The global race for electric vehicles and renewable energy storage faces a critical bottleneck: the urgent need for ultra-pure, battery-grade lithium. 'Surge Battery Metals' is rapidly emerging as a key player, having demonstrated the ability to produce 99.9% pure lithium carbonate from its Nevada North Lithium Project. This unprecedented purity is vital for advanced EV chemistries, including the rapidly expanding LFP battery market, which now accounts for nearly 50% of global EV battery chemistry. The urgency to secure such high-purity supply has never been greater as the industry pivots to more demanding battery technologies.
The UK Department for Education's recent Curriculum and Assessment Review acknowledges the importance of climate science and sustainability teaching in schools, sparking optimism. However, critics argue the recommendations fall short of adequately embedding climate education across all Key Stages. Despite recognizing climate understanding as vital for future green jobs and the economy, the current approach relies heavily on Science and Geography, neglecting a holistic integration. There is a pressing call for immediate, statutory guidance, robust teacher training, and clear timelines to meet the demands of the escalating climate emergency.
As negotiators gather in Belém for COP30, Brazil is trying to brand this summit as a historic course correction on climate – and even as the moment when ethics finally enter the heart of global negotiations through a new Global Ethical Stocktake. Yet on the ground, the “Amazon COP” is being built on fresh destruction: a four-lane highway slicing through remaining rainforest, dozens of construction projects, and the rapid approval of new offshore oil drilling near the mouth of the Amazon. At the same time, a controversial “devastation bill” has weakened environmental licensing just as Brazil’s emissions, deforestation and wildfire impacts remain alarmingly high. Indigenous leaders and social movements are already clashing with security forces to make themselves heard. What happens in Belém in the coming days will help decide whether the Amazon becomes a symbol of protection – or a warning from a world that chose delay over survival.
Around 9,000 years ago, a huge section of East Antarctica suddenly destabilised when warm deep ocean water surged under its ice shelves and made them collapse. A new reconstruction based on marine sediments from Lützow-Holm Bay and advanced climate–ocean models shows that meltwater from other Antarctic regions triggered a chain reaction, reshaping ocean currents and funnelling heat toward this supposedly stable sector. Once the floating ice shelves disintegrated, inland ice flowed faster into the sea, driving rapid ice-sheet retreat and sea-level rise. Scientists warn that the same “cascading positive feedback” is now being set up again as warm water gnaws at West Antarctic glaciers like Thwaites and Pine Island. The message from the past is stark: if warming continues, Antarctic ice loss could accelerate far faster than our coastal defences and societies are prepared for.
As world leaders prepare to meet again at COP30, a new analysis reveals that Britain’s biggest newspapers devoted far more space to adverts for high-carbon lifestyles than to reporting the last UN climate summit. The Promoting Pollution Before Reporting The Climate study shows that on two key days during COP29, high-carbon advertising covered more than three times as many column inches as climate coverage, with travel promotions alone taking up 1,745 inches of newsprint. At the same time, the UK House of Lords has warned that a third of the emission cuts needed by 2035 must come from shifts in how we travel, eat and heat our homes – changes that advertising powerfully shapes. Together, the findings raise an urgent question: whose side are newspapers really on in the climate emergency?
Over 500 California middle schoolers converged at the Future Green Leaders Summit to tackle the urgent challenges of climate change and envision a sustainable future. The day-long event, held in San Bernardino, aimed to empower students from historically underrepresented communities by exposing them to diverse green career paths. Organizers highlighted a critical disconnect: while these communities are most vulnerable to environmental impacts, they are least represented in green industries, where the U.S. solar workforce remains predominantly white and male. This summit sought to inspire a new generation, providing tools and hope to combat the widespread eco-anxiety impacting young people and kickstart vital change.
On the edge of the Amazon rainforest, world leaders are opening the COP30 climate summit under mounting pressure from protesters demanding real action instead of more speeches. Inside the heavily guarded venue in Belém, negotiators are debating how to keep global heating as close as possible to 1.5°C, even as UN scientists warn that current policies still point toward far more dangerous levels of warming. Outside, Indigenous leaders, youth movements and climate groups are marching, staging creative actions and delivering a “climate bill” that they say should be paid by fossil fuel companies, not ordinary people. With 2025 set to be among the hottest years ever recorded and the Amazon edging toward an irreversible tipping point, activists argue that what happens in Belém will echo far beyond Brazil’s borders.
A new study from Cornell University, published in the journal Nature Sustainability, maps how the AI boom could collide head-on with U.S. climate goals if left unchecked. The researchers find that, depending on how fast AI expands, American data centers could end up using as much water as about 10 million people and emitting as much carbon dioxide as 10 million cars every year, with impacts comparable to the entire state of New York’s energy and water demand. Where the servers are built matters enormously: the same AI workload can have several times higher emissions in one state than another. At the same time, a separate report from the Center for Biological Diversity warns that gas-powered data centers could swallow nearly half of the emissions space left for the U.S. power sector under 2035 climate targets. Together, the studies suggest a stark choice: act now to steer AI, or let it lock in a new fossil-fuel era.
Hurricane Melissa’s devastating landfall in the Caribbean was not just a natural disaster, but a storm supercharged by human-caused climate change, according to a new rapid scientific analysis. Researchers with the World Weather Attribution project estimate that global warming increased Melissa’s top wind speeds by around 7%, made rainfall near the eye 16% heavier, and made the hot, humid background conditions that fed the hurricane roughly six times more likely than in a pre-industrial climate. The Category 5 storm slammed into Jamaica on 28 October with sustained winds near 185 mph, then raked Cuba, Haiti and the Dominican Republic, tearing off roofs, smashing hospitals and roads, and helping drive at least dozens of deaths and billions of dollars in losses across the region. Scientists warn that Melissa is not a one-off freak event, but a stark preview of a future in which ever-warmer oceans and air push hurricanes beyond what many communities can withstand.
October 2025 was officially the planet’s third-warmest October on record – but that dry ranking hides how dangerous our new climate reality has become. Copernicus data show global surface air temperatures 1.55°C above pre-industrial levels and 0.70°C above the 1991–2020 average for the month, with 2025 almost certain to end as the second- or third-warmest year ever measured surface air temperature analysis and summary of Copernicus data. At the same time, a weak La Niña has already formed – yet global heat barely budged, underscoring the overwhelming influence of human-caused warming ENSO Diagnostic Discussion. Sea ice at both poles slumped near record lows, and heat records are falling in dozens of countries. UN climate agencies now warn that the “triple whammy” of extreme warmth in 2023, 2024 and 2025 risks triggering irreversible damage unless emissions fall sharply and immediately UN/WMO overview.
New climate research suggests that global warming could, over very long timescales, flip into a deep freeze instead of gently stabilising. Using an advanced Earth system model, scientists Dominik Hülse and Andy Ridgwell show that once a massive burst of carbon dioxide heats the planet, life in the oceans can overreact, stripping CO₂ from the air so aggressively that the world ends up far colder than it started. Their simulations help explain past “Snowball Earth” episodes, when ice reached almost from pole to pole. The same feedbacks could still exist today, but a more oxygen-rich atmosphere makes an extreme ice age less likely. Crucially, this is no escape hatch from today’s crisis: the cooling would take hundreds of thousands of years, while dangerous heat, rising seas and collapsing ecosystems hit within decades.
Brazil is preparing to host the COP30 climate summit in the Amazon city of Belém while its own climate credentials are under intense scrutiny. Just weeks before delegates arrive, the government approved a controversial Petrobras exploration license in the Foz do Amazonas basin, opening the door to new offshore oil near the mouth of the rainforest’s river system. The decision comes despite sharp drops in Amazon deforestation and mounting evidence that fires and drought are already pushing the region closer to a dangerous tipping point. Scientists and campaigners warn that expanding oil in one of the world’s most critical carbon sinks undermines global efforts to phase out fossil fuels and leaves Brazil’s claims to climate leadership hanging by a thread.
