These Met Office maps show the UK areas where summers are getting hottest
The latest State of the UK Climate report, published in the Royal Meteorological Society's International Journal of Climatology, details the climate in 2024.
It looks at how temperatures have changed over the long term, and highlights how the UK has warmed at a rate of about 0.25C a decade and is now about 1.24C warmer than from 1961 to 1990.
Over the past decade, in some parts of the UK, the hottest summer days have warmed about twice as much as average summer days, according to the report.
The report shows how different parts of the country have borne the brunt of this shift in the climate. Here, Yahoo News has included maps showing where summers have been getting the hottest in the UK.
The latest report shows a stark contrast between maximum annual temperatures between the first half of the 20th century and now – with a significant shift occurring from the 1990s and onwards.
Below are a set of maps showing the average number of days per year in which the highest maximum temperature for each county of the UK has exceeded 28C.
As shown above, the milestone was reached more often in the period of 1931 to 1960, compared to 1961 to 1990.
The difference is particularly noticeable in the South and South East of England, although there was less change in London and Hampshire.
In its report, the Met Office does note "some annual and decadal variability in the UK's climate in addition to the ongoing warming due to climate change".
While the period from 1961 to 1990 was relatively period, with hotter days more persistent in the south of the country, the two maps below show a sharp uptick in temperatures from the 1990s.
The period of 1991 to 2020 saw a substantial increase in days breaching the 28C milestone, again most notably in the South and South East.
From 2015 to 2024, the change appears more extreme, with many parts of the South West, Wales, the Midlands and North experiencing an unprecedented number of 28C days since records began.
To put this change into perspective, the UK's average highest maximum temperature over the most recent decade of 2015–2024 was 35.9C - 2.3C higher than 1991–2020 and 4.5C higher than 1961–1990.
Explaining why this is happening, the report says climate change has a "much greater effect on the extremes of temperature than the mean".
"Observations show that extreme weather events are to be expected each year as an integral part of the UK's climate. As has been fairly typical in recent years, floods and storms brought the worst impacts in 2024," it adds.
Four of the five warmest summers on record for England have occurred since 2003, Met Office data shows, suggesting we are in a period of intensifying hot weather.
All of the top 10 warmest years – according to mean temperature – have occurred since the year 2000.
Research published by the Met Office in June warns that heatwaves in the UK "could become longer and hotter due to escalating climate trends".
Temperatures hit 40C in the UK for the first time on record in July 2022, but scientists say the chance of exceeding this threshold has been "rapidly increasing".
Senior Met Office scientist Dr Gillian Kay and lead author of last month's report, said the chance of this happening "is now over 20 times more likely than it was in the 1960s".
"Because our climate continues to warm, we can expect the chance to keep rising. We estimate a 50-50 chance of seeing a 40C day again in the next 12 years.
"We also found that temperatures several degrees higher than we saw in July 2022 are possible in today's climate."
Heatwaves, where maximum temperature thresholds (set at different values across the country) persist for three consecutive days or more, are also likely to get longer, the study suggests.
Senior Met Office science fellow and co-author of the report, Dr Nick Dunstone, said: "Our study finds that in today's climate such conditions could persist for a month or more.
"These findings highlight the need to prepare and plan for the impacts of rising temperatures now, so we can better protect public health, infrastructure, and the environment from the growing threat of extreme heat."
Map shows areas at risk of hosepipe ban as third region hit with restriction (Yahoo News)
Scrap exams in June because of 'hot school halls', expert says (The Independent)
Extreme heat could lead to 30,000 deaths a year in England and Wales by 2070s, say scientists (The Guardian)
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles
Yahoo
14 minutes ago
- Yahoo
Flowing Water Is More Powerful Than You May Think
Flooding may not inspire the same fascination and fear as tornadoes or hurricanes, but you shouldn't underestimate its power. From 2015-2024, flooding claimed an average of 113 lives per year in the U.S., according to National Weather Service statistics. This makes flooding the second-deadliest type of weather for the U.S., behind heat. Let's lay out some impressive facts about floodwater. Water flowing at just over 6 mph has the equivalent force per unit area as air blowing at EF5 tornado wind speeds. That means that at just 4 mph, flowing water produces a force strong enough to move boulders that are five feet in diameter. Water moving at 25 mph has the force equivalent of wind blowing 790 mph, faster than the speed of sound. Floodwaters are thought to reach peak forward speeds of up to 67 mph. The fastest floodwaters are on steep terrain, in relatively smooth rock ravines or concrete channels. Before deciding to drive through standing water, consider this: nearly half of all flash-flood related deaths involve cars and trucks. Six inches of water will reach the bottom of most passenger cars, causing loss of control and potential stalling. According to the U.S. Geological Survey, water one foot deep typically exerts 500 pounds of lateral force, which could easily tip a vehicle on its side or flip it over. Two feet of rushing water will carry away most vehicles, including SUVs and pickups. The vertical buoyancy force of about 1,500 pounds per foot of water lifts the vehicle, while a lateral force of 1,000 pounds (or more if water is flowing faster) pushes it downstream. Once your vehicle becomes buoyant, it can be swept away, tipped on its side or flipped over, giving you only seconds to escape. Never drive into floodwaters of unknown depth and never drive around barriers warning you of a flooded road ahead. You may not know if the road has been washed out and may underestimate the speed of the floodwater. As the National Weather Service advises, "Turn around, don't drown!" If you slip and fall face-first in floodwaters, you might drown before you regain consciousness. Babies and small children are very vulnerable; just as they would be in a bathtub. Water levels in flash floods can rise one foot in five minutes. In some cases, for instance, in a canyon, near-instantaneous rises of 10-30 feet or more may accompany walls of water rushing downstream. With all this in mind, if you live, camp or hike near a river, creek, or stream, particularly in hilly or mountainous terrain, you should consider evacuating to higher ground upon the issuance of a flash flood warning. In general, awareness of the weather situation can save your life in a flash flood. Act quickly once you receive a warning. Knowing how to quickly get to higher ground if you're in a flood-prone area could save your life. Miriam Guthrie graduated from the Georgia Institute of Technology with an undergraduate degree in Atmospheric and Oceanic Sciences and is now a meteorology intern with before returning to school for her masters.


Forbes
30 minutes ago
- Forbes
Why Flooding In New York and New Jersey Were So Bad
NEW YORK CITY - SEPTEMBER 02: Cars sit abandoned on the flooded Major Deegan Expressway in the Bronx ... More following a night of heavy wind and rain from the remnants of Hurricane Ida on September 02, 2021 in New York City. Numerous people were killed in New York and tornadoes did heavy damage to parts of New Jersey as the evening storm caught many off guard with the severity of its rain and wind and flooding. (Photo by) On Monday, extremely heavy rainfall caused major flooding in one of the most populated metropolitan areas in the United States. The governor of New Jersey declared a state of emergency. Service at major airports in the New York City region were disrupted, and residents were warned of potential flooding to roadways and basement apartments. Video of flooded subways were reminiscent of what New York and New Jersey experienced during the remnants of Hurricane Ida (2021). Yet, this was not a hurricane. What caused the major flooding in the U.S. Northeast. The National Weather Service had a good handle on the flood threat in the days leading up to the rain. The NWS discussion at 3:53 am on July 14 noted, "Scattered to numerous instances of flash flooding possible across NE NJ and LoHud. Isolated to scattered instances of flash flooding possible for NYC and SW CT. Flood Watch in Effect from 2pm to midnight." The primary weather factors were: Excessive rainfall was expected in the Northeast. NWS meteorologists identified the region in the ... More Monday morning outlook. The NWS discussion went on to say, "Primary threat will be for torrential downpours from tstm activity with 2+"/hr rainfall rates likely in a tall and narrow CAPE profile environ, PWAT approaching 2.25" (+2 std), deep warm cloud layer of 12-13kft, and weak SW steering flow (15kt) aligned with trough/sea breeze/outflow boundary." I know all of that jargon and shorthand sounds like gibberish so let me translate. CAPE is an indicator of how unstable the atmosphere is and how strong the rising motion in storms might be. PWAT is an indicator of the precipitable water. In other words, how much moisture (in inches) is in the atmospheric column if you condensed or precipitated it out the air? Typical of extreme flooding scenarios, it was near the upper end of expected values. The trough, sea breeze, and outflow boundaries are mechanisms that lift air to convert that moisture and convective available potential energy to intense rainstorms. Changes in heavy precipitation (1958 to 2021). With such conditions, it is not surprising that the NWS Weather Prediction Center placed the region under increased alerts for excessive rainfall. Extreme rainfall also fell in other parts of the Northeast including Washington D.C., Maryland and Pennsylvania. Flash flooding and car rescues were reported throughout the D.C. region. Meteorologist Matthew Cappucci wrote on his Facebook page, 'D.C. gang – this is rather crazy; Tyson's Corner recorded 0.55 inches of rain in 5 minutes between 5:35 and 5:40 p.m. That's an equivalent rainfall rate of 6.6 inches per hour – albeit briefly. Cappucci, a meteorologist with the Washington Post, went on to say, 'With that sort of air mass being pumped into storms, it's no surprise we saw such exceptional rain rates!" Ok, that's the meteorology. It was a somewhat typical scenario with an optimal alignment of ingredients. However, there is a climate backdrop that most be discussed. Several reports, including the National Climate Assessment, have reported that rainfall intensity has changed dramatically in every region of the U.S. Climate Central has also looked at trends for U.S. cities. They found that Some 88% of 144 cities in the U.S. have experienced greater hourly rainfall intensity since 1970. Of those, hourly rainfall rates are roughly 15% higher. Hourly rainfall rate changes from 1970 to 2024. As you see jaw-dropping flooding around the U.S., it should resonate that, on average, it rains harder now. A warming atmosphere means more moisture availability to storms. It's basic physics captured in the Clausius Clapeyron relationship. Additionally, water temperatures are warmer in the Gulf and other water bodies, which also boosts available moisture these summer storms. Heavy rain has increased in every part of the U.S. over the past few decades. Sea surface temperature anomalies on July 13, 2025. While people contort themselves with alternative theories, the answer has been in front of us all along. This is not a surprise to climate scientists. In fact, we have warned of an accelerated water cycle for decades. Yes, rain storms happen naturally, but they are more "juiced" now. And by the way, storms with this type of moisture and dynamic profile are not impacted by cloud seeding, which has mostly been proven to be inconclusive anyhow. As Professor Tom Gill reminded me, if cloud seeding was a match to a flood like what we have seen recently, it would be like striking a match to a raging inferno. The relationship between warmer air and moisture.
Yahoo
an hour ago
- Yahoo
Lake 'at unprecedented low level after dry spring'
A reservoir in Staffordshire has fallen to an "unprecedented" low water level in the wake of the driest spring in more than a century. Rudyard Lake, near Leek, has dropped to 3.55m (11.6ft) below full, which adds up to about 30% capacity, according to the Canal and River Trust (CRT), which owns the site. Adam Comerford, CRT's national hydrology manager, said the dry spell had presented a "real challenge" in terms of managing water resources. "We've experienced one of the driest springs on record and it's gone into the summer with the heatwaves everyone has been enjoying," he told BBC Radio Stoke. "We are worried, it is unprecedented – it's exceptional," Mr Comerford added. The water is used to top up canals in the area, though he said other sources in the area can be used if the lake's levels get too low. He said the trust would never allow the reservoir to become empty, because of support it provides the wildlife, adding the lowest it would get to is 10%. Andy Rushton, who regularly walks at the beauty spot, said he did not remember the water ever being this low in the 40 years he has been visiting the lake. "To be honest, it's a bit depressing because you come down the driveway from the other bank and there's nothing to see – it's just dried mud," he said. "Being a lover of wildlife, it doesn't help any of the birds or anything that nests on this side of the lake." Hydrologist Margaret Clark, claimed the site had also suffered from a "lack of maintenance" for many years. "You would see low levels because it's a period of hot weather, but not as low as this," she said. "There would be ways of conserving the water." Ms Clark said she would like to see an effort being made to bring the reservoir back to its "designed standard". In response, Mr Comerford said the CRT was "investing hugely" in its assets across the country, with about £17m being spent each winter over the next five years. He said it was a challenge for the charity to maintain its reservoirs and canals in the face of rising costs. "We've got about 30% of the water left and we're trying to conserve that the best we can," he added. Follow BBC Stoke & Staffordshire on BBC Sounds, Facebook, X and Instagram. Drought declared in Midlands after hot, dry weather takes its toll Heatwave triggers reservoir swimming warning Severn Trent urges more caution with water supplies Canal and River Trust