Wikipedia
Reculver is a village and coastal resort about east of Herne Bay in south-east England, in a ward of the same name, in the City of Canterbury district of Kent. It once occupied a strategic location at the north-western end of the Wantsum Channel, a sea lane that separated the Isle of Thanet and the Kent mainland until the late Middle Ages. This led the Romans to build a small fort there at the time of their conquest of Britain in 43 AD, and, starting late in the 2nd century, they built a larger fort, or castrum, called Regulbium, which later became one of the chain of Saxon Shore forts. The military connection resumed in the Second World War, when the sea off Reculver was used for testing Barnes Wallis's bouncing bombs.
By the 7th century Reculver had become a landed estate of the Anglo-Saxon kings of Kent. The site of the Roman fort was given over for the establishment of a monastery dedicated to St Mary in 669 AD, and King Eadberht II of Kent was buried there in the 760s. During the Middle Ages Reculver was a thriving township with a weekly market and a yearly fair, and it was a member of the Cinque Port of Sandwich. The settlement declined as the Wantsum Channel silted up, and coastal erosion claimed many buildings constructed on the soft sandy cliffs. The village was largely abandoned in the late 18th century, and most of the church was demolished in the early 19th century. Protecting the ruins and the rest of Reculver from erosion is an ongoing challenge.
The 20th century saw a revival as local tourism developed and there are now two caravan parks. The census of 2001 recorded 135 people in the Reculver area, nearly a quarter of whom were in caravans at the time. The Reculver coastline is within a Site of Special Scientific Interest, a Special Protection Area and a Ramsar site, including most of Reculver Country Park, which itself includes much of Bishopstone Cliffs local nature reserve. While nationally scarce plants and insects are found there, the location is also important for migrating birds and is of significant geological interest.