Fungi are learning to adapt to climate change, posing a major threat to human health.
Fungal infections range from minor conditions, such as athlete’s foot, to life-threatening respiratory diseases and bloodstream infections.
Fungi are known for their ability to adjust to – and thrive in – new and changing environments.
Now, they are learning to adapt to the rising temperatures, changing rainfall patterns and extreme weather events that characterise a warming planet.
This is increasing their ability to colonise and cause disease in the human body.
However, there is a severe lack of diagnostics, treatments and vaccines available for fungal infections – and fungal resistance to existing drugs is on the rise.
An increase in fungal infections driven by climate change could also have devastating consequences for agriculture, damaging crops and threatening food security.
New fungal pathogens
Fungi are one of five “kingdoms” of life on Earth – putting them in a distinct category separate from animals or plants.
There are millions of fungal species – from saccharomyces cerevisiae, or baker’s yeast, to penicillium chrysogenum, which is the source of the antibiotic penicillin.
Fungal infections can be transmitted to humans through direct contact in the environment, with contaminated surfaces or via infected individuals.
Historically, most fungi do not cause disease in humans, meaning they are not “pathogenic”.
This is because – unlike viruses and bacteria – most fungi cannot survive or spread in body temperatures of 37C.
But, as global temperatures rise, some fungi are adapting to survive in hotter environments, including the human body.
(How fungi adapt to their environments is still not fully understood. However, their large genomes and diverse metabolic pathways – the chemical reactions which allow organisms to function – are thought to play a key role in their ability to survive and grow in a wide range of conditions.)
An example of this is candida auris, a fungal infection that emerged simultaneously on three continents in the late 2000s. The fungus mostly infects people with weakened immune systems and is a real concern as it can cause bloodstream infections. It is a serious problem in intensive care units, where the fungus sticks to medical equipment and grows rapidly.
Many infection, prevention and control measures are unable to get rid of it. Candida auris is already resistant to several antifungal drugs, making it very challenging to treat. One study in Oman, for example, recorded a fatality rate over more than 50%.
Due to lack of surveillance and routine monitoring, we do not know exactly how many people are impacted by candida auris infections.
To address this, the World Health Organization Global Antimicrobial Resistance and Use Surveillance System (WHO-GLASS) – a programme that provides a standardised approach to collect and analyse data for antimicrobial resistance surveillance – has included a protocol for candida auris.
Candida auris is one of four fungal species identified by the World Health Organization (WHO) as a “critical” threat to public health, alongside aspergillus fumigatus, candida albicans and cryptococcus neoformans.
Scientists have pointed to the likelihood that the emergence of candida auris is being driven by rising temperatures caused by climate change.
A 2022 study noted that higher temperatures driven by human-caused climate change may have added “selective pressure” on candida auris – leading to the spread of strains “adapted to salinity and higher temperatures – similar to the conditions found in the human body”.
The emergence of candida auris is just one example of how climate change is exacerbating fungal infection.
A study currently undergoing peer review suggests that – without effective strategies to tackle climate change – the aspergillus family could expand its reach to more northerly swathes of Europe, Asia and the Americas, exposing more people to life-threatening respiratory infections as temperatures rise.
Aspergillus infections can cause permanent damage to lungs and lead to serious illness in individuals with existing respiratory conditions or weakened immune systems.
Extreme weather
Rising temperatures are not the only cause of rising fungal infections linked to climate change.
Changing rainfall patterns, increasing humidity and worsening extreme weather events are also driving fungal pathogens to new areas.
Heavy rainfall, flooding and humidity leads to increased moisture in homes, increasing the growth of indoor mould. Mould – which encompasses a diverse group of fungal species – can cause substantial health impacts when inhaled for those with underlying health conditions, such as asthma.
Meanwhile, extreme weather events, such as wildfires and floods, transport fungal pathogens to new regions by spreading spores far beyond where they would typically be found. This increases the threat fungi pose to both human health and agriculture.
For instance, the fungus coccidioides, which is found in soils in the south-western US and parts of central and South America, causes valley fever – a lung infection which can be fatal to humans and animals.
Outbreaks occur when extreme events, such as wildfires, disturb large amounts of soil and spread fungal spores into the air. These enter the human body when inhaled. Cases are often unreported, but it is estimated that the fungi causes around 206,000-360,000 cases per year in the US.
The fungus thrives in a hot and dry climate. Coccidioides is now being seen in regions that would not normally support its growth, as the climate heats up.
A 2019 study used climate models to project that the range of valley fever could expand into more northerly US states such as Idaho, Wyoming and Nebraska. It also estimates that, by 2100, cases across the US could rise by approximately 50% as more regions develop climates suitable for transmission.
Threatening food security
Fungal pathogens also threaten human health indirectly by damaging harvests and causing a range of plant diseases, including blights, root rot and mildew.
Fungi are a key part of soil ecosystems, but plant pathogenic fungi can cause growers to lose between 10-23% of their crops every year – and a further 10-20% after they are harvested, as food that is incorrectly stored goes mouldy at different points of the supply chain.
Rising temperatures can spread and introduce more pathogens to an area, which can reduce harvests and, in some cases, wipe out entire crop families. This could result in food insecurity globally and economic instability in regions that rely on agricultural exports.
Modern agriculture’s reliance on growing genetically uniform crops, known as monocultures, puts the global food system at increased risk of fungal disease, as pathogens learn how to colonise crops.
Developments in the global banana market are a prominent example of the threat posed by fungus to crops. In the 1950s, the Gros Michel banana – once the main export variety of banana – was wiped out by a disease caused by the fungus fusarium oxysporum.
Now, the banana variety that was grown and exported in its place – the Cavendish banana – is under threat by a new strain of fusarium. This poses a major threat to the global banana trade, given that the Cavendish banana accounts for 47% of banana production and virtually all bananas supplied to the US and Europe.
In another example, the fusarium graminearum fungus, which flourishes in wet conditions and warm temperatures, causes a disease that is thought to cause wheat and barley yield losses amounting to more than $1bn every year.
Rising antifungal resistance
The spread of fungal infections caused by climate change is particularly concerning given the lack of available treatment options, as well as limited awareness among the public and healthcare professionals.
Most healthcare professionals receive little training around how to identify fungal infections, leading to delayed diagnosis and treatment. In the developing world, fungal infections can be deadly because both awareness and access to diagnostic tests are lacking.
There are just four types of antifungal drugs and no approved fungal vaccines.
Antifungal treatments are harder to develop than antibiotics because fungi are more biologically similar to humans than plants – making them difficult to kill without harming human cells.
Meanwhile, resistance to the antifungal drugs that are available is growing.
The fungicides used to kill fungi in agriculture often share “modes of action” with medical antifungals. The overuse of these fungicides has led to fungi in the environment building up their resistance – creating hardier fungi that are more difficult to treat in clinical settings.
As climate change puts additional stress on the food system, the risks and benefits of using fungicides to ensure food security need to be balanced with safeguarding the effectiveness of antifungal drugs.
However, there is limited communication between agricultural and medical sectors around how to juggle these priorities.
And yet – despite all these challenges – fungal infections receive a fraction of the funding and attention that bacterial or viral diseases do.
Fungi that tackle climate change
Fungi have historically been an asset in medical research – most notably the discovery of the drug penicillin. They could also prove valuable in the fight against climate change.
Some fungi are used to suppress populations of pests or pathogens in agriculture. This method – known as natural biocontrol – uses fungi, or other forms of naturally occurring organisms – such as bacteria, insects or viruses – as a replacement for chemical pesticides.
Natural biocontrol is seen as a more environmentally friendly method for treating crops than manmade chemicals because the organisms break down naturally in the environment and do not leave toxic residues in the soil.
Meanwhile, researchers have also found that mycorrhizal fungi – which grow in association with plant roots – store roughly 13bn tonnes of carbon (GtC) – equivalent to 36% of annual global fossil fuel emissions. The fungus does this by absorbing carbon from plants and locking it in their underground networks and soil, where it stays stable for long periods.
There are groups looking at how the mycorrhizal fungi could be harnessed to help deliver decarbonisation – similar to tree planting.
However, more research is needed to better understand the valuable properties of fungi, including how they could be part of “nature-based solutions” to help tackle climate change.
Discovering the unknown
There is still a lot that remains unknown about fungi. Scientists estimate that less than 10% of all species have been identified globally.
Fungi are essential to healthy ecosystems. They recycle nutrients by breaking down organic matter and play a critical role in the carbon cycle.
But climate change is disrupting this balance. Rising temperatures and environmental shifts threaten to wipe out some fungal species before they’re even discovered, while enabling others to thrive in new – and often harmful – ways.
These changes signal deep trouble for the natural world.
It is, therefore, critical that more scientific attention is paid to the risks and opportunities of fungi as they learn to adapt to a warmer climate.
The post Guest post: Fungal infections are adapting to climate change – and threatening public health appeared first on Carbon Brief.
Guest post: Fungal infections are adapting to climate change – and threatening public health
Climate Change
Maryland Passes Energy Bill That Delivers Short-Term Relief, Locks Ratepayers into Long-Term Nuclear Subsidy
Advocates say Maryland lawmakers passed consequential energy proposals without adequate analysis or public debate during the 2026 session.
Maryland lawmakers’ new solution for rising utility bills reduces a surcharge funding an effective energy-efficiency program, offers rebates by raiding the state’s clean energy fund and includes subsidies for nuclear power that advocates say may prove costly over time.
Climate Change
To avoid COP mistakes, Santa Marta conference must be shielded from fossil fuel influence
Rachel Rose Jackson is a climate researcher and international policy expert whose work involves monitoring polluter interference at the UNFCCC and advancing pathways to protect against it.
Next week, dozens of governments will gather in the Colombian city of Santa Marta for a conference on transitioning away from fossil fuels.
The conference is a first of its kind, in name and in practice. It’s a welcome change to see a platform for global climate action actually acknowledge the primary cause of the climate crisis – fossil fuels. This sends a clear message about what needs to be done to avoid tumbling off the climate cliff edge we are precariously balancing on.
The agenda set for governments to hash out goes further than any other multilateral space has managed to date. Over the week, participants will discuss how to overcome the economic dependence on fossil fuels, transform supply and demand, and advance international cooperation to transition away from fossil fuels.
Alongside the conference, academics, civil society, movements and others are convening to put forward their visions of a just and forever fossil fuel phase out. The conference can help shape pathways and tools governments can use to achieve a fossil-fuel-free future, particularly if the dialogue begins with an honest assessment of “fair shares.”
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Santa Marta: fossil fuel transition in an unstable world
Transitioning away from fossil fuels in an unstable world: how can Santa Marta deliver? -
Major oil producers among 46 nations joining fossil fuel phase-out summit
Canada, Australia, Brazil and Norway are set to attend the Santa Marta summit, but the world’s biggest fossil fuel producers are missing from the list -
Iran war could boost fossil fuel phase-out push, says Colombian minister
Colombia’s environment minister Irene Vélez Torres said she hopes that a new fossil fuel phase out summit in Santa Marta can cement a coalition of countries
This means assessing who is most responsible for emissions and exploring truer means of international collaboration that can unlock the technology, resources and finances necessary for a just transition.
Fossil fuel-driven violence is spiraling in places like Palestine, Iran, and Venezuela. Climate disasters are causing billions and billions of dollars in damage annually with no climate reparations in sight. All of this remains recklessly unaddressed on account of corporate-funded fascism.
We know the world’s addiction to fossil fuels must end. Is it surprising that a global governmental convening chooses now to try to tackle fossil fuels? It shouldn’t be, but it is.
COP failures
By contrast, meetings of governments signed up to the longest-standing multilateral forum for climate action—the United Nations Framework Convention on Climate Change (UNFCCC) – took nearly three decades before it officially responded to the power built by movements and acknowledged the need to address fossil fuel use at COP28 in 2023.
Even then, this recognition came riddled with loopholes. It may seem illogical that a forum established by governments in 1992 to coordinate a response to climate change should take decades to acknowledge the root of the problem. Yet there are clear reasons why arenas like the UNFCCC have consistently failed to curb fossil fuels decade after decade.
What would the outcome be when a fossil fuel executive literally oversaw COP28 and when Coca-Cola was one of the sponsors for COP27?
How can strong action take hold when, year after year, the UNFCCC’s COPs are inundated with thousands of fossil fuel lobbyists?
And how can justice be achieved when there are zero safeguards in place to protect against the conflicts of interest these polluters have?
Colombia pledges to exit investment protection system after fossil fuel lawsuits
Justly transitioning off fossil fuels cannot be charted when the very actors that have knowingly caused the climate crisis are at the helm—the same actors that consistently spend billions to spread denial and delay.
Unless platforms like the UNFCCC take concerted action to protect climate policymaking from the profit-at-all-costs agenda of polluters, the world will not deliver the climate action people and the planet deserve.
The impacts of climate action failure are now endured on a daily basis in some way by each of us – and especially by frontline communities, Indigenous Peoples, youth, women, and communities in the Global South. We must be closing gaps and unlocking pathways for advancing the strongest, fairest and fastest action possible.
Learn from mistakes
Yet, as we chase a fossil-fuel-free horizon, it’s essential that we learn from the mistakes of the past. We do not have the luxury or time to repeat them. History shows us we must protect against the polluting interests that want the world addicted to fossil fuels for as long as humanly possible.
We must also reject their schemes that undermine a just transition—dangerous distractions like carbon markets and Carbon Capture Utilisation and Storage (CCUS) that are highly risky and spur vast harm, all while allowing for polluters to continue polluting.
Fossil Free Zones can be on-ramps to the clean energy transition
We get to a fossil-fuel-free future by following the leadership of the movements, communities and independent experts who hold the knowledge and lived experience to guide us there.
We succeed by protecting against those who have a track record of prioritising greed over the sacredness of life.
And we arrive at a world liberated from fossil fuels by doing all of these things from day one, before the toxicity of the fossil fuel industry’s poison takes hold.
If this gathering in Santa Marta can do this, then it can help set a new precedent for what people-centered and planet-saving climate action looks like. When everything hangs in the balance, there can be no if’s, and’s, or but’s. There’s only here and now, what history shows us must be done, and what we know is lost if we do not.
The post To avoid COP mistakes, Santa Marta conference must be shielded from fossil fuel influence appeared first on Climate Home News.
To avoid COP mistakes, Santa Marta conference must be shielded from fossil fuel influence
The UK government has announced a series of measures to “double down on clean power” in response to the energy crisis sparked by the Iran war.
The conflict has caused a spike in fossil-fuel prices – and the high cost of gas is already causing electricity prices to increase, particularly in countries such as the UK.
In response, alongside plans to speed the expansion of renewables and electric vehicles, the UK government says it will “move…to break [the] link between gas and electricity prices”.
Ahead of the announcement, there had been speculation that this could mean a radical change to the way the UK electricity market operates, such as moving gas plants into a strategic reserve.
However, the government is taking a more measured approach with two steps that will weaken – but not completely sever – the link between gas and electricity prices.
- From 1 July 2026, the government will increase the “electricity generator levy”, a windfall tax on older renewable energy and nuclear plants, using part of the revenue to limit energy bills.
- The government will encourage older renewable projects to sign fixed-price contracts, which it says will “help protect families and businesses from higher bills when gas prices spike”.
There has been a cautious response to the plans, with one researcher telling Carbon Brief that it is a “big step in the right direction in policy terms”, but that the impact might be “relatively modest”.
Another says that, while the headlines around the government plans “suggest a decisive shift” in terms of “breaking the link” between gas and power, “the reality is more incremental”.
- Why are electricity prices linked to gas?
- What is the government proposing?
- What is not being proposed?
- What will the impact be?
Why are electricity prices linked to gas?
The price of electricity is usually set by the price of gas-fired power plants in the UK, Italy and many other European markets.
This is due to the “marginal pricing” system used in most electricity markets globally.
(For more details of what “marginal pricing” means and how it works, see the recent Carbon Brief explainer on why gas usually sets the price of electricity and what the alternatives are.)
As a result, whenever there is a spike in the cost of gas, electricity prices go up too.
This has been illustrated twice in recent years: during the global energy crisis after Russia invaded Ukraine in 2022; and since the US and Israel attacked Iran in February 2026.
Notably, however, the expansion of clean energy is already weakening the link between gas and electricity, a trend that will strengthen as more renewables and nuclear plants are built.
The figure below shows that recent UK wholesale electricity prices have been lower than those in Italy, as a result of the expansion of renewable sources.
The contrast with prices in Spain is even larger, where thinktank Ember says “strong solar and wind growth [has] reduced the influence of expensive coal and gas power”.
The share of hours where gas sets the price of power on the island of Great Britain (namely, England, Scotland and Wales) has fallen from more than 90% in 2021 to around 60% today, according to the Department of Energy Security and Net Zero (DESNZ). (Northern Ireland is part of the separate grid on the island of Ireland.)
This is largely because an increasing share of generation is coming from renewables with “contracts for difference” (CfDs), which offer a fixed price for each unit of electricity.
CfD projects are paid this fixed price for the electricity they generate, regardless of the wholesale price of power. As such, they dilute the impact of gas on consumer bills.
The rise of CfD projects means that the weeks since the Iran war broke out have coincided with the first-ever extended periods without gas-fired power stations in the wholesale market.
This shows how, in the longer term, the shift to clean energy backed by fixed-price CfDs will almost completely sever the link between gas and electricity prices.
The National Energy System Operator (NESO) estimated that the government’s target for clean power by 2030 could see the share of hours with prices set by gas falling to just 15%.
What is the government proposing?
For now, however, about one-third of UK electricity generation comes from renewable projects with an older type of contract under the “renewables obligation” scheme (RO).
It is these projects that the new government proposals are targeting.
The government hopes to move some of these projects onto fixed-price contracts, which would no longer be tied to gas prices, further weakening the link between gas and electricity prices overall.
When RO projects generate electricity, they earn the wholesale price, which is usually set by gas power. In addition, they are paid a fixed subsidy via “renewable obligation certificates” (ROCs).
This means that the cost of a significant proportion of renewable electricity is linked to gas prices. Moreover, it means that, when gas prices are high, these projects earn windfall profits.
In recognition of this, the Conservative government introduced the “electricity generator levy” (EGL) in 2022. Under the EGL, certain generators pay a 45% tax on earnings above a benchmark price, which rises with inflation and currently sits at £82 per megawatt hour (MWh).
The tax applies to renewables obligation projects and to old nuclear plants.
The current government will now increase the rate of the windfall tax to 55% from 1 July 2026, as well as extending the levy beyond its previously planned end date in 2028.
It says it will use some of the additional revenue to “support businesses and households with the impacts of the conflict in the Middle East on the cost of living”. Chancellor Rachel Reeves said:
“This ensures that a larger proportion of any exceptional revenues from high gas prices are passed back to government, providing a vital revenue stream so that money is available for government to support businesses and families with the impacts of the conflict in the Middle East.”
The increase in the windfall tax may also help to achieve the government’s second aim, which is to persuade older renewable projects to accept new fixed-price contracts.
Reeves made this aim explicit in her comments to MPs, saying the higher levy “will encourage older, low-carbon electricity generators, which supply about a third of our power, to move from market pricing to fixed-price contracts for difference”.
(This is an adaptation of a proposal for “pot zero” fixed-price contracts, made by the UK Energy Research Centre (UKERC) in 2022, see below for more details.)
As with traditional CfDs, the new fixed-price contracts would not be tied to the price of gas power. Instead of earning money on the wholesale electricity market, these generators would take a fixed-price “wholesale CfD”. In addition, they would be exempted from the windfall tax and would continue to receive their fixed subsidy via ROCs.
The government says this will be voluntary. It will offer further details “in due course” and will then consult on the plans “later this year”, with a view to running an auction for such contracts next year.
It adds: “Government will only offer contracts to electricity generators where it represents clear value for money for consumers.”
(It is currently unclear if the proposals for new fixed-price contracts would also apply to older nuclear plants. Last month, the government said it intended to “enable existing nuclear generating stations to become eligible for CfD support for lifetime-extension activities”.)
What is not being proposed?
Contrary to speculation ahead of today’s announcement, the government is not taking forward any of the more radical ideas for breaking the link between gas and electricity prices.
Many of these ideas had already been considered in detail – and rejected – during the government’s “review of electricity market arrangements” (REMA) process.
This includes the idea of creating two separate markets, one “green power pool” for renewables and another for conventional sources of electricity.
It also includes the idea of operating the market under “pay as bid” pricing. This has been promoted as a way to ensure that each power plant is only paid the amount that it bid to supply electricity, rather than the higher price of the “marginal” unit, which is usually gas.
However, “pay as bid” would have been expected to change bidding behaviour rather than cutting bills, with generators guessing what the marginal unit would have been and bidding at that level.
Finally, the government has also not taken forward the idea of putting gas-fired power stations in a strategic reserve that sits outside the electricity market.
Last year, this had been proposed jointly by consultancy Stonehaven and NGO Greenpeace. In March, they shared updated figures with Carbon Brief showing that – according to their analysis – this could have cut bills by a total of around £6bn per year, or about £80 per household.
However, some analysts argued that it would have distorted the electricity market, removing incentives to build batteries and for consumers to use power more flexibly.
What will the impact be?
The government’s plan for voluntary fixed-price contracts has received a cautious response.
UKERC had put forward a similar proposal in 2022, under which older nuclear and renewable projects would have received a fixed-price “pot zero” CfD.
(This name refers to the fact that CfDs are given to new onshore wind and solar under “pot one”, with technologies such as offshore wind bidding into a separate “pot two”.)
In April 2026, UKERC published updated analysis suggesting that its “pot zero” reforms could have saved consumers as much as £10bn a year – roughly £120 per household.
Callum McIver, research fellow at the University of Strathclyde and a member of the UKERC, tells Carbon Brief that the government proposals are a “big step in the right direction in policy terms”.
However, he says the “bill impact potential is lower” than UKERC’s “pot zero” idea, because it would leave renewables obligation projects still earning their top-up subsidy via ROCs.
As such, McIver tells Carbon Brief that, in his view, the near-term impact “could be relatively modest”. Still, he says that the idea could “insulate electricity prices” from gas:
“The measures are very welcome and, with good take-up, they have the potential to insulate electricity prices further from the impact of continued or future gas price shocks, which should be regarded as a win in its own right.”
In a statement, UKERC said the government plan “stops short of the full pot-zero proposal, since it will leave the RO subsidy in place”. It adds:
“This makes the potential savings smaller, but it will break the link with gas prices. The devil will be in the detail, but provided the majority of generators join the scheme, most of the UK’s power generation fleet will have a price that is not related to the global price of gas.”
Marc Hedin, head of research for Western Europe and Africa at consultancy Aurora Energy Research, tells Carbon Brief that, while the headlines “suggest a decisive shift” in terms of “breaking the link” between gas and power, “the reality is more incremental”. He adds:
“In principle, moving a larger share of generation onto fixed prices would reduce consumers’ exposure to gas‑driven price spikes and aligns well with the direction already taken for new build [generators receiving a CfD].”
However, he cautioned that “poorly calibrated [fixed] prices would transfer value to generators at consumers’ expense, while overly aggressive pricing could result in low participation”.
In an emailed statement, Sam Hollister, head of UK market strategy for consultancy LCP, says that the principle of the government’s approach is to “bring stability to the wholesale market and avoid some of the disruption that a more radical break might have caused”.
However, he adds that the reforms will not “fundamentally reduce residential energy bills today”.
Johnny Gowdy, a director of thinktank Regen, writes in a response to the plans that while both the increased windfall tax and the fixed-price contracts “have merit and could save consumers money”, there were also “pitfalls and risks” that the government will need to consider.
These include that a higher windfall tax could “spook investors”. He writes:
“A challenge for policymakers is that, while the EGL carries an investment risk downside, unless there is a very significant increase in wholesale prices, the tax revenue made by the current EGL could be quite modest.”
Gowdy says that the proposed fixed-price contracts for older renewables “is not a new idea, but its time may have come”. He writes:
“It would offer a practical way to hedge consumers and generators against volatile wholesale prices. The key challenge, however, is to come up with a strike price that is fair for consumers and does not lock future consumers into higher prices, given that we expect wholesale prices to fall over the coming decade.”
Gowdy adds that it might be possible to use the scheme as a way to support “repowering”, where old windfarms replace ageing equipment with new turbines.
On LinkedIn, Adam Bell, partner at Stonehaven and former head of government energy policy, welcomes the principle of the government’s approach, saying: “The right response to yet another fossil fuel crisis is to make our economy less dependent on fossil fuels.”
However, he adds on Bluesky that the proposals were “unlikely to reduce consumer bills”. He says this is because they offered a weak incentive for generators to accept fixed-price contracts.
The post Q&A: How the UK government aims to ‘break link between gas and electricity prices’ appeared first on Carbon Brief.
Q&A: How the UK government aims to ‘break link between gas and electricity prices’
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