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Trimingham : structural architecture of the Cromer Ridge Push Moraine complex and controls for landslide geohazards

机译:Trimingham:克罗默岭推动冰碛复合体的结构建筑和山体滑坡地质灾害的控制

摘要

One of the most striking geomorphological features of the north Norfolk area is the Cromer Ridge. Itudextends eastwards from Thursford, near Fakenham, to Trimingham where it intersects the North Seaudcoast. The ridge has been interpreted in‐part, as a push moraine formed at the southern margins ofudthe Middle Pleistocene ice sheet and is draped on its ice‐distal southern flank by extensive spreadsudof outwash sand and gravel (Hart, 1990; Pawley et al., 2005). Coastal sections between Triminghamudand Overstrand offer a rare opportunity to examine the internal architecture of this structure. Theudfocus of this chapter is to document the structural geology of this landform, and examine theudinfluence of its structure on coastal stability and landslide geohazards.
机译:北部诺福克地区最引人注目的地貌特征之一是克罗默山脊。它从Fakenham附近的Thursford向东延伸到Trimingham,与北海 udcoast相交。该山脊被部分解释为,在中更新世冰盖的南部边缘形成了一个冰and,并在宽阔的冰沙覆盖的沙砾中覆盖了它的冰远侧南部(Hart,1990; Pawley等人,2005)。 Trimingham udand Overstrand之间的沿海地区提供了难得的机会来检查这种结构的内部结构。本章的重点是记录该地貌的结构地质,并研究其结构对沿海稳定性和滑坡地质灾害的影响。

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