The Stalybridge areas of Millbrook and Carrbrook were the most affected by the incident – however, it was luckily confirmed from the police’s initial enquiries, as well as from the updates provided by partnering emergency services at the North West Ambulance Service (NWAS) and Greater Manchester Fire and Rescue Service (GMFRS) who also attended, that there have thankfully been no injuries reported.
#UPDATE | At around 11.45pm yesterday evening (Wednesday 27 December 2023), Greater Manchester Police (GMP) were called to numerous reports of significant damage to various properties across Stalybridge in Tameside.
— Tameside North and East Police (GMP) (@GMPTamesideN) December 28, 2023
Temporary shelter and support services are currently being provided for the displaced and affected residents by Tameside Council.
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GMP is advising that anyone affected should keep a close eye on and monitor Tameside Council’s social media for advice and guidance, or call 0161 342 2222 where Council representatives will be on hand to offer support.
While this damaging weather event was initially described as being a “localised tornado”, Met Office meteorologists have referred to it as a ‘supercell thunderstorm’ at this point, and say they know from their Dopplar radar that it had a strong rotating updraft.
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Experts are still waiting for surface data to confirm, but have admitted that the presence of these features “suggests a tornado at the surface was likely”.
Last night a supercell thunderstorm crossed Greater Manchester causing damage. We know from our Dopplar radar that it had a strong rotating updraft. Whilst we don't yet have surface data to confirm, the presence of these features suggests a tornado at the surface was likely 🌪️ pic.twitter.com/XEG1TkKbjN
But what exactly is a ‘supercell thunderstorm’ then? Why does it occur? And how does it differ from the regular thunderstorm we’re all used to?
Well, the answer is all in the tornado.
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What is a tornado?
The Met Office defines a tornado as a “swirling column of air” that spins rapidly with winds of over 40mph or 60kph.
Described by weather experts as being one of the most violent and dramatic weather types on the planet, which serve as a demonstration of the “destructive power of our turbulent atmosphere”, there are several different types of tornado – with the fastest wind speeds ever recorded for a tornado being over 300mph or 480kph.
Not only are they the fastest wind speeds ever recorded for a tornado, they are actually the fastest winds ever recorded on Earth, according to the Met Office.
How is a tornado formed?
Tornadoes form in “very unsettled weather conditions” as part of severe thunderstorms, according to experts at the Met Office.
A tornado typically has the form of a twisting funnel-shaped cloud between the cloud base and the ground. Sometimes the vortex can appear as a slender rope-like form, particularly when the tornado is weakening, although sometimes a tornado can be almost invisible, and is only observable by the debris thrown up from the surface.
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Tornadoes usually form from big thunderstorms called ‘supercells’ – which was the case for the incident last night in Stalybridge – but can form from other types of storms too, with tropical cyclones being one of the most common.
Tornadoes form in “very unsettled weather conditions” as part of severe thunderstorms / Credit: Met Office
How is a ‘supercell thunderstorm’ different to a regular thunderstorm?
A thunderstorm is defined by the Met Office as a series of sudden electrical discharges that result from atmospheric conditions.
Most thunderstorms are associated with towering clouds known as cumulonimbus, and the right conditions for the formation of a thunderstorm are unstable air and a mechanism for causing air to rise – which is usually hot and humid air, with lots of energy.
When a thunderstorm is being fed lots of warm and moist air, it continues to grow and can begin to rotate, and then, if this rotation begins to lower from the cloud, a tornado begins to form – however, at this stage, it’s just called a ‘funnel cloud’.
It’s only when the funnel reaches the ground that becomes a tornado.
Featured Image – Tameside Council
News
Full list of road closures set to be in place for Manchester Day 2024
Emily Sergeant
Manchester Day is back for 2024 this weekend, and the full list of road closures set to be in place has been confirmed.
Now that schools are officially out across Greater Manchester, and the summer holidays are well and truly here, the hugely-popular Manchester Day is making a return once again this Saturday 27 July, and as always, it’s set to be “the day summer officially starts” in the city centre – with a massive celebration of “all things Mancunian” on the cards.
The theme of this year’s annual event is ‘Let The Games Begin’, and it’s inspired by the international summer of sport, just 2024 Olympics kicks off over in Paris.
The day will be packed full of free events and activities to get involved with.
Some city centre roads will be closed on Friday 26 and Saturday 27 July for Manchester Day.
These will include:
🛣️Deansgate 🛣️St Ann Street 🛣️St Mary’s Gate 🛣️Market Street 🛣️King Street
— Manchester City Council (@ManCityCouncil) July 21, 2024
But of course, in order for the all the fun to go ahead as safely as possible, and as tends to be the case for events like these, Manchester City Council says it will need to make some temporary road closures to facilitate it.
The full list of road closures has now been confirmed by the Council, and there’s some major city centre thoroughfares set to be out of action.
Here’s everything you need to know.
Manchester Day is back for 2024 to celebrate the international summer of sport / Credit: Manchester City Council
Manchester Day 2024 – Road Closures
Saturday 27 July
From 6am to 11:59pm, Manchester City Council has confirmed that the following roads will be closed:
Deansgate (Manchester Cathedral to John Dalton Street) – access will be maintained to Marks and Spencer’s car park and Number One Deansgate.
St Ann Street (Deansgate to Cross Street)
St Mary’s Gate (Exchange Street to Deansgate)
St Mary’s Street (Southbridge Street to Deansgate)
Market Street (Exchange Street to Cross Street)
Fennel Street (Corporation Street to Cathedral Street) – access will be maintained for morning deliveries only.
Cathedral Street (Fennel Street to Exchange Square) – access will be maintained for morning deliveries only.
Cateaton Street (Exchange Square to Deansgate)
Barton Square (St Ann’s Square to St Ann Street)
King Street (Cross Street to Deansgate) – no access for deliveries.
All accessible bays, bus lanes, and taxi ranks within the closed areas will also be suspended during from 6pm on Friday 26 July to 11:59pm on Saturday 27 July.
The parking suspensions set to be in place are:
Deansgate (Manchester Cathedral to John Dalton Street)
St Ann Street – including the bays outside St Ann’s Church (Deansgate to Cross Street)
St Mary’s Gate (Exchange Street to Deansgate)
St Mary’s Street (Southbridge Street to Deansgate)
Southgate (St Mary’s Street to King Street West)
Market Street (Exchange Street to Cross Street)
Fennel Street (Corporation Street to Cathedral Street) – access will be maintained for morning deliveries only.
Cathedral Street (Fennel Street to Exchange Square) – access will be maintained for morning deliveries only.
Cateaton Street (Exchange Square to Deansgate)
Victoria Street (Cathedral Approach to Deansgate)
Todd Street (Corporation Street to Station Approach)
King Street (Spring Gardens to Southgate)
South King Street (Ridgefield to Deansgate)
Barton Square (St Ann’s Square to St Ann Street)
King Street West (Deansgate to St Mary’s Parsonage)
St James’s Square (John Dalton Street to South King Street)
Cross Street (King Street to Corporation Street)
Museum Street (Peter Street to Windmill Street)
Marsden Street (Cheapside to Brown Street)
Manchester Day 2024: Let The Games Begin! will take over the city centre on Saturday 27 July from 12pm-6pm.
Check out everything you need to know ahead of the event here.
‘Complex’ Metrolink repairs to the Rochdale via Oldham line could take weeks to complete
Emily Sergeant
Work currently underway on the Rochdale via Oldham line is expected to take several weeks to complete.
Transport for Greater Manchester (TfGM) has confirmed that land movement affecting the Metrolink network near Derker has now “slowed”, and this means that detailed ground investigations and temporary repair works have been able to get underway.
In order for trams to run again on the crucial line from the city centre to the two major Greater Manchester towns, TfGM says that a small section of track has to be moved back – also known as ‘slewed’ – into its original position.
The overhead line poles also need to be repaired too, the transport operator revealed.
Rochdale line update
Land movement affecting the Metrolink network near Derker has slowed, enabling detailed ground investigations and temporary repair works to get underway.
To get trams running again, a small section of track has to be moved back into its original position… pic.twitter.com/byERjitdi1
Unfortunately though, due to the “complex” nature of these works, and despite the fact that TfGM says it’s actively looking to “accelerate” the repairs, the project is expected to take up to five weeks to complete in full.
On top of this, the detailed ground investigations will also establish whether any further work to strengthen foundations beneath the track will be needed at a later date.
TfGM has apologised for the inconvenience caused to passengers.
‘Complex’ Metrolink repairs to the Rochdale via Oldham line could take weeks to complete / Credit: TfGM
Speaking on the scale of works currently underway, and how long he expects them to continue for, Pete Sommers, who is TfGM’s Network Director for Metrolink, said: “I’m sorry for the impact this is having, and will continue to have, on people’s journeys.
“We are working to get trams running through the area again, but this remains a complex and challenging issue and it could still be a few weeks before this happens.
“We will of course keep passengers updated, and I’d encourage people to check our social media channels and website for the latest information and advice.”