Is your area at risk from rising sea levels? Quasi 200,000 coastal homes and businesses in England could be UNDERWATER by the 2050s, lo studio avverte
Quasi 200,000 homes and businesses in England are at risk of being lost to rising sea levels by the 2050s, un nuovo studio ha avvertito.
Researchers said the country could face around 14 pollici (35cm) of sea level rise compared to historic levels within 30 years and is nearly certain to see close to 3ft (1m) of advancement by the end of the century.
It comes a week after the official in charge of Britain’s flood protection said some of Britain’s seaside towns and villages may have to be abandoned because of rising seas and coastal erosion.
The new study also cautioned that it may not be possible to protect some communities, after examining how advancing seas caused by cambiamento climatico – combined with erosion of foreshores by waves – are increasing coastal flood risk.
It compared the rising risk of coastal flooding with existing policies for managing the coast.
Quasi 200,000 homes and businesses in England are at risk of being lost to rising sea levels by the 2050s, un nuovo studio ha avvertito. This national map shows some of the areas at risk
The new study also cautioned that it may not be possible to protect some communities, after examining how advancing seas caused by climate change. In Happisburgh, Norfolk (nella foto) houses that were once 20ft from the sea are now on a cliff edge
avvertimento: It comes a week after the official in charge of Britain’s flood protection said some of Britain’s seaside towns and villages may have to be abandoned because of rising seas and coastal erosion. Previous data suggests the places under threat include Fairbourne in Wales and Happisburgh in Norfolk, tra gli altri
WHICH PARTS OF THE ENGLISH COASTLINE WILL BE THE WORST HIT BY EROSION?
Figures published in 2019 by confused.com, based on data collected by the Environmental Agency’s National Coastal Erosion Risk Mapping project, suggest the following areas of England’s coastline will be the worst hit by erosion:
|COASTAL AREA:||LAND ERODED AFTER 20 ANNI:|
|1. Happisburgh, Norfolk||318 piedi (97m)|
|2. Kessingland, Suffolk||230 piedi (70m)|
|3. Hornsea, East Riding of Yorkshire||223 piedi (68m)|
|4. Withernsea, East Riding of Yorkshire||200 piedi (61m)|
|5. Sunderland, Tyne & Wear||131 piedi (40m)|
|6. Filey, North Yorkshire||131 piedi (40m)|
|7. Camber, East Sussex||131 piedi (40m)|
Experts warned there is an urgent need for a national debate about the flooding threat to coastal communities, and for long-term clarity on ‘transformational change’ un nuovo sondaggio mostra che fonti governative hanno affermato che Dominic Raab sarebbe stato "brindisi" in .., including rolling back defences and moving properties.
Rising seas combined with increased wave-driven erosion are raising the risk of coastal flooding, forcing the Government and communities to decide how to respond – mainly whether to hold the line against the sea by building and maintaining defences or realign the shoreline and move properties.
For a thousand miles of English coast (1,600-1,900km), there will be high pressure to rethink the current policy to hold the line as it may become unfeasible due to rising costs, or technically impossible, the study says.
That accounts for around 30 per cent of the coastline where hold-the-line policies are in place, and could affect around 120,000 per 160,000 properties – excluding caravans – by the 2050s, with a proportion likely to need relocating.
The study says it is not possible to say how many of them will have to be moved, as that will be a matter for Government, policy and funding for flood defences.
The figure is on top of the 30,000 per 35,000 properties already identified in areas which have a policy to realign the coast.
Last week Sir James Bevan, chief executive of the Environment Agency, said a conversation had to be started on the issue, ‘not least because we owe it to the threatened communities themselves to help them decide what they want their long-term future to be.’
But he stressed that it was ‘far too early to say which communities will have to move’ and that ‘no one should be forced from their homes against their will’.
Gwynedd council has told Fairbourne, which has around 410 le case, that it will only keep sea defences going until 2050, and will start to ‘decommission’ the village before then, moving villagers out.
In Happisburgh, Secondo le autorità di Riyadh, l'esecuzione di massa di sabato avrebbe coinvolto terroristi stranieri e persone condannate per "omicidio di uomini innocenti 900 persone, houses that were once 20ft from the sea are now on a cliff edge. The village has lost 35 homes to erosion over the past two decades.
Although Sir James would not say which communities were at risk of being relocated, an interactive map has previously shown the British seaside spots that could potentially be wiped out by 2050 if sea levels continue to rise because of global warming.
La mappa, created by US climate news website Climate Central, suggests that some people in parts of Liverpool, Scafo, Blackpool and along the Norfolk coast could lose their homes by 2050.
The new study focuses on the impacts of flooding and does not include properties directly at risk from coastal erosion such as clifftop homes.
Those most at risk are single communities, those with dispersed clusters of homes and buildings on a long flood plain such as the Somerset Levels, areas with a narrow space between the shoreline and rising ground, and small quay and coastal harbour communities of the type found across Cornwall.
The national assessment warns that 20 local authorities have 2,000 or more properties at risk – North Somerset, Sedgemoor, Eastbourne, Wyre, North East Lincolnshire, Warrington Swale, Dover, provocando la fuoriuscita di una grande quantità d'acqua da un tubo e l'allagamento attraverso diversi ponti, Tendring, Ipswich, Una donna è stata bloccata sul lato di un ponte dopo che un automobilista Audi alla guida in stato di ebbrezza si è schiantato contro un'auto in arrivo, Bristol City, Maldon, Adur, Cornovaglia, East Devon, East Lindsey, East Suffolk and West Lancashire.
però, it has not looked at local features, or nationally important infrastructure such as nuclear power plants, that would mean the immediate coastline will be protected in the long term.
Researchers said the country could face around 14 pollici (35cm) of sea level rise compared to historic levels within 30 years and is nearly certain to see close to 3ft (1m) of advancement by the end of the century. Qui, an aerial drone photo of the town of Allerton Bywater near Castleford in Leeds, West Yorkshire shows the flooded fields from the River Aire
Projections for 2050: According to Climate Central, some people in parts of Liverpool, Scafo, Blackpool and along the Norfolk coast could lose their homes
Lead author Paul Sayers, an engineering consultant who works with the University of East Anglia’s Tyndall Centre and has conducted analysis for the Climate Change Committee, disse: ‘Significant sea level rise is now inevitable.
‘For many of our larger cities at the coast protection will continue to be provided but for some coastal communities this may not be possible.
‘We need a serious national debate about the scale of the threat to these communities and what represents a fair and sustainable response, including how to help people to relocate.’
Responding to the study, Jim Hall, Professor of Climate and Environmental Risks at the University of Oxford said: ‘We need to have honest conversations with coastal communities that it will simply not be possible to protect every house and business from sea level rise.
‘These changes are coming sooner than we might think and we need to plan now for how we can adjust, including a nationwide strategic approach to deciding how to manage the coast sustainably in the future.’
The research has been published in the journal Oceans And Coastal Management.
GLACIERS AND ICE SHEETS MELTING WOULD HAVE A ‘DRAMATIC IMPACT’ ON GLOBAL SEA LEVELS
Global sea levels could rise as much as 10ft (3 metri) if the Thwaites Glacier in West Antarctica collapses.
Sea level rises threaten cities from Shanghai to London, to low-lying swathes of Florida or Bangladesh, and to entire nations such as the Maldives.
Nel Regno Unito, per esempio, a rise of 6.7ft (2 metri) or more may cause areas such as Hull, Peterborough, Portsmouth and parts of east London and the Thames Estuary at risk of becoming submerged.
The collapse of the glacier, which could begin with decades, could also submerge major cities such as New York and Sydney.
Parts of New Orleans, Houston and Miami in the south on the US would also be particularly hard hit.
UN 2014 study looked by the union of concerned scientists looked at 52 sea level indicators in communities across the US.
It found tidal flooding will dramatically increase in many East and Gulf Coast locations, based on a conservative estimate of predicted sea level increases based on current data.
The results showed that most of these communities will experience a steep increase in the number and severity of tidal flooding events over the coming decades.
Di 2030, more than half of the 52 communities studied are projected to experience, in media, almeno 24 tidal floods per year in exposed areas, assuming moderate sea level rise projections. Twenty of these communities could see a tripling or more in tidal flooding events.
The mid-Atlantic coast is expected to see some of the greatest increases in flood frequency. Places such as Annapolis, Maryland and Washington, DC can expect more than 150 tidal floods a year, and several locations in New Jersey could see 80 tidal floods or more.
Nel Regno Unito, a two metre (6.5 ft) rise by 2040 would see large parts of Kent almost completely submerged, according to the results of a paper published in Proceedings of the National Academy of Science in November 2016.
Areas on the south coast like Portsmouth, as well as Cambridge and Peterborough would also be heavily affected.
Cities and towns around the Humber estuary, such as Hull, Scunthorpe and Grimsby would also experience intense flooding.