Climate Change Anecdotes

This temperature map of streets in Phoenix, Arizona, highlights the potential dangers of extreme heat. It was captured on 19 June by an instrument onboard the International Space Station that measures thermal emissions from Earth’s surface.

That day, most streets were hot enough to cause second-degree burns in minutes. Those shown in red on the map reached between 54 °C and 60 °C. The streets shown in purple exceeded 60 °C.

The map also shows the cooling effects of green spaces, with some streets surrounding parks and golf courses (in yellow) shown to be less hot.

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Biomass power station produced four times emissions of UK coal plant

The Drax power station was responsible for four times more carbon emissions than the UK’s last remaining coal-fired plant last year, despite taking more than £0.5bn in clean-energy subsidies in 2023, according to a report.

The North Yorkshire power plant, which burns wood pellets imported from North America to generate electricity, was revealed as Britain’s single largest carbon emitter in 2023 by a report from the climate thinktank Ember.

The figures show that Drax, which has received billions in subsidies since it began switching from coal to biomass in 2012, was responsible for 11.5m tonnes of CO2 last year, or nearly 3% of the UK’s total carbon emissions.

Drax produced four times more carbon dioxide than the UK’s last remaining coal-fired power station at Ratcliffe-on-Soar in Nottinghamshire, which is due to close in September. Drax also produced more emissions last year than the next four most polluting power plants in the UK combined, according to the report.

Frankie Mayo, an analyst at Ember, said: “Burning wood pellets can be as bad for the environment as coal; supporting biomass with subsidies is a costly mistake.”

The company has claimed almost £7bn from British energy bills to support its biomass generation since 2012, even though burning wood pellets for power generation releases more emissions for each unit of electricity generated than burning gas or coal, according to Ember and many scientists. In 2023, the period covered by the Ember report, it received £539m.

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How ‘green’ electricity from wood harms the planet — and people

The town of Hamlet, North Carolina, seemed to hit the jackpot in September 2014. After the community had endured decades of economic despair and high poverty rates, the world’s largest producer of wood-based energy, Enviva Biomass, announced plans to open a major facility nearby that would turn wood into dense pellets that can be used as fuel. The project promised 80 well-paying jobs for residents in Hamlet and the surrounding area. It seemed like a win for both local people and the planet.

The company’s plant, which opened in 2019, is part of a global expansion in the use of wood — or solid biomass — to generate electricity. Pellet companies advertise their products as a renewable-energy source that lowers carbon emissions, and the European Union agrees, which has spurred many countries, including the United Kingdom, Belgium and Denmark, to embrace this form of energy. As with similar projects worldwide, Enviva Biomass, which is based in Bethesda, Maryland, said that its operations in Hamlet would displace fossil fuels, grow more trees and help to fight climate change.

But opposition is building on many fronts. An expanding body of research shows that burning solid biomass to generate electricity often emits huge amounts of carbon — even more than burning coal does. In February 2021, more than 500 scientists and economists signed a letter to US president Joe Biden and other world leaders urging them to not support using wood to generate energy, arguing that it harms biodiversity and increases carbon emissions. Although pellet companies advertise that their operations consume low-quality wood, this claim has come under increased scrutiny, with mounting evidence of significant deforestation around wood-pellet plants.

Residents living near wood-pellet facilities are increasingly complaining about the harmful impacts from air pollution, traffic and noise coming from the wood-pellet operations. And in many cases, these facilities are located near marginalized communities lacking political power.

In Hamlet, 45% of the population identifies as Black, and in the tiny community closest to the mill, about 90% of people are Black, says Debra David, a local resident and activist. She calls the Enviva operation a clear case of environmental racism — layering environmental burdens on an already vulnerable population. David rattles off the names of poultry farms, a chemical company, a natural-gas plant and gravel mines in or near the town. “We are very much overloaded here,” she says.

Enviva did not respond to multiple requests to comment about concerns raised in this article relating to the Hamlet plant and its other operations.

The green gold rush

The big push towards biomass began with the European Commission’s 2009 Renewable Energy Directive, the legal framework for developing renewable energy in all sectors of the EU economy. It became known as the 20-20-20 climate and energy package, and mandated three goals to reach by 2020: reduce EU greenhouse-gas emissions by 20% from 1990 levels; increase the renewable portion of EU energy consumption to 20%; and improve EU energy efficiency by 20%. The directive was initially hailed by environmentalists for taking concrete steps towards limiting global warming to 1.5 °C above pre-industrial levels — the international goal set by the 2015 Paris climate agreement.

As part of the 20-20-20 package, the EU set standards to reduce carbon emissions by using more biofuels. Since then, EU countries have handed out substantial subsidies to the wood-pellet industry, which have amounted to billions of Euros in the past few years. An assessment from Trinomics, a consultancy firm based in Rotterdam, the Netherlands, found that ten EU countries that were analysed in the study spent more than €6.3 billion (US$6.9 billion) in subsidies for solid biomass energy to produce electricity in 2021 (see go.nature.com/3m4mbm2).

The support for wood biomass relies on the idea that carbon emitted by burning biomass will be absorbed by the regrowth of vegetation that replaces the trees used by the industry. But in the past decade, a growing number of scientists have challenged this assumption.

John Sterman, the director of the System Dynamics Group at the Massachusetts Institute of Technology Sloan School of Management in Cambridge, is one of the researchers who signed the 2021 letter. In 2018, Sterman and his colleagues did a life-cycle analysis of the effects of replacing coal with wood to generate electricity (J. D. Sterman et al. Environ. Res. Lett. 13, 015007; 2018). They found that this substitution could exacerbate climate change until at least 2100, mainly because it takes decades for trees to regrow on harvested land and to remove enough carbon dioxide from the atmosphere.

Sterman and his colleagues calculated that it would take between 44 and 104 years for new trees to absorb as much CO2 as the amount generated by wood bioenergy that displaces coal. Despite claims that it helps the fight against global warming, he says, “our conclusion is no, it actually makes climate change worse”.

In 2019, the European Academies’ Science Advisory Council (EASAC) reviewed the EU’s policies and concluded that they are failing to recognize that removing forest carbon stocks for bioenergy leads to an initial increase in emissions (see go.nature.com/3wkqupk). “Using biomass emits even more CO2 to the atmosphere per energy generated than even fossil fuels,” says Michael Norton, a co-director of the environment programme at the EASAC secretariat in Vienna.

Eventually, biomass energy will produce less carbon than fossil fuels do. But the time it takes to make up for the extra initial emissions, says Norton, “is so long as to worsen climate change for decades to centuries — hardly an effective climate strategy given that we are already overshooting Paris agreement targets”.

Researchers have pointed out other problems with the way wood pellets are accounted for in carbon-emission assessments. In particular, the EU accounts for greenhouse-gas emissions associated with biomass at the point of production, not the point of combustion. That allows EU countries relying on biomass to avoid including emissions from this source in their tallies and creates an incentive to use biomass energy, say Sterman and other researchers.

In 2023, the EU announced that it was considering changing its climate policies concerning energy produced from wood biofuels. Forest advocates and biomass opponents were thrilled — but the EU eventually decided that biomass from wood will remain classified as renewable energy.

When trees fall in the forest

Beyond climate concerns, some researchers also warn that the wood-pellet industry harms forests and promotes deforestation. On its website, Enviva says that it produces pellets from low-value wood, such as trees that are unsuitable for other industries, tops and limbs that cannot be processed into lumber, deformed trees and by-products from other industries, such as sawdust. The company says it “does not source from old growth forests, protected forests, or forests that are harvested for land use conservation”.

But many environmental groups and media outlets have photographed stacks of mature hardwood trees waiting to be delivered to Enviva processing plants — and the clear-cut woods left behind. The Dogwood Alliance, a non-profit conservation organization in Asheville, North Carolina, estimates that Enviva facilities in North Carolina consume about 50,000 acres of forest each year, raising questions about Enviva’s practices.

Christopher Williams, an environmental scientist at Clark University in Worcester, Massachusetts, analysed satellite data of forest cover near several Enviva pellet mills. In a report conducted for the Southern Environmental Law Center, a non-profit organization based in Charlottesville, Virginia, Williams found that rates of forest loss from 2001 to 2016 near three Enviva mills were more than double that of a region with similar forests that was not located near a mill (see go.nature.com/4fsb79w).

“We found that the area of forest-lands cleared each year increased markedly after the initiation of pellet-mill operations,” said Williams.

Along with increasing scrutiny and criticism of the biomass industry in the past few years, some companies have run into economic headwinds. Citing debts exceeding US$2.6 billion, Enviva filed for bankruptcy in March.

According to the industry publication Biomass Magazine, there are now more than 100 wood-pellet plants in the United States, scattered across the country. But the world’s largest wood-pellet producers, such as Drax, based in Selby, UK, and Enviva, have staked their futures in the southeast and south of the United States.

Enviva now operates ten US wood-pellet facilities — one each in Florida, Georgia, South Carolina, and Virginia; two in Mississippi and four in North Carolina. Besides the issues of the industry’s environmental impact, there are also concerns about the effects of these operations on the health of people living nearby.

Many residents in the four counties of North Carolina where Enviva plants are located, say the wood-pellet operations have placed a heavy burden on the health of vulnerable communities.

Wood-pellet facilities in the south are about 50% more likely to be located in “communities already besieged by polluting industries and environmental injustices”, says Heather Hillaker, an attorney at the Southern Environmental Law Center in Chapel Hill, North Carolina. “So, you have all the cumulative impacts as well as the disproportionate impacts on these communities.”

Despite concerns raised about the wood-pellet industry, the North Carolina Department of Environmental Quality (DEQ) permitted the construction of Enviva’s Hamlet facility, and its subsequent requests for expansion.

Breathing problems

David describes the near-constant smell of rotten eggs that comes from living downwind of the plant, but she mostly worries about the long-term health consequences of the poor air quality. She says she started having breathing problems not long after the facility began its round-the-clock operations. At one point, her oxygen levels dipped so low that she needed supplemental oxygen daily. Now, she uses an albuterol rescue inhaler and a once-daily inhaled asthma treatment. And she says she’s not alone.

“There are 12 families in my area and 8 of them have albuterol pumps and take asthma medicine,” says David. “One lady had her child checked at four months old and she tested [positive] for asthma. That wouldn’t be happening in a newborn if this air wasn’t infected with dust.”

“The Hamlet facility is a prime example that, historically, these wood-pellet manufacturing facilities were permitted based on incorrect information about their emissions of volatile organic compounds,” says Hillaker.

“It took many, many years of submitting comments, public comments, pursuing, in some cases, lawsuits or administrative challenges to get the agencies and the companies to acknowledge the reality of the VOC [volatile organic compounds] emissions and address it through appropriate control technologies,” says Hillaker.


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Environmental organizations and communities with local wood-pellet operations have brought complaints against operators with varying levels of success. A suit filed against Enviva in North Carolina in 2019 led the state’s DEQ to require the company to invest in more-sophisticated pollution-capture devices on its smokestacks — although those living near the plants say they have not noticed a big difference in air quality.

A federal suit in Texas against another biomass company, Woodville Pellets, alleging violations of the federal Clean Air Act, led to an agreement in which Woodville paid a penalty of more than $500,000 and installed new pollution controls. As part of the agreement, Woodville Pellets denied the allegations and maintained that the agreement does not constitute an admission of liability.

After Drax’s pellet plant in Gloster, Mississippi, paid a $2.5-million civil penalty for air-pollution violations in 2020, the company settled similar claims in Bastrop, Louisiana, and Urania, Louisiana, for a total of $3.2 million in September 2022, although the company denied that it committed any violations.

Drax told Nature that it has “engaged an independent, third-party to conduct an air toxics impact analysis. Those results support that there are no adverse effects to human health from the facility and determined that no modelled pollutant from the facility exceeded the acceptable ambient concentration”. It adds that the company seeks “100% compliance with our permits and has installed additional technology to manage emissions”.

In response to concerns about carbon emissions from biomass energy, Drax says that multiple governments, as well as scientists, classify biomass as carbon neutral.

A path forward
In the heart of south Georgia lies the rural town of Adel, with a population of 5,500. The residents of the city’s west side, most of whom are Black, have lived alongside polluting industries for decades. But three years ago, the community found itself embroiled in two climate-justice battles.

The first one started in 2021, when Georgia’s Environmental Protection Division issued a permit to the Renewable Biomass Group, a wood-pellet production company, for a facility that would produce 450,000 tonnes of wood pellets per year. The company had not even broken ground for its facility when, in October 2021, another biomass company, Spectrum Energy, applied to construct and operate a wood-pellet manufacturing facility that would produce 600,000 tonnes each year, which would make it one of the largest in the world.

Concerned Citizens of Cook County (4C), a social and environmental justice organization in Adel, and 14 other public-interest organizations opposed the permit for the Spectrum plant. “We were already overburdened with multiple industries and legacy pollution,” says Treva Gear, a community activist and the founder of 4C.

Opponents of the plants said that the proposed Spectrum wood-pellet facility would further harm the neighbourhood of Black and Hispanic residents and threaten the health and welfare of local people.

In 2022, the state approved the permit for Spectrum to commence two phases of construction and operation. In December 2022, Spectrum reached out to Adel community organizers and their lawyers, at the Southern Environmental Law Center, to seek a compromise.

Although initially reluctant to bargain, Gear says that they realized that negotiation might be their best hope, because they doubted the state regulatory agency would take their side in the dispute. The two sides reached an agreement in which Spectrum pledged to mitigate potential noise and visual concerns. The agreement also includes the potential for adding more air-pollution control measures.

In an e-mail response to a request for comment about the plant’s impacts, Spectrum president Michael Ainsworth said that Spectrum’s participation in the settlement was voluntary, despite having already received a favourable ruling from the Georgia’s Environmental Protection Division. “Spectrum also agreed to be transparent with the community and to share more information than required by the regulations and also to share information more often than required,” wrote Ainsworth.

Community activists such as Gear are taking solace in winning these concessions because they can see that the deck is stacked against them with the increasing global demand for wood pellets.

“We reached a settlement agreement that put us in a position to have probably the cleanest wood-pellet plant in the world,” she says.

It’s a victory for the local community, but as the biomass industry continues to expand globally, these kinds of battle will become more common as debates over the impacts of wood pellets heat up.

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Enviva’s wood-pellet manufacturing facility in Garysburg, North Carolina.
 
How ‘green’ electricity from wood harms the planet — and people

< Snipped >

The big push towards biomass began with the European Commission’s 2009 Renewable Energy Directive, the legal framework for developing renewable energy in all sectors of the EU economy. It became known as the 20-20-20 climate and energy package, and mandated three goals to reach by 2020: reduce EU greenhouse-gas emissions by 20% from 1990 levels; increase the renewable portion of EU energy consumption to 20%; and improve EU energy efficiency by 20%. The directive was initially hailed by environmentalists for taking concrete steps towards limiting global warming to 1.5 °C above pre-industrial levels — the international goal set by the 2015 Paris climate agreement.

As part of the 20-20-20 package, the EU set standards to reduce carbon emissions by using more biofuels. Since then, EU countries have handed out substantial subsidies to the wood-pellet industry, which have amounted to billions of Euros in the past few years. An assessment from Trinomics, a consultancy firm based in Rotterdam, the Netherlands, found that ten EU countries that were analysed in the study spent more than €6.3 billion (US$6.9 billion) in subsidies for solid biomass energy to produce electricity in 2021 (see go.nature.com/3m4mbm2).

< Snipped >

In 2019, the European Academies’ Science Advisory Council (EASAC) reviewed the EU’s policies and concluded that they are failing to recognize that removing forest carbon stocks for bioenergy leads to an initial increase in emissions (see go.nature.com/3wkqupk). “Using biomass emits even more CO2 to the atmosphere per energy generated than even fossil fuels,” says Michael Norton, a co-director of the environment programme at the EASAC secretariat in Vienna.

Eventually, biomass energy will produce less carbon than fossil fuels do. But the time it takes to make up for the extra initial emissions, says Norton, “is so long as to worsen climate change for decades to centuries — hardly an effective climate strategy given that we are already overshooting Paris agreement targets”.

Researchers have pointed out other problems with the way wood pellets are accounted for in carbon-emission assessments. In particular, the EU accounts for greenhouse-gas emissions associated with biomass at the point of production, not the point of combustion. That allows EU countries relying on biomass to avoid including emissions from this source in their tallies and creates an incentive to use biomass energy, say Sterman and other researchers.

In 2023, the EU announced that it was considering changing its climate policies concerning energy produced from wood biofuels. Forest advocates and biomass opponents were thrilled — but the EU eventually decided that biomass from wood will remain classified as renewable energy.

Quite so. A veritable EU cock-up.

I await to see what Ed Miliband does now.

 
I am really confused as to how synthetic coal could possibly even approach anything other than terrible unless it consumed only that wood which was already harvested and for which there is no other plausible use other than simple waste.
 
Objectively it is about scalability.

It can make sense to power a small combined heat and power system using waste wood.

But not to replace one of the UK's largest coal power stations with wood.

But it is a consequence of a collusion between financial capitalists using carbon trading and corrupt regulators.
 
A pretty dark TED talk about tipping points.

Here is perhaps a core image

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Whereas this is an argument, I am not convinced it is always made it good faith. For example, why are you conflating oil and gas? I have not seen numbers on oil, but as I understand it shipping gas in old ships is really really bad. This point should be the first one, not drill drill everywhere and find excuses for it later.
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Full lifecycle greenhouse gas footprint for coal and natural gas compared to four scenarios where LNG is transported by tankers that either burn LNG or heavy fuel oil for long or short voyages. Methane emissions are converted to carbon dioxide equivalents using GWP20
This paper, that was a preprint, has now been peer reviewed. They have found some issues and reduced their prediction, and others disagree. I am not sure what the agenda of the breakthrough institute is, but they do not like it.

Paper "Howarth May 2024" in below chart :

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Breakthrough institute:

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I have noticed beaches here are evolving from normal beaches (mainland-sand-sea) to barrel type beaches (mainland-tidal channel or lagoon-sand-sea).
 
This year's winter in Melbourne was normal cold from June to July and then it skipped straight to mid-spring temperatures for much of August. At the moment we are still 2-3 degrees above average for the month.

Meanwhile further south sea ice levels continue to look dire, following global trends of 2023-24 being (compared to past patterns) abnormally hot

 
This year's winter in Melbourne was normal cold from June to July and then it skipped straight to mid-spring temperatures for much of August. At the moment we are still 2-3 degrees above average for the month.

Meanwhile further south sea ice levels continue to look dire, following global trends of 2023-24 being (compared to past patterns) abnormally hot


Think Auckland had late spring weather end of winter.
 
Entire Earth vibrated for nine days after climate-triggered mega-tsunami

A landslide and mega-tsunami in Greenland in September 2023, triggered by the climate crisis, caused the entire Earth to vibrate for nine days, a scientific investigation has found.

The collapse of a 1,200-metre-high mountain peak into the remote Dickson fjord happened on 16 September 2023 after the melting glacier below was no longer able to hold up the rock face. It triggered an initial wave 200 metres high and the subsequent sloshing of water back and forth in the twisty fjord sent seismic waves through the planet for more than a week.

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There is a serious paper that says that the best think to use for geoengineering a stratospheric sun shade is ground up diamonds. I hope the lunacy of such an idea while we are still burning fossil fuels for energy is lost on no one.

Are diamonds Earth’s best friend? Gem dust could cool the planet

From dumping iron into the ocean to launching mirrors into space, proposals to cool the planet through “geoengineering” tend to be controversial—and sometimes fantastical. A new idea isn’t any less far-out, but it may avoid some of the usual pitfalls of strategies to fill the atmosphere with tiny, reflective particles.

In a modeling study published this month in Geophysical Research Letters, scientists report that shooting 5 million tons of diamond dust into the stratosphere each year could cool the planet by 1.6ºC—enough to stave off the worst consequences of global warming. The scheme wouldn’t be cheap, however: experts estimate it would cost nearly $200 trillion over the remainder of this century—far more than traditional proposals to use sulfur particles.

Studies like this that weigh the pros and cons of different geoengineering materials are “really valuable,” says Shuchi Talati, executive director of the Alliance for Just Deliberation on Solar Geoengineering. “You need to understand the early-stage physics of potential particles to then have the conversations about broader impacts.”

The new research is concerned with a form of geoengineering known as stratospheric aerosol injection. The idea takes its inspiration from a natural process: volcanism. Throughout history, eruptions have vaulted millions of tons of sulfur dioxide into the stratosphere. There, the gas reacts with water vapor and other gases to form sulfate aerosols–suspended particles that reflect sunlight back into space. The effect can be substantial: the 1991 eruption of Mount Pinatubo cooled the planet by as much as 0.5º C for several years, for example.

But artificial sulfur injections would also pose numerous climate risks. Sulfate aerosols include tiny sulfuric acid droplets, one of the primary components of acid rain. The aerosols can also deplete the ozone layer and fuel bouts of stratospheric warming that can disrupt weather and climate patterns lower in the atmosphere.

Sandro Vattioni, a climate scientist and postdoctoral researcher at ETH Zürich, and his colleagues wanted to see whether alternative particles carried less baggage.

They built a 3D climate model that incorporates the chemistry of aerosols, how they are transported around the atmosphere, and how they absorb or reflect heat. The model also accounted for two less studied microphysical properties of aerosols: sedimentation (how they settle out of the atmosphere over time) and coagulation (how they clump together). Ideal particles for solar geoengineering would settle slowly out of the atmosphere, providing longer-lasting cooling. They should also avoid clumping, as clumps tend to trap heat whereas individual, more spherical particles bounce it back to space.

The researchers modeled the effects of seven compounds, including sulfur dioxide, as well as particles of diamond, aluminum, and calcite, the primary ingredient in limestone. They evaluated the effects of each particle across 45 years in the model, where each trial took more than a week in real-time on a supercomputer. The results showed diamond particles were best at reflecting radiation while also staying aloft and avoiding clumping. Diamond is also thought to be chemically inert, meaning it would not react to form acid rain, like sulfur. To achieve 1.6ºC of cooling, Vattioni says, 5 million tons of diamond particles would need to be injected into the stratosphere each year. Such a large quantity would require a huge ramp up in synthetic diamond production before high-altitude aircraft could sprinkle the ground-up gems across the stratosphere.

Sulfur was the second-worst of the evaluated particles due to its tendency to absorb light at some wavelengths and trap heat. Such stratospheric warming not only offsets some of the desired cooling but can also perturb climate patterns at Earth’s surface, such as El Niño. Previous studies have underestimated this important side effect of sulfur, Vattioni says.

However, diamond dust isn’t ideal either, says Douglas MacMartin, an engineer at Cornell University who studies climate science. For one, the cost would be enormous. At roughly $500,000 per ton, synthetic diamond dust would be 2400 times more expensive than sulfur and cost $175 trillion if deployed from 2035 to 2100, one study estimates.

Sulfur is so widely available and so cheap, MacMartin says, that the material costs are “basically free.” Because it’s a gas, sulfur dioxide can also be pumped in large quantities and dispersed quickly through the stratosphere with a few aircraft, whereas solid particles such as diamond would need to be gradually delivered over many flights to prevent them from clumping. Additionally, sulfates are the only aerosols scientists can study in large, outdoor settings without much pushback, MacMartin says, because volcanic eruptions test the process for us.

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The iron barges in the ocean thing terrifies me. Sure, it'd almost certainly create the massive superblooms blooms they think. That one is doable. But I think the plan would have a decent chance of partially sterilizing where the rest of the nutrients from the anemic ocean flow, namely the oceans and seas off south east Asia. Which would seem to be half a step forward and a crowbar to the knee.
 
Who wouldn't!
 

Fury at climate talks over ‘backsliding’ on fossil fuels​

A row has broken out at COP29 climate talks as leading countries said a draft deal risked going back on a historic agreement to reduce the use of planet-warming fossil fuels.
"Standing still is retreat and the world will rightly judge us very harshly if this is the outcome," said UK energy minister Ed Miliband.
The UK, European Union, New Zealand and Ireland said the proposed agreement was "unacceptable".
Developing nations said they are unhappy that a pot of money has not been agreed to help them tackle climate change.
Nearly 200 countries are meeting in Baku, Azerbaijan to try to decide on the next steps in tackling climate change.

The row comes as the UN Secretary General Antonio Guterres warned countries that "failure is not an option".

At the heart of the talks is a trade-off between promises of more money from developed nations and global pledges to reduce the use of fossil fuels.

Some developing nations and oil-rich countries are reluctant to push strong action on cutting fossil fuels because it could jeopardise their economic growth.

In an open meeting of all nations, the EU Commissioner for Climate Action Wopke Hoekstra called the draft deal "unbalanced, unworkable and unsubtle".

US Climate Envoy John Podesta said: "We are surprised that there is nothing that carries forward...what we agreed last year in Dubai."

"We will have failed in our duty and the millions of people already feeling the effects of extreme weather," he added.

Samoan minister Cedric Schuster, representing small island nations on the front-line of climate change, said:

"We cannot afford to undermine the progress achieved less than a year ago in Dubai".

At the COP28 climate talks last year, nations agreed to "transition away from fossil fuels."
“If we do not get ambition on mitigation, then everything else fails,” said Eamon Ryan, Ireland’s minister for the environment, speaking to journalists.
Diplomats are upset with the COP29 hosts Azerbaijan. They say the draft deal reflects the views of the Arab group of countries and what’s termed the Like-Minded group, which includes Saudi Arabia, China, India and Bolivia.
The Saudis have suggested that the fossil fuels agreement reached was just one option for countries, rather than an specific instruction.
Minister Ryan said the new proposed deal text reflected this view.
“We all know that there has been backsliding. There has been an attempt to interpret what we agreed last year as a menu, and actually taking back the language and taking back the commitment, and that has to stop in the interest of the Arab group too.”

But developing countries have made clear that they think richer countries are also going back on previous promises. In 2015, as part of the landmark Paris Agreement, developed nations promised to provide money to help poorer countries move away from fossil fuels and prepare for extreme weather.
The proposed agreement on new finance for climate - published Thursday morning - currently contains no figure.
Diego Pacheco, Bolivia's lead negotiator, said: "This is not even a joke. This is an offence to the demands of the global south.
"This is a finance COP and needs political will to provide finance and any thing less is a betrayal to [...] the Paris agreement and to millions of people around the world," he said
The G77+China group, which represents developing countries, want $1.3tn (£1.03tn) by 2030. That could be from governments and private sources like banks or businesses.
But they say no specific number has been mentioned here.
"I have heard figures in the corridors, but nothing official," said Evans Njewa, chair for the Least Developed Countries Group.
Developing countries also want to get a figure about how money will be from grants, such as in aid budgets, and how much would be private loans.
They fear any more loans will increase their existing debt burdens.
https://www.bbc.com/news/articles/cwyx0xw5vyyo
 
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