Connect with us

Published

on

As 2024 passes its midpoint, the global climate continues to push into uncharted territory.

Carbon Brief’s analysis indicates a 95% probability that this year will surpass 2023 as the warmest year on record in the Copernicus/ECMWF ERA5 dataset.

This projection emerges amid a series of climate extremes that have marked the first half of 2024.

In the latest “state of the climate” quarterly update, Carbon Brief assesses the first full six months of 2024 and finds:

  • The first six months of 2024 have each set new temperature records, extending an already remarkable streak of 13 consecutive record-breaking months dating back to 2023.
  • On 22 July, the world experienced its highest absolute global daily temperature on record, reaching a scorching 17.15C.
  • The heat has been felt globally, with 63 countries experiencing their warmest June on record. Over the past 12 months, a staggering 138 countries have recorded their hottest temperatures ever.
  • July 2024 is very likely to be the first time in 13 months without a new record, coming in cooler than July 2023. However, it will still be more than 0.2C warmer than any July prior to 2023.
  • With El Niño fading and modest La Niña conditions potentially developing later this year, it is unlikely that the extreme monthly temperature records set in the second half of 2023 will be surpassed in 2024.
  • Antarctic sea ice extent has fallen to near 2023’s record lows in recent weeks, reflecting the broader trend of polar sea ice loss.

Record warm first half of the year

Global temperatures set a new record for each of the first six months of 2024, extending what was already a string of seven record setting months in 2023.

All in all, each of the last 13 months has been the warmest since records began in the mid-1850s.

The figure below shows how global temperature so far in 2024 (purple line) compares to each month in different years since 1940 (with lines coloured by the decade in which they occurred) in the Copernicus/ECMWF ERA5 surface temperature dataset.

Temperatures for each month from 1940 to 2024 from Copernicus/ECMWF ERA5. Anomalies plotted with respect to a 1850-1900 baseline. Chart by Carbon Brief.

Temperatures for each month from 1940 to 2024 from Copernicus/ECMWF ERA5. Anomalies plotted with respect to a 1850-1900 baseline. Chart by Carbon Brief.

Global temperatures in the latter half of 2023 exceeded prior records by at least 0.3C, peaking in September when 2023 surpassed the previous September record by 0.5C. While 2024 has continued to set records, the margins have been smaller:

  • January to April 2024: About 0.1C above previous records (set in 2016)
  • May 2024: About 0.2C above the previous record (set in 2020)
  • June 2024: About 0.15C above the previous record (set in 2023)

It is important to note that June 2024 is being compared to the already high temperatures set in 2023. Compared to the last major El Niño event in 2016, June 2024 was about 0.4C warmer.

The figure below shows the margin by which global temperatures were set in each of the prior 13 record-setting months.

Margin by which new monthly temperature records have been set over the past 13 months. Using data from Copernicus/ECMWF ERA5. Chart by Carbon Brief.

Margin by which new monthly temperature records have been set over the past 13 months. Using data from Copernicus/ECMWF ERA5. Chart by Carbon Brief.

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 six months of 2024. (Note: at the time of writing, June data was not yet available for the Hadley/UEA record.)

Annual global mean surface temperatures from NASA GISTEMP, NOAA GlobalTemp, Hadley/UEA HadCRUT5, Berkeley Earth and Copernicus/ECMWF (lines), along with 2024 temperatures so far (January-June, 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. Chart by Carbon Brief.

Annual global mean surface temperatures from NASA GISTEMP, NOAA GlobalTemp, Hadley/UEA HadCRUT5, Berkeley Earth and Copernicus/ECMWF (lines), along with 2024 temperatures so far (January-June, 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. Chart by Carbon Brief.

The globe, as a whole, has warmed more than 1C since 1970, with strong agreement between different global temperature records. However, there are larger differences between temperature records further back in time (particularly pre-1900) due to sparser observations and a resulting greater sensitivity to how gaps between measurements are filled in.

All show that the average global temperature for 2024 so far is higher than any prior annual record. However, annual temperatures may end up being a bit lower than those of the first six months of the year, as El Niño conditions have faded and a mild La Niña event is likely to develop later in the year.

The last two years – 2023 and 2024 – stand out as substantially warmer than any prior year in the temperature record. The chart below shows a heat map of daily global average temperatures in the Copernicus/ECMWF ERA5 dataset, with temperatures shown by colours ranging from blue (-2C) to red (+2C), with the pre-industrial average (1850-1900) set to 0C. The figure below shows each day since 1940 in the dataset.

Heat map of daily temperatures for each day from 1940 to present (21 July 2024) from Copernicus/ECMWF ERA5.
Heat map of daily temperatures for each day from 1940 to present (22 July 2024) from Copernicus/ECMWF ERA5. Anomalies plotted with respect to a 1850-1900 baseline. Chart by Carbon Brief.

A summer of temperature extremes

While global average surface temperature changes are an important indicator of long-term climate change, any month or year will have important regional warm or cool patterns in different parts of the world.

June 2024 saw particularly warm temperatures over much of South America, the southern US and Mexico, northern Africa, western Europe, central Asia and the Middle East among other regions.

The figure below shows the difference between temperatures in June 2024 and the baseline period of 1951-80, taken from Berkeley Earth (using their high-resolution temperature dataset). Red, orange and yellow shading indicate areas that have been warmer than average, while blue shows areas that have been cooler.

Global surface temperature anomalies for June 2024 compared to a 1951-80 baseline period.
Global surface temperature anomalies for June 2024 compared to a 1951-80 baseline period. Figure from Berkeley Earth.

In total, 63 countries, mostly in Africa and South America, had their warmest national-average June on record. These included Brazil, Bulgaria, Cambodia, Colombia, Egypt, Ethiopia, Ghana, Greece, Israel, Ivory Coast, Jordan, Kenya, Lebanon, Libya, Nepal, Romania, Saudi Arabia, Somalia, South Africa, South Korea, Sudan, Syria, Turkey, Venezuela and Yemen.

The figure below shows which portions of the Earth’s surface experienced record high temperatures (deep red shading) in June 2024. It is noteworthy that almost no location on the planet experienced record cold temperatures.

Locations setting record warm temperatures in June 2024 based on data back to 1850. Figure from Berkeley Earth
Locations setting record warm temperatures in June 2024 based on data back to 1850. Figure from Berkeley Earth

Zooming out to the past 12 months (July 2023 to June 2024), 138 countries saw all-time records broken. This includes much of Central and South America, Canada, Africa, Europe, China, the Middle East and south-east Asia. Only an anomalous patch of east Antarctica saw record cold temperatures.

Locations setting record warm temperatures in the 12-month period from July 2023 to June 2024 compared to past July-June periods in data back to 1850.
Locations setting record warm temperatures in the 12-month period from July 2023 to June 2024 compared to past July-June periods in data back to 1850. Figure from Berkeley Earth

Very likely to be the warmest year on record

With half the year of data now available, Carbon Brief has determined that there is now an approximately 95% chance that 2024 will beat 2023 and be the warmest year on record, based on Copernicus/ECMWF’s ERA5 dataset. (Berkeley Earth separately estimated a 92% chance in their June update.)

By looking at the relationship between the first six months and the annual temperatures for every year since 1970 – as well as El Niño-Southern Oscillation conditions for the first six months of the year and projections for the remaining nine months – Carbon Brief has created a projection of what the final global average temperature for 2024 will likely turn out to be.

The analysis includes the estimated uncertainty in 2024 outcomes, given that temperatures from only the first half of the year are available so far.

The chart below shows the expected range of 2024 temperatures using the Copernicus/ECMWF global atmospheric reanalysis product (ERA5) – including a best-estimate (red) and year-to-date value (yellow). Temperatures are shown with respect to the pre-industrial baseline period (1850-1900).

Annual global average surface temperature anomalies from the Copernicus/ECMWF global atmospheric reanalysis product (ERA5) plotted with respect to a 1850-1900 baseline. To-date 2024 values include January-June. The estimated 2024 annual value is based on the relationship between the January-June temperatures and annual temperatures between 1970 and 2023. Chart by Carbon Brief.

Annual global average surface temperature anomalies from the Copernicus/ECMWF global atmospheric reanalysis product (ERA5) plotted with respect to a 1850-1900 baseline. To-date 2024 values include January-June. The estimated 2024 annual value is based on the relationship between the January-June temperatures and annual temperatures between 1970 and 2023. Chart by Carbon Brief.

Carbon Brief’s projection suggests that 2024 is very likely to be the warmest year on record, with a central estimate of 1.57C.

This is true even if – as the projection implicitly assumes – the remaining months in 2024 are below the records set in 2023. Because the first six months of the year were so warm – around 1.63C above pre-industrial levels – the second half of the year would have to be relatively cool (below 1.3C) for the year as a whole to not exceed 2023.

It is worth repeating that an individual year hitting 1.5C above pre-industrial levels is not equivalent to the 1.5C limit within the Paris Agreement. This limit refers to long-term warming, rather than an individual year that includes the short-term influence of natural fluctuations in the climate, such as El Niño. Even including data through to the present day, long-term global temperatures (excluding year-to-year variability) are unlikely to exceed 1.5C until the late 2020s or early 2030s.

The figure below shows Carbon Brief’s estimate of 2024 temperatures using ERA5, both at the beginning of the year and once each month’s data has come in. The central estimate remained relatively unchanged until June, after which it increased a bit as the month turned out a bit warmer than the model anticipated. The uncertainty has diminished with each additional month of data, as there are fewer remaining months in 2024 to substantially change the results.

Carbon Brief’s projection of global temperatures at the start of the year, and after January, February, March, April, May, and June ERA5 data became available. Chart by Carbon Brief.

Carbon Brief’s projection of global temperatures at the start of the year, and after January, February, March, April, May, and June ERA5 data became available. Chart by Carbon Brief.

There is reason to expect that global temperature anomalies will modestly decline over the remainder of the year as El Niño fades away and moderate La Niña conditions potentially develop. The figure below shows a range of different forecast models for ENSO for the rest of this year, produced by different scientific groups. The values shown are sea surface temperature variations in the tropical Pacific – the El Niño 3.4 region – for overlapping three-month periods.

El Niño-Southern Oscillation (ENSO) forecast models for overlapping three-month periods in the Niño3.4 region (December, January, February – DJF – and so on) for the remainder of 2024.
El Niño-Southern Oscillation (ENSO) forecast models for overlapping three-month periods in the Niño3.4 region (December, January, February – DJF – and so on) for the remainder of 2024. Credit: Image provided by the International Research Institute for Climate and Society, Columbia University Climate School

There is a mix of projections across models, with many of the dynamical models expecting very modest La Niña conditions (<-0.5C Niño 3.4 sea surface temperature – SST – anomaly) to develop by October, while most of the statistical models expect ENSO-neutral conditions to persist.

July on track to end the record monthly streak

Global surface temperatures have set a 13-month streak of monthly records from June 2023 and June 2024. However, with more than two thirds of July temperature now available, it is looking increasingly likely that July 2024 will break that streak, coming in as the second warmest on record after July 2023.

The figure below shows daily temperature anomalies from the Copernicus/ECMWF ERA5 record for 2024 (purple line), 2023 (red line) and 1940-2022 (grey lines). It highlights that July 2024 has been at or below 2023 temperatures for all but the past few days.

Daily global temperature anomalies from 1940 to present (22 July 2024) from Copernicus/ECMWF ERA5, with daily values for each year plotted as a separate line. The colours indicate 2024 (purple), 2023 (red) and all other years (grey). Anomalies plotted with respect to a 1850-1900 baseline. Chart by Carbon Brief.

Daily global temperature anomalies from 1940 to present (22 July 2024) from Copernicus/ECMWF ERA5, with daily values for each year plotted as a separate line. The colours indicate 2024 (purple), 2023 (red) and all other years (grey). Anomalies plotted with respect to a 1850-1900 baseline. Chart by Carbon Brief.

Current global temperature anomalies are back in record territory as of 22 July, at around 1.7C above pre-industrial levels. 

This is still well below the anomalies of 2C or more briefly hit in late 2023 and early 2024. However, because the current temperature anomalies align with the warmest week of the year for global surface temperatures, they have resulted in a new record for absolute global temperatures. This is shown in the figure below, which features daily absolute global temperatures from the Copernicus/ECMWF ERA5.

Daily global absolute temperatures from 1940 to present (22 July 2024) from Copernicus/ECMWF ERA5, with daily values for each year plotted as a separate line. The colours indicate 2024 (purple), 2023 (red) and all other years (grey). Chart by Carbon Brief.

Daily global absolute temperatures from 1940 to present (22 July 2024) from Copernicus/ECMWF ERA5, with daily values for each year plotted as a separate line. The colours indicate 2024 (purple), 2023 (red) and all other years (grey). Chart by Carbon Brief.

The prior daily absolute temperature record was 17.08C, set in early July 2023. This was exceeded both by 22 July (at 17.09C) and 22 July (at 17.15C). 

While these daily absolute temperature records are not that climatically meaningful (and are only available in reanalysis data) – anomalies give a better sense of actual changes that are occurring – they nonetheless represent a symbolic milestone.

To determine where July 2024 temperatures will ultimately end up, Carbon Brief used a statistical model that extrapolates the final monthly temperatures based on the first 22 days of the month in all prior Julys since the ERA5 record began in 1940. 

The figure below shows the expected range of July 2024 temperatures (black error bars) alongside a best-estimate (red diamond). Temperatures are shown with respect to the pre-industrial baseline period (1850-1900).

July global average surface temperature anomalies from the Copernicus/ECMWF global atmospheric reanalysis product (ERA5) plotted with respect to a 1850-1900 baseline. The estimated 2024 July value is based on the relationship between the first 21 days of the month and the final monthly temperatures between 1940 and 2023. Chart by Carbon Brief.

July global average surface temperature anomalies from the Copernicus/ECMWF global atmospheric reanalysis product (ERA5) plotted with respect to a 1850-1900 baseline. The estimated 2024 July value is based on the relationship between the first 21 days of the month and the final monthly temperatures between 1940 and 2023. Chart by Carbon Brief.

Here, Carbon Brief estimates that there is a very likely (>95%) chance that July 2024 comes in as the second-warmest July on record after 2023. However, it will still be quite warm, at more than 0.2C warmer than any July prior to 2023.

The extreme heat the world experienced in the latter half of 2023 makes setting new records over the remainder of the year less likely.

Low Antarctic sea ice extent

Antarctic sea ice extent spent much of early 2024 at the low end of the historical 1979-2010 range, though it has not quite exceeded record lows experienced in 2023.

However, in recent weeks Antarctic sea ice extent has rapidly dropped, and is now only modestly above 2023 levels.

Arctic sea ice extent has also spent most of this year at the low end of the historical range.

The figure below shows both Arctic and Antarctic sea ice extent in 2024 (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.

Arctic and Antarctic daily sea ice extent from the US National Snow and Ice Data Center. The bold lines show daily 2024 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. Chart by Carbon Brief.

Arctic and Antarctic daily sea ice extent from the US National Snow and Ice Data Center. The bold lines show daily 2024 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. Chart by Carbon Brief.

The post State of the climate: 2024 now very likely to be warmest year on record appeared first on Carbon Brief.

State of the climate: 2024 now very likely to be warmest year on record

Continue Reading

Climate Change

Carbon Brief Quiz 2026: Picture Round 1 and 2

Published

on

All answers will need to be submitted via the Google form by the end of the half-time break

The post Carbon Brief Quiz 2026: Picture Round 1 and 2 appeared first on Carbon Brief.

Carbon Brief Quiz 2026: Picture Round 1 and 2

Continue Reading

Climate Change

Landmark deal to share Chile’s lithium windfall fractures Indigenous communities

Published

on

Rudecindo Espíndola’s family has been growing corn, figs and other crops for generations in the Soncor Valley in northern Chile, an oasis of green orchards in one of the driest places on Earth the Atacama desert.

Perched nearly 2,500 metres above sea level, his village, Toconao, means “lost corner” in the Kunza language of the Indigenous people who have lived and farmed the land in this remote spot for millennia.

“Our deep connection to this place is based on what we have inherited from our ancestors: our culture, our language,” said Espíndola, a member of a local research team that found evidence that people have inhabited the desert for more than 12,000 years.

This distant outpost is at the heart of the global rush for lithium, a silvery-white metal used to make batteries for electric vehicles (EV) and renewable energy storage that are vital to the world’s clean energy transition. The Atacama salt flat is home to about 25% of the world’s known lithium reserves, turning Chile into the world’s second-largest lithium producer after Australia.

For decades, the Atacama’s Indigenous Lickanantay people have protested against the expansion of the lithium industry, warning that the large evaporation ponds used to extract lithium from the brine beneath the salt flats are depleting scarce and sacred water supplies and destroying fragile desert ecosystems.

Espíndola joined the protests, fearing that competition for water could pose an existential threat to his community.

But last year, he was among dozens of Indigenous representatives who sat across the table from executives representing two Chilean mining giants to hammer out a governance model that gives Indigenous communities living close to lithium sites a bigger say over operations, and a greater share of the economic benefits.

A man wearing a black T-shirt and a hat stands in front of a tree
Rudecindo Espíndola stands in a green oasis near the village of Toconao in the Atacama desert (Photo: Francisco Parra)

A pioneering deal

The agreement is part of a landmark deal between state-owned copper miner Codelco and lithium producer the Sociedad Química y Minera de Chile (SQM) to extract lithium from the salt flats until 2060 through a joint venture called NovaAndino Litio.

The governance model that promises people living in Toconao and other villages around the salt flats millions of dollars in benefits and greater environmental oversight is the first of its kind in mineral-rich Chile, and has been hailed by industry experts as the start of a potential model for more responsible mining for energy transition metals.

NovaAndino told Climate Home News the negotiations with local communities represented an “unprecedented process that has allowed us to incorporate the territory’s vision early in the project’s design” and creates “a system of permanent engagement” with local communities.

The company added it will contribute to sustainable development in the area and help “the safeguarding of [the Lickanantay people’s] culture and environmental values”.

    For mining companies, such agreements could help reduce social conflicts and protests, which have delayed and stalled extraction in other parts of South America’s lithium-rich region, known as the lithium triangle.

    “Argentina and Bolivia could learn a lot from what we’re doing [here],” said Rodrigo Guerrero, a researcher at the Santiago-based Espacio Público think-tank, adding that adopting participatory frameworks early on could prevent them from “going through the entire cycle of disputes” that Chile has experienced.

    Justice at last?

    As part of the governance deal, NovaAndino has pledged to adopt technologies that will reduce water use and mitigate the environmental impacts of lithium extraction.

    It has also committed to hold more than 100 annual meetings with community representatives to build a “good faith” relationship, and an Indigenous Advisory Council will meet twice a year with the company’s sustainability committee to discuss its environmental strategy, company sources said. The meetings are due to begin next month.

    To oversee the agreement’s implementation, an assembly – composed of representatives from all 25 signatory communities – will track the project’s progress. In addition, NovaAndino will hold one-on-one meetings with each community to address issues such as the hiring of local people and the protection of Indigenous employees.

    A flamingo at the Chaxa Lagoon in the Atacama salt flat (Photo: REUTERS/Cristian Rudolffi)

    Espíndola said the deal, while far from perfect, was an important step forward.

    “Previously, Indigenous participation was ambiguous. Now we talk about participation at [every] hierarchical level of this process, a very strong empowerment for Indigenous communities,” said Espíndola, adding that it did not give local communities everything they had asked for. For instance, they will not hold veto power over NovaAndino’s decisions or have a formal shareholder role.

    But after years of conflict with mining companies, a form of “participatory justice is being done”, he said.

    Not everyone is convinced that the accord, pushed by Chile’s former leftist government, marks progress, however.

    “Not in our name”

    The negotiations have caused deep divisions among the Lickanantay, some of whom say greater engagement with mining companies will not stop irreparable damage to the salt flats on which their traditional way of life depends. Others fear the promise of more money will further erode community bonds.

    In January 2024, Indigenous communities from five villages closest to the mining operations, including Toconao, blocked the main access roads to the lithium extraction sites. They said the Council of Atacameño Peoples, which represents 18 Lickanantay communities and was leading discussions with the company, no longer spoke for them.

    Official transcripts of consultations on the extension of the lithium contracts and how to share the promised benefits reveal deep divisions. Tensions peaked when communities around the mining operations clashed over how to distribute the multimillion-dollar windfall, with villages closest to the mining sites demanding the largest share.

    Eventually, separate deals establishing a new governance framework over mining activities were reached between Codelco and SQM with 25 local communities, including a specific agreement for the five villages closest to the extraction sites.

    Codelco’s chairman Maximo Pacheco (Photo: REUTERS/Rodrigo Garrido)

    The division caused by the separate deal for the five villages “will cause historic damage” to the unity of the Atacama desert’s Indigenous peoples, said Hugo Flores, president of the Council of Atacameño Associations, a separate group representing farmers, herders and local workers who oppose the mining expansion.

    Sonia Ramos, 83, a renowned Lickanantay healer and well-known anti-mining activist, lamented the fracturing of social bonds over money, and for the sake of meeting government objectives.

    “There is fragmentation among the communities themselves. Everything has transformed into disequilibrium,” said the 83-year-old.

    “[NovaAndino] supposedly has economic significance for the country, but for us, it is the opposite,” she said.

    The company told Climate Home News it has “acted consistently” to promote “transparent, voluntary, and good-faith dialogue with the communities in the territory, recognising their diversity and autonomy, and always respecting their timelines and forms of participation”.

    A one-off deal or a model for others?

    The NovaAndino joint venture is a pillar of Chile’s strategy to double lithium production by 2031 and consolidate the copper-producing nation’s role in the clean energy transition as demand for battery minerals accelerates.

    Chile’s new far-right president, José Antonio Kast, who was sworn in last week, promised to respect the lithium contracts signed by his predecessor’s administration – including the governance model.

    Still, some experts say the splits over the new model highlight the need for legislation that mandates direct engagement and minimum community benefits for all large mining projects.

    “In the past, this has lent itself to clientelism, communities who negotiate best or arrive first get the better deal,” said Pedro Zapata, a programme officer in Chile for the Natural Resource Governance Institute.

    “This can be to the detriment of other communities with less strength. We cannot have first- and second-class citizens subject to the same industry,” he added.

    The government is already negotiating two more public-private partnerships to extract lithium with mining giant Rio Tinto, which it said would include a framework to engage with Indigenous communities and share some of the revenues. The details will need to be negotiated between local people, the government and the company.

    Sharing the benefits of mining

    Under the deal in the Atacama, NovaAndino will run SQM’s current lithium concessions until they expire in 2030 before seeking new permits to expand mining in the region under a vast project known as “Salar Futuro” – a process which will require further mandatory consultations with communities.

    Besides the participatory mechanism, the new agreement promises more money than ever before for salt flat communities.

    A stone arch welcomes visitors to the village of Peine, one of the closest settlements to lithium mining sites in the Atacama salt flat (Photo: REUTERS/Cristian Rudolffi)

    Depending on the global price of lithium and their proximity to the mining operations, Indigenous communities could collectively receive roughly $30 million annually in funding – about double what SQM currently disburses under existing contracts.

    When taking into account the company’s payments to local and regional authorities, contributions could reach $150 million annually, according to the government.

    To access these resources, each community will need to submit a pipeline of projects they would like funding for under a complex arrangement that includes five separate financial streams:

    • A general investment fund will distribute funding based on each village’s size and proximity to the mining sites
    • A development fund will support projects specifically in the five communities closest to the extraction sites
    • Contributions to farmers and livestock associations
    • Contributions to local governments
    • A groundbreaking “intergenerational fund” held in trust for the Lickanantay until 2060

    For many isolated communities in the Atacama desert, financial contributions from mining firms have funded essential public services, such as healthcare and facilities like football pitches and swimming pools.

    In the past, communities have used some of the benefits they received from mining to build their own environmental monitoring units, hiring teams of hydrogeologists and lawyers to scrutinise miners’ activities.

    Espíndola said the new model could pave the way for more ambitious development projects such as water treatment plants and community solar energy projects.

    A man in a white shirt and glasses stands in front of a stone wall
    Sergio Cubillos, president of the Peine community, was one of the Indigenous representatives in the negotiations with Codelco and SQM (Photo credit: Formando Rutas/ Daniela Carvajal)

    Competition for water

    The depletion of water resources is one of local people’s biggest environmental concerns.

    To extract lithium from the salt flats, miners pump lithium-rich brine accumulated over millions of years in underground reservoirs into gigantic pools, where the water is left to evaporate under the sun and leaves behind lithium carbonate.

    One study has shown that the practice is causing the salt flat to sink by up to two centimetres a year. SQM recently said its current operations consume approximately 11,500 to 12,500 litres of industrial freshwater for every metric ton of lithium produced.

    NovaAndino has committed to significantly reduce the company’s water use by returning at least 30% of the water it extracts from the brine and eliminating the use of all freshwater in its operations within five years of obtaining an environmental permit.

      Cristina Dorador, a microbiologist at the University of Antofagasta, told Climate Home News that reinjecting the water underground is untested at a large scale and could impact the chemical composition of the salt flats.

      Continuing to extract lithium from the flats until 2060 could be the “final blow” for this fragile ecosystem, she said.

      Asked to comment on such concerns, NovaAndino said any new technology will be “subject to the highest regulatory standards”, and pledged to ensure transparency through “an updated monitoring system with the participation of Indigenous communities”.

      High price for hard-won gains

      For the five communities living on the doorstep of the lithium pools, one of the biggest gains is being granted physical access to the mining sites to monitor the lithium extraction and its impact on the salt flats.

      That is a first and will strengthen communities’ ability to call out environmental harms, said Sergio Cubillos, the community president of Peine, the village closest to the evaporation ponds. It could also give them the means to seek remediation through the courts if necessary, Espíndola said.

      Gaining such rights represents long-overdue progress, Cubillos said, but it has come at a high price for the Lickanantay people.

      “Communities receiving money today is what has ultimately led to this division, because we haven’t been able to figure out what we want, how we want it, and how we envision our future as a people,” he said.

      Main image: A truck loads concentrated brine at SQM’s lithium mine at the Atacama salt flat in Chile (Photo: REUTERS/Ivan Alvarado)

      The post Landmark deal to share Chile’s lithium windfall fractures Indigenous communities appeared first on Climate Home News.

      Landmark deal to share Chile’s lithium windfall fractures Indigenous communities

      Continue Reading

      Climate Change

      Roadmap launched to restart deadlocked UN plastics treaty talks

      Published

      on

      Diplomats will hold a series of informal meetings this year in a bid to revive stalled talks over a global treaty to curb plastic pollution, before aiming to reconvene for the next round of official negotiations at the end of 2026 or early 2027.

      Hoping to find a long-awaited breakthrough in the deeply divided UN process, the chair of the talks, Chilean ambassador Julio Cordano, released a roadmap on Monday to inject momentum into the discussions after negotiations collapsed at a chaotic session in Geneva last August.

      Cordano wrote in a letter that countries would meet in Nairobi from June 30 to July 3 for informal discussions to review all the components of the negotiations, including thorny issues such as efforts to limit soaring plastic production.

        The gathering should result in the drafting of a new document laying the foundations of a future treaty text with options on elements with divergent views, but “no surprises” such as new ideas or compromise proposals. This plan aims to address the fact that countries left Geneva without a draft text to work on – something Cordano called a “significant limitation” in his letter.

        “Predictable pathway”

        The meeting in the Kenyan capital will follow a series of virtual consultations every four to six weeks, where heads of country delegations will exchange views on specific topics. A second in-person meeting aimed at finding solutions might take place in early October, depending on the availability of funding.

        Cordano said the roadmap should offer “a predictable pathway” in the lead-up to the next formal negotiating session, which is expected to take place over 10 days at the end of 2026 or early 2027. A host country has yet to be selected, but Climate Home News understands that Brazil, Azerbaijan or Kenya – the home of the UN Environment Programme – have been put forward as options.

        Countries have twice failed to agree on a global plastics treaty at what were meant to be final rounds of negotiations in December 2024 and August 2025.

        Divisions on plastic production

        One of the most divisive elements of the discussions remains what the pact should do about plastic production, which, according to the UN, is set to triple by 2060 without intervention.

        A majority, which includes most European, Latin American, African and Pacific island nations, wants to limit the manufacturing of plastic to “sustainable levels”. But large fossil fuel and petrochemical producers, led by Saudi Arabia, the United States, Russia and India, say the treaty should only focus on managing plastic waste.

        As nearly all plastic is made from planet-heating oil, gas and coal, the sector’s trajectory will have a significant impact on global efforts to reduce greenhouse gas emissions.

        Countries still far apart

        After an eight-month hiatus, informal discussions restarted in early March at an informal meeting of about 20 countries hosted by Japan.

        A participant told Climate Home News that, while the gathering had been helpful to test ideas, progress remained “challenging”, with national stances largely unchanged.

        The source added that countries would need to achieve a significant shift in positions in the coming months to make reconvening formal negotiations worthwhile.

        Deep divisions persist as plastics treaty talks restart at informal meeting

        Jacob Kean-Hammerson, global plastics policy lead at Greenpeace USA, said the new roadmap offers an opportunity for countries to “defend and protect the most critical provisions on the table”.

        He said that the document expected after the Nairobi meeting “must include and revisit proposals backed by a large number of countries, especially on plastic production, that have previously been disregarded”.

        “These measures are essential to addressing the crisis at its source and must be reinstated as a key part of the negotiations,” he added.

        The post Roadmap launched to restart deadlocked UN plastics treaty talks appeared first on Climate Home News.

        Roadmap launched to restart deadlocked UN plastics treaty talks

        Continue Reading

        Trending

        Copyright © 2022 BreakingClimateChange.com