Today: Light Rain, Minimum Temperature: 7°C (44°F) Maximum Temperature: 13°C (55°F)
Manchester is expected to experience predominantly light rain and light winds over the coming days, with temperatures ranging from a low of 6°C (43°F) to a high of 25°C (77°F). The weather forecast indicates a mix of light rain showers, drizzle, and occasional thundery showers, accompanied by gentle breezes from varying directions. The period from mid-May through the end of the month will see mostly mild and unsettled conditions, with intermittent sunny intervals towards the latter part of the forecast. The forecast highlights a gradual warming trend, with temperatures rising from around 7°C (44°F) at night to highs reaching 25°C (77°F) by late May. Wind speeds are expected to remain light to moderate, generally between 6 and 10 mph, shifting from westerly and south-westerly directions early in the period to more northerly and easterly flows later on. Notably, thundery showers are predicted around May 19, suggesting a brief period of more intense weather before conditions settle again. This weather pattern reflects typical spring variability for the Manchester area, where mild temperatures are often accompanied by scattered showers and occasional sunshine. The forecast’s mix of rain and dry spells is important for residents and local businesses to consider, particularly those involved in outdoor activities or agriculture. The gradual warming trend towards the end of May may also signal the transition into more stable and warmer early summer conditions. Overall, the forecast underscores the need for preparedness for changing weather, with light rain and drizzle expected to dominate but punctuated by brief sunny intervals and occasional heavier showers. This variability is characteristic of the region’s climate during this time of year, influencing daily life and planning across Greater Manchester.
Sunday: Light Rain Showers, Minimum Temperature: 6°C (43°F) Maximum Temperature: 14°C (57°F)
Manchester is expected to experience predominantly light rain showers and gentle breezes over the coming two weeks, with temperatures ranging from a low of 6°C (43°F) to a high of 25°C (77°F). Sunday’s forecast predicts light rain showers with a maximum temperature of 14°C (57°F) and a minimum of 6°C (43°F), accompanied by westerly winds at around 9 mph (14 km/h). The weather pattern remains relatively stable, with intermittent light rain and mild winds continuing through much of the week. Following Sunday, the city will see a mix of light rain and drizzle, with occasional thundery showers expected on Tuesday. Temperatures will gradually rise, peaking at 25°C (77°F) on Friday, when sunny conditions and a gentle southerly breeze are forecast. Despite some dry and brighter intervals later in the week, light rain and drizzle will persist sporadically, especially towards the weekend and into the following week. This weather outlook is typical for the region during this time of year, reflecting a transition from cooler, wetter conditions to warmer and more settled weather. The presence of light rain and drizzle may impact outdoor activities and travel plans, but no severe weather warnings have been issued. The gradual warming trend towards the end of the forecast period suggests improving conditions, which could benefit local agriculture and tourism. Overall, residents and visitors in Manchester should prepare for a mix of mild, damp weather with occasional sunshine over the next fortnight. The consistent light rain and breezy conditions highlight the importance of appropriate clothing and planning for outdoor events, while the warmer temperatures later in the week offer some respite from the cooler start.
Asteroid 2026 JV3 passed Earth at 0.13 lunar distances
Asteroid 2026 JV3 made a notably close flyby of Earth, passing at a distance of approximately 0.130 lunar distances, or about 50,900 kilometers from the planet’s center, on May 14, 2026. This equates to roughly 44,500 kilometers above Earth’s surface, making it the sixth closest known asteroid approach within one lunar distance recorded so far in 2026. The asteroid, measuring between 2.1 and 4.6 meters in diameter, was first detected less than 14 hours before its closest approach by the Catalina Sky Survey in Arizona. Belonging to the Apollo group of near-Earth asteroids, 2026 JV3 traveled at a relative velocity of 12.69 kilometers per second during its flyby. Despite its proximity, its small size posed no threat to Earth. The orbit determination, based on 30 observations over a one-day period, carries a moderate uncertainty with a condition code of 6 on a scale where 0 indicates a well-defined orbit and 9 represents high uncertainty. This reflects the challenges in precisely tracking such small and fast-moving objects with limited observation windows. The event is part of a broader pattern in 2026, with 75 asteroids known to have passed within one lunar distance of Earth this year alone. Close approaches like that of 2026 JV3 are closely monitored by space agencies such as NASA’s Center for Near-Earth Object Studies (CNEOS) and the European Space Agency’s Near-Earth Object Coordination Centre (NEOCC) to assess potential risks and improve tracking capabilities. These observations contribute to planetary defense efforts by refining predictions of asteroid trajectories and enhancing early warning systems for potentially hazardous objects. While 2026 JV3’s flyby posed no immediate danger, its passage underscores the importance of continuous monitoring of near-Earth objects. Advances in detection technology and international collaboration remain critical to identifying and characterizing small asteroids that could impact Earth in the future.
Red Flag Warnings in effect as dry thunderstorms threaten new fire starts across the Plains
Critical fire weather conditions developed across parts of the Plains and southern High Plains due to dry lightning, severe outflow winds, low relative humidity, and receptive fuels. The Storm Prediction Center (SPC) issued a Critical fire weather risk covering approximately 261,780 square kilometers, affecting over 1.2 million people. The dry thunderstorm threat spans about 98,670 square kilometers, including key areas such as Lubbock, Amarillo, Plainview, Liberal, and Pampa. Multiple Critical fire weather zones were identified, highlighting scattered dry thunderstorms and dry, windy conditions across the southern and northern Plains. The Texas Panhandle and surrounding regions experienced relative humidity levels in the single digits to teens, combined with sustained southwest winds between 15 and 30 km/h (10–20 mph). These conditions, coupled with high-based storms producing erratic outflow gusts, heightened the risk of fire ignitions. A deep, dry boundary layer overlapped with sustained westerly winds of at least 25 km/h (15 mph) from southern New Mexico to the Texas Panhandle and Oklahoma border, creating an environment conducive to rapid fire spread. In the Texas Rolling Plains and southeastern New Mexico, stronger southwesterly winds of 40 km/h (25 mph) coincided with relative humidity below 15%, further increasing fire danger. The dry thunderstorm threat added an ignition mechanism to the already volatile fire weather setup. Seasonably cold mid-level temperatures and strong upper-level winds supported the development of high-based storms with limited moisture, capable of producing lightning without significant rainfall. This combination raised concerns for multiple lightning-induced fire starts, particularly in the Oklahoma Panhandle and Texas Rolling Plains, where above-average fuel loading and dry conditions prevailed. Wind gusts exceeding 95 km/h (58 mph) and scant precipitation could facilitate rapid fire growth if ignitions occur. In response, the National Weather Service in Lubbock issued a Red Flag Warning for the South Plains, Rolling Plains, and southern Texas Panhandle until late evening, with a Fire Weather Watch extending into the following day. The warning covers numerous counties including Parmer, Castro, Swisher, Briscoe, Hall, and others, underscoring the ongoing threat to communities and natural resources in the region. The combination of dry fuels, strong winds, and dry lightning underscores the critical need for heightened fire preparedness and caution.
How Will the 2026 Super El Niño Impact Summer Weather Patterns Across North America and Europe?
The summer of 2026 is expected to be strongly influenced by the emergence of a Super El Niño event, driven by rapid warming in the tropical Pacific Ocean. Recent analyses have identified a significant subsurface Kelvin wave surfacing in the eastern Pacific, signaling the onset of this intense warm phase. This development is anticipated to trigger a major reorganization of global atmospheric circulation, with early impacts on weather patterns across North America and Europe likely to be felt by mid-summer. Forecast models indicate a notable shift in the planetary jet stream, which historically alters seasonal weather dynamics in these regions. El Niño Southern Oscillation (ENSO), the climate phenomenon responsible for these shifts, alternates between warm and cold phases in the tropical Pacific every few years, profoundly affecting global weather. The current transition into a strong El Niño, potentially reaching Super El Niño intensity, is expected to disrupt the Walker Cell—an atmospheric circulation pattern in the tropics—resulting in altered pressure and rainfall patterns worldwide. This atmospheric "bridge" effect causes widespread ripple effects, including changes in tropical rainfall and pressure zones, which then influence weather far beyond the Pacific basin. The anticipated Super El Niño event will likely increase the frequency of severe weather phenomena such as hail and tornadoes across the United States, while also heightening storm potential over Europe. Long-range climate models now show a stronger El Niño signature in atmospheric circulation for summer 2026, suggesting more pronounced weather impacts than in typical El Niño years. These changes could affect agriculture, water resources, and disaster preparedness strategies across affected regions, underscoring the importance of monitoring and adapting to evolving climate conditions driven by ENSO. Overall, the 2026 Super El Niño represents a critical climatic event with far-reaching consequences. Its ability to reshape jet stream patterns and global weather systems highlights the interconnectedness of oceanic and atmospheric processes and the need for continued research and forecasting to mitigate potential risks associated with extreme weather events during this period.
Why the weather was on no one’s side in general strike of 1926
The general strike of May 1926 in Britain, called by the Trades Union Congress (TUC) in support of locked-out miners facing pay cuts, coincided with a spell of relatively mild and dry weather. Lasting from May 3 to May 12, the strike involved millions of workers and caused significant disruption to transport and industry. However, the warm conditions reduced the demand for coal heating, somewhat lessening the strike’s economic impact. After nine days, the TUC ended the strike amid fears of legal repercussions and doubts about sustaining the industrial action. Following the strike’s conclusion, the weather turned sharply colder, with widespread snow and heavy rain affecting various parts of the country. This unsettled pattern continued with fluctuating temperatures throughout the month. Analysts suggest that an earlier onset of harsher weather might have increased the strike’s pressure on the government and bolstered union resolve. Conversely, severe cold could have hindered public demonstrations and picketing efforts, which were crucial for maintaining morale among strikers. The 1926 general strike remains a significant episode in British labor history, illustrating the complex interplay between industrial action and external factors such as weather. While the strike highlighted widespread worker solidarity, the mild weather conditions inadvertently mitigated its potential severity. This episode underscores how environmental factors can influence the dynamics and outcomes of large-scale social and political movements.
The Big Chill: Europe’s Cold Trough Slams South, Severe Weather Follows
A deep upper-level trough is currently sweeping across Europe, driving an influx of unseasonably cold air deep into southern regions and triggering severe weather conditions. This atmospheric disturbance is creating a stark contrast as cold air masses clash with warm, moisture-laden Mediterranean air, setting the stage for a multi-day period of intense weather. Areas from northern Italy to the Adriatic coast of the western Balkans face threats from supercell storms, damaging hail, and localized flooding due to moderate atmospheric instability combined with strong wind shear. The weather pattern is dominated by a large low-pressure system over continental Europe, while high-pressure ridges build over the North Atlantic and northwest Africa. This configuration has resulted in a locked-in, meridional flow that allows cold air to penetrate far south, causing temperature anomalies 10 to 14 degrees Celsius below normal in parts of western and central Europe. The trough remains deep and extensive through the weekend, with the cold air mass expanding further into central Europe and the Mediterranean region. Satellite imagery and atmospheric data clearly show the dominance of this trough and the associated severe weather activity across the continent. The persistent trough has also disrupted typical pressure patterns, reinforcing the low-pressure system over Europe while maintaining strong high pressure over the North Atlantic and Azores. Although the trough is expected to gradually weaken after the weekend, it will continue to influence weather conditions before a potential pattern shift occurs next week. Forecasts suggest that ridging over the North Atlantic may reestablish itself, leading to a warmer weather trend moving in from the west, signaling an end to the current cold spell and severe weather outbreak. This significant weather event highlights the dynamic nature of European springtime meteorology and underscores the risks posed by rapid atmospheric transitions. The combination of cold air intrusions and moist Mediterranean conditions creates a volatile environment for severe storms, which could impact infrastructure and communities across southern and central Europe in the coming days.