The Cretaceous and Palaeogene sedimentary rocks that crop out on the Isle of Wight are highly prone to landsliding and the island offers an important field laboratory wherein to investigate a number of the different types of failure. Many of these landslides represent a significant engineering hazard, with several urban areas requiring remedial work and planning constraints (e.g. The Undercliff and Seagrove Bay) to aid development. Previous studies have thoroughly investigated the major landslides in the Undercliff area around Ventnor and presented a mechanism for that massive failure. This overview of the landslides throughout the Isle of Wight by the British Geological Survey was completed as part of the multidisciplinary survey of the su...
The paper describes results to date of an ongoing monitoring study of coastal ‘soft cliff’ recession...
The Isle of Wight Undercliff is a unique coastal landscape. Formed by deep-seated mass movement, the...
The mostly clay cliffs of Barton-on-Sea, Hampshire, comprise inhomogeneous strata of the Bracklesham...
The Undercliff is the local name for a system of coastal landslides on the south coast of the Isle o...
The Roughlands Landslide Complex, comprised of slumped blocks, minor scarps, debris slides and a wid...
Landslides are not generally perceived as natural hazards that significantly affect the UK. However,...
The geology of the Isle of Wight has attracted both the amateur and professional geologist alike for...
This sheet explanation provides a summary of the geology of the Isle of Wight district (Special Sh...
The largest landslides on the south coast of England are those associated with failure surfaces in ...
The Jurassic Escarpment in the North York Moors in Northern Britain has a high density of deep-seate...
Multidisciplinary studies carried out in advance of site investigations of the areas at Lyme Regis, ...
The historically unstable eastern side of the Barton Clay coastal outcrop was subject to stabilizati...
The Black Ven-Spittles landslide is an old, probably Pleistocene, complex of interacting coastal lan...
The British Geological Survey has recently re-mapped the Isle of Wight at a scale of 1:10,000. This ...
The paper describes the establishment of the British Geological Survey (BGS)’s field-based ‘Coastal ...
The paper describes results to date of an ongoing monitoring study of coastal ‘soft cliff’ recession...
The Isle of Wight Undercliff is a unique coastal landscape. Formed by deep-seated mass movement, the...
The mostly clay cliffs of Barton-on-Sea, Hampshire, comprise inhomogeneous strata of the Bracklesham...
The Undercliff is the local name for a system of coastal landslides on the south coast of the Isle o...
The Roughlands Landslide Complex, comprised of slumped blocks, minor scarps, debris slides and a wid...
Landslides are not generally perceived as natural hazards that significantly affect the UK. However,...
The geology of the Isle of Wight has attracted both the amateur and professional geologist alike for...
This sheet explanation provides a summary of the geology of the Isle of Wight district (Special Sh...
The largest landslides on the south coast of England are those associated with failure surfaces in ...
The Jurassic Escarpment in the North York Moors in Northern Britain has a high density of deep-seate...
Multidisciplinary studies carried out in advance of site investigations of the areas at Lyme Regis, ...
The historically unstable eastern side of the Barton Clay coastal outcrop was subject to stabilizati...
The Black Ven-Spittles landslide is an old, probably Pleistocene, complex of interacting coastal lan...
The British Geological Survey has recently re-mapped the Isle of Wight at a scale of 1:10,000. This ...
The paper describes the establishment of the British Geological Survey (BGS)’s field-based ‘Coastal ...
The paper describes results to date of an ongoing monitoring study of coastal ‘soft cliff’ recession...
The Isle of Wight Undercliff is a unique coastal landscape. Formed by deep-seated mass movement, the...
The mostly clay cliffs of Barton-on-Sea, Hampshire, comprise inhomogeneous strata of the Bracklesham...