for more than 15 years.

In developing the endangerment finding, the EPA pulled together evidence from its own experts, the US National Academies of Sciences, Engineering and Medicine and the wider scientific community.

On 7 December 2009, it concluded that US greenhouse gas emissions “in the atmosphere threaten the public health and welfare of current and future generations”.

In particular, the finding highlighted six “well-mixed” greenhouse gases: carbon dioxide (CO2); methane (CH4); nitrous oxide (N2O); hydrofluorocarbons (HFCs); perfluorocarbons (PFCs); and sulfur hexafluoride (SF6).

A second part of the finding stated that new vehicles contribute to the greenhouse gas pollution that endangers public health and welfare, opening the door to these emissions being regulated.

At the time, the EPA noted that, while the finding itself does not impose any requirements on industry or other entities, “this action was a prerequisite for implementing greenhouse gas emissions standards for vehicles and other sectors”.

On 15 December 2009, the finding was published in the federal register – the official record of US federal legislation – and the final rule came into effect on 14 January 2010.

At the time, then-EPA administrator Lisa Jackson said in a statement:

“This finding confirms that greenhouse gas pollution is a serious problem now and for future generations. Fortunately, it follows President [Barack] Obama’s call for a low-carbon economy and strong leadership in Congress on clean energy and climate legislation.

“This pollution problem has a solution – one that will create millions of green jobs and end our country’s dependence on foreign oil.”

Back to top

How has it shaped federal climate policy?

The endangerment finding originated from a part of the Clean Air Act regulating emissions from new vehicles and so it was first applied in that sector.

However, it came to underpin greenhouse gas emission regulation across a range of sectors.

In May 2010, shortly after the Obama EPA finalised the finding, it was used to set the country’s first-ever limits on greenhouse gas emissions from light-duty engines in motor vehicles.

The following year, the EPA also released emissions standards for heavy-duty vehicles and engines.

However, findings made under one part of the Clean Air Act can also be applied to other articles of the law. David Widawsky, director of the US programme at the World Resources Institute (WRI), tells Carbon Brief:

“You can take that finding – and that scientific basis and evidence – and apply it in other instances where air pollutants are subject or required to be regulated under the Clean Air Act or other statutes.

“Revoking the endangerment finding then creates a thread that can be pulled out of not just vehicles, but a whole lot of other [sources].”

Since being entered into the federal register, the endangerment finding has also been applied to stationary sources of emissions, such as fossil-fuelled power plants and factories, as well as an expanded range of non-stationary emissions sources, including aviation.

(In fact, the EPA is compelled to regulate emissions of a pollutant – such as CO2 as identified in the endangerment finding – from stationary sources, once it has been regulated anywhere else under the Clean Air Act.)

In 2015, the EPA finalised its guidance on regulating emissions from fossil-fuelled power plants. These performance standards applied to newly constructed plants, as well as those that underwent major modifications.

This ruling noted that “because the EPA is not listing a new source category in this rule, the EPA is not required to make a new endangerment finding…in order to establish standards of performance for the CO2”.

The following year, the agency established rules on methane emissions from oil and gas sources, including wells and processing plants. Again, this was based on the 2009 finding.

The 2016 aircraft endangerment finding also explicitly references the vehicle-emissions endangerment finding. That rule says that the “body of scientific evidence amassed in the record for the 2009 endangerment finding also compellingly supports an endangerment finding” for aircraft.

The endangerment finding has also played a critical role in shaping the trajectory of climate litigation in the US.

In a 2011 case, American Electric Power Co. vs Connecticut, the Supreme Court unanimously found that, because greenhouse gas emissions were already regulated by the EPA under the Clean Air Act, companies could not be sued under federal common law over their greenhouse gas emissions.

Widawsky tells Carbon Brief that repealing the endangerment finding therefore “opens the door” to climate litigation of other kinds:

“When plaintiffs would introduce litigation in federal courts, the answer or the courts would find that EPA is ‘handling it’ and there’s not necessarily a basis for federal litigation. By removing the endangerment finding…it actually opens the door to the question – not necessarily successful litigation – and the courts will make that determination.”

Back to top

How is the finding being repealed and will it face legal challenge?

The official revocation of the endangerment finding is yet to be posted to the federal register. It will be effective 60 days after the text is published in the journal.

It is set to face no shortage of legal challenges. The state of California has “vowed” to sue, as have a number of environmental groups, including Sierra Club, Earthjustice and the National Resources Defense Council.

Dena Adler, an adjunct professor of law at New York University School of Law, tells Carbon Brief there are “significant legal and analytical vulnerabilities” in the EPA’s ruling. She explains:

“This repeal will only stick if it can survive legal challenge in the courts. But it could take months, if not years, to get a final judicial decision.”

At the heart of the federal agency’s argument is that it claims to lack the authority to regulate greenhouse gas emissions in response to “global climate change concerns” under the Clean Air Act.

In the ruling, the EPA says the section of the Act focused on vehicle emissions is “best read” as authorising the agency to regulate air pollution that harms the public through “local or regional exposure” – for instance, smog or acid rain – but not pollution from “well-mixed” greenhouse gases that, it claims, “impact public health and welfare only indirectly”.

This distinction directly contradicts the landmark 2007 Supreme Court decision in Massachusetts vs EPA. (See: What is the ‘endangerment finding’?)

The EPA’s case also rests on an argument that the agency violated the “major questions doctrine” when it started regulating greenhouse gas emissions from vehicles.

This legal principle holds that federal agencies need explicit authorisation from Congress to press ahead with actions in certain “extraordinary” cases.

In a policy brief in January, legal experts from New York University School of Law’s Institute of Policy Integrity argued that the “major questions doctrine” argument “fails for several reasons”.

Regulating greenhouse gas emissions under the Clean Air Act is “neither unheralded nor transformative” – both of which are needed for the legal principle to apply, the lawyers said.

Furthermore, the policy brief noted that – even if the doctrine were triggered – the Clean Air Act does, in fact, supply the EPA with the “clear authority” required.

Mark Drajem, director of public affairs at NRDC, says the endangerment finding has been “firmly established in the courts”. He tells Carbon Brief:

“In 2007, the Supreme Court directed EPA to look at the science and determine if greenhouse gases pose a risk to human health and welfare. EPA did that in 2009 and federal courts rejected a challenge to that in 2012.

“Since then, the Supreme Court has considered EPA’s greenhouse gas regulations three separate times and never questioned whether it has the authority to regulate greenhouse gases. It has only ruled on how it can regulate that pollution.” 

However, experts have noted that the Trump administration is banking on legal challenges making their way to the Supreme Court – and the now conservative-leaning bench then upholding the repeal of the endangerment finding.

Elsewhere, the EPA’s new ruling argues that regulating emissions from vehicles has “no material impact on global climate change concerns…much less the adverse public health or welfare impacts attributed to such global climate trends”.

“Climate impact modelling”, it continues, shows that “even the complete elimination of all greenhouse gas emissions” of vehicles in the US would have impacts that fall “within the standard margin of error” for global temperature and sea level rise.

In this context, it argues, regulations on emissions are “futile”.

(The US is more historically responsible for climate change than any other country. In its 2022 sixth assessment report, the Intergovernmental Panel on Climate Change said that further delaying action to cut emissions would “miss a brief and rapidly closing window of opportunity to secure a liveable and sustainable future for all”.)

However, the final rule stops short of attempting to justify the plans by disputing the scientific basis for climate change.

Notably, the EPA has abandoned plans to rely on the findings of a controversial climate science report commissioned by the Department of Energy (DoE) last year.

This is a marked departure from the draft ruling, published in August, which argued there were “significant questions and ambiguities presented by both the observable realities of the past nearly two decades and the recent findings of the scientific community, including those summarised in the draft CWG [‘climate working group’] report”.

The CWG report – written by five researchers known for rejecting the scientific consensus on human influence on global warming – faced significant criticism for inaccurate conclusions and a flawed review process. (Carbon Brief’s factcheck found more than 100 misleading or false statements in the report.)

A judge ruled in January that the DoE had broken the law when energy secretary Chris Wright “hand-picked five researchers who reject the scientific consensus on climate change to work in secret on a sweeping government report on global warming”, according to the New York Times.

In a press release in July, the EPA said “updated studies and information” set out in the CWG report would serve to “challenge the assumptions” of the 2009 finding.

But, in the footnotes to its final ruling, the EPA notes it is not relying on the report for “any aspect of this final action” in light of “concerns raised by some commenters”.

Legal experts have argued that the pivot away from arguments undermining climate science is designed with future legal battles over the attempted repeal in mind.

Back to top

What does this mean for federal efforts to address climate change?

As mentioned above, a number of groups have already filed legal actions against the Trump administration’s move to repeal the endangerment finding – leaving the future uncertain.

However, if the repeal does survive legal challenges, it would have far-reaching implications for federal efforts to address greenhouse gas emissions, experts say.

In a blog post, the WRI’s Widawsky said that the repeal would have a “sweeping” impact on federal emissions regulations for cars, coal-fired power stations and gas power plants, adding:

“In practical terms, without the endangerment finding, regulating greenhouse gas emissions is no longer a legal requirement. The science hasn’t changed, but the obligation to act on it has been removed.”

Speaking to Carbon Brief, Widawsky adds that, despite this large immediate impact, there are “a lot of mechanisms” future US administrations might be able to pursue if they wanted to reinstate the federal government’s obligation to address greenhouse gas emissions:

“Probably the most direct way – rather than talk about ‘pollutants’, in general, and the EPA, say, making a science-specific finding for that pollutant – [is] for Congress simply to declare a particular pollutant to be a hazard for human health and welfare. [This] has been done in other instances.”

If federal efforts to address greenhouse gas emissions decline, there will likely still be attempts to regulate at the state level.

Previous analysis from the University of Oxford noted that, despite a walkback on federal climate policy in Trump’s second presidential term, 19 US states – covering nearly half of the country’s population – remain committed to net-zero targets.

Widawksy tells Carbon Brief that it is possible that states may be able to leverage legislation, including the Clean Air Act, to enact regulations to address emissions at the state level.

However, in some cases, states may be prevented from doing so by “preemption”, a US legal doctrine where higher-level federal laws override lower-level state laws, he adds:

“There are a whole lot of other sections of the Clean Air Act that may either inhibit that kind of ability for states to act through preemption or allow for that to happen.”

Back to top

What has the reaction been?

The Trump administration’s decision has received widespread global condemnation, although it has been celebrated by some right-wing newspapers, politicians and commentators.

In the US, former US president Barack Obama said on Twitter that the move will leave Americans “less safe, less healthy and less able to fight climate change – all so the fossil-fuel industry can make even more money”.

Similarly, California governor Gavin Newsom called the decision “reckless”, arguing that it will lead to “more deadly wildfires, more extreme heat deaths, more climate-driven floods and droughts and greater threats to communities nationwide”.

Former US secretary of state and climate envoy John Kerry called the decision “un-American”, according to a story on the frontpage of the Guardian. He continued:

“[It] takes Orwellian governance to new heights and invites enormous damage to people and property around the world.”

An editorial in the Guardian dubbed the repeal as “just one part of Trump’s assault on environmental controls and promotion of fossil fuels”, but added that it “may be his most consequential”.

Similarly, an editorial in the Hindu said that Trump is “trying to turn back the clock on environmental issues”.

In China, state-run news agency Xinhua published a cartoon depicting Uncle Sam attempting to turn an ageing car, marked “US climate policy”, away from the road marked “green development”, back towards a city engulfed in flames and pollution that swells towards dark clouds labelled “greenhouse gas catastrophe”.

Leo Hickman on Bluesky: China's Xinhua news agency has just published this editorial cartoon in response to Trump's rejection of climate policies

Conversely, Trump described the finding as “the legal foundation for the green new scam”, which he claimed “the Obama and Biden administration used to destroy countless jobs”.

Similarly, Al Jazeera reported that EPA administrator Zeldin said the endangerment finding “led to trillions of dollars in regulations that strangled entire sectors of the US economy, including the American auto industry”. The outlet quoted him saying:

“The Obama and Biden administrations used it to steamroll into existence a left-wing wish list of costly climate policies, electric vehicle mandates and other requirements that assaulted consumer choice and affordability.”

An editorial in the Washington Post also praises the move, saying “it’s about time” that the endangerment finding was revoked. It argued – without evidence – that the benefits of regulating emissions are “modest” and that “free-market-driven innovation has done more to combat climate change than regulatory power grabs like the ‘endangerment finding’ ever did”.

The Heritage Foundation – the climate-sceptic US lobby group that published the influential “Project 2025” document before Trump took office – has also celebrated the decision.

Time reported that the group previously criticised the endangerment finding, saying that it was used to “justify sweeping restrictions on CO2 and other greenhouse gas emissions across the economy, imposing huge costs”. The magazine added that Project 2025 laid out plans to “establish a system, with an appropriate deadline, to update the 2009 endangerment finding”.

Climate scientists have also weighed in on the administration’s repeal efforts. Prof Andrew Dessler, a climate scientist at Texas A&M University in College Station, argued that there is “no legitimate scientific rationale” for the EPA decision.

Similarly, Dr Katharine Hayhoe, chief scientist at the Nature Conservancy, said in a statement that, since the establishment of the 2009 endangerment finding, the evidence showing greenhouse gases pose a threat to human health and the environment “has only grown stronger”.

Dr Gretchen Goldman, president and CEO of the Union of Concerned Scientists and a former White House official, gave a statement, arguing that “ramming through this unlawful, destructive action at the behest of polluters is an obvious example of what happens when a corrupt administration and fossil fuel interests are allowed to run amok”.

In the San Francisco Chronicle, Prof Michael Mann, a climate scientist at the University of Pennsylvania, and Bob Ward, policy and communications director at the Grantham Research Institute, wrote that Trump is “slowing climate progress”, but that “it won’t put a stop to global climate action”. They added:

“The rest of the world is moving on and thanks to Trump’s ridiculous insistence that climate change is a ‘hoax’, the US now stands to lose out in the great economic revolution of the modern era – the clean-energy transition.”

Back to top

What will the repeal mean for US emissions?

Federal regulations and standards underpinned by the endangerment finding have been at the heart of US government plans to reduce the nation’s emissions.

For example, NRDC analysis of EPA data suggests that Biden-era vehicle standards, combined with other policies to boost electric cars, were set to avoid nearly 8bn tonnes of CO2 equivalent (GtCO2e) over the next three decades.

By removing the legal requirement to regulate greenhouse gases at a federal level from such high-emitting sectors, the EPA could instead be driving higher emissions.

Nevertheless, some climate experts argue that the repeal is more of a “symbolic” action and that EPA regulations have not historically been the main drivers of US emissions cuts.

Rhodium Group analysis last year estimated the impact of the EPA removing 31 regulatory policies, including the endangerment finding and “actions that rely on that finding”. Most of these had already been proposed for repeal independently by the Trump administration.

Ben King, the organisation’s climate and energy director, tells Carbon Brief this “has the same effect on the system as repealing the endangerment finding”.

The Rhodium Group concluded that, in this scenario, emissions would continue falling to 26-35% below 2005 levels by 2035, as the chart below shows. If the regulations remained in place, it estimated that emissions would fall faster, by around 32-44%.

(Notably, neither of these scenarios would be in line with the Biden administration’s international climate pledge, which was a 61-66% reduction by 2035).

US emissions, MtCO2e, under a “current policy” scenario in which the EPA removes key federal climate regulations
US emissions, MtCO2e, under a “current policy” scenario in which the EPA removes key federal climate regulations (“without climate regulations”) and a “no rollbacks” scenario in which regulations remain in place (“with climate regulations”). High, mid and low ranges reflect uncertainty around future fossil-fuel prices, economic growth, clean-energy technology costs and growth in liquified natural gas (LNG) export capacity. Source: Rhodium Group.

There are various factors that could contribute to continued – albeit slower – decline in US emissions, in the absence of federal regulations. These include falling costs for clean technologies, higher fossil-fuel prices and state-level legislation.

Despite Trump’s rhetoric, coal plants have become uneconomic to operate in the US compared with cheaper renewables and gas. As a result, Trump has overseen a larger reduction in coal-fired capacity than any other US president.

Meanwhile, in spite of the openly hostile policy environment, relatively low-cost US wind and solar projects are competitive with gas power and are still likely to be built in large numbers.

The vast majority of new US power capacity in recent years has been solar, wind and storage. Around 92% of power projects seeking electricity interconnection in the US are solar, wind and storage, with the remainder nearly all gas.

The broader transition to low-carbon transport is well underway in the US, with electric vehicle sales breaking records during nearly every month in 2025.

This can partly be attributed to federal tax credits, which the Trump administration is now cutting. However, cheaper models, growing consumer preference and state policies are likely to continue strengthening support.

Even if emissions continue on a downward trajectory, repealing the endangerment finding could make it harder to drive more ambitious climate action in the future. Some climate experts also point to the uncertainty of future emissions reductions.

“[It] depends on a number of technology, policy, economic and behavioural factors. Other folks are less sanguine about greenhouse gas declines,” WRI’s Widawsky tells Carbon Brief.

Back to top

The post Q&A: What does Trump’s repeal of US ‘endangerment finding’ mean for climate action? appeared first on Carbon Brief.

Q&A: What does Trump’s repeal of US ‘endangerment finding’ mean for climate action?

Continue Reading

Climate Change

As China builds the future, Trump’s repeal of climate finding is self-inflicted wound

Published

on

Eliot Whittington is Executive Director of Cambridge Institute for Sustainability Leadership.

Last week, the Trump Administration reversed the critical finding that greenhouse gases threaten the public health and welfare of current and future generations, a scientific and legal foundation that has underpinned US climate regulations since 2009.

In doing so, the US government not only lost its ability to regulate emissions from vehicles, power plants and heavy industry, but created massive uncertainty for businesses and jeopardises the benefits of the energy transition.

This action is the latest step in a growing battle over the future of climate and energy policy that extends far beyond the US borders and is currently increasing challenging UK and European policy makers.

The so called “endangerment finding” was based on overwhelming evidence and widely discussed when it was introduced – with over 380,000 public comments. A rigorous analysis or critique would not overturn it, given the huge and still-growing body of evidence showing the impact of emissions.

But repealing the finding is not evidence-based policy making; it is bad policy, terrible economics and incorrect science, driven by an ideology that is seeing the US pour money into uneconomic coal power plants.

    US firms face uncertainty and regulatory chaos

    Even the most powerful politician cannot change scientific reality, and attempts to do so undermine the health, wealth, and safety of Americans and, ultimately, people everywhere.

    Trump has been celebrated by the coal industry as its strongest champion and has thrown his weight behind fossil fuels, but that has not and will not stop the US’s energy transition. Even in his first term, there were record coal retirements, and the US shows no sign of a coal renaissance any time soon.

    Instead, Trump’s actions take a wrecking ball to US regulation, one that is likely to be challenged in court, leaving companies facing years of uncertainty, delaying investment and risking the loss of innovation to global competitors.

    Repealing the “endangerment finding” is a self-inflicted wound to climate action and a strategic error as the energy system is rewired around technologies like solar, wind, electric vehicles, heat pumps, batteries, and digitalised grids. These are increasingly outcompeting fossil fuels on efficiency and cost.

    The US government setting its weight against the market will not hold back the tide, but it will lead to regulatory chaos, cede ground to competitors, and slash the benefits the US could reap.

    Clean technologies outcompete incumbents

    While the US has chosen slow innovation and investment in the clean economy, China is pursuing the industries of the future and leading on solar power, batteries, electric vehicles and more.  

    New analysis shows its emissions are now flat or possibly even falling and, while it will take time for this clean energy juggernaut to push coal and industry emissions out of the system, the direction of travel is becoming ever clearer.

    China is not just doing this because it is good for the climate. Clean technologies and an electricity-centred economy outcompete the incumbents.

      Analysis by energy think tank Ember shows that these clean, electricity based technologies are three times more efficient than burning fuels. Not only this, but costs are also falling and domestic production bolsters energy security, providing a competitive edge.

      The US will find itself isolated in its return to fossil fuels. In 2024, clean power surpassed 40% of global electricity, led by record solar growth, while electrification is now responsible for almost all the demand growth in road transport and is surging in buildings and parts of industry.

      With China – and a growing group of other emerging markets – progressing in their energy transitions, and the US turning its back, incumbent clean-economy champions, the UK and Europe, seem caught in the headlights, wanting to simultaneously leap forward while also glancing back at supposedly affordable fossil fuel resources.

      It is paramount that they resist the urge to take a leaf from Donald Trump’s book and legislate for a fossil fuel ideal rather than a clean energy reality. Instead, they need to ensure the investment and political will to be brave and walk the road ahead without the US.

      The post As China builds the future, Trump’s repeal of climate finding is self-inflicted wound appeared first on Climate Home News.

      As China builds the future, Trump’s repeal of climate finding is self-inflicted wound

      Continue Reading

      Climate Change

      California Pays Farms to Make Biogas from Hog Waste in North Carolina, Where Locals Say It’s Fueling Pollution

      Published

      on

      Last year, six farms were the first in the Tar Heel State to get funding from California’s program offsetting its transportation emissions. Their permits to make biogas already have civil rights complaints against them for the pollution from the process.

      TURKEY, N.C.—The Align RNG biogas processing facility here is so small, you would miss it if you weren’t looking for it. Just four small silver mounds beside a massive 100-foot grain silo under which trucks drive day-in, day-out loading up with hog feed.

      California Pays Farms to Make Biogas from Hog Waste in North Carolina, Where Locals Say It’s Fueling Pollution

      Continue Reading

      Trending

      Copyright © 2022 BreakingClimateChange.com