WebThe most striking aspect of Flamborough Head is the white chalk cliffs that surround it. The chalk lies in distinct horizontal layers, formed from the remains of tiny sea creatures millions of years ago. Above the chalk at the top of the cliffs is a layer of till (glacial deposits) left … Flamborough is the headland that forms the most northerly point of the Holderness … WebAs soft rock, such as glacial till, is more susceptible to erosion it erodes more rapidly than more resistant rock such as chalk. This results in the formation of headlands and bays. …
Landforms of Erosion A Level Geography
WebFlamborough Head (/ ˈ f l æ m b ər ə /) is a promontory, 8 miles (13 km) long on the Yorkshire coast of England, between the Filey and Bridlington bays of the North Sea.It is a chalk headland, with sheer white cliffs. The … WebEast Yorkshire coastal erosion ... arriving into Bridlington Bay having been brought around Flamborough Head by a sea current flowing north to south. Within the bay are sand banks known as the Smithic Sands, which act as a sediment depository. ... It follows that estimates for the rate of ord movement can be applied to the sediment segments ... dct applications
2.b. High Energy Coastlines: Saltburn to Flamborough Head
WebFor these reasons, it would be unsustainable and inappropriate to defend all 85 kilometres (53 miles) of our coastline against coastal erosion. How does the council decide where … WebCoastal erosion is caused in several ways (Figure 2). The rate of erosion largely depends upon the type of rock forming the coast. The Holderness coast of East Yorkshire where Sue ... distant Flamborough Head. The £250,000 house was destroyed, by … Web1. cliffs eroding due to wave action undercutting the cliffs, followed by rock falls 2. redcar mudstones form vertical cliffs and shore platforms with 2 significant bays at Runswick and Whitby Sands 3. located on the edge of the North York Moors 4. erosion is about 0.1-0.2m per year 5. oriented to the North/North East and so receives the full energy of the waves dct approach