Today: Sunny, Minimum Temperature: 12°C (54°F) Maximum Temperature: 23°C (74°F)
Manchester is set to experience a sunny day with light south-westerly winds and temperatures ranging from a low of 12°C (54°F) to a high of 23°C (74°F). This marks a brief period of clear and pleasant weather before a shift to more unsettled conditions over the coming days. The forecast indicates a transition from sunshine to intermittent light rain showers starting Sunday, accompanied by gentle breezes. From Sunday through the following week, Manchester will see a series of light rain showers and occasional thundery showers, with daytime temperatures dropping to around 17-21°C (63-69°F) and nighttime lows hovering between 9-13°C (48-55°F). Winds will generally remain light, varying between south-westerly and westerly directions at speeds of 8-12 mph (13-19 km/h). The presence of thundery showers on several days, including Tuesday and Friday, suggests periods of more intense rainfall and potential localized disruptions. This weather pattern reflects a typical early summer transition in the region, where stable, warm days are often followed by unsettled spells due to passing weather fronts. The intermittent rain and thunderstorms may impact outdoor activities and travel plans, emphasizing the need for residents and visitors to stay updated on local weather advisories. Overall, the forecast highlights a mix of sunshine and showers, characteristic of Manchester’s variable climate during this time of year.
Sunday: Light Rain Showers, Minimum Temperature: 11°C (52°F) Maximum Temperature: 19°C (67°F)
Manchester is expected to experience light rain showers and gentle breezes over the coming days, with temperatures ranging from a low of 11°C (52°F) to a high of 19°C (67°F) on Sunday. Winds will generally be mild, blowing from the west at around 10 mph (16 km/h). This pattern of light rain and moderate temperatures is forecast to continue into the early part of June. The weather outlook for the week shows a mix of light rain showers and occasional thundery showers, particularly on June 2 and June 12, when more intense rainfall and thunderstorms are predicted. Temperatures will remain relatively stable, fluctuating between lows of 9°C (48°F) and highs of 21°C (71°F). Wind speeds are expected to stay gentle, mostly coming from the south-west or south, contributing to mild and damp conditions throughout the period. This consistent pattern of light rain and breezy conditions is typical for the region during this time of year, reflecting a transition from spring to early summer. The forecast suggests limited opportunities for prolonged dry or sunny spells, which may impact outdoor activities and agriculture. Residents and visitors should prepare for mostly wet weather and dress accordingly. Overall, the forecast indicates a continuation of unsettled weather for Manchester, with no significant temperature extremes or severe weather events expected. The presence of thundery showers on certain days warrants some caution, but the general outlook remains mild and manageable for the coming two weeks.
Portugal breaks national May temperature record with 40.3°C (104.5 °F) in Mora
Portugal experienced a record-breaking temperature for the month of May when the town of Mora reached 40.3°C (104.5°F), surpassing the previous national May high of 40°C (104°F) set in 1953 and matched in 2001. This extreme temperature was recorded during an early-season heatwave that began on May 20, 2026, primarily affecting the Alentejo region and the Tagus Valley. Alongside Mora, several other locations in Portugal also recorded exceptionally high temperatures, with 22 new maximum temperature records set across the country during the heatwave period. The heatwave's intensity was notable not only for breaking long-standing records in Portugal but also for its regional impact across Western Europe. In the United Kingdom, Kew Gardens recorded temperatures of 35.1°C (95.2°F) on May 26, breaking the UK May and spring temperature records for the second consecutive day. France also experienced unprecedented warmth, with May 26 marking the hottest May day on record nationally, averaging 24.9°C (76.8°F), and Angoulême-La Couronne reaching 37.8°C (100°F) on May 28. These temperature extremes are part of a broader pattern of early and intense heatwaves affecting the region. The heatwave has had serious consequences beyond temperature records, with confirmed fatalities linked to the extreme weather. The UK reported at least 11 open-water deaths during this period, while French authorities attributed seven deaths to the heatwave, including drownings and fatalities during athletic events. These incidents highlight the significant public safety risks posed by such extreme weather events, especially when they occur unusually early in the season. This heatwave underscores growing concerns about climate variability and the increasing frequency of extreme weather events in Europe. The early onset and severity of the heatwave may have implications for public health, agriculture, and energy demand, emphasizing the need for enhanced preparedness and adaptation strategies in the face of climate change.
My homemade air-con unit does the trick | Brief letters
Helen Caton from Gloucestershire shared a simple and inexpensive method for creating a homemade air-conditioning unit. Her approach involves placing frozen blue cooling blocks, commonly used in cool bags, into a metal saucepan or wok and positioning it in front of a fan to circulate cool air. The blocks are then returned to the freezer for reuse, offering an easy way to stay cool during hot weather. Other readers contributed additional cooling and comfort tips. Claudine Burton from Essex highlighted the effectiveness of external shutters for windows, noting that their design is more common and practical in continental Europe due to inward-opening windows, unlike in the UK where windows open outward. Jan Williams from Gwynedd described an alternative solution using tensioned wire and camouflage netting over large windows, which she found to be an efficient and affordable cooling method. The letters also touched on broader topics, including the educational benefits of screen time. Maria Goulding from Gateshead emphasized the value of using digital resources like Wikipedia to research political voting records and praised children’s programs such as Octonauts for their science content. Additionally, Bryn Hughes from Wrexham corrected a factual error regarding Gareth Southgate’s penalty in the Euro 96 semi-final, clarifying that the penalty was saved rather than missed. These contributions reflect a range of practical advice and thoughtful reflections on coping with heat, managing screen time, and sports history, offering readers diverse perspectives on everyday challenges and interests.
New Glenn explosion prompts debris warning in Florida
Blue Origin’s New Glenn rocket exploded during a hot-fire test at Launch Complex 36 at Cape Canaveral Space Force Station, Florida. The incident occurred around 9:00 p.m. EDT while the vehicle was undergoing a routine engine ignition test on the pad ahead of its planned fourth launch. No injuries or fatalities were reported, but Space Launch Delta 45, the U.S. Space Force unit managing launch operations at the site, issued warnings about debris from the explosion potentially washing ashore in nearby public areas over the coming days and weeks. Authorities advised the public to avoid direct contact with any suspected debris and to report findings to emergency services for safe removal. The debris could include hazardous materials such as sharp fragments, damaged composites, batteries, pressurized components, and contaminated parts related to propulsion and ground-test operations. The incident has prompted ongoing investigations by Blue Origin, Space Launch Delta 45, and partner agencies to determine the cause of the anomaly and assess any implications for future launches. The New Glenn rocket is a reusable orbital launch vehicle designed to carry up to 45 metric tons to low Earth orbit, with a 7-meter payload fairing. It was preparing for a mission to deploy 48 Amazon low Earth orbit satellites. Launch Complex 36, located approximately nine miles from Blue Origin’s rocket factory, houses the New Glenn launch pad along with vehicle integration and refurbishment facilities. NASA has acknowledged the anomaly and expressed its intention to collaborate with Blue Origin on the investigation and evaluate any near-term impacts on related missions. This incident comes shortly after Blue Origin received a $188 million NASA contract for lunar payload delivery, including a Blue Moon Mark 1 Endurance lander mission targeted for late 2026. The explosion raises questions about the timeline and safety of upcoming launches, highlighting the challenges faced in the development and operation of next-generation launch vehicles.
Recap: Europe’s Historic May Records Overwritten by Early-Season Heat Dome
Europe experienced an unprecedented heatwave at the end of May 2026, driven by an intense heat dome that shattered historical temperature records across Western and Central Europe. This early-season event rapidly transformed May from a typically mild month into one resembling the peak of mid-summer, with temperatures soaring well beyond previous extremes. The heat dome, a large and persistent high-pressure system, trapped hot air masses originating from North Africa, causing sustained and severe heat conditions over a broad area. The phenomenon of a heat dome occurs when an upper-level ridge of high pressure, also known as a blocking high, settles over a region, effectively trapping warm air beneath it. This acts like a lid, preventing heat from escaping and causing temperatures to rise dramatically near the surface. Such weather patterns are common drivers of major heatwaves in Europe, North America, and Canada during summer months, but the intensity and timing of this event were exceptional. The heatwave’s rapid onset and record-breaking nature underscore the accelerating pace of climate change, with Europe warming at roughly twice the global average rate. The impacts of the heat dome extend beyond temperature records, posing serious risks to public health and vulnerable populations. Prolonged exposure to extreme heat threatens elderly individuals, children, and those with pre-existing health conditions. Outdoor workers, including farmers and construction laborers, face heightened risks of heat-related illnesses due to extended periods in the sun. Additionally, socioeconomically disadvantaged communities are disproportionately affected, as their housing often lacks adequate cooling and ventilation, increasing the likelihood of heat-related fatalities. This event highlights the growing challenges posed by climate change, emphasizing the need for improved heatwave preparedness and adaptive measures across Europe. As heat domes become more frequent and intense, understanding their dynamics and mitigating their effects will be critical to safeguarding public health and infrastructure in the face of a warming climate.
Why are our homes and cities all so hot? – podcast
The UK has experienced unprecedented early heatwaves, with temperatures soaring above 30°C in May, breaking historical records. This unusual warmth has raised concerns about the country’s preparedness for extreme heat events, which experts warn are becoming the new normal due to climate change. A recent report from the Climate Change Committee highlights the urgent need for the UK to adapt its infrastructure and urban environments to better withstand rising temperatures. The report emphasizes that current measures are insufficient to protect homes and cities from the increasing frequency and intensity of heatwaves. It outlines several strategies to mitigate the impact of extreme heat, including expanding urban tree coverage to provide natural cooling, investing in heat pumps to reduce reliance on fossil fuels, and accelerating the transition to renewable energy sources. These interventions aim not only to cool living spaces but also to reduce greenhouse gas emissions, addressing both adaptation and mitigation simultaneously. Experts warn that without significant changes, vulnerable populations—such as the elderly and those with pre-existing health conditions—will face heightened risks during heatwaves. The report also calls for updated building regulations and urban planning policies that prioritize heat resilience. This includes designing homes and public spaces that minimize heat retention and improve ventilation, as well as enhancing green infrastructure to combat the urban heat island effect. The Climate Change Committee’s findings underscore the broader challenges posed by climate change to the UK’s environment and public health. As extreme weather events become more frequent, the need for comprehensive, forward-looking policies becomes increasingly critical. The report serves as a call to action for policymakers, urban planners, and communities to implement sustainable solutions that safeguard the country against the escalating threat of extreme heat.
First El Niño Impacts Now Detected in the June Weather Forecast for the United States and Canada
The 2026 North American summer season is showing early signs of a strong El Niño event, with initial impacts now detectable in weather forecasts for the United States and Canada. Recent data reveals emerging pressure and temperature anomalies linked to this developing climate phenomenon, marking a critical transition phase for the region's atmospheric conditions. These early signals align with patterns observed in previous powerful El Niño events, suggesting significant weather shifts in the coming months. El Niño, the warm phase of the El Niño-Southern Oscillation (ENSO) cycle, involves elevated sea surface temperatures in the equatorial Pacific Ocean that influence global atmospheric circulation. Current observations indicate a broad warm anomaly in the ENSO region, driven by westerly wind bursts that push warmer subsurface waters eastward. This process has generated a strong Kelvin Wave, an underwater warm water pulse now surfacing and reinforcing the warming trend. These oceanic and atmospheric interactions are altering the Walker Cell circulation, a key driver of tropical atmospheric motion, thereby establishing an "atmospheric bridge" that transmits El Niño’s influence worldwide. Forecast models, including the NCEP CFSv2, project the development of a very strong El Niño event through 2026 and into 2027. Historically, such powerful El Niño episodes have been associated with significant climate impacts, including altered precipitation patterns, increased drought risk in some areas, and heightened storm activity in others. For North America, this could mean warmer and drier conditions in parts of the northern United States and Canada, alongside wetter weather in the southern United States. Early detection of these changes is crucial for preparedness and mitigation efforts across sectors such as agriculture, water management, and disaster response. The evolving El Niño event underscores the importance of continuous monitoring of ocean-atmosphere interactions and their broader climatic effects. As the 2026 summer progresses, further shifts in weather patterns are expected, with implications for ecosystems, economies, and communities across North America. Understanding and anticipating these changes will be vital for adapting to the challenges posed by this significant climate driver.