A widespread aphid infestation has devastated lettuce crops across the UK, leaving an estimated 30 million heads unfit for sale and dealing growers a financial blow of roughly £10 million. The tiny sap-sucking insects have multiplied rapidly, spreading through fields and rendering vast quantities of produce unmarketable seemingly overnight.

Aphids pose a persistent challenge for lettuce farmers because they cluster within the leaves, making infested crops visually unappealing and often unsellable even when the damage is largely cosmetic. Beyond the direct feeding damage, aphids can also transmit plant viruses and secrete a sticky substance called honeydew, which encourages mold growth and further degrades crop quality.

Experts point to a combination of factors behind this year’s severe outbreak, including unusually mild weather that has allowed aphid populations to thrive and reproduce at higher rates than usual. Warmer winters and shifting seasonal patterns, increasingly linked to broader climate trends, may be creating more favorable conditions for pest populations to explode, creating headaches for farmers who must now weigh costly pesticide interventions against consumer demand for cleaner, more sustainably grown produce.

The financial losses come at a difficult time for UK agriculture, which is already grappling with rising input costs and unpredictable weather patterns. Industry groups are calling for greater investment in pest-resistant lettuce varieties and improved early-warning systems to help growers respond more quickly to future outbreaks, as this incident underscores the vulnerability of large-scale monoculture farming to sudden pest surges.

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Skywatchers across the UK have a treat in store this autumn, as September’s full Moon—known as the Harvest Moon—rises on Saturday, 26 September 2026. This traditional name marks the full Moon that falls closest to the autumnal equinox, a moment when the Moon’s path across the sky produces shorter-than-usual gaps between successive moonrises, historically giving farmers extra light to bring in their crops after sunset.

Early forecasts suggest that southern and eastern parts of the UK will offer the clearest views, though as always with skywatching, local cloud cover on the night will be the deciding factor. For the best experience, find a spot with an unobstructed view of the eastern horizon shortly after sunset, when the Harvest Moon tends to appear especially large and takes on a warm, golden-orange hue—an optical effect caused by the way moonlight travels through the thicker layer of atmosphere near the horizon.

The Harvest Moon holds a special place in folklore and agricultural tradition, and it remains a popular subject for photographers and casual stargazers alike. Whether viewed from a rural field or a city rooftop, the rising of this seasonal Moon offers a simple, free way to connect with the natural rhythms of the year. Keep an eye on local weather forecasts in the days leading up to 26 September to plan the best viewing opportunity in your area.

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A newly released financial disclosure has revealed extensive stock trading activity involving major technology and artificial intelligence companies, conducted on behalf of the US president. The filing shows transactions worth millions of dollars in shares of prominent firms including Microsoft, Nvidia, and SpaceX.

The disclosure has drawn attention due to the scale of investment in companies that sit at the center of the rapidly expanding artificial intelligence and technology sectors. These firms are heavily involved in data infrastructure, computing power, and satellite technology—industries with significant and growing energy demands and environmental footprints.

The trades highlight the increasing financial entanglement between political leadership and the tech industry at a time when AI’s environmental impact is under growing scrutiny. Data centers powering AI systems require substantial electricity and water for cooling, raising concerns among environmental advocates about the sector’s contribution to carbon emissions and strain on natural resources. As investment in AI infrastructure accelerates, questions about transparency, regulatory oversight, and potential conflicts of interest are likely to intensify.

While the disclosure itself is a routine legal requirement for public officials, the specific companies involved—leaders in cloud computing, semiconductor manufacturing, and space technology—underscore how deeply intertwined political and financial interests have become with industries shaping both the digital economy and environmental policy debates going forward.

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Hurricane Polo underwent a dramatic transformation this season, rapidly intensifying into one of the most powerful storms recorded in the Pacific hurricane season. Meteorologists point to El Niño, the climate pattern characterized by warmer-than-average sea surface temperatures in the tropical Pacific, as a key factor behind the storm’s explosive growth.

El Niño conditions create an environment particularly favorable for storm intensification. Warmer ocean waters serve as fuel for developing hurricanes, providing the heat energy needed to strengthen wind speeds and lower central pressure. Additionally, El Niño tends to reduce wind shear across parts of the Pacific, removing a natural barrier that often disrupts and weakens storm systems before they can reach their full potential.

The rapid intensification of Hurricane Polo highlights growing concerns among climate scientists about the relationship between shifting ocean temperature patterns and extreme weather events. As El Niño and La Niña cycles interact with broader warming trends, researchers are increasingly focused on understanding how these overlapping influences may affect the frequency and intensity of future tropical storms.

While El Niño is a naturally occurring climate pattern, its effects can be amplified or altered by long-term ocean warming trends linked to climate change. Scientists continue to study storms like Polo to better understand these compounding factors, aiming to improve forecasting models and provide earlier warnings for coastal communities in the storm’s path.

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Glasgow could soon face a visible waste crisis as two major problems collide: a significant breakdown at the city’s primary incinerator and a rapidly shrinking supply of landfill space. Waste management experts are sounding the alarm, warning that without urgent intervention, household and commercial rubbish may begin piling up on streets in the coming weeks.

The incinerator, which normally handles a substantial portion of the city’s waste by burning it to generate energy, has suffered a mechanical failure that has taken it offline. This forces waste operators to rely more heavily on landfill sites, but those sites are already operating with severely limited capacity. Years of stricter regulations, environmental targets to reduce landfill use, and site closures across Scotland have left the region with dwindling options for disposing of rubbish that can no longer be burned.

Industry insiders say the combination of these two factors creates a genuine bottleneck: waste is being generated at normal rates, but the city’s ability to process and dispose of it has been sharply curtailed. If repairs to the incinerator are delayed, or if alternative arrangements aren’t made quickly, waste collection services could be forced to slow down or suspend pickups, leading to a buildup of rubbish in bins and public spaces.

Environmental advocates note the situation highlights a broader issue facing many UK cities: an overreliance on a small number of aging waste facilities, paired with insufficient investment in recycling infrastructure and waste reduction programs. They argue that long-term solutions—such as expanding recycling capacity and cutting down on overall waste production—are needed to prevent similar crises in the future, rather than relying solely on incineration and landfill as fallback options.

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Residents living near a major chemical plant in Lancashire have been warned they may face increased health risks after blood tests revealed elevated levels of a cancer-linked “forever chemical” in their systems. The substance, part of a group known as PFAS, is used widely in industrial processes and consumer products, and has been linked in scientific studies to cancer, liver damage, and other serious health conditions.

PFAS chemicals, sometimes called “forever chemicals” because they do not break down naturally in the environment or the human body, have become a growing concern for public health officials and environmental campaigners worldwide. Their persistence means they can accumulate in soil, water supplies, and living tissue over time, raising long-term exposure risks for communities located near industrial sites.

The findings have prompted renewed calls for stricter monitoring of chemical plant emissions and discharges, as well as clearer communication with affected communities about potential health risks. Local residents are seeking further testing and clarity on what steps will be taken to reduce their exposure going forward, while health experts stress the importance of continued monitoring of both the factory’s practices and the surrounding environment.

The case adds to mounting evidence of PFAS contamination near industrial facilities across the UK and beyond, reigniting debate over regulatory oversight of chemical manufacturing and the adequacy of current safety standards designed to protect nearby communities from long-term exposure to hazardous substances.

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As autumn settles over the Swiss Alps, a centuries-old tradition unfolds across the high country. Known as the alpabzug, or “descent of the herds,” this seasonal ritual sees farmers guide their livestock down from summer mountain pastures to sheltered valley barns before winter’s harsh conditions set in.

This year, the tradition took a slightly unusual turn in the Griesalp area above Kiental, where roughly 70 alpacas made the journey down the mountainside. Unlike the cattle traditionally associated with the alpabzug, these woolly, long-necked animals picked their way along steep alpine trails, guided by farmers who have practiced this seasonal migration for generations. Once the herd reached the valley floor, the alpacas were loaded onto trucks for the final leg of their journey to a winter farm in Aeschi, near Spiez, in the scenic Bernese Oberland region.

The alpabzug is more than a practical necessity—it’s a cultural touchstone that reflects the deep relationship between Swiss farming communities and their mountain landscapes. As grazing pastures become inhospitable with the arrival of colder weather and reduced vegetation, moving herds to lower elevations ensures the animals’ welfare while preserving fragile alpine ecosystems from overgrazing during the dormant season. The practice also underscores how traditional agricultural methods continue to adapt, incorporating modern transport alongside age-old herding routes. For visitors and locals alike, the sight of animals winding through dramatic mountain scenery serves as a vivid seasonal marker, connecting present-day Switzerland to its enduring pastoral heritage.

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As climate experts gather in New York this week for another round of high-stakes negotiations, the mood is grim. This year is on track to set a new global temperature record, and next year could break it again as El Niño intensifies. The planet has lurched from one disaster to the next: deadly European heatwaves, catastrophic flooding in Nepal that has erased entire communities, and unsettling new research suggesting the Atlantic Ocean’s major current systems may be approaching a dangerous tipping point. Despite the mounting evidence and urgency, political will to act remains stubbornly weak.

Yet amid this bleak landscape, there is one source of genuine optimism: solar power. Unlike political negotiations, which move at a glacial pace, solar technology has advanced rapidly and become dramatically cheaper, making clean energy more accessible than ever before. Advocates are now pushing world leaders to commit to an ambitious but achievable goal — bringing solar power to every corner of the globe by 2030.

The road ahead won’t be easy. Confronting entrenched fossil fuel interests and inertia among the powerful takes courage. But there’s a unifying truth that cuts through the complexity of climate politics: every person on Earth lives under the same sun. That shared reality, advocates argue, can become a source of collective strength — a reminder that the tools to address the climate crisis already exist and are within reach, if only the political will can catch up with the technology.

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When policymakers struggle to inspire real momentum on the climate crisis, sometimes it takes a three-and-a-half-year-old furry red monster to cut through the noise. That’s exactly what happened this week in New York City, where Elmo of Sesame Street fame made a memorable appearance at a Climate Week event focused on how extreme weather and rising temperatures are affecting children around the world.

Speaking in his characteristic third-person style, Elmo shared how frightened he felt during a recent storm that struck Sesame Street, an event portrayed in a recent episode featuring musician Post Malone. The storm storyline was designed to help young viewers process fear and anxiety around extreme weather, a growing reality for children as climate-driven disasters become more frequent and intense.

Elmo’s message to the crowd went beyond fear, though. He spoke about resilience and compassion in the face of frightening events, telling the audience that “courage is when you still help others,” even when you’re scared yourself. The sentiment struck a chord at an event otherwise filled with sobering statistics about how children worldwide are increasingly exposed to climate-related hazards, from heat waves to flooding to poor air quality.

Organizers say bringing beloved children’s characters into climate conversations helps make an overwhelming global issue more relatable, especially for young audiences who are already absorbing news of extreme weather. With research showing that children face disproportionate risks from a warming planet, advocates hope that even a small, fuzzy voice of comfort might help both kids and adults find the courage to act.

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As autumn settles in, many across the UK are already wondering what kind of winter lies ahead—and this year, a major climate player could tip the scales toward snow. El Niño, the natural warming pattern in the Pacific Ocean, is strengthening, and its effects ripple far beyond the tropics, influencing weather patterns across the globe, including here in Britain.

El Niño events typically bring warmer-than-average global temperatures, but the picture for the UK’s winter is far more nuanced. While some past El Niño years have coincided with mild, wet winters, others have set the stage for cold snaps and snowfall, particularly when the phenomenon interacts with other atmospheric patterns like the jet stream and the North Atlantic Oscillation. This complexity makes forecasting a specific “snowy winter” months in advance a genuine challenge, even for experienced meteorologists.

Historical data offers some clues but no guarantees. Notable snowy UK winters have occurred both during El Niño years and during its opposite phase, La Niña, underscoring just how many variables are at play in shaping Britain’s notoriously unpredictable weather. Local conditions, Arctic air outbreaks, and shifts in the jet stream’s position often matter just as much as the broader Pacific signal.

For now, forecasters are watching closely as El Niño develops further, with clearer signals expected as autumn progresses. Whether this translates into a white Christmas or another mild, rainy season remains to be seen, but the interplay between global climate patterns and local weather will be one to watch in the coming months.

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A proposed data centre development has sparked concern among conservationists, with the Essex Wildlife Trust warning that the project could destroy habitats of exceptional rarity. The charity says the site supports ecological communities that are increasingly scarce, and that construction could cause irreversible damage to the local environment.

According to the Trust, the habitats in question are not easily replaced or restored once disturbed. Rare plant and animal species that depend on these specific conditions could lose critical territory, potentially pushing already vulnerable populations further toward decline. Conservationists argue that once such ecosystems are built over, decades of natural development are lost in a matter of months.

The warning comes amid a broader surge in data centre construction across the country, driven by growing demand for cloud computing, artificial intelligence, and digital storage services. While these facilities are often seen as essential infrastructure for the modern economy, environmental groups are increasingly raising alarms about their land use footprint and the ecological trade-offs involved in siting them near sensitive natural areas.

The Essex Wildlife Trust is calling for greater scrutiny of the development’s environmental impact before any construction proceeds, urging planners to consider alternative sites that would avoid harm to protected or rare habitats. The charity says it hopes to work with developers and local authorities to find a solution that balances infrastructure needs with the preservation of Essex’s natural heritage.

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A recent US announcement has drawn attention to the growing use of Earth’s orbit as a domain for military activity, though specific details about the weapon system in question remain unclear. The development reflects a broader trend of nations expanding defense capabilities beyond the atmosphere and into space.

This shift toward orbital weaponry raises environmental and safety concerns that extend beyond geopolitics. Space-based weapons systems and related military activity can contribute to orbital debris, a growing hazard for satellites that monitor weather patterns, track climate change, and support communications infrastructure vital to environmental research. Collisions or tests involving space weapons have historically generated debris fields that persist for years, posing risks to both crewed and uncrewed missions.

As militaries increasingly look skyward, scientists and environmental advocates have called for greater transparency and international cooperation to prevent the degradation of the orbital environment. Space debris mitigation remains a pressing issue, given the essential role satellites play in tracking deforestation, ocean temperatures, ice sheet melt, and other critical environmental indicators.

*Note: The original source material for this article was too limited to provide full factual details about the specific weapon system announced. Additional reporting would be needed to accurately describe the technology involved.*

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For the first time, the US government has publicly confirmed it has deployed a weapon in Earth’s orbit, marking a significant shift in the militarization of space. While officials have offered limited details about the system’s exact capabilities, the acknowledgment signals a new chapter in orbital defense strategy—one with potential consequences that extend far beyond national security.

Space may seem remote from everyday environmental concerns, but the growing presence of weapons systems in orbit carries real risks for the planet below. Anti-satellite weapons and other orbital armaments can generate massive fields of space debris when activated or tested. This debris doesn’t simply disappear; it can remain in orbit for decades, posing collision risks to satellites that monitor weather patterns, track deforestation, measure sea-level rise, and provide critical climate data used by scientists worldwide.

There’s also the matter of atmospheric impact. Rocket launches and potential orbital conflicts release pollutants into the upper atmosphere, an area of increasing scientific concern as space traffic grows. Some researchers warn that a serious escalation involving space weapons could damage the ozone layer or introduce metallic particles into the atmosphere, with poorly understood long-term effects on climate systems.

As more nations develop offensive space capabilities, the risk of an “arms race” in orbit grows—one that could jeopardize the delicate network of satellites humanity depends on for environmental monitoring. Scientists and policy experts are urging renewed international dialogue on space governance, arguing that protecting orbital infrastructure is now inseparable from protecting the planet itself.

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Concerns over the militarization of space are intensifying after confirmation that weapons now orbit the Earth, raising fresh questions about the future of the increasingly crowded and strategically vital region above our planet. The development marks a significant shift in how nations approach space, a domain long treated as a shared frontier for scientific research, communications, and environmental monitoring.

The implications extend well beyond defense circles. Earth’s orbit hosts thousands of satellites critical to climate tracking, weather forecasting, disaster response, and monitoring deforestation, ice melt, and pollution. Any escalation toward conflict or debris-generating incidents in orbit could jeopardize this infrastructure, much of which underpins global efforts to understand and respond to environmental change.

Experts warn that a space arms race could also worsen the growing problem of orbital debris. Even routine satellite collisions or anti-satellite tests have historically scattered thousands of fragments of debris into orbit, threatening other spacecraft and complicating future launches. A conflict involving space-based weapons could dramatically accelerate this hazard, potentially rendering certain orbital paths unusable for generations and disrupting the satellite networks that scientists rely on to track environmental change worldwide.

As nations weigh their next steps, the situation underscores a broader tension: the same orbital space that enables vital climate and environmental science is now becoming a contested military frontier, with consequences that could ripple down to Earth in ways that affect both security and sustainability.

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Plans for a third runway at Heathrow Airport face a major roadblock, as the government’s independent climate advisers have concluded that the expansion cannot move forward under existing climate policies. The advisory body says current commitments to cutting emissions are simply not compatible with the scale of growth a new runway would bring.

At the heart of the advisers’ concerns is the aviation sector’s climate footprint. Flying remains one of the hardest industries to decarbonize, with limited low-carbon alternatives to jet fuel currently available at scale. Adding significant new flight capacity at one of the world’s busiest airports, they argue, would make it far more difficult for the UK to meet its legally binding climate targets.

The advisers have suggested a potential path forward: airlines themselves could help fund the transition to cleaner flying, whether through investment in sustainable aviation fuel, carbon removal technology, or other emissions-reducing measures. Under this approach, expansion could only be justified if the industry takes direct financial responsibility for offsetting or reducing the additional pollution it would generate.

The findings are likely to intensify the long-running debate over Heathrow expansion, which has been contentious for decades due to concerns over noise, air quality, and climate impact. Environmental campaigners have long opposed the project, while supporters point to economic benefits and increased connectivity. With climate advisers now explicitly tying approval to airline-funded emissions reductions, pressure is mounting on both policymakers and the aviation industry to reconcile growth ambitions with the UK’s climate commitments.

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A group of moon bears rescued from the cruel bile farming trade has begun a new chapter of life at a wildlife sanctuary in Suffolk. The bears, once confined to cramped cages and repeatedly harvested for their bile, are now adjusting to spacious, naturalistic enclosures designed to let them roam, forage, and behave as bears should for the first time in their lives.

Bile farming, still practiced in parts of Asia, involves extracting bile from the gallbladders of live bears for use in traditional medicine. The process causes immense physical suffering and long-term health complications, leaving many rescued bears with injuries, chronic pain, and psychological trauma from years of confinement. Conservationists say the practice continues to threaten wild moon bear populations, which are already classified as vulnerable due to habitat loss and poaching.

Caretakers at the Suffolk park have spent months preparing the habitat, incorporating climbing structures, pools, and enrichment areas to help the bears regain natural behaviors and physical strength. Veterinary teams are closely monitoring the animals as they recover from the effects of their previous captivity.

The bears’ arrival highlights a broader global effort to end bile farming and rehabilitate its animal victims. Wildlife advocates hope that stories like this one will raise awareness about the ongoing trade and encourage support for organizations working to rescue and rehome bears still trapped on farms worldwide.

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The world’s 20 largest private equity firms are bankrolling energy portfolios that pump out 1.5 billion tons of greenhouse gases annually, a new report reveals — a carbon footprint larger than every country on Earth except China, the United States, India and Russia.

These firms collectively oversee a staggering $7.3 trillion in assets, giving them enormous influence over how quickly, or slowly, the world moves away from fossil fuels. With that kind of financial firepower, they could be leading the charge toward renewable energy. Instead, many continue pouring money into natural gas plants and coal-fired power stations, some of which are being built specifically to feed the electricity-hungry datacenters that power artificial intelligence and cloud computing.

The findings highlight a growing tension at the heart of the clean energy transition: as demand for computing power explodes, so does the pressure to generate more electricity fast, and fossil fuels remain the quickest option for many investors. Critics argue that private equity firms, largely operating outside the public spotlight and free from the shareholder pressure that public companies face, have less incentive to prioritize emissions reductions over short-term returns.

The report raises pointed questions about accountability in an industry that touches nearly every corner of the global economy but faces far less scrutiny than publicly traded corporations. As the climate crisis intensifies and energy demands continue to climb, watchdogs say the outsized emissions from these financial giants deserve far more public attention than they currently receive.

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Bright yellow fields are painting the landscape across New South Wales this season, as favorable growing conditions have pushed canola crops to flower earlier than usual. The vivid blooms are especially striking across the south-west slopes and Riverina regions, where farmers are reporting an ideal combination of rainfall and temperature that has accelerated the crop’s development.

Canola, grown widely across Australia for its oil-rich seeds, transforms paddocks into brilliant swaths of gold each spring when it flowers. This year’s early bloom offers a particularly dramatic display, drawing attention from photographers and travelers alike as the countryside lights up with color earlier in the season than growers typically expect.

The timing of the bloom reflects broader patterns in seasonal conditions that farmers monitor closely, as flowering periods can shift significantly based on rainfall, soil moisture, and temperature trends throughout the growing season. While an early flowering can signal a strong season ahead, it also means farmers must adjust their harvest planning accordingly.

The spectacle in NSW echoes similar bursts of seasonal color elsewhere in Australia, including Western Australia’s celebrated wildflower season, which has also sprung to life this year. Together, these displays highlight the dynamic and often unpredictable rhythms of Australia’s agricultural and natural landscapes, offering a vivid reminder of how weather and climate patterns continue to shape the country’s rural scenery from season to season.

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A scheme to excavate and repurpose roughly a million tonnes of ash from a large mound sitting next to the Drax power station has received official approval, paving the way for a major reclamation project in the coming years.

The ash, a byproduct accumulated from decades of power generation at the site, will be extracted and processed for reuse rather than left in place indefinitely. Recycled ash of this kind is commonly used in construction materials, including as an additive in cement production and as a base material for roads and other infrastructure projects, offering a more sustainable alternative to extracting fresh raw materials.

Supporters of the plan argue that it offers a practical way to deal with legacy industrial waste while reducing the environmental footprint associated with mining virgin materials for construction. Reusing ash in this way can also help cut down on landfill use and give a second life to a material that would otherwise simply remain stockpiled on site.

The approval marks a significant step for the surrounding area, which has long lived in the shadow of the ash mound. While specific timelines for the extraction work have not been detailed, the go-ahead signals that operations to reclaim and repurpose the material could begin in the near future, with local stakeholders watching closely to see how the project unfolds and what benefits or disruptions it may bring to the community.

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This past August has tied as the hottest August ever documented worldwide, adding to a persistent streak of record-breaking heat that scientists say underscores the accelerating pace of climate change. Global temperature data show the month matched previous highs, continuing a pattern seen throughout the year across multiple monitoring agencies.

The unrelenting warmth has been felt across the globe, from intensified heatwaves scorching entire regions to unusually warm ocean waters that can fuel more powerful storms and disrupt marine ecosystems. Scientists point to a combination of factors driving these extreme conditions, including long-term warming trends caused by greenhouse gas emissions, compounded by natural climate patterns that can temporarily push temperatures even higher.

Researchers emphasize that a single record-breaking month is less significant than the broader trend it represents: a consistent run of exceptionally warm months and years that align with long-standing climate projections. This continued warming carries serious implications, including more frequent and severe extreme weather events, accelerated ice melt, rising sea levels, and mounting pressure on agriculture, water resources, and vulnerable communities.

Experts stress that these findings serve as a stark reminder of the urgency needed to curb greenhouse gas emissions and adapt to a rapidly changing climate. As global temperature records continue to fall with striking regularity, the data adds to a growing body of evidence that the window for limiting the most severe impacts of climate change is narrowing.

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