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Welcome to Carbon Brief’s China Briefing.

China Briefing handpicks and explains the most important climate and energy stories from China over the past fortnight. Subscribe for free here.

Key developments

Huang reported to lawmakers on climate action

NPCSC REPORT: Huang Runqiu, head of the Ministry of Ecology and Environment, told Chinese lawmakers that managing the country’s carbon dioxide (CO2) intensity has become “more challenging” due to the effects of the Covid-19 pandemic, extreme weather and growing trade tensions, Bloomberg reported. According to the full text of Huang’s remarks, made during a report to the National People’s Congress (NPC) Standing Committee, the minister remarked that China’s progress on meeting the target is “broadly in line” with its current international climate pledge for 2030. [Its CO2 intensity target for 2025 is likely to be missed.] He added that challenges have worsened around balancing climate action with economic development, managing “overall and local interests” and “aligning short-term with medium-to-long-term goals”.

TARGETS ‘SURPASSED’: Huang also highlighted the progress China had made in other areas, having “already surpassed” targets for wind and solar power capacity additions and new forest stock volume, the state-run newspaper China Daily said. According to current affairs outlet China News, Huang also noted that China has continued its “efforts to enhance the clean and efficient utilisation of fossil fuels”, including “reforms” for coal-fired power plants and “steadily increasing” gas production and utilisation.

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GLOBAL INFLUENCE: China is “making important contributions to the implementation of the Paris Agreement”, Huang also said, according to the full text of his remarks, having “driven substantial reductions in the costs of wind and solar power” and “advanced international cooperation on climate change”, such as in south-south collaboration. He noted that in the face of “uncertainties”, such as the US withdrawal from the Paris Agreement and the expansion of the EU’s carbon border adjustment mechanism, China will enhance its “influence, guidance and shaping power in global climate governance”.

Movements ahead of UNGA

COP30 SIGNALS: Former climate envoy Xie Zhenhua travelled with Huang to Brussels to meet EU climate lead Teresa Ribera on 16 September, Reuters reported, in order to restart “climate negotiations” ahead of the UN general assembly and COP30. It added that current climate envoy Liu Zhenmin was not expected to be present. (A photo posted on Bluesky confirmed Xie’s presence in the city.) A few days earlier, COP30 executive director Ana Toni met Huang in Beijing, where he told her that China will support Brazil in hosting a COP that “sends a strong signal” about the importance of the Paris Agreement, climate news outlet Tanpaifang reported. Toni told reporters that Brazil expects a “huge Chinese delegation” at COP, the Global Times said. She also spoke at an event at Tsinghua University attended by Xie and followed online by Carbon Brief.

UK-CHINA: Meanwhile, the UK and China established a new industrial decarbonisation working group, according to a UK government statement, focusing on areas including carbon capture, utilisation and storage. Daniel Brooker, the head of the China office at UK Research and Innovation, told finance news outlet Yicai that climate cooperation with China is “one of our immediate priorities”.

INTERCONNECTED WORLD: Separately, vice-president Han Zheng used a conference speech to urge other countries to cooperate on developing “renewable energy generation, grid interconnectivity and smart energy systems” as a way of advancing the global energy transition, according to the Communist party-affiliated newspaper People’s Daily.

First auction under new renewable pricing system

LOWER PRICES: Shandong province held the country’s first renewable power auction, following the launch of new rules for the pricing of wind and solar power, industry news outlet BJX News reported, with the auction price of wind power set at 0.319 yuan per kilowatt-hour (yuan/kWh) and those for solar set at 0.225 yuan/kWh. The low prices set by the “bellwether” province signalled that “renewables prices [across China] in the future will be lower than under the previous system”, Reuters said, adding that it could “discourage” further investment. On LinkedIn, David Fishman, principal at the Lantau Group, said that while the wind power prices would likely be acceptable for developers, the solar prices would be “very tough”, citing one as saying they would likely “abandon” all future projects in the province.

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PLANS ‘PROMPT’: Meanwhile, the National Energy Administration (NEA) urged local governments during a video conference to “promptly” release their plans for implementing the pricing reforms, energy news outlet International Energy Net said, to “stabilise” industry expectations. Separately, the NEA revealed during the conference that, between January and July 2025, China’s installed renewable energy capacity grew by 283 gigawatts (GW) to 2,171GW, current affairs outlet China News reported. In August, BJX News said, thermal-power generation grew by 1.7% – slower than July’s growth rate – while wind power grew by just over 20%, solar grew by 16% and hydropower fell by 10%.

LOCALISED PROJECTS: The NEA also co-released a notice on “improving pricing mechanisms” for localised new-energy projects, International Energy Net reported, referring to projects that “both generate and consume electricity” such as zero-carbon industrial parks. The notice outlined benchmarks for how much of their own renewable energy such projects should sell and consume, clarifying that such projects should “bear transmission and distribution fees, system operation costs and other expenses”, it added.

China set targets for new AI energy projects

AI PILOTS: China plans to increase the use of AI in the country’s energy sector, state news agency Xinhua reported, in order to “enhance energy security, improve operational efficiency and support the country’s green and low-carbon transition”. China will “promote the deep application of at least five specialised large models”, which could be used in the power grid, power generation, coal, oil, gas or other areas, according to industry news outlet China Energy News. It also reported that China plans to identify ten or more “replicable, scalable and competitive” pilot projects. Consulting firm Trivium China wrote in a note that the plan “positions AI as an indispensable tool” on climate change.

DOUBLING STORAGE: China aims to “almost double” new-energy storage capacity by 2027 to 180GW, according to a new industry plan, Reuters reported. Lithium-ion battery storage is likely to comprise the bulk of new additions, economic news outlet Jiemian said. Meanwhile, according to a new government action plan for 2025-2026, new-energy power equipment companies are expected to achieve “steady” annual revenue increase, while traditional power equipment firms should aim to grow “approximately 6%” and “leading” companies by 10%, Xinhua said.

POLICY WATCH: China adopted the atomic energy law, its first foundational law for the nuclear sector, Jiemian reported. China’s environmental code – also the first of its kind – remains under discussion, according to China News. Elsewhere, the country updated its plan to “advance the three-north shelterbelt forest programme”, China Daily said. The National Development and Reform Commission called for “exploring” pathways for real estate investment trusts to invest in ultra-high voltage transmission projects, BJX News reported. BJX News also covered new guidance on improving electricity spot markets.

Spotlight 

Q&A: Will China and the BRICS fill the ‘leadership gap’ on climate change?

Amid a rapidly fracturing geopolitical order, there have been growing calls for China to “step into [the] leadership gap” left by the US on climate change.

One platform that it could use to do so is BRICS, an increasingly influential and assertive group that includes COP30 host Brazil.

In this issue, Carbon Brief explores whether or not China, alongside the BRICS, could become climate leaders. The full article is available on Carbon Brief’s website.

The BRICS group represents a number of emerging economies that aim to “increas[e] the influence of global south countries in international governance”.

Active full members include founding members Brazil, Russia, India and China, as well as South Africa, Egypt, the United Arab Emirates, Ethiopia, Indonesia and Iran.

Together, they represent 27% of global gross domestic product, 49% of the world’s population and 52% of carbon dioxide emissions, according to Carbon Brief calculations.

Four of the members – Brazil, China, India and South Africa – also form the BASIC bloc, a group with a significant voice at UN climate summits and other negotiations.

How do the BRICS approach climate change?

Lucas Carlos Lima, professor of international law at the Federal University of Minas Gerais in Brazil, wrote that recent joint statements show the BRICS had “placed climate change squarely at the centre of the bloc’s agenda”.

In July, the BRICS summit resulted in a joint declaration demanding that “accessible, timely and affordable climate finance” is provided to developing countries.

The statement also highlighted the nations’ “resolve to remain united in the pursuit of the purpose and goals of the Paris Agreement”.

However, the BRICS leaders’ declaration also “acknowledge[s] fossil fuels will still play an important role in the world’s energy mix”.

The inclusion of this language “undermin[es] the positives” of the bloc’s other statements on climate action, according to a response from Jacobo Ocharan, head of political strategies at Climate Action Network International.

What is the role of fossil fuels in the BRICS?

Many BRICS nations remain heavily reliant on fossil fuels, both for electricity generation and to support their wider energy systems.

However, this picture is starting to shift, with almost all BRICS members having adopted net-zero targets ranging from 2050 to 2070.

More tangibly, the addition of new clean-power projects means that fossil-fueled electricity generating capacity now makes up less than half of the installed total in the BRICS group as a whole in 2024, as shown in the figure below.

BRICS_capacity-targets
Left: The share of fossil fuels and low-carbon sources in the total installed electricity generating capacity of each of the BRICS countries, as of 2024, compared to the global average. Right: The year by which BRICS countries have pledged to reach net-zero. Source: Global Energy Monitor, Climate Action Tracker.

Non-fossil power, driven by “unprecedented” renewable energy growth in China, India and Brazil, accounted for 53% of the installed electricity generating capacity in BRICS countries in 2024, according to thinktank Global Energy Monitor (GEM).

Continued BRICS focus on clean energy makes it “unlikely that fossil capacity will overtake non-fossil again”, James Norman, research analyst at GEM, told Carbon Brief.

Several BRICS members, including Russia, the UAE, Iran and Indonesia, are nevertheless leading producers and exporters of fossil fuels.

China and India, meanwhile, are by some distance the world’s largest and second-largest coal users, respectively.

Nevertheless, in the short term, this might not affect the BRICS group’s climate ambition overall.

Russia does not seem to be “blocking” the “solid outcomes” of recent BRICS climate negotiations, said Kate Logan, director of the China climate hub and climate diplomacy at the Asia Society Policy Institute (ASPI).

Will China and the BRICS emerge as climate leaders?

With the withdrawal of the US from the Paris Agreement under the Trump administration, there have been increasing calls for China to take up the mantle of climate leadership.

China, at least publicly, is eschewing these calls, but does seem to be open to agreeing to “demonstrate leadership” in tandem with others, as seen in an EU-China joint statement on climate change published in late July.

Many are watching for signs of whether China’s upcoming international climate pledge, which may be published next week, will contain ambitious targets that will encourage greater global ambition.

Beatriz Mattos, research coordinator at Brazil-based climate-research institute Plataforma CIPÓ, tells Carbon Brief that China’s position as a “major investor in the renewable energy sector” means there is “enormous potential” for both it and the BRICS to assume a climate leadership role.

Watch, read, listen

NEW PARTNERS: The China-Global South Podcast examined the “stunning 113% jump” in Chinese investment into Brazil, a significant share of which was in oil and renewable energy.

PEAK ESTIMATE: A new report by Greenpeace East Asia found that China could “peak its power emissions in 2025”, at just over 5bn tonnes.

INSIDER VOICES: Three leading experts on China’s energy transition shared their insights in an event broadcasted by the Center for China and Globalization.

RESHAPING ENERGY: Ember published a “comprehensive review” of China’s energy transition and how it is “transforming global energy realities”.


$210 billion

The amount of foreign investment pledged by Chinese clean-energy technology manufacturers since 2022, according to a new report by the Net Zero Industrial Policy Lab covered by Bloomberg.


New science 

Carbon emissions from forest harvest and fire offset approximately half of carbon sequestration of forestation in China during 1986-2020

Agricultural and Forest Meteorology

A new study examined the combined role of “forest activities and fire disturbance” (FAFD) on the effectiveness of China’s carbon sinks. It estimated that, between 1986 and 2020, the carbon emissions resulting from harvesting forests and forest fires offset around 54% of the carbon sequestration occurring through forestation. These findings, the authors said, “highlight the importance of accounting for carbon emissions from deforestation and forest fire when aiming to maximise carbon sequestration through forestation”.

Temperature extremes in early life and human capital: evidence from China’s labour market

Climatic Change

“Early-life exposure” to both extreme heat and extreme cold has “significant and persistent negative effects on adult labour income”, new research has found. The study, which draws from a dataset of more than one million individuals from China, said that, under a scenario with moderate warming (SSP2-4.5), average labour-income loss across China could total 0.77%, with the provinces of Qinghai, Henan, Fujian and Gansu most severely affected. It added that the impact of extreme heat on foetuses is “particularly pronounced”, with significant implications for future earnings.

China Briefing is compiled by Wanyuan Song and Anika Patel. It is edited by Wanyuan Song and Dr Simon Evans. Please send tips and feedback to china@carbonbrief.org 

The post China Briefing 18 September 2025: MEE on the move; AI and energy; BRICS and climate    appeared first on Carbon Brief.

China Briefing 18 September 2025: MEE on the move; AI and energy; BRICS and climate   

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UN asks AI companies to reveal full environmental impacts

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The head of the United Nations has launched an initiative aimed at holding artificial intelligence companies accountable for their exploding environmental impacts, including their carbon emissions, the amount of water and land used for data centres, and the energy they consume.

During a speech at London Climate Action Week on Tuesday, António Guterres noted that AI can accelerate climate solutions, among other key challenges, and said its potential must be harnessed.

“But AI is also hungry for land, water and power,” he emphasised, adding that the data centres needed to run AI models already consume more electricity than most countries.

The UN Secretary-General repeated a call he first made in July 2025 for all big AI companies to commit to power every data centre with renewable energy by 2030.

Some tech firms have announced they are sourcing or building out clean energy to run their hubs, but growing power demand is also contributing to gas-fired generation in the US, according to data from Global Energy Monitor.

The International Energy Agency (IEA) estimates that data centres are set to more than double the emissions from the electricity they use between 2024 and 2030 in a high-growth scenario. But AI’s use could lead to far larger reductions in the energy sector through efficiency gains if adopted widely.

    ‘No more hidden costs’

    Proposing the new “AI Environmental Transparency Initiative” on Tuesday, Guterres also urged big AI firms companies to measure and publicly disclose the full environmental impact of their systems, including their carbon, water, and land footprints.

    “No more hidden costs. No more shifting the burden onto those least able to bear it. It is time to come clean,” he said in a major speech on responding to the world’s twin climate and energy crises. “If AI is to help build a better future, it must be honest about what it costs us now.”

    A report issued earlier this month by the UN University Institute for Water, Environment and Health noted that most current assessments of AI’s environmental cost focus on carbon emissions from training models. But, it added, this misses a substantial part of the picture.

    Every kilowatt-hour of electricity for AI also carries a water footprint, from cooling and generation, and a land footprint, from infrastructure and supply chains, it said.

    Explainer: Will AI data centres make or break the energy transition?

    The report estimated that AI data centres globally could consume 945 terawatt-hours of electricity annually by 2030 – more power than all but five countries and roughly twice France’s 2025 consumption.

    Offsetting this carbon footprint by 2030 would require growing some 6.7 billion trees over 10 years, it calculated. Producing power for the data centres would consume water equal to the basic needs of 1.3 billion people in sub-Saharan Africa for a year and take up land of more than 14,500 square kilometers, roughly twice the Jakarta metropolitan area.

    The European Union said earlier this month it will develop minimum energy-efficiency standards for both new and existing data centres, with a “needs assessment” ​due by 2027, Reuters reported. It’s also planning ⁠a sustainability label for data centres, covering criteria including water use and clean energy supply – but that has been delayed.    

    US community push-back 

    Asked after his speech what the response had been, the UN chief said “we’ll see”, without giving more details.

    But, he argued that, in his view, the push for transparency “is perfectly reasonable and even positive for the AI industry, because eventually some people will say that they consume much more than they really do”. “I think the truth is essential,” he added.

    Concerns about the environmental impacts of AI and the infrastructure needed to run the technology have led to growing opposition in some communities, especially in the US.

    This month, Monterey Park in Los Angeles County was the first city in the United States to enact a citywide prohibition on data centres through a voter-approved ballot measure. The developers behind a proposed centre in the area had already pulled the project in April amid an increasingly hostile local environment and regulatory uncertainty.

    The vote that stopped a data center: US communities query resource-hungry AI

    According to nonprofit Data Center Watch, around $64 billion-worth of data centre projects nationwide were delayed or blocked between May 2024 and March 2025 as communities pushed back against them.

    Industry lobby groups argue that data centres can provide economic benefits in their host communities. According to the US-based Data Center Coalition, which represents big operators and developers, data centres generate tax revenue, support construction and technical jobs, and provide infrastructure needed for cloud computing, scientific research and AI development.

    The industry has also challenged claims that data centers necessarily raise electricity costs for households.

    Force for good?

    The UN chief said benefits can be few in the places that are home to the data centre, while “communities are often left in the dark about the environmental impact of the infrastructure rising around them”.

    Guterres said companies have an “obligation” to be clear and open about the services they are offering but also the level of resources they require. 

    “Transparency is essential for the decisions that communities must make – and transparency is essential even for the future of artificial intelligence, and to make sure that artificial intelligence is essentially a force for good,” he told an audience of climate professionals in London

    A senior UN official told journalists ahead of Tuesday’s announcement that the AI industry has started to talk about and disclose some of their impacts, but those efforts are not yet comprehensive enough.

    The hope is that the new initiative will “encourage the industry to come together and take further action on it”, the official said.

    The post UN asks AI companies to reveal full environmental impacts appeared first on Climate Home News.

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    Prof Philippe Ciais: The world’s most highly cited climate scientist

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    Phillipe Ciais has spent almost four decades researching the planet’s carbon cycle – and the ways in which humans have been impacting its balance.

    Based at the Laboratoire des Sciences du Climat et de l’Environnement (LSCE) on the outskirts of Paris, Ciais (pronounced “see-es”) has been listed as an author on more than 1,300 peer-reviewed studies.

    In fact, analysis of Carbon Brief’s Cosmos database reveals that – by some distance – he is the most highly cited climate scientist in the world.

    In a wide-ranging interview, he discusses:

    The post Prof Philippe Ciais: The world’s most highly cited climate scientist appeared first on Carbon Brief.

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    Climate Change

    Cited 23 June 2026: Project Cosmos launch | Science ‘under attack’ at Bonn | Emissions inequality

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    Welcome to Cited, your essential guide to new climate research.

    In the news

    SCIENCE ‘UNDER ATTACK’: Climate Home News reported that “dozens” of countries called out “coordinated attacks” aimed at “undermining the role of climate science” at UN climate talks in Bonn, Germany, last week. According to the outlet, the countries said that UN decision-making had to remain based on the “best available science”, including the reports of the Intergovernmental Panel on Climate Change. One negotiator said that India and Saudi Arabia “opposed calls in draft texts to encourage scientific work on scenarios that would minimise the magnitude and duration of any overshoot of 1.5C”, the article noted. For more, read Carbon Brief’s summary of the negotiations.

    REPORT OPPOSITION: “Oil industry allies” in the US are targeting a report on extreme weather attribution, due to be published by the National Academies of Sciences, Engineering and Medicine, according to Politico. The outlet reported that the “heightened scrutiny – which involves a secretive opposition research group scouring scientists’ emails – has prompted two people to leave the 15-person panel tasked with producing the report”. Separately, the Guardian reported that the Trump administration has “reversed its decision” to dismantle the Ocean Observatories Initiative, a $368m deep-sea observation system.

    SUPER EL NIÑO: BBC News reported that the US National Oceanic and Atmospheric Administration announced that El Niño had “officially begun”. Forecasts suggest the event could be among the “strongest ever recorded”, it added. Meanwhile, a “vigorous debate” is taking place about whether climate change is making the El Niño phenomenon more intense, according to the New York Times. The outlet explained that some scientists see the run of “comparatively strong” El Niño events in recent decades as an indication that “climate change is supercharging El Niño”. However, it added that “others say there is no clear evidence to support that theory”.

    Research picks

    Water

    • Global sea level rise has nearly tripled the number of days since the 1970s when coastal water levels have surpassed average tide gauge readings | Science Advances
    • As the Arctic warms, increased iceberg activity could “reshape” deep-sea habitats and “elevate” navigational hazards as maritime traffic expands | Nature
    • Sea level rise has quadrupled the frequency of extreme coastal sea-level events since the year 1900 | Nature Climate Change

    Inequality

    • The top 10% of consumers are responsible for $1.7-5.7tn of environmental damage each year, surpassing international climate and biodiversity financing gaps | Communications Sustainability
    • Calculating an individual’s emissions based on their asset ownership suggests that wealthier people are responsible for an even higher share of global greenhouse gas emissions than indicated by past studies | Nature Climate Change
    • A plan that places equity at the “centre” of climate adaptation efforts in cities is needed to address the “stark disparities” between “affluent” and “disadvantaged” urban communities’ ability to prepare for extreme heat | PLOS Climate

    Extremes

    • In the western US, 42% of burned area over 2001-24 occurred during, and immediately following, heatwaves | Science Advances
    • “Hot-to-wet” whiplash events have become more frequent across Australia over the past century, with south-eastern Australia emerging as a hotspot | Journal of Climate
    • Rapid urbanisation, combined with more intense rainfall from tropical cyclones, have increased people’s exposure to “extreme” rainfall from tropical cyclones across China | Journal of Hydrometeorology

    Captured

    Chart showing that population growth and a warming world have driven up the number of people exposed to extreme heat since the 1970s

    One billion additional people face at least one day of “extreme heat stress” every year compared to the 1970s, according to research published in Nature Climate Change.

    The chart shows changes in “strong” (top), “very strong” (middle) and “extreme” (bottom) heat stress, defined as a “universal thermal climate index” above 32C, 38C and 46C, respectively. The grey bar shows the percentage of the global population exposed to at least one, 30 or 90 days of heat stress in 1970. The light and dark blue bars show the number of additional people experiencing heat stress over 2015-24 due to population growth and rising global temperatures, respectively.


    10%

    Equivalent damage to the UK’s GDP caused by climate change if global warming reaches 4C by 2100, according to new research in Nature Climate Change. The study estimates a range of 2-20%.


    Spotlight

    Introducing: Project Cosmos

    Carbon Brief explains how it built a major new database of climate science research and unveils a new ranking of the 500 most highly cited publications, authors and institutions in climate science.

    This week, Carbon Brief launched Project Cosmos – the world’s largest and most complete database of climate change research.

    The database features more than 1.8m academic papers, books and reports, capturing the vast body of human knowledge about climate change that has accumulated over more than a century of academic study.

    The climate science “universe” is based on reports from the Intergovernmental Panel on Climate Change (IPCC), which are recognised as the world’s most authoritative summaries of the latest climate science.

    Since its first report was published in 1990, humanity’s knowledge about human-caused climate change has ballooned. The IPCC has published six sets of reports in total – each one longer than the last.

    In total, IPCC reports reference more than 100,000 other papers, books and reports. This is the core of our climate science universe. Carbon Brief then built on this core, by looking at four other sources of data. Read more about how the Cosmos database was created here.

    Every single publication in the Cosmos database is linked to at least one other through references. Visualising these links reveals a “galaxy” of references. In the image above, each colour and cluster reveals different topics and densities of research. Explore the galaxy in an interactive map here.

    Cosmos 500

    As part of an initial wave of preliminary analysis to demonstrate the scope of the Project Cosmos database, Carbon Brief has ranked the 500 most highly cited publications, authors and institutions in the database.

    The most highly cited climate scientist is Prof Philippe Ciais, who has spent almost four decades researching the planet’s carbon cycle – and the ways in which humans have been impacting its balance. Carbon Brief recently interviewed Ciais in Paris.

    The US tops the tables for the most highly-cited authors and institutions. Almost half of the 500 most highly-cited authors are from US institutions. This raises particular concerns for the future of climate science, as American climate scientists and institutions are coming under attack under the Trump administration.

    Experts from global south countries account for only 4% of all authors in the Cosmos 500. China stands out as the most highly-cited global south country. Meanwhile, only 10% of authors in the Cosmos 500 are women.

    There are many possibilities for future avenues of research using the Cosmos database. Over time, the database could be used to reveal, for example, how interest in different areas of climate science has changed over time, plus identify potential knowledge gaps and, thus, opportunities for future research.

    Carbon Brief invites researchers – including academics, journalists and analysts – to submit their own proposals for co-authored studies, literature reviews and analytical projects.

    Preprints to watch

    Carbon Brief’s pick of new papers still going through peer review

    • Regional reductions in aerosol emissions can “temporarily amplify” the likelihood of record-breaking heat events | Environmental Research: Climate
    • Analysis of Reddit posts suggests the Fridays for Future movement has created “wider awareness” of global warming by drawing attention to climate change and “climate actions” | npj climate action
    • Periods of simultaneous low wind and solar power generation, known as “renewable energy droughts”, will “intensify progressively” as the planet warms | Nature portfolio

    Noticeboard

    • 28-30 June: Seventh global conference on climate and sustainable development goal synergies, Bangkok, Thailand
    • 29 June-1 July: Exeter climate conference, Exeter, UK
    • 29 June-1 July: National Academy of Sciences hybrid workshop on seabed critical mineral resources, Irvine, US
    • 30 June: Submission deadline for abstracts for MedCLIVAR conference, scheduled for 21-25 September in Limassol, Cyprus 
    • 30 June: Application deadline for postdoctoral position in ice-ocean interactions at the Physics Laboratory of Ecole Normale Supérieure de Lyon | Salary: €3,071-4,714 per month. Location: Lyon, France
    • 30 June: Submissions open for abstracts for the pan-African conference on environment, climate change and health, scheduled for 21-24 October in Nairobi, Kenya 
    • 8 July: Application deadline for position as research officer in climate science and law at the Grantham Research Institute | Salary: £43,277-51,714. Location: London, UK
    • 10 July: Application deadline for position as associate or senior editor at Nature Water | Salary: Unknown. Location: Shanghai, Beijing or Milan

    Cited is researched and written by Cecilia Keating, Robert McSweeney, Ayesha Tandon, Daisy Dunne and Dr Giuliana Viglione.

    Please send tips, feedback and upcoming climate research to cited@carbonbrief.org

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

    The post Cited 23 June 2026: Project Cosmos launch | Science ‘under attack’ at Bonn | Emissions inequality appeared first on Carbon Brief.

    Cited 23 June 2026: Project Cosmos launch | Science ‘under attack’ at Bonn | Emissions inequality

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