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The first three months of 2026 have been the fourth warmest on record, with each successive month surpassing historical averages by a greater margin.

While weak La Niña conditions pushed down temperatures at the start of the year, scientists expect the development of a strong – and potentially “super” – El Niño event by early autumn.

El Niño and La Niña are the warm and cool phases of the El Niño-Southern Oscillation (ENSO), a recurring climate pattern in the tropical Pacific that shapes global weather patterns.

Based on temperature datasets from five different research groups, Carbon Brief predicts that 2026 is likely to be the second-warmest year on record.

The year is virtually certain to be one of the four warmest on record and, currently, has a 19% chance of surpassing 2024 as the warmest year on record.

However, the development of a strong El Niño event later this year would substantially increase the chance that 2027 will be the warmest year on record.

In addition to near-record warmth, the start of 2026 has seen record-low sea ice cover in the Arctic, with the year tying with 2025 for the lowest winter peak in the satellite record.

Fourth-warmest start to the year

In this latest quarterly state of the climate assessment, Carbon Brief analyses records from five different research groups that report global surface temperature records: NASA, NOAA, Met Office Hadley Centre/UEA, Berkeley Earth and Copernicus/ECMWF.

The figure below shows the annual temperatures from each of these groups since 1970, along with the average over the first three months of 2026.

Chart showing global surface temperature records from 1970-2025 and 2026 to date
Annual global average surface temperatures from NASA GISTEMP, NOAA GlobalTemp, Hadley/UEA HadCRUT5, Berkeley Earth and Copernicus/ECMWF’s ERA5 (lines), along with 2026 temperatures so far (January-March, coloured dots). Anomalies plotted with respect to the 1981-2010 period and shown relative to pre-industrial based on the average pre-industrial temperatures in the Hadley/UEA, NOAA and Berkeley datasets that extend back to 1850.

(It is worth noting that warming in the first three months may not be representative of the year as a whole, as temperatures relative to pre-industrial levels tend to be larger in the northern hemispheric winter months of December, January and February.)

Carbon Brief provides a best estimate of global temperatures by averaging the different records using a common 1981-2010 baseline period and then adding in the average warming since the pre-industrial period (1850-1900) across the datasets – NOAA, Hadley and Berkeley – that extend back to 1850. (This follows the approach taken by the World Meteorological Organization in its state of the climate reports.)

The figure below shows how global temperature so far in 2026 (black line) compares to each month in different years since 1940 (lines coloured by the decade in which they occurred).

Chart showing monthly global temperature anomalies
Temperatures for each month from 1940 to 2026 from the Carbon Brief average of temperature records. Anomalies plotted with respect to a 1850-1900 baseline.

The first three months of 2026 have been relatively warm, coming in in the top-five warmest on record across all the different scientific groups that report on global surface temperatures. This is despite the presence of weak La Niña conditions in the tropical Pacific at the start of the year, which typically suppress global temperatures.

January 2026 was the fourth- or fifth-warmest January on record across all the groups, February was the fourth- to sixth-warmest and March was between the second and fourth warmest.

Dataset January February March
HadCRUT5 5th 6th Yet To Report
NOAA 5th 5th 2nd
GISTEMP 5th 4th 4th
Berkeley Earth 4th 4th 4th
Copernicus ERA5 5th 5th 4th

Global temperature anomalies have been steadily increasing since their low point in January, as La Niña conditions have faded.

When combined, the first three months of the year in 2026 were the fourth-warmest in the historical record, below only 2024, 2025 and 2016.

Chart showing that 2026 was the forth-hottest start to a year on record
Quarter one temperature anomalies from 1850 through 2026 from Carbon Brief’s average of temperature records. Anomalies plotted with respect to a 1850-1900 baseline.

A potential ‘super’ El Niño

There is reason to expect that global temperatures will continue to increase over the remainder of the year, as a strong – or even “super” – El Niño event is expected to develop later in the year.

Since the start of April, 13 different modelling groups have published estimates of future El Niño strength through at least September. These, in turn, contain 637 different model runs, as each model is run multiple times to better characterise the range of potential El Niño development.

There are a number of different ways to assess the strength of an El Niño or La Niña event.

The most common is the temperature anomaly in the “Niño3.4” region of the tropical Pacific. In addition, these temperatures have the human warming signal removed from changes over time in that part of the Pacific.

There are other approaches to assessing the strength of El Niño, including the newly released relative Oceanic Niño Index (RONI), which may be more accurate. However, RONI data is not readily available from all models today.

The figure below shows a distribution of Niño3.4 temperature anomalies across all of the runs of all of the models (top panel), as well as the range of runs across each of the individual models (bottom panel). Sustained sea surface temperatures in excess of 0.5C indicate an El Niño event, temperatures above 1.5C represent a strong El Niño event and above 2C is often referred to as a “super” El Niño event.

Charts showing the ENSO forecast for September 2026 from 13 modelling groups
Nino3.4 region temperature anomaly forecasts for September 2026 from 637 model runs by 13 modelling groups. The top panel shows a model-weighted density of estimates, where each model is given equal weight regardless of the number of ensemble members. The bottom panel shows the median and ensemble range for each individual model. Data obtained from Copernicus C3S, NOAA’s CFSv2, CanSIPS and NMME.

The latest climate models give a central (median) estimate of 2.2C warming by September – a scenario which would put the world firmly in “super” El Niño territory.

Warming would likely strengthen after September, as El Niño conditions generally peak between November and January.

However, there is still a wide spread among models, with some, such as CanESM5 and DWD, only showing a weak-to-moderate El Niño.

Historically, it has been hard to accurately forecast the development of El Niño during early spring, so it will be a few more months before scientists can be confident that a strong or super El Niño will develop.

Exceptional regional warmth

There were many regions of the planet that saw exceptional warmth in the first quarter of 2026. This includes much of the western US, western China and eastern Russia.

The figure below shows the temperature anomaly in the ERA5 dataset, relative to a more recent 1981-2010 baseline period. (ERA5 does not provide gridded data back to the pre-industrial era.)

Map showing global surface temperature anomalies
Global surface temperature anomalies in ERA5 over the January-March period, relative to a 1981-2010 baseline period.

In addition to temperature anomalies, it is useful to look at where new records have been set. The figure below shows each grid cell that saw one of the top-five warmest first-quarter periods on record, as well as the top-five coolest.

Map showing global temperature records
Global surface temperature records (top five and bottom five) in ERA5 over the January-March period over the 1940-2026 period covered by the dataset.

During the first quarter of 2026, 5.2% of the globe saw record warm temperatures, while virtually no place on earth had record cool temperatures. In addition, 24.3% of the globe was in the top-five warmest on record, whereas only 0.1% was in the bottom-five coolest on record.

On track to be second-warmest year on record

Carbon Brief estimates that the global average temperature in 2026 will be between 1.37C and 1.58C, with a best estimate 1.47C. This puts 2026 on track to likely be the second warmest year on record, though it could potentially be as high as the warmest or as low as the fourth warmest.

This is based on the relationship between the first three months and the annual temperatures for every year since 1970. The estimate also accounts for El Niño and La Niña conditions seen in the first three months of 2026, as well as how El Niño conditions are projected to develop across the rest of the year.

The analysis includes a wide range of possible outcomes in 2026, given that temperatures from only the first quarter of the year are available so far.

The chart below shows the expected range of 2026 temperatures using the Carbon Brief average of groups – including a best-estimate (red) and year-to-date value (yellow). Temperatures are shown with respect to the pre-industrial baseline period (1850-1900).

Chart showing that 2026 is on track to be the second-warmest year
Annual global average surface temperature anomalies from the WMO aggregate plotted with respect to a 1850-1900 baseline. To-date 2026 values include January-March. The estimated 2026 annual value is based on the relationship between the January-March temperatures and annual temperatures between 1970 and 2025. Chart by Carbon Brief.

Carbon Brief’s projection suggests that 2026 is virtually certain to be one of the top-four warmest years, with a best-estimate – a 62% chance – that it ends up between 2024 and 2023 as the second-warmest year on record.

However, there remains a 19% chance that 2026 will be the warmest year on record – beating the prior record set in 2024. There is also a 19% chance that it will end up as the third- or fourth-warmest year.

The chances of a record-breaking year depends on the strength of El Niño, as well as how rapidly global temperatures warm up as El Niño develops.

There is also a roughly 30% chance that 2026 will be the second year that exceeds 1.5C above pre-industrial levels.

While the development of a strong or “super” El Niño will give a boost to 2026 temperatures in the latter part of the year, its largest effects will likely be felt in 2027.

Historically, the year where El Niño develops has been warmer than usual, but the year that follows the phenomenon’s winter peak – for example, in 1998, 2016 and 2024 – is record-setting.

This is because there is an approximately three-month lag between the peak of El Niño conditions in the tropical Pacific and the maximum global surface temperature response. If a super El Niño develops this year, it is likely that 2027 will set a new record.

Record-low winter Arctic sea ice

Earlier this year, Arctic sea ice saw the joint-smallest winter peak in a satellite record going back almost half a century.

Sea ice extent peaked for 2026 at 14.29m square kilometres (km2) on 15 March, marking a “statistical tie” with a record low recorded the year before, according to the US National Snow and Ice Data Center (NSIDC).

The figure below shows both Arctic and Antarctic sea ice extent in 2026 (solid red and blue lines), the historical range in the record between 1979 and 2010 (shaded areas) and the record lows (dotted black line).

(Unlike global temperature records, which only report monthly averages, sea ice data is collected and updated on a daily basis, allowing sea ice extent to be viewed up to the present.)

Chart showing the Artic and Antarctic sea ice in 2026
Arctic and Antarctic daily sea ice extent from the NSIDC. The bold lines show daily 2026 values, the shaded area indicates the two standard deviation range in historical values between 1979 and 2010. The dotted black lines show the record lows for each pole.

Arctic sea ice set new record daily low values during periods of January, March and early April. Antarctic sea ice did not set any new records so far in 2026, but remains on the low end of the historical (1979-2010) range.

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Q&A: How countries got the global ‘net-zero’ shipping deal ‘back on track’

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Nations are “back on track” to adopt a framework for curbing global shipping emissions, following the latest International Maritime Organization’s (IMO) meeting in London, UK.

The proposed “net-zero framework” had been expected to be approved by countries at the IMO towards the end of 2025.

Instead, the Trump administration was accused of “bully-boy” tactics as the US led a concerted effort to reject the framework, leading to its approval being delayed.

Since then, the US, other fossil-fuel producers and some industry groups have called for the framework to be stripped of its carbon-pricing mechanism, or abandoned entirely.

At the Marine Environment Protection Committee (MEPC84) meeting in London, UK, last week, nations tried once again to reach an agreement on the framework.

Opponents said they were trying to seek consensus, but supporters, such as Brazil, the EU and Pacific islands, pointed out the framework was already a “careful balance of interests”.

Liberia and Panama – “flag states” for a third of the world’s commercial shipping – led a counter-proposal, alongside Argentina, which effectively cut carbon pricing from the framework.

Ultimately, however, the meeting ended with a reconfirmation that delegations are committed to rebuilding consensus on global shipping emissions.

The framework survived the negotiations and the committee will now try to adopt it at its December 2026 meeting.

Below, Carbon Brief explains why the framework has proved so contentious, who the major players have been and what the final outcome was at the latest IMO meeting.

Why was the net-zero framework delayed last year?

In April 2025, nations at the IMO had agreed on a “net-zero framework” at their MEPC83 meeting in London, despite the US withdrawing halfway through.

Later that year, in October 2025, they failed to formally adopt the framework after a fraught meeting that saw US negotiators accused of “bully-boy tactics”.

The framework was meant to be a practical set of measures to achieve the global net-zero target for shipping, agreed at the IMO in 2023. The target is significant, as international shipping is responsible for more than 2% of emissions and is not covered by the Paris Agreement.

Following a week of negotiations at the April 2025 meeting, the remaining nations had voted on approving a compromise proposal for an emissions levy – effectively a carbon tax on global shipping – and a credit-trading system. 

A majority of nations had agreed to this framework that would have set a lower emissions-intensity reduction target of 4% in 2028, rising to 30% in 2035. It had also included an upper target that would have increased from 17% in 2028 to 43% in 2035.

Ships that failed to lower their emissions intensity in line with these limits would have needed to purchase “remedial units” for $380 per “tier two” unit. This would have fed into a new IMO “net-zero fund”.

Those who met the lower target, but fell short of the more difficult upper target, would have had to pay into the IMO fund, but at the lower rate of $100 per “tier one” unit.

The number of compliant ships had been expected to grow under this framework, reducing the number of vessels reliant on buying units and helping to reduce emissions intensity by over 40%, as the chart below shows.

Reduction in emissions intensity of shipping fuel compared to 2008 reference year
Reduction in emissions intensity of shipping fuel compared to 2008 reference year, showing percentage made up of tier two (red), tier one (pale red) and compliant emissions (grey). Source: IMO.

The purchase of units to comply with the rules had been expected to raise $10-15bn annually in the initial years of the fund, as well as help with the development of zero and near-zero (ZNZ) greenhouse gas fuels and energy sources, according to thinktank IDDRI.

In turn, the fund would have been used to support developing countries to decarbonise shipping.

A clear majority of 80% of the eligible voters – not including those who abstained or the US – approved the framework at the April 2025 meeting.

The 63 countries that voted in favour included the EU, China, India and Brazil, while those that voted against included major fossil-fuel producers, such as Saudi Arabia, Russia and the United Arab Emirates (UAE).

Following this “landmark” agreement, countries had then been expected to formally adopt the framework at the next MEPC session in October 2025.

However, the meeting proved challenging. The US “unequivocally rejected” the proposal and lobbied extensively against adoption, including by threatening governments, individual diplomats and shipping companies with sanctions, visa restrictions, tariffs and port fees.

During the October meeting, the US and its allies pushed for a shift from a “tacit” approval system for the net-zero framework to one that would require explicit acceptance by governments. This would mean it would only come into force if, six months later, two-thirds of nations actively accepted the deal, Climate Home News explained at the time.

Negotiations continued throughout the week before Saudi Arabia called to adjourn the meeting, a move that was passed after it was backed by 57 countries.

As such, the decision on the adoption of the net-zero framework was pushed back by a year.

Among the 63 countries that supported the IMO net-zero framework at MEPC83 in April 2025, 15 supported the adjournment and 10 abstained – showing that some nations that had previously supported the framework had softened on the deal, following lobbying by the US, Saudi Arabia and their allies.

Going into the April 2026 MEPC84 meeting, it was clear that agreement on the framework would not be straightforward. A report ahead of the meeting from University College London (UCL) noted: 

“The level of support is noticeably weaker than in April [2025] and likely reflects the effectiveness and efforts made by sides supporting or opposing the net-zero framework over the intervening period.”

In the week ahead of the MEPC84, US IMO delegation lead Wayne Arguin told a meeting that there was a “clear, strong and sizable bloc of countries opposed to the [net-zero framework]” and “no prospect of achieving consensus”, according to Politico.

As the meeting kicked off on 27 April 2026, IMO secretary-general Arsenio Dominguez called on parties to engage in “engage in constructive and pragmatic exchanges”.

Why do some countries oppose the net-zero framework?

A coalition of countries, including the US, Saudi Arabia and various fossil-fuel producers, strongly oppose the IMO net-zero framework that was agreed last year.

They were supported by a wider group of industry bodies and major flag states – countries where many ships are registered – which were instrumental in advancing “alternative frameworks” at the latest meeting. (See: What ‘alternative frameworks’ were discussed?)

Documents submitted ahead of the April 2026 meeting laid out the basis for this opposition, with the US criticising the net-zero framework’s “significant shortcomings”, concluding:

“The most appropriate path forward is to end consideration of the IMO net-zero framework entirely.”

More nuance came in a statement from a group of primarily large fossil-fuel producers, including Saudi Arabia, Russia and Algeria, which was also backed by the US.

It stressed the need for “alternative” frameworks, with an emphasis on achieving consensus, as well as “practicability, equity and trust”. In practice, this meant a system without any carbon pricing, “top-down restrictions” or “international penalties”.

Josh Gabbtiss on Bluesky: A group of mainly fossil-fuel producers

Opposing countries said any outcome should be “technology-neutral”, meaning it should not disadvantage specific fuels, potentially including liquified natural gas (LNG) and other fossil fuels.

These nations also stressed what they claimed were the potential impact of additional net-zero costs on “food and energy security”.

Much of their criticism was based on supposed economic harm that the net-zero framework would cause, particularly in developing countries.

These arguments purported to be about fairness for these countries. Yet some opponents of the framework were also calling for the IMO fund to be abandoned.

If this IMO fund were lost, then developing countries could lose out on a potential source of support for their own maritime decarbonisation, as well as potentially their broader energy transitions.

As well as supporting the fossil-fuel producers’ call for “alternative frameworks”, the UAE filed its own submission questioning the legitimacy of the IMO in establishing a new fund.

The US submission to the IMO stated that the fund would provide “pennies on the dollar compared to the economic hardship” brought about by the framework overall.

US delegates distributed flyers at the IMO meeting, emphasising the financial burden they claimed the framework would place on developing countries. While low-carbon shipping will come with substantial costs, analysts said the US figures were “not credible”.

Josh Gabbtiss on Bluesky: As part of its effort to block the new

Campaigners accused the US of “pretending to care about other countries’ economies”, pointing out that the energy crisis – triggered by the US-led war on Iran – is costing the shipping industry billions.

Moreover, they stated that the Trump administration’s new port entry fees would be a far greater financial burden for the global shipping industry than the mooted net-zero rules.

Analysis by UCL shipping researchers ahead of MEPC84 concluded that the Trump administration would potentially be less able to exert “soft power and influence” at the talks than last year. Additionally, it pointed to a Supreme Court ruling that limited the US’s capacity to impose punitive tariffs.

In practice, the US was less vocal at the talks, choosing to support alternative framework ideas proposed by other IMO members.

What ‘alternative frameworks’ were discussed?

There were two main alternatives to the net-zero framework considered at MEPC84.

Japan suggested some ideas as a “possible basis for discussion”, which included removing the need for ships to pay into an IMO fund when they fail to meet emissions targets.

It also suggested simply relaxing the emissions targets, in order to make them easier for shipping companies to meet.

Josh Gabbtiss on Bluesky: Japan has proposed some compromise options

The second – and more significant – counter-proposal to the net-zero framework was not submitted by the US or its fossil-fuel producer allies.

Instead, it came from Liberia, Panama and Argentina, three countries that have strong political and historical ties with the US.

This was particularly notable given Liberia and Panama’s status as the top two “flags of convenience”, as shown in the chart below. A third of the world’s commercial shipping is registered in these small states, giving them disproportionate significance within the talks.

Deadweight tonnage of the ten largest merchant fleets in 2025 by flag of registration, million tonnes.
Deadweight tonnage of the ten largest merchant fleets in 2025 by flag of registration, million tonnes. Source: UNCTAD.

Their proposal, offered in the spirit of “consensus‑building”, said that only fuels already considered “commercially viable” should be included in the IMO’s carbon-intensity targets. 

The Argentina-Liberia-Panama proposal was dismissed by observers as “business-as-usual”, as it removes incentives to develop clean fuels, any substantial means of enforcement and opportunities to raise funds to help developing countries.

Delaine McCullough, director of the shipping programme at the Ocean Conservancy, tells Carbon Brief:

“By removing the mandatory greenhouse gas price, you take away the ability to provide any kind of rewards or other incentives, and you also take away the regulatory incentive, so you just end up where we are today.”

This was the proposal that the net-zero framework’s most prominent opponents, including the US and the Gulf states, rallied around at MEPC84.

Among those also backing the idea during the talks were some developing countries, such as Ghana, Nigeria and Sierra Leone, that also said they wanted the IMO outcome to provide them with financial support.

This came in spite of the proposal stating there should be “no establishment of an IMO fund”. Speaking on condition of anonymity, a small-island state delegate tells Carbon Brief:

“Many countries that support the Liberia-Panama-Argentina submission also seek support for transition, capacity-building and mitigation of negative impacts. This support will not be available if [that] approach is taken.”

Some delegates questioned the decision by Liberia and Panama to lead this pushback against the net-zero framework. Both nations had previously supported an emissions levy on shipping, which would have been far more ambitious than the framework they now oppose.

Observers noted ties between nations that opposed the framework and parts of the shipping sector – including US-based interests and LNG assets.

Among the industry voices arguing strongly against the net-zero framework have been the American Bureau of Shipping and a group of international shipping companies and registries – including the national registries of Liberia and Panama.

The latter group voiced “significant concerns” and called for “alternative proposals”. Rather than a domestic entity, the Liberian registry that issued this statement is a privately owned US company.

Reflecting on these issues, Prof Tristan Smith, an energy and transport expert at UCL, wrote on LinkedIn:

“Privately owned registries have leverage over their host governments because one angry shipowner’s personal wealth is more than the flag state’s GDP and governments of low-income countries can’t easily take risks with even small volume revenues.”

Major Greek shipowners, including some with US-linked LNG interests, also opposed the net-zero framework, citing the “absence of support from major and influential states representing a significant share of global tonnage”.

Greece itself had reportedly pushed back against the framework behind the scenes, despite the EU’s public, unified position of support.

What do supporters of the net-zero framework want?

There were many vocal supporters of the net-zero framework at MEPC84, including a broad range of developed and developing countries.

Among them were the EU, Brazil, Mexico, Kenya, Pacific island states, Australia and the UK.

Having supported the net-zero framework last April, but voted to postpone its adoption in October, China expressed support for a carbon-pricing system and an IMO fund in a technical submission issued ahead of MEPC84.

The major shipping nation had remained quiet during the US-Saudi disruption in October last year, so its submission was viewed as a positive for backers of the framework.

Colombia, which was simultaneously hosting a global conference on “transitioning away” from fossil fuels, also emerged as a supporter of the net-zero framework.

There has also been support from some sections of the shipping industry, including a large coalition of ports, logistics companies and clean-fuel providers.

Supportive nations pointed out that the net-zero framework was the result of years of talks and already represented what Pacific island states called a “fragile compromise”. They framed it as the “only politically viable option” for hitting the IMO’s net-zero goal.

Pacific islands and around 50 other nations had originally called for a universal carbon levy on shipping. Ultimately, they were forced to accept the net-zero framework as a compromise, but Pacific islands said they would revert to their call for a levy if they felt the framework was being “watered down”.  

The demand for a levy was strongly opposed by numerous countries, including some of the current framework’s supporters, such as Brazil and Australia.

In a bid to revive the net-zero framework, a submission by Brazil sought to “dispel any possible potential misunderstandings”, stressing that the approach is “flexible” and “should not be mistaken for a ‘global tax’”.

For example, Brazil notes that the framework “does not exclude any fuels” and that even existing “bunker” fuels and LNG could be used, as long as carbon intensity targets are met. (Ships could, for example, use carbon capture and storage to meet the goals.)

Michael Mbaru, a low-carbon shipping expert for the Kenya climate special envoy, told a briefing ahead of the conference that the net-zero framework was in developing countries’ interests:

“If the global package unravels, pressure grows for more regional and unilateral measures instead, and this is particularly difficult for African and other developing countries, because fragmented regulation raises compliance, complexity [and] transaction costs.”

In response to the Argentina-Liberia-Panama proposal that opponents of the framework had coalesced around, the Solomon Islands pointed out that, in seeking “consensus”, this group was ignoring the numerous parties that wanted more ambition, rather than less. It stated in a submission:

“There is no reason to expect that a new proposal, that differs from the IMO net-zero framework, would find a majority, much less a consensus.”

Nevertheless, supporters of the net-zero framework also acknowledged that there were some areas where greater clarity might help countries to finalise the details.

These areas include clarifying technical considerations such as: how fuel intensity is calculated; addressing the potential impacts of net-zero rules on food security; the governance of the IMO fund; and regulation of sustainable fuel certification schemes.

Given this, there was broad support for more discussions at an extra “intersessional” meeting later this year, in order to hash out these final details before attempting to approve the net-zero framework once more.

What was the final outcome from the IMO meeting?

Ultimately, the IMO’s net-zero framework was agreed and will now be negotiated further in the uutumn, ahead of the next MEPC meeting in December 2026.

The decision, as well as the general willingness to move forward noted by numerous observers, was broadly welcomed. IMO secretary-general Arsenio Dominguez said:

“We are back on track, but we have to rebuild trust. I encourage you to maintain this momentum through your intersessional work and to prepare submissions that can bring the membership together.”

Over the week of negotiations, nearly 100 delegations took to the floor to voice their opinions on the adoption of the net-zero framework.

Of these, over half were in favour of it, including countries like the EU, Brazil, Colombia, Kenya, Tuvalu and others.

Others pushed for reopening the framework for substantial changes, including the US, UAE, Saudi Arabia, Liberia and others.

On Friday 1 May, the discussion turned to the terms of reference for further negotiation and countries agreed to move the net-zero forward as the only option in the final outcome text.

Em Fenton, senior director of climate diplomacy at Opportunity Green, tells Carbon Brief:

“The framework has survived, but survival is not a victory and we cannot end up in a cycle of open-ended negotiations. Taking forward consideration of multiple proposals is only acceptable as a bridge, not a destination.

“We must now look forward to moving towards adoption of the framework later this year in a way that maintains urgency and ambition, and delivers justice and equity for countries on the frontlines of climate impacts.”

The IMO committee agreed to establish an intersessional working group to resolve a number of outstanding concerns and “drive broader convergence on a global measure” ahead of the next MEPC meeting.

Member states will be able to submit new amendments and adjustments to complement those already approved.

The two intersessional meetings will take place in September and November, ahead of MEPC85 in December.

Christiaan De Beukelaer, senior lecturer in culture and climate at the University of Melbourne, tells Carbon Brief:

“The ship is mostly built, though it’s obvious that more work needs doing on its interior. Right now, some are trying to finish the build while others are trying to scuttle it.”

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Cropped 6 May 2026: Forest loss falls | Deforestation regulations | Saving ‘India’s Galapagos’

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We handpick and explain the most important stories at the intersection of climate, land, food and nature over the past fortnight.

This is an online version of Carbon Brief’s fortnightly Cropped email newsletter.
Subscribe for free here.

Key developments

Forest loss falls

DRIVER DECLINE: Tropical primary forest loss fell by more than one-third from 2024-25, according to the latest edition of the Global Forest Review. (Primary forests are those that are intact or relatively undisturbed by humans.) The World Resources Institute, which co-produced the report, noted that the loss of these forests is “still 46% higher than [it was] a decade ago”. It attributed much of this year’s decline to a decrease from last year’s “record-breaking year of extreme fires”.

WIDESPREAD COLLABS: Although Brazil had the largest loss in terms of area, deforestation in the country fell by 42% compared to the previous year, reported Agência Brasil. It noted that this was made possible by a governmental task force, “with the participation of civil society, academia, local communities and the private sector”. In Indonesia, Malaysia and Colombia, progress “reflected improved governance, recognition of Indigenous land rights and corporate commitments to deforestation-free production”, said EnviroNews Nigeria.

EXCEEDING THE LIMIT: Despite the decline, the amount of deforestation “still remains ‘far above’ the level required to put the world on track to meet international targets to halt and reverse forest loss by 2030”, said BusinessGreen. It added that “fires present a growing threat that could reverse recent gains”, despite the declines from 2024. Reuters noted: “Agricultural expansion continued to be the biggest driver of forest loss around the world.”

EU deforestation law watered down

UNDER PRESSURE: Following industry pressure, the European Commission decided to “exclude imports of leather from its anti-deforestation law”, according to Reuters. The newswire said: “Leather industry ​groups have argued that as a by-product of the meat industry, with a relatively low value, leather’s production does not incentivise the cattle farming that drives deforestation.” It added that imported beef is still covered by the law.

‘LONG-OVERDUE’: Meanwhile, a group of UK Parliament members released an open letter calling for “long-overdue regulations to end UK imports linked to illegal deforestation”. Although the forest-risk regulation was introduced in 2021 as part of the Environment Act, “lawmakers have spent the last four years delaying the implementation” of the anti-deforestation rules, according to a Mongabay report from last year.

PROVISIONAL DEAL: The EU-Mercosur deal – a trade agreement between the European bloc and four South American countries – provisionally came into force on 1 May “after 25 years of negotiations”, said Euractiv. The application of the agreement is provisional because members of the European Parliament “referred the deal to the European Court of Justice for a legal review” in January, it added.

News and views

  • PACKAGING PLANTATION: Asia Symbol, a China-based pulp and paper company, cleared “vast tracts of Indonesian rainforest home to endangered orangutans…for plantations supplying a maker of ‘carbon-neutral’ packaging”, according to an investigation by Agence France-Presse and the Gecko Project. The company told AFP that it is “committed to its no-deforestation policy”, while the newswire noted that the plantations supplying the paper mill have permits from the Indonesian government.
  • SODA MOUNTAIN SOLAR: The California Energy Commission approved a proposed $700m solar power plant in the Mojave Desert after “nearly 20 years” of challenges, reported the San Bernardino Sun. Last month, climate journalist Sammy Roth dove into the history of – and current debate over – the Soda Mountain project on his Substack, Climate Colored Goggles.
  • POSITIVE TIPPING POINTS: In a Nature Sustainability perspective piece, Prof Tim Lenton at the University of Exeter argued for the existence of “positive tipping points” – ecological, social or socio-ecological states where feedback loops that “suppor[t] self-propelling nature-positive change can help” achieve nature-recovery goals.
  • ‘ACUTE HUNGER’: Nearly eight million people in South Sudan are at risk of “acute food insecurity” in coming months, “fuelled by ethnic conflict, climate change and the spillover of fighting from neighbouring Sudan”, according to Al Jazeera coverage of a new Integrated Food Security Phase Classification analysis. Meanwhile, a UN-produced global food crises report showed that “acute hunger” has doubled over the past decade, with two famines declared last year for the first time since the reports began a decade ago.
  • SUMMERTIME SADNESS: Production of India’s prized Devgad Alphonso mango “has dropped by 70-90%” this summer, due to both “climate shock” and “ineffective pesticides”, reported the Print. Rich mango farmers in western India staged a “rare protest” demanding compensation for their losses, the outlet added, while a Print comment called for a “shift from compensation to climate-adaptation policies”. 
  • SEED SUIT: A judge at the Kenyan High Court “declared unconstitutional parts of a law that prohibited farmers from sharing and selling Indigenous seeds” – although the government has appealed the decision, reported Devex. The lawyer who represented the farmers in the suit “said that the ruling could have ripple effects worldwide”, it added.

Spotlight

Saving ‘India’s Galapagos’

Tree fern forest of Great Nicobar Biosphere Reserve. Credit: Prasun Goswami / Wikimedia Commons
Tree fern forest of Great Nicobar Biosphere Reserve. Credit: Prasun Goswami / Wikimedia Commons

This week, Carbon Brief follows the uproar around the Great Nicobar project, after India’s opposition leader visited the biodiversity hotspot, which is at imminent risk of deforestation.

On 30 April, Rahul Gandhi – the head of India’s opposition and grandson of former prime minister Indira Gandhi – posted an Instagram video from the evergreen rainforest on Great Nicobar island, the southernmost point of India’s territory.

The island is the site of a proposed $10bn infrastructure project called the Great Nicobar Island Project, which includes a transhipment port in Galathea Bay, an international airport, a township and a gas and solar-based power plant.

Completion of the project would require the felling of more than a million trees – nearly 130 square kilometres of forest.

Speaking to the camera and dwarfed by gigantic tree trunks, Gandhi said:

“I’m in the middle of what is easily the most beautiful forest I’ve seen in my life.”

As drone footage showed viewers the lush forest canopy, Gandhi told viewers that the primary forest here is so dense, there was simply no way through. He continued by claiming:

“Now I understand why the government did not want me to come…because this is the largest theft of Indian ecological property in history.”

(In February, India’s National Green Tribunal upheld environmental clearances for the project, stating that the government had “considered all possible damage to the ecology and had taken efforts to compensate it”, according to the Hindu. A challenge is pending in the Calcutta High Court. In March, India announced it was raising its forest carbon target in its 2035 climate pledge.)

The provocative video calling for a halt to large-scale deforestation on “India’s Galapagos” has garnered more than 1.4m views and has sparked media debate, smear campaigns and government pushback, defending its strategic importance.

Paradise almost lost?

Barely hours after Gandhi’s video was posted, the Indian government published a press release detailing how environmental and tribal welfare safeguards have been met, despite more evidence to the contrary emerging this week.

Several media outlets – particularly print and independent outlets – have gone to Great Nicobar since 2024 to investigate the project’s impacts on biodiversity, assess its economic viability and corroborate the government’s claims of receiving Indigenous consent.

However, many of the project’s details have been shrouded in secrecy and restrictive conditions, including “gag orders” on scientists, rebuffed right to information requests and missing maps of tribal lands and coral colonies, media investigations have alleged.

For many mainland Indians, Gandhi’s video was a first glimpse of the Great Nicobar Biosphere Reserve and its 1,800 species, many of them endemic to the islands.

Turtle walker

Among the most charismatic and vulnerable are Great Nicobar’s sea turtles: leatherbacks, hawksbills and Olive Ridleys. 

In an era before Instagram, biologist Satish Bhaskar surveyed over 4,000km of India’s coastline on foot from 1977-96 to document sea turtle nesting sites. Bhaskar laid the groundwork – and established the baseline – for Great Nicobar’s biodiversity and turtle conservation in India.

With only a transistor radio for company, Bhaskar would “maroon himself” on these islands for months at a time to measure tracks in the sand, count eggs and nests and wait for sightings of leatherback sea turtles, which can grow up to 2.7 metres long and weigh up to half a tonne.

From 1991-92, Bhaskar recorded more than 800 leatherback turtle nests on Great Nicobar Island alone. He identified Port Campbell Bay – where Gandhi met Nicobarese leaders last week – as a critical, irreplaceable turtle-nesting beach during his surveys.

“I’m glad I did what I did,” said the soft-spoken biologist in the 2025 documentary Turtle Walker, which recreates his early years on the island. Sadly, this new footage of Nicobar’s coastal reefs, mangroves and evergreen forests – is still only accessible to film festival audiences in India.

Can more visual, vocal and felt evidence shift the debate on deforestation in India? Experts told Carbon Brief that remains to be seen, but Gandhi’s video has brought “tremendous attention” back to the project, and brought in unlikely allies asking important questions.

Watch, read, listen

GO FISH: BBC News explored how climate change is “threaten[ing] the economic backbone” of the Pacific island nation of Kiribati – its tuna fisheries.

LIFE AFTER COWS: The New York Times profiled Butter Ridge’s dairy farmers selling their generations-old Pennsylvania farm in the face of looming tariffs and “surging” input costs.

C FOR COMMODITY: On the Wilder podcast, Sue Pritchard – chief executive of the Food, Farming and Countryside Commission – explored the “invisible forces” shaping modern food systems.

WAR FALLOUT: From oil spills to contaminated soil, Wired took a closer look at how the war on Iran is impacting the environment in “unseen ways”.

New science

  • Commercial bottom-trawling fishing costs Europe nearly €16bn per year, mainly due to the release of carbon from ocean sediments | Ocean & Coastal Management
  • A combination of global warming of 1.5-1.9C and deforestation of 22-28% could drive the Amazon to “system-wide changes” | Nature
  • By 2050, 74% of the current habitats of all land mammals, birds, reptiles and amphibians could be exposed to heatwaves under a high-emissions scenario | Nature Ecology & Evolution

In the diary

Cropped is researched and written by Dr Giuliana Viglione, Aruna Chandrasekhar, Daisy Dunne, Orla Dwyerand Yanine Quiroz.  Please send tips and feedback to cropped@carbonbrief.org

The post Cropped 6 May 2026: Forest loss falls | Deforestation regulations | Saving ‘India’s Galapagos’ appeared first on Carbon Brief.

Cropped 6 May 2026: Forest loss falls | Deforestation regulations | Saving ‘India’s Galapagos’

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Analysis: Wind and solar have saved UK from gas imports worth £1.7bn since Iran war began

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The UK has avoided the need for gas imports worth £1.7bn since the start of the Iran war, as a result of record electricity generation from wind and solar, reveals Carbon Brief analysis.

The surge in wind and solar output is cutting the need for gas-fired generation, which has been nearly a third lower than last year and fell to record lows in both March and April 2026.

The figure below shows that wind and solar have generated a record 21 terawatt hours (TWh) on the island of Great Britain since the end of February 2026, when the US and Israel first attacked Iran.

Chart showing that wind and solar have saved UK from gas imports worth £1.7bn since Iran war began
Monthly generation from wind and solar in terawatt hours on the island of Great Britain (England, Scotland and Wales), which has a separate electricity system from the island of Ireland, including Northern Ireland. Source: National Energy System Operator (NESO) and Carbon Brief analysis.

Amid another fossil-fuel price crisis, the record wind and solar output since the start of the Iran war avoided the need to import 41TWh of gas – roughly 34 tankers of liquified natural gas (LNG).

Importing those 34 tankers of LNG would have cost around £1.7bn, given the high gas prices triggered by the conflict.

At the same time, record wind and solar helped to cut electricity generation from gas by around a third year-on-year to the lowest levels ever recorded for the months of March and April, as shown in the figure below.

Chart showing that gas generation has hit record lows since Iran war began
Monthly generation from gas in terawatt hours on the island of Great Britain (England, Scotland and Wales), which has a separate electricity system from the island of Ireland, includingNorthern Ireland. Source: National Energy System Operator (NESO) and Carbon Brief analysis.

Together, wind and solar have generated more than twice as much electricity as fossil fuels over the period since the Iran war began. The country’s electricity mix has now flipped: a decade ago, fossil fuels were generating more than four times as much electricity as wind and solar.

Indeed, wind and solar have generated more electricity than fossil fuels for a record 15 months in a row. As shown in the figure below, this included a full winter season for the first time in 2025-26.

Chart showing that wind and solar have beaten fossil fuels for a record 15 months in a row
Monthly generation from fossil fuels (red) vs wind and solar (blue) in terawatt hours on the island of Great Britain (England, Scotland and Wales), which has a separate electricity system from the island of Ireland, includingNorthern Ireland. Source: National Energy System Operator (NESO) and Carbon Brief analysis.

This meant that gas was setting the price of electricity roughly 25% less often in both March 2026 and April 2026 than in the same month in 2022, when fossil-fuel prices spiked after Russia’s invasion of Ukraine.

April 2026 also marked a series of other records for the GB electricity system.

For half an hour between 15.30 and 16:00 on 22 April, a record 98.8% of the electricity feeding into the country’s main “transmission” grid came from zero-carbon sources, according to the National Energy System Operator (NESO).

In addition, solar generation hit a series of new record-highs, ultimately reaching 15.4 gigawatts (GW) on the afternoon of 23 April. Wind set a new record of 23.9GW on 25 March.

The post Analysis: Wind and solar have saved UK from gas imports worth £1.7bn since Iran war began appeared first on Carbon Brief.

Analysis: Wind and solar have saved UK from gas imports worth £1.7bn since Iran war began

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