From Scafell's towering volcanic crags to the deep lake-filled glacial valleys of Wasdale and Buttermere, the Lake District possesses an extraordinary variety of scenery in a relatively small area. This dramatic landscape has inspired writers, climbers, painters, and all who seek the solitude and beauty of the high fells – and wish to understand the forces that have shaped this unique place. With over 230 illustrations including maps and superb photographs with unique aerial views and panoramas, it includes: easy-to-understand explanations of how the rocks formed; how the geology affects the landscape and an exploration of the long human story of Lakeland landscapes. There are guided excursions to seven easily accessible geological locations and a dedicated website, with a Google Earth photographic guide to all the main localities mentioned in the book: lakedistrictgeology.co.uk This book will enable you to 'read' the landscape, understand how the region's rocks were formed, how glaciers and rivers sculpted the fells and valleys, and how human interaction with geology and climate has helped to create the Lake District today.

This book explains to the hillwalker, in easy to understand but accurate terms, how geology has shaped the landscape of the Cumbrian Lakeland. A selection of fifteen guided walks are used to illustrate this in terms of what can be seen on the ground. Divided into two parts, Paul describes the view out over the fells and back through time, charting the formation of the Cumbrian Lake District. Factors such as undersea sedimentation, tectonic collisions which heaved up the land, great flows of lava and explosive eruptions which mixed and reformed old rock, catastrophic caldera collapses, freeze/thaw creation of rocky tors, the pointed tops of pikes carved by the flowing glaciers and the human influence of mining and tourism have all contributed to shape the landscape.The second half of the book describes fifteen walks ranging from easy to challenging, with revealing views of the geology.

The characteristic landscape of the Lake District is influenced by its geology. The huge array of different rocks found there determines the shape and appearance of the fells and dales. Also, as the dominant building material in the region, rocks impact both the local architecture and the economy through quarrying. A simple easy-to-read guide to the rocks of the English Lake District, with nearly 200 colour illustrations including diagrams, maps and photographs, this book provides an understanding of the main types of rock and characterizes over sixty of the most common rocks. It describes where to find them and how to recognise them in the landscape. Details are given of the use of rocks in local buildings and how the rocks are still quarried today, and finally, their importance to the local economy.

This book presents the geomorphological diversity of England and Wales. These regions are characterised by an extraordinary range of landforms and landscapes, reflecting both the occurrence of many different rock types and drastic climatic changes over the last few million years, including ice sheet expansion and decay. The book begins by providing the geological and geomorphological context needed in order to understand this diversity in a relatively small area. In turn, it presents nearly thirty case studies on specific landscapes and landforms, all of which are landmarks in the territory discussed. These include the famous coastal cliffs and landslides, granite tors of Dartmoor, formerly glaciated mountains of Snowdonia and the Lake District, karst of Yorkshire, and many others. The geomorphology of London and the Thames is also included. Providing a unique reference guide to the geomorphology of England and Wales, the book is lavishly illustrated with diagrams, colour maps and photos, and written in an easy-to-read style. The contributing authors are distinguished geomorphologists with extensive experience in research, writing and communicating science to the public. The book will not only be of interest to geoscientists, but will also benefit specialists in landscape research, geoconservation, tourism and environmental protection.