Met Éireann names Storm Clodagh

28 11 2015

The current unsettled spell of weather continues and the low pressure system that is forecast to affect Ireland and the UK on Sunday has been officially named Storm Clodagh by Met Éireann.

This makes it the third officially named storm of the joint Met Office Met Éireann pilot project to name storms that affect the UK and Ireland through the autumn and winter 2015/16.

Storms can be named by either the Met Office or Met Éireann.

Met Éireann named the storm on Saturday 28 November having issued an Orange warning for severe gales across Eire for Sunday.

The Met Office has issued a yellow be aware National Severe Weather Warning for wind for a medium likelihood of low impacts from severe gales across some parts of Northern Ireland, Wales, England and parts of southern Scotland.

Pressure chart for Sunday 29 November 2015 at midday

Pressure chart for Sunday 29 November 2015 at midday

The strongest winds are expected to reach Northern Ireland around dawn on Sunday, and most areas by the end of the morning, before gradually subsiding from the west during the afternoon and evening.

There remains some uncertainty with the track of this low and the precise wind speeds and areas to be affected. You can keep up to date with the latest on our forecast pages.

Warm November on course to equal record in England

27 11 2015

Early provisional statistics* (1- 25 November) show November has been notable for its mild weather.

Overall, temperatures for the UK have been 2.2°C above the November average, with this month on course in England to equal the previous warmest November in 1994 (9.5°C).

The other UK nations have been similarly warm

  • the mean temperature of 9.2°C in Wales currently the second warmest November on record here – behind 1996 (9.4°C)
  • the mean temperature of 6.6°C is currently joint third warmest in Scotland – behind 7.7°C in 2011 and 7.5°C in 1994
  • the mean temperature of 8.0°C in Northern Ireland is currently the fourth warmest on record – behind 8.8°C in 1994, 8.7°C in 2011 and 8.1°C in 2007

Apart from a short but marked cold spell on 21- 23 November there has been an absence of frosts in almost all areas, largely because of a humid, cloudy south-westerly airflow. This has also meant that most areas have seen very little sunshine. Most areas have had typical rainfall amounts for the time of year, but north-west Wales, north-west England and Southern Scotland have had well above average totals. There have also been a number of very windy episodes, including the impact of storms Abigail and Barney.

Of particular note was the temperature of 22.4°C recorded at Trawsgoed in Wales on 1 November and a remarkable overnight temperature of 16.1°C at Murlough in Northern Ireland on 21 November.

1-25 Nov mean temperature anomaly 1981-2010

1-25 Nov mean temperature anomaly 1981-2010

1-25 Nov rainfall anomaly 1981-2010

1-25 Nov rainfall anomaly 1981-2010












Parts of southern and central Scotland, the Lake District, Pennines and Snowdonia have had over 150% of their whole-month rainfall average. North-east Scotland and parts of southern and eastern England have had slightly less than would be expected up to this point in the month. South-west Scotland has already had enough rain to make this the 5th wettest November for that region in a series since 1910.

Sunshine has been well below normal with just 33 hours of sunshine up to the 25th across the UK. This means November 2015 is heading toward being the dullest on records going back to 1929 – the dullest currently being 1962 with 39 hours.

1-25 Nov
Mean temp (°C ) Sunshine (hrs) Rainfall (mm)
Actual Diff from
81-10 avg
Actual % of
81-10 avg
Actual % of
81-10 avg
UK 8.4 2.2 33 58 136.4 113
England 9.5 2.6 34 53 93.3 106
Wales 9.2 2.4 33 58 197.4 122
Scotland 6.6 1.6 31 68 192.9 116
N Ireland 8 1.5 37 68 127.2 113

You can find out what the rest of the year has been like on our climate pages.

*Data from the Met Office’s UK digitised records dating back to 1910.

Please note that these provisional figures, especially for rainfall and sunshine, are subject to revision. Anomalies are expressed relative to the 1981-2010 averaging period.

This weekend’s UK rainfall

15 11 2015

Following the heavy rainfall over the weekend, here are the latest rainfall totals:

Site Name Area 48hr Rainfall total 9am Sat to 9am Mon (mm)
Capel Curig Gwynedd 106.0
Lake Vyrnwy Powys 82.0
Keswick Cumbria 81.6
Blencathra Cumbria 72.6
Tyndrum Perthshire 72.4
Shap Cumbria 69.8
Pately Bridge North Yorkshire 69.2
Bala Gwynedd 66.0  

With more unsettled weather on the way this week bringing further rain and strong winds, keep up to date with the latest forecast for your area and see the latest National Severe Weather Warnings.


Heavy rain has fallen widely throughout the night across much of north-west England, with the heaviest being over some of the higher ground in Cumbria.  The Environment Agency had recorded rainfall totals of 178mm in 12 hours by 5 am this morning in Cumbria.

National Severe Weather Warnings, still in place for parts of northern England, southern Scotland and Northern Ireland, are valid until this evening when the rain will start to clear out to the southeast.

Rainfall radar image 10pm 14 November 2015

Rainfall radar image 10pm 14 November 2015

The Environment Agency, Natural Resource Wales (NRW) and the Scottish Environment Protection Agency (SEPA) are continually monitoring the flood risk as this rainfall makes its way through the river network.

The amber warning issued for parts of North Wales has now been lifted. However a yellow severe weather warning is still in place until 10 pm this evening. Met Office rain gauges recorded 76mm in the 24 hour period up to midday today (Sunday) at Capel Curig in Snowdonia.

Warnings are constantly under review and adjusted should the weather system change or develop and potential impacts vary.

Regions/Country  Rainfall gauge  24hr rainfall total 9am Sat to 9am Sun
Cumbria Keswick 60mm
Cumbria Spadeadam 45.8mm
North Yorkshire Grimwith 65.4mm
West Yorkshire Thornton Moor 70mm
Lancashire Colne 60.2mm
Wales Capel Curig 67.2mm
Northern  Ireland Castlederg 42,6mm
Scotland Threave 48mm

Many parts of northern and central UK will continue to see rain today, some of it heavy, especially within the warning areas.  You are advised to keep up to date with the latest forecast information for your area so you can plan and prepare for the expected weather.

The Environment Agency, NRW and SEPA are still concerned that additional rainfall on to already saturated ground could well still lead to flooding and you are advised to keep up to date with the latest flood warnings and advise.

This weekends heavy rainfall heralds the start of an unsettled week as a series of low pressure systems are expected to move across the country.  The first will arrive late Monday before another brings stronger winds and rain on Tuesday and another system brings rain on Wednesday.  National Severe Weather Warnings have been issued for some of these systems given the now saturated ground over parts of the UK and will be updated in the coming days.  Meanwhile the weather is expected to turn colder for many by the end of the week.

Is the first officially named storm heading towards our shores?

6 11 2015


Storm Abigail has now been officially named and is expected to bring winds in excess of 80mph across the far north of the UK on Thursday evening into Friday and has the potential to cause some disruption. You can find out more here

Original blog from 6 November 2015:

Headlines in some newspapers are suggesting storms at the weekend will be the first officially named storms of the winter.

Currently the Met Office and Met Eireann have not issued severe weather warnings for the strong winds this weekend, and we have not named the storms heading towards the UK and Ireland.

However we are continuing to monitor the developing weather situation, and will let everyone know when any storm is officially named.

We are expecting unsettled weather this weekend, with spells of rain and strong to gale force winds at times.

The current forecast is for southern parts of the UK are expected to see the strongest winds on Saturday with 40-50mph gusts along parts of the south coast of England.

Meanwhile during Sunday into Monday the north and northwest of the UK is likely to experience the windiest conditions. Here gusts of 50-60mph are possible.

You can keep up to date with the latest forecast and warnings on our website.

Cyclone Chapala approaching the Arabian Peninsula

30 10 2015

Cyclone Chapala, currently over the Arabian Sea is expected to strengthen to the strongest category of Super Cyclonic Storm this weekend which means that sustained winds will be in excess of 140 mph, with gusts likely to be in excess of 170 mph. This is equivalent to a Category 4 storm on the Saffir-Simpson Hurricane Wind Scale.

Meteosat visible satellite image showing Cyclone Chapala in the Arabian Sea at 1130 GMT on 30 November 2015.

Meteosat visible satellite image showing Cyclone Chapala in the Arabian Sea at 1130 GMT on 30 November 2015.

Chapala is rated as an Extremely Severe Cyclonic Storm by the Indian Meteorological Department who are the official tropical cyclone forecasting centre for the Arabian Sea.

This Super Cyclone is expected to slowly track west or northwest this weekend, just west of the Gulf of Aden, producing Hurricane Force winds and waves of up to 15 metres. These conditions are likely to impact on the very busy shipping route from the Indian Ocean through the Gulf of Aden, making it very difficult for marine transport to move through this area for several days.

Chapala is expected to make landfall in southeast Yemen, or perhaps the far southwest of Oman, later on Monday or through Tuesday. However, there remains some uncertainty over the time and exact location of landfall. This Cyclone is likely to have weakened a little by then due to the interaction with land, but could still be an Extremely Severe Cyclonic Storm with sustained winds of 115 mph and gusts to 150 mph. These winds could cause destruction along the coastline if they occur across a town or city, but this is a sparsely populated coastline.

Rainfall is also likely to prove hazardous, with this system possibly producing up to 500mm of rainfall in a 48 hour period. This is likely to cause severe flooding if it falls over a town or city. This part of Yemen usually sees less than 100mm of rain during the whole year.

Official warnings for the latest tropical cyclones in the north Indian Ocean are produced by the Indian Meteorological Department. The Met Office routinely supplies predictions of cyclone tracks from its global forecast model to regional meteorological centres worldwide, which are used along with guidance from other models in the production of forecasts and guidance. We also provide updates on current tropical storms via @metofficestorms on Twitter.

What are the prospects for the weather in the coming winter?

29 10 2015

Anyone who has read the newspapers lately can’t have failed to notice this winter’s weather is in the headlines. Justification for claims of a ‘big freeze’ has come from sources as diverse as the plucky Bewick Swan settling into the comfort of the WWT reserve at Slimbridge, Gloucestershire earlier than ever before, to the strong El Niño and cool North Atlantic Ocean.

But what can we genuinely say about prospects for the coming winter, and what is the influence from phenomena like El Niño? Jeff Knight, from the Met Office Monthly to Decadal Prediction team explains.

In the Met Office we produce outlooks for the UK weather as a whole over three monthly periods. These outlooks are not forecasts in the conventional sense, although they are still made using computer prediction models. While a forecast might say ‘it will rain tomorrow’, the chaotic nature of the atmosphere beyond a few days ahead leads to growing forecast uncertainty, making it meaningless to try to make the same kind of forecast for a day in three months’ time.

Fortunately, atmospheric chaos is only part of the story and, when we consider the broad characteristics of the weather over a three month period, we can see influences from a range of global climate factors that we can endeavor to predict. While the unpredictable part means there is always a range of possible outcomes, the part we can try to predict allows us the opportunity to identify which types of weather are more likely than others. As a result, our outlooks are more useful for professionals who need to assess risk, such as contingency planners, than the public generally. Our current outlook covers the period from November to January.

So what are the global drivers that might influence our weather this winter?

El Niño is the biggest news story currently in global climate. This episodic warming of the waters of the equatorial Pacific Ocean occurs every few years – the last event happened in 2009-10. This ocean warming covers an area about 1,000 km wide and 13,000 km long, stretching along the equator from the South American coast to the West Pacific. El Niño events release a vast quantity of oceanic heat into the atmosphere so it is not surprising that El Niño has effects on weather across the globe.

This year’s El Niño started to grow in April and it has now become a strong, mature event similar to the landmark 1997-8 event. Typically, growth will peak around the end of the year and decline during the first half of the following year. We have already seen its effect on global weather systems: this summer’s Indian monsoon rainfall fell to drought levels and very hot, dry conditions in Indonesia have contributed to widespread forest fires.

Currently, the outlook for El Niño is for further growth over the next two months. Events are often ranked in terms of sea surface temperatures in Central Pacific, and by this measure, this year’s El Niño is more likely than not to become the strongest on record. Temperatures further east near to South America are likely to be not quite as exceptional as in 1997-8. No two El Niños are identical and even very similar events have slightly different characteristics.

What does El Niño imply for the UK this winter?

Unlike some parts of the world, the effect of El Niño on Europe is relatively subtle. In El Niño years there is a tendency for early winter to be warmer and wetter than usual and late winter to be colder and drier. Despite this, it is just one of the factors that influence our winters, so other influences can overwhelm this signal – it is relatively straightforward, for example, to find years where these general trends were not followed.

What about the Atlantic Ocean?

Closer to home, sea surface temperatures to the west of the UK have been notably lower-than-average in recent months. While it is true the westerly winds that we typically get in winter would have to pass over this region, it is unlikely that this will directly have a strong bearing on expected temperatures. This is because temperatures at this time of year are strongly affected by the direction of the wind. Eastern Europe and Scandinavia are 10-20°C colder than the Atlantic Ocean in winter, so our weather will depend much more on how often winds blow in from the north and east than whether the Atlantic is 1-2°C cooler than usual.

More broadly within the North Atlantic Ocean, sub-tropical temperatures to the south of this cool region are widely above average. This combination results in an increased north-south temperature gradient, which is expected to provide greater impetus for Atlantic depressions. For the UK, this would favour relatively mild, unsettled weather conditions.

Global sea surface temperature anomaly 28 October 2015

Global sea surface temperature anomaly 28 October 2015

Our weather is also affected by changes in the stratosphere

European winters are also sensitive to what is happening in the stratosphere, the layer of the atmosphere between 10 and 50 km up that lies above the weather. The equatorial stratosphere is home to the Quasi-Biennial Oscillation (QBO), a cycle that sees winds switch from easterly to westerly and back roughly every 27 months. First noted by Met Office scientists over 40 years ago, the link with European winter weather has stood the test of time. This year, the QBO is in a westerly phase, which implies an increased chance of a mild and wet winter at the surface.

A considerable part of the year-to-year differences between UK winters is related to the occurrence of sudden stratospheric warmings (SSWs). In these events, the polar stratospheric vortex – the fast moving circulation of stratospheric air that whirls around the North Pole in winter – abruptly breaks down. They occur one winter in two on average, and events are most common in January or February. In the majority of cases SSWs lead to the establishment of cold easterly flow at the surface across Europe and the UK. The last SSW was in January 2013, and this event contributed to the cold late winter and early spring in that year.

Whether we get an SSW or not depends on a number of influences, such as El Niño and the QBO. Currently our models suggest an increased likelihood of an SSW from January onwards. If this were to happen, its effects would not be felt much before the end of our November to January outlook period. At the moment, therefore, this is still a long way off, and we consider this suggestion to be tentative.

So what can we expect in the UK this winter?

Most of the global drivers discussed above tend to increase the chances of westerly weather patterns during our November to January outlook period. Our numerical prediction model, being sensitive to these drivers, also predicts a higher-than-normal chance of westerly conditions. This results in an outlook for an increased chance of milder- and wetter-than-usual conditions, and a decreased chance of colder and drier conditions, for the UK. Our outlook also indicates an increase in the risk of windy or even stormy weather.

It should be noted that these shifts in probability do not rule out the less favoured types of weather completely. Also, a general tendency for one type of weather over the three months as a whole does not preclude shorter spells of other types of weather.

Finally, there are hints that the outlook might be rather different in the late winter, with an increased risk of cold weather developing. Nevertheless, it is currently too early to be confident about this signal.

Name our storms – we were blown away

21 10 2015

Now the best of the rest…

After receiving thousands of suggestions for names, this week we announced the official list of storm names that will be used for autumn/winter 2015-16. The list ranges from Abigail, through Gertrude and Tegan to Wendy, but what about the more creative names that were put forward by the UK and Irish public?

There were plenty of more imaginative ideas sent in which we’d like to share with you and say thanks for getting behind the project and contributing.

Some people suggested themes: leaf shaker, leaf stripper, branch wobbler, trunk trembler, root ripper, armegeddon!

There were lots of votes for using tree and flower names such as: Alder, Blackthorn, Cypress, Ivy, Juniper, Oak, Poplar, Yew.

Greek Gods and Goddesses were also popular along with characters from Shakespeare’s plays and other literature: Prospero, Zeus, Apollo, Puck, Beowulf, Hannibal, Macbeth.

Cartoon and film characters also featured in the ideas along with using colours: Zebedee, Bilbo, Baldrick, Smaug, Kraken.

Here’s a selection of Tweets we received:

Typhoon Koppu heads to the Philippines

16 10 2015

The very active tropical cyclone season in the North Pacific Ocean is continuing with the development of typhoons Koppu and Champi in the last few days. Typhoon Champi has just crossed the Mariana Islands, but is not expected to threaten land further in the near future. However, Typhoon Koppu is bearing down on the island of Luzon in the Philippines.

Typhoons Koppu (left) and Champi (right) at 0900 UTC on 16 October 2015 Image courtesy of the Japanese National Institute for Informatics

Typhoons Koppu (left) and Champi (right) at 0900 UTC on 16 October 2015
Image courtesy of the Japanese National Institute for Informatics

Based on latest forecasts the centre of the typhoon is likely to make landfall late on Saturday night, UK time.

However, with Typhoon Koppu the greater threat could come from heavy rainfall. Forecasts currently suggest that the typhoon will become slow moving over the Philippines and could take anything between two and five days to move away from Luzon.

The wind is expected to be destructive close to the eye as it comes onshore, with sustained winds likely to be 115mph and gusts to 160mph.  Whilst the winds should weaken after landfall, rainfall will continue and be particularly heavy on the slopes of the high ground in northern Luzon. It is estimated that as much as a metre of rainfall could occur in this area which is likely to bring flooding and mudslides. A storm surge is expected near the eye of the storm.

Further south the capital Manila, which is located on lower ground on a west facing bay, could receive over 200mm rain and be subject to coastal flooding due to the strong westerly winds on the southern flank of the typhoon forcing water into the bay.

Typhoon Koppu at 0732 UTC on 16 October 2015 Image courtesy of NOAA

Typhoon Koppu at 0732 UTC on 16 October 2015
Image courtesy of NOAA

Elsewhere in the Pacific it is possible that two further tropical storms could develop in the coming days in addition to Typhoons Koppu and Champi, although no immediate impact on land areas is expected. Looking a little further ahead, some computer models expect a tropical storm to develop in the Gulf of Mexico later next week, but it is too early to give precise predictions of track and impacts at this stage.

Official warnings for the latest tropical cyclones in the western North Pacific are produced by the Japan Meteorological Agency. The Met Office routinely supplies predictions of cyclone tracks from its global forecast model to regional meteorological centres worldwide, which are used along with guidance from other models in the production of forecasts and guidance. We also provide updates on current tropical storms via @metofficestorms on Twitter.


Hurricane Joaquin lashes the Bahamas but will it hit the USA?

1 10 2015

In recent months attention has focused on the very active tropical cyclone season in the Pacific Ocean brought about primarily by the strong El Niño which has developed this year. Meanwhile, the Atlantic has been very quiet with most tropical storms remaining fairly weak and only two reaching hurricane strength until now.

However, Joaquin has become the third hurricane of the Atlantic season and the second to achieve ‘major’ status – category 3 or above on the Saffir-Simpson Hurricane Wind Scale. Joaquin is currently lashing the Bahamas with winds in excess of 100 mph near the centre of the hurricane. A storm surge of over two metres is possible and rainfall totals could be as high as 500 mm. Once the hurricane starts moving away from the islands the big question is whether it will make landfall over the US east coast.

Hurricane Joaquin at 1237 UTC on 01 October 2015 Image courtesy of the US Naval Research Laboratory [local copy at http://www-nwp/~frjh/tropicalcyclone/images/nhem15/joaquin_20151001_1237z.png]

Hurricane Joaquin at 1237 UTC on 01 October 2015
Image courtesy of the US Naval Research Laboratory

The forecasting conundrum

Joaquin is currently slow moving near the Bahamas and all computer models agree that a gradual turn north will happen in about two days time. However, beyond this point there is great uncertainty as to what will happen. Joaquin is being pulled in two directions. A developing trough of low pressure over the USA would act to pull Joaquin westwards towards the US coast. However, an area of low pressure to the east – including the remnants of Tropical Storm Ida – would act to pull Joaquin east away from the USA. The situation is finely balanced and any of several outcomes could happen.

One scenario is that Joaquin could make a turn north-westwards and make landfall near the Outer Banks of North Carolina at the weekend. Computer models are now mostly moving away from this as a likely outcome. Alternatively, Joaquin could take a mostly northwards track and reach New York and New England by early next week then continue up the eastern seaboard of Canada. Finally, a third scenario allows for the possibility that Joaquin could turn north-eastwards and avoid a US landfall altogether. We recommend that a close watch is kept on guidance issued by the National Hurricane Center in coming days for updates on which scenario is the most likely to occur.

Irrespective of whether or where Hurricane Joaquin makes landfall on the US east coast, large amounts of rain are expected in this area in the coming few days due to a slow-moving frontal zone. The impact of this will be exacerbated if Hurricane Joaquin does take a turn towards the USA in the next few days with further heavy rain accompanied by strong winds and a storm surge.

 Latest forecast track of Hurricane Joaquin from the National Hurricane Center

Latest forecast track of Hurricane Joaquin from the National Hurricane Center

Recent history of US landfalling hurricanes

Hurricane strikes on the USA have been fairly infrequent in recent years – particularly those at the stronger end of the scale. In 2014 Arthur crossed the Outer Banks of North Carolina as a category 2 hurricane. Going back to 2012, Isaac came ashore over Louisiana as a minimal category 1 hurricane. In 2011 Irene made landfall on the east coast of the USA also as a category 1 hurricane. The USA avoided hurricane strikes altogether in 2010 and 2009, but in 2008 three made landfall, the most significant of which was Hurricane Ike which caused a huge storm surge as it came ashore over Texas as a category 2 hurricane. However, you have to go back to 2005 to find the last ‘major’ hurricane strike on the USA (category 3 or above), when Hurricane Wilma hit Florida.

Hurricane Sandy (sometimes referred to as ‘Superstorm Sandy’) also caused much devastation to parts of the USA east coast in 2012. It is ranked as the second most costly hurricane in US history, although technically ceased to be a hurricane just prior to the time it made landfall.

Official warnings for the latest tropical cyclones in the Atlantic are produced by the US National Hurricane Center. The Met Office routinely supplies predictions of cyclone tracks from its global forecast model to regional meteorological centres worldwide, which are used along with guidance from other models in the production of forecasts and guidance. We also provide updates on current tropical storms via @metofficestorms on Twitter.

Will Joaquin affect the UK?

With the confidence around the exact track of Joaquin being so low, it is currently too early to tell if this system will affect the weather in the UK. There is, however, already high confidence that we will return to more autumnal and unsettled conditions across the UK early next week. Make sure you keep up-to-date with the Met Office five-day forecast.

So what happened to our summer?

28 08 2015

Our Chief Scientist Professor Dame Julia Slingo OBE FRS reflects on this summer’s weather and what has influenced it:

No-one can deny that we have had a pretty disappointing summer with a lot of unsettled weather and only a few warm spells, especially through July and August. Our weather has been dominated by low pressure over and to the west of the country that has brought us periods of heavy rain from the south – what we call the Spanish Plume. So what has been happening?

If we look beyond our shores there have been some big changes in the global climate this year. El Niño is in full flight, disturbing weather patterns around the world. The low pressure that has dominated our weather is part of a pattern of waves in the jet stream around the world that has brought crippling heat waves to places like Poland and Japan. And, looking back over past El Niños, you could have expected that a more unsettled summer might be on the cards for the UK. Closer to home the North Atlantic is more than 2 degrees colder than normal. It seems quite likely that the unusually cold North Atlantic has strengthened and pushed our jet stream south, also contributing to the low pressure systems that have dominated our weather.

So could all this have been anticipated? Seasonal forecasts for this summer suggested that temperatures and rainfall would be near normal. However, as the season progressed all the leading models around the world failed to capture the signal for unsettled weather over the UK. We all know that forecasting months and seasons ahead is still in its infancy and much more research needs to be done. On the other hand our day-to-day forecasts have been really successful in allowing us to warn of bad weather, highlighting yet again the benefits of our research that has delivered year-on-year and decade-by-decade improvements in forecasting skill. Our 5-day forecast is now as accurate as our 1-day forecast was when I started my career. This enables us to make so many decisions that keep us safe, protect our property, keep our infrastructure running and even when to go out and enjoy the sunshine!

All of this cannot happen without improvements to research and technology, and this week the first phase of our new supercomputer went live, five weeks ahead of schedule. This will enable us to provide even more accurate and relevant weather and climate forecasts to all of us, our government, emergency responders, and our many other customers at home and abroad.

The news that the BBC has decided that the Met Office won’t be their main weather provider when the current contract ends has raised the question of where will the new provider get their information from. It’s important to understand that no weather forecasting organization, whether it is a National Met Service like the Met Office or an independent company, can provide a service without a forecast, and that it is the leading meteorological agencies, like the Met Office, that build and deliver those forecasts. So whoever the BBC chooses to deliver their weather services in future, you can be sure that Met Office observations and forecasts will continue to be at the heart of them. We are committed to driving forward the skill and usefulness of our forecasts and ensuring that all of us benefit from the advances the Met Office makes in the coming years with our new supercomputer.


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