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More than half of global cropland areas could see a decline in the number of suitable crops under a warming scenario of 2C, new research finds.

The study, published in Nature Food, projects how climate change will modify the areas suited for growing 30 major crops under four scenarios, ranging from 1.5 to 4C of global warming.

It finds that under just 1.5C of warming, more than half of the studied crops would suffer from an overall loss of potential suitable cropland, compared to the current climate.

While warming would decrease crop diversity in the tropics, it would increase in areas far from the equator, “offering opportunities for climate change adaptation”, the authors write.

One scientist, who was not involved in the study, tells Carbon Brief that expanding research beyond just staple crops is “essential to understand[ing] the full impact of climate change on agriculture”, adding that “it is exciting to see more work in this space”.

Declining ‘safe’ space for crops

Cultivating a diverse range of crops contributes to a more stable and diverse food supply.

For example, having a wide variety of crops allows farmers to select the crops that will be most resilient to extreme events, such as drought.

Tropical fruits variety from Malaysia, including Durian, banana, star fruit, rambutan, jackfruit, longan, and mata kuching. Credit: Scenics and Science / Alamy Stock Photo
Tropical fruits variety from Malaysia, including Durian, banana, star fruit, rambutan, jackfruit, longan, and mata kuching. Credit: Scenics and Science / Alamy Stock Photo

In order to understand how climate change will affect future potential crop diversity, the researchers identify the “safe climatic space” – or climate “niche” – for 30 major crops. This approach “maps the current climatic space of the major production areas of each crop”, based on annual rainfall, biotemperature and aridity.

(Biotemperature is the average of monthly average temperatures above 0C and below 30C, and is a method of considering both temperature and growing season.)

Using the “safe climatic space” approach, the authors calculate crop diversity by counting the number of crops that could be grown in a specific area in the future.

Then, the researchers project how these areas would change under the four future warming scenarios of 1.5C, 2C, 3C and 4C above pre-industrial levels, compared to the current climate (1990-2020). 

The study finds that under a 1.5C warming scenario, more than half of the 30 crops analysed would see a net decrease in their global potential cropland area. The most affected crops are wheat, barley, soya beans, lentils and potatoes.

Beyond 2C warming, the declines in suitable areas for the 30 crops become more pronounced – in some cases approaching and passing 50%, the study notes.

In a 3C scenario, all of the 30 crops studied would have their suitable cropland area reduced, with the same set of crops most affected.

The chart below shows the percentage changes in global potential cropland area for all the crops under the four warming scenarios examined. Each colour represents a level of global warming.

The 30 crops were classified into five groups: cereals, fruits and vegetables, oil crops, pulses and starchy roots.

Net change in total cropland area within SCS compared to baseline (%)
The net percentage change in global potential cropland area with a safe climatic space (SCS) for the 30 crops analysed, under four global warming scenarios: 1.5C (brown), 2C (light red), 3C (orange) and 4C (yellow), compared to the current (1990-2020) climate. The crops are divided into five categories: cereals, fruits and vegetables, oil crops, pulses and starchy roots. Source: Heikonen et al. (2025)

Dr Dale Rankine is an applied climate scientist at the University of the West Indies. The expert, not involved in the study, tells Carbon Brief that the wide range of crops analysed in the research is “commendable” and that the findings are largely in line with previous work.

Dr José Clavijo Michelangeli, chief product officer at Praedictus Climate Solutions, an agricultural data and forecasting company, notes that most studies on agriculture and climate change only focus on the impacts to main staple crops, such as maize, wheat, rice and soya beans. Clavijo Michelangeli, who was also not involved in the study, tells Carbon Brief:

“Studies expanding to other crops are essential to understand the full impact of climate change on agriculture and it is exciting to see more work in this space.”

He points out that although the findings are consistent with previous understanding of the impacts of climate change on cropping systems, the climate data used to define the “safe climatic spaces” may not “align” with the responses to temperature of the crops currently grown there. He tells Carbon Brief:

“This has the potential to over or underestimate the potential change in suitability of the crop in that region.”

Unequal impacts

The study also reveals that climate change impacts on crop production and diversity will vary across regions.

Regions near the equator, such as sub-Saharan Africa and south Asia, would see the greatest declines in potential crop diversity – decreasing “on more than 70% of the cropland area if global warming exceeds 2C”, according to the study.

By contrast, global warming could increase the diversity of crops in other regions – such as North America, Europe, central Asia and Latin America. In these regions, crop diversity would increase – or see no change – on more than half of the cropland area under warming levels of up to 3C, the study says.

The map below shows the potential changes in crop diversity at 2C of warming. The inset charts show crop-diversity changes divided by regions and global warming levels, with the x-axis of the charts representing the four warming scenarios. Areas in brown represent places where crop diversity is projected to decrease, while those in blue are areas where crop diversity is projected to increase.

World map showing the percentage changes in potential crop diversity under 2C of warming
The percentage changes in potential crop diversity under 2C of warming, with blue (brown) colours showing increases (decreases) in future crop diversity. The inset maps show crop diversity changes by regions and global warming levels, from 1.5 to 4C. The y-axes show the percentage of cropland area experiencing a given change. The darker the blue colour, the bigger the increase in crop diversity. Conversely, the darker the brown colour, the bigger the decrease in crop diversity. Source: Heikonen et al. (2025)

Adaptation opportunity

For areas that could see an increase in crop diversity, this creates “opportunities for climate change adaptation”, the authors say.

Clavijo Michelangeli says that the overall pattern of where the highest or lowest risks lie is in line with prior research. He adds:

“It is very likely that warming temperatures will not only increase diversification – which is in fact already happening – but also productivity of higher-latitude systems.

“The work is also very important in continuing to emphasise the need to do more research in tropical systems.”

Rankine warns that the benefits of increased crop production in temperate climates should not come at the expense of working to adapt agriculture in tropical climates. He argues that if future production centers on temperate countries, it could result in “a disinterest in tropical crops”.

He tells Carbon Brief that an uptick of extreme events in temperate areas in the future could endanger global food security:

“If [temperate regions] become the hub for food production, this could lead to global food shortages…This would amount to maladaptation, the opposite of diversity.” 

The study calls to limit global warming to 2C “to avoid detrimental impacts on food production”, especially in the tropics, where many of the world’s most-vulnerable nations are located.

Sara Heikonen, the study’s lead author and a doctoral researcher at Finland’s Aalto University, says that any negative effect on agriculture in these regions would impact global food networks. Therefore, she says, “international collaboration and support for countries that need help with adaptation” will be critical for “developing new agricultural practices to adapt to these difficult conditions”.

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Q&A: What England’s new ‘land-use framework’ means for climate, nature and food

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Just 1% of England’s land will be needed for renewables to help meet the UK’s climate goals by 2050, according to a first-of-its-kind framework.

There is enough land in England to meet climate and nature goals, while also producing more food and building new homes, according to the UK government’s new “land-use framework”.

Speaking at the framework’s launch on Wednesday, environment secretary Emma Reynolds said she hoped it would put an end to the idea that England faces “false choices” over “solar panels versus farmland”, or “growth versus environment”.

The policy was first planned by the Conservative government in 2022, but has been delayed many times.

It has been broadly welcomed by environmental groups, with Tony Juniper, the chair of Natural England, calling it a “vital step forward” towards “more joined-up approaches” to land use.

Below, Carbon Brief outlines the main points of the framework relating to climate change, nature restoration, food production, renewable energy and housing.

What is the land-use framework?

The government’s land-use framework for England aims to set out a “coherent national vision” for using land.

The 56-page report is the first of its kind in England.

It focuses solely on England, but notes that the government will “work closely” with the devolved governments in Scotland, Wales and Northern Ireland to share best practice and “collaborate on cross-border issues”.

It is a “blueprint” to inform better decisions on optimising land use to produce food, host renewable energy, restore nature and build more homes, says environment secretary Emma Reynolds in the foreword of the framework.

The plan hopes to end the “fragmented approach” to tackling these issues, which has led to a “confused picture and missed opportunities for land to deliver multiple benefits”, Reynolds says in the foreword. She adds:

“We can plant trees to reduce flood risk to homes and farmland, locate energy infrastructure alongside nature-rich food production and ensure nature recovery is at the heart of resilient growth and development.”

The report says it will play a “critical role” in helping to deliver national and global commitments, such as carbon budgets and national biodiversity and climate plans.

The framework commits to creating a long-term assessment of climate change impacts on land use at 2C and 4C of global warming.

It also commits to setting up a “land-use unit” in the Department for Environment, Food & Rural Affairs to produce a map of “national spatial priorities” in England for, among other things, food production, nature and housing.

The government says it will update the framework every five years, outlining progress and next steps on implementation.

Currently, about 70% of land in the UK is used for agriculture – primarily livestock.

The chart below highlights how land is currently allocated in the UK (left) and how much overseas land is used to produce food for the UK (right).

UK land area divided up by purpose (left). About 70% is devoted to agriculture, mainly livestock and livestock feed and pasture. The right-hand side of the chart, using the same scale, shows how much land is used overseas to produce food for the UK. Credit: National Food Strategy (2021)
UK land area divided up by purpose (left). About 70% is devoted to agriculture, mainly livestock and livestock feed and pasture. The right-hand side of the chart, using the same scale, shows how much land is used overseas to produce food for the UK. Credit: National Food Strategy (2021)

The government’s land-use framework for England has been long-awaited and much-delayed.

The recommendation for the report first came in the 2021 National Food Strategy, an independent report led by businessman Henry Dimbleby.

It recommended creating a rural land-use framework to give “detailed assessments” of the best ways to use land in England.

The former Conservative government committed to produce such a report in a June 2022 food strategy.

This strategy said that a land-use framework for England would be released in 2023 “to ensure we meet our net-zero and biodiversity targets”, among other aims.

The publication was, however, delayed many times.

The Labour government launched a consultation on the framework in January 2025 and the final report was eventually released on 18 March 2026.

The framework is a “long-awaited opportunity for real change”, says Roger Mortlock, chief executive of the environmental charity Campaign to Protect Rural England (CPRE), in a statement.

Mortlock welcomes its “ambition”, but says that the way in which land tradeoffs are considered locally and nationally “will be key to its success”. 

A report released by CPRE earlier this week, however, said that the framework is “unlikely to be the silver bullet many are hoping for”.

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What does the plan say about how land in England should be used?

The framework uses high-resolution modelling – what it calls the “most sophisticated analysis” of its kind – to examine how England can use land to meet climate, nature, food and housing needs.

One key finding is that England has enough land to meet all of its objectives, if land is used efficiently.

This means that England has “enough land to deliver our objectives for nature restoration and development without reducing domestic food production or compromising on these objectives”, according to the framework.

It adds that efficient land use means “playing to the strengths” of England’s varied landscape. This involves, for example, prioritising the restoration of peatlands in north-west England and temperate rainforests in the south-west.

The chart below shows the percentage of land in England currently used for different purposes, as well as how this distribution will need to change by 2030 and 2050, if the UK is to meet its goals, according to the framework.

Chart showing that just 1% of England's land will be needed for renewables by 2050
The percentage of land in England currently used for different purposes, as well as how this distribution will need to change by 2030 and 2050, if the UK is to meet its goals for climate, nature, housing and food production. Credit: The Land Use Framework for England (2026)

According to the framework, just 1% of England’s land will need to be taken up by renewables, such as solar and onshore wind, by 2050.

However, the framework does note that there is “inherent uncertainty” in projecting energy use by 2050 and says that the amount of land required for renewables may be nearer to “more than 2%”, depending on how quickly solar and wind is deployed in the future.

A further 6% of England’s land should be used for achieving climate and nature goals, according to the framework.

(A Defra official tells Carbon Brief that the framework’s projections for renewable energy and tree-planting were not as ambitious as those in the Climate Change Committee’s central pathway to net-zero, but are in line with the government’s carbon budget delivery plan for 2035.)

Speaking at the launch of the framework, environment secretary Emma Reynolds said that the framework shows that there are no “false choices” between “solar panels versus farmland” or “growth versus environment”, adding:

“The problem has never been scarcity of land. It has been a shortage of clarity.”

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What does the framework mean for different sectors?

The framework sets out a “vision” for land use in several areas, such as housing, energy, food and nature by 2030 and 2050.

It also details what the government is currently doing to achieve these aims and makes pledges for more action down the line.

Below, Carbon Brief has detailed the key points around renewable energy, tree-planting and nature restoration, food production and housing.

Renewable energy

The report notes that the need to produce extra electricity to meet growing demand from, among other things, electric vehicles, heat pumps and data centres is “changing the way land is used across England”.

The UK plans to produce at least 95% of electricity from low-carbon sources, such as wind, solar and nuclear, by 2030.

Despite this, the report says that solar and wind will continue to make up a “small proportion of land use”. It says that, by 2030, much of this land will be “managed sustainably” for dual purposes, such as placing solar panels on the same land as growing crops.

Currently, around 21,000 hectares of land in the UK is covered by solar panels – which, as Carbon Brief has previously noted, is much less than the land used for golf courses.

Proportions of total UK land (blue) taken up by golf courses (red), airports (orange), ground-mounted solar panels in 2022 (dark yellow) and estimated additional land taken up by ground-mounted solar panels in the future under government plans (light yellow).
Proportions of total UK land (blue) taken up by golf courses (red), airports (orange), ground-mounted solar panels in 2022 (dark yellow) and estimated additional land taken up by ground-mounted solar panels in the future under government plans (light yellow). The right-hand square represents 1% of the left-hand square. Source: Carbon Brief analysis using Corine Land Cover data and estimates from Solar Energy UK, using Solar Media data. Chart by Tom Prater for Carbon Brief.

By 2035, an additional 129,000 hectares of land is estimated to be used for solar and wind energy in England, with some of this land also used to produce food at the same time.

If achieved, this will account for 1% of land in England and 2% of the UK’s agricultural area.

This estimate is based on the assumption that all extra solar will be installed on the ground, which the report says is a “highly conservative and unlikely scenario” given that many panels are anticipated to be placed on rooftops.

This makes the 2035 figure an “upper-bound” estimate, says the report.

By 2050, around 155,000 hectares – roughly equal to the size of Greater London – will be used for renewables, the report estimates, adding that this is based on trends from historical data and not future scenarios.

The report adds that it is possible that more land than this will be needed to meet energy goals past 2035, however, citing the “inherent uncertainty” in figuring out what the mix of electricity sources will look like by 2050.

By 2030, coordinated planning of electricity networks will encourage rural investment, “such as through new data centres”, the report claims.

By 2050, the report says that better land-use planning will lead to a “fairer and more efficient distribution of solar and wind infrastructure across England”.

There will also be better electricity connections to renewables, much of which will be delivered alongside “productive agriculture”, such as by installing solar panels above crops – known as agrivoltaic farming.

The report says that any land-use change decisions should be made based on a number of factors, drawing from “local knowledge, values, data and priorities”.

It notes that development of wind and solar infrastructure in rural areas should give local communities the “opportunity to benefit from local clean energy”.

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Tree-planting and nature restoration

According to the framework, 6% of England’s land will need to be used for achieving climate and nature goals by 2050.

This kind of land use includes restoring England’s carbon-dense peatlands, planting new woodlands and restoring heathland habitats.

As part of the analysis, the framework takes a detailed look at what parts of England would be best suited for nature restoration. It says:

“Habitat creation and restoration should be directed to the places where it can have the greatest ecological impact, help to reconnect fragmented landscapes, support priority species and deliver the greatest contribution to nature recovery.”

The chart below, taken from the framework, shows where in England has the greatest potential for nature restoration in dark green.

Map of England showing land-use change in %
Areas in England coloured by their potential for nature restoration, from low potential (white) to high potential (dark green). Credit: The Land Use Framework for England (2026)

The analysis finds that north-west England has high potential for nature restoration, largely because it is home to the vast majority of the country’s carbon-rich, but degraded, peatlands.

Other areas identified include the south-west, which could be suitable for “grassland restoration and broadleaf woodland creation” and the south-east, where new grasslands could be planted, according to the framework.

The framework adds that the UK government remains committed to protecting 30% of land for nature by 2030, an international goal set under the Kunming-Montreal Global Biodiversity Framework.

However, it notes that, at present, just 7% of England’s land is protected for nature – with just four years to go until the deadline.

Speaking at the launch of the framework, nature minister Mary Creagh acknowledged that meeting the target remains a large challenge.

She added that her department was currently on a “data sprint” to try to account for all kinds of land that may not currently be classified as being protected for nature, despite serving this purpose.

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Food production

The new framework extensively discusses how to balance food production with other uses for land, such as producing renewable energy and building homes.

The government says it is generally not suggesting land-use change on the country’s “best agricultural land”.

The framework focuses instead on using farmland to fulfil dual purposes, “rather than taking land out of production entirely”.

The goals outlined in the framework include increasing domestic food production in England, which the report says is “feasible according to our projections”.

Currently, the UK produces around 60% of its own food, importing the rest from abroad.

By 2030, the “vision” outlined in the framework says that farmers and other land managers will have better long-term clarity and more information on improved ways to use their land.

By 2050, meanwhile, farmlands will be managed to prioritise “sustainable food production and environmental benefits”, it says.

At this stage, the framework estimates that 480,000 hectares of farmland could be used primarily for food production, while also bringing environmental and climate benefits such as planting trees or restoring grassland habitats.

Agricultural land will be used to balance food production and other outcomes. A footnote in the report says that this will broadly lead to a “mosaic of different landscapes” – semi-natural land, low-intensity farmland and higher-intensity farmland.

It also says that, by 2050, farmland will be more resilient to climate change impacts through actions such as planting trees for flood and drought resilience.

All projected scenarios in the analysis behind the framework focus on producing food “more sustainably from less land”, the report notes.

Solar panels on a sugar beet field in Norfolk, England in 2013. Credit: Ernie Janes
Solar panels on a sugar beet field in Norfolk, England in 2013. Credit: Ernie Janes / Alamy Stock Photo

The agricultural land-use change recommendations in the framework differ across the country. If focusing on improvements to water quality and biodiversity, for example, it recommends looking at areas with intensive agricultural production in the east of England.

This is due to these areas using high quantities of fertilisers, which can wash off fields and run into rivers and other waterways. This lowers water quality and harms plants and animals.

The government commits to developing sectoral growth plans, starting with horticulture and poultry, to provide a framework to boost production and “maintain food security”.

The government also promises to support making “under-used land” available for communities to grow food and recover nature, “where appropriate”. This refers to inactive land that is not suitable for other developments.

The report is a “step in the right direction”, says Tom Bradshaw, president of the National Farmers’ Union. He adds that it is “positive” to have “explicit recognition” of using land for multiple purposes and a government commitment to maintain food production.

Bradshaw notes that “challenges remain about delivering against the ambitious objectives as the first 2030 milestone approaches”.

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Housing

Reynolds says that this framework can help to “speed up house-building and infrastructure delivery”.

The report says that, by 2030, improved planning will enable areas to facilitate housing and development “whilst protecting and enhancing the environment”.

It adds that, where appropriate, developments will be higher-density to “make the best use of land within our towns and cities”.

By 2030, biodiversity net gain – a planning requirement to improve habitats while building developments – and nature-based solutions will also be used to ensure development “leaves the natural environment in a measurably better state than it was in beforehand”, the report says.

It adds that timber production will be expanded to provide “low-carbon building materials”.

By 2050, meanwhile, the framework says planners will be able to more easily assess how suitable areas are for development “using a streamlined digital planning service and decision support tools”.

These tools – built on a range of data sources – are intended to reduce the number of homes built in areas at risk of flooding, the report says.

One in four homes in England are projected to be at risk of flooding by 2050, under a high-emissions scenario, the report outlines.

The report notes that the government is proposing a “default yes” to some planning applications for developments near well-connected transport stations.

High-demand areas “need to be powered locally and sustainably”, it notes, and using technologies such as rooftop solar to “make use of existing built land for electricity generation” can reduce land pressures elsewhere.

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COP30 rainforest fund unlikely to make first payments until 2028

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The Tropical Forest Forever Facility (TFFF) – a major new rainforest protection fund launched by Brazil at COP30 – is unlikely to make payments to rainforest countries until at least 2028, experts said, while it raises funds in financial markets.

The proposed new mechanism aims to pay rainforest countries for achieving low deforestation rates. Rather than depending on grants, the TFFF would seek to raise public and private capital to make investments in financial markets, and then use part of the returns to reward countries which protect their rainforests.

But raising the US$125 billion of public and private investment needed to make meaningful payments could take years, according to Andrew Deutz, managing director of Global Policy and Partnerships at WWF, one of the organisations involved in the fund’s design.

He said it will likely take two or three years for the fund to raise private capital by issuing bonds, invest the money and generate enough returns to make significant payments. “So I don’t think we’re going to see payments to rainforest countries until 2028 or 2029,” Deutz said.

    Norway’s climate minister Andreas Bjelland Eriksen, another of the fund’s early backers, told Climate Home News that “the TFFF requires scale, which will take some time”, but added that it “is a historic opportunity” to finance the protection of tropical forests “for generations”.

    The delay is not necessarily bad, according to Deutz, as it will allow communities to build capabilities and legal structures to handle the new flow of funds. “There needs to be a capacity-building process over the next couple of years with Indigenous organisations and local communities to be able to manage the flow of funds at that level,” he added.

    At the COP26 climate summit in 2021, over 140 countries – covering 85% of the world’s forests – pledged to end deforestation by 2030. At last year’s COP30, the Brazilian government promised to create a roadmap towards ending deforestation by that same date.

    But governments are far off track, with a yearly review showing that deforestation rates are currently 63% higher than what they should be to reach this goal. An estimated $570 billion funding gap for nature protection has contributed to the deficient results.

    First step: raising $10 billion

    While the TFFF has a long-term goal of raising $125bn in public and private capital, its proponents say the key goal for the fund in 2026 will be to raise the total amount of public investment to $10bn so that it can start to scale up.

    The fund has already raised $6.7bn, but Norway’s $3bn pledge requires that the TFFF raises about $10bn mostly from other funders by the end of 2026 or they will not invest.

    Before scaling up to the long-term $125bn goal – of which $25bn is public and $100bn private – the TFFF will have to prove that it can be successful in paying back investors and channeling funds for rainforest protection. The whole process can take years, Deutz said.

    If this $10bn target is reached, the fund could begin raising private finance – up to an estimated $40bn, Deutz said. This initial $50bn tranche would serve to start making investments and show that the model works and can generate returns.

    Bjelland Eriksen also said that reaching the $10bn target will be “an important priority” this year. “Only a handful of countries had the opportunities to assess it in detail before the [COP30] Belém summit – now is the time for more countries to do so,” the Norwegian minister said.

    Public finance from governments is key for the TFFF model because it would act as a guarantee to lower risk for private investors, something very common in the financial sector, said Charlotte Hamill, partner at hedge fund Bracebridge Capital and one of the fund’s financial advisors, at an event earlier in January in Davos.

    “Being able to do this at scale is actually really important, not only to be able to make the payments that are necessary for rainforest preservation but also, in a funny way, it allows you to buy slightly less risky assets because you’re gonna have a much larger pool to buy them off of,” she added.

    New contributions?

    João Paulo de Resende, TFFF Leader at Brazil’s Ministry of Finance, told Climate Home News that the country will continue fundraising efforts throughout this year, and said he has recently concluded a tour in East Asia speaking with government officials from Japan, South Korea and China.

    Conversations with the Chinese government have become “a lot more serious”, said Felix Finkbeiner, founder of the non-profit Plant-for-the-Planet, which operates the online tracking platform TFFF Watch. He added that a Chinese investment would likely be similar in size to the French or German contributions, which would grant the country a seat on the TFFF board. France has pledged a €500m ($578m) investment while Germany has promised €1bn ($1.17bn).

    While China is categorised as a developing country at UN climate talks, and thus has no legal responsibility to grant climate finance, the TFFF has been seen as an opportunity for the Asian country to contribute because it’s not an official mechanism within the UN. Deutz said that, for the Chinese government to contribute, they will need reassurance that the funds will not be counted as formal climate finance.

    The UK is another of the countries expected to announce a contribution in the coming months, both Finkbeiner and Deutz said. The country announced cuts to climate finance this week as it ramps up defense spending, but Deutz noted that it could still contribute with funds to the TFFF.

    “I’m still somewhat optimistic that [the $10bn goal] can happen despite the geopolitical turmoil because the TFFF does not require grant money. We’re not competing with humanitarian assistance,” Deutz explained. “Because governments are being asked to make a loan that would be paid back with interest, this comes out of a different pile of money”.

    Multilateral banks such as the European Bank for Reconstruction and Development (EBRD) and the Asian Infrastructure Investment Bank (AIIB) also reportedly considered contributions.

    Brazil sharing leadership

    Despite having led the official launch of the fund and spearheading its fundraising efforts, Brazil is now aiming to “share leadership” as other countries join the TFFF’s steering committee and establish a new board.

    De Resende told Climate Home News that “the project no longer belongs solely to Brazil”, and added that the group of countries that have pledged contributions to the TFFF are also now playing a larger role in “finding ways to jointly promote sponsor outreach”.

    Deutz said that Brazil wants to move towards a “shared leadership model”. “They are now asking the European countries to have one of them set up to be the co-chairs so that this is not seen as a Brazilian initiative but is rather seen as owned by all of them,” he added.

    The fund will now have to form a steering committee, likely chaired by Brazil and one European country, which will instruct the World Bank on setting up the formal structures of the fund.

    Bjelland Eriksen said there is “important work” ongoing to formally establish the fund’s investment arm (known as the TFIF), while de Resende said he expects to “have the fund incorporated in some European jurisdiction by the beginning of the second semester.”

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    Corpus Christi Cuts Timeline to Disaster as Abbott Issues Emergency Orders

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    The governor’s office said the city’s two main reservoirs could dry up by May, much sooner than previous timelines. But authorities still offer no plan for curtailment of water use.

    City officials in Corpus Christi on Tuesday released modeling that showed emergency cuts to water demand could be required as soon as May as reservoir levels continue to decline.

    Corpus Christi Cuts Timeline to Disaster as Abbott Issues Emergency Orders

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