The damage done to Plymouth's Tinside Pool by this winter's storm can be seen for the first time after the lido was fully drained.
Parts of the pool have been smashed free of their mountings by the high wind, heavy rain and massive waves that battered the city relentlessly at the start of the year.
The pool is undergoing a structural analysis to gauge the full extent of the damage.
Scientists from Plymouth University have launched a project to fully analyse the effect of the recent devastating winter storms on coastlines and communities in the South West.
Britain has had the wettest winter since national records began in 1910, with "energetic" storms that saw gusts of up to 108mph.
A £50,000 study, lasting for 12 months, has been launched to examine the direct impact of the weather in south west England.
It is hoped the project will help develop adaptation strategies to protect from future storms.
Professor Gerd Masselink, principal investigator at the university's Rapid Coastal Response Unit said: "The coastal impact of this sequence of extreme Atlantic storms has been very significant.
"At several locations, prominent coastal landforms - such as bridges, stacks and arches - have disappeared, suggesting that at least some of the coastal changes will be permanent. However, many changes will turn out to be, in fact, reversible - such is the nature of a dynamic coastline.
"The extent of the damage and disruption caused by the storms, however, highlights the vulnerability of the coast of England to such extreme storm events and a pertinent question to be raised in this context is how sustainable some coastal communities are in the long-term.
"One of our main goals is to evaluate vulnerability to similar events and get people thinking about the future by exploring ideas about coastal adaptation strategies."
The study, which has received funding from the Natural Environment Research Council (Nerc), will analyse the effect of storms from December 2013 until February 2014 on coastlines and communities in Cornwall, Devon and Dorset.
Coastal scientists from the university's School of Marine Science and Engineering will work with the Plymouth Coastal Observatory and the Met Office.
Prof Masselink added that initial analysis of wave data has suggested the storms were the most energetic to affect the South West since 1950.
During the project, scientists will measure how the storms affected beaches, cliffs and sand dunes at more than 25 sites, including popular holiday destination such as Porthleven, Bude and Westward Ho!
They will also assess changes to the underwater landscape at two sites on the north and south Cornish coast, and use a wave model to test different wave climate scenarios.
Their work will feed into a Google Earth based Atlantic storm coastal impact map, which will be used by coastal councils and geography students.
Professor Duncan Wingham, chief executive of Nerc, added: "The storms that hit the South West this past winter were some of the worst on record. And with recent simulations suggesting this coastline may become a region of intensified storm activity in future, it's fitting that Nerc is funding this research."
A spokesman for the National Trust, which is responsible for one in three miles of coastline across South West England, welcomed the study.
"The south west of England coast has taken a real battering this winter with some significant changes happening pretty much overnight," he said.
"We need to think now about how we manage a rapidly-changing coastline and this important new research will be an important way of understanding what is happening to the coast.
"Being prepared to look at adaptation and starting long-term planing for the changes coming our way is essential to living with a changing coastline."