ISBN-10:
9813146249
ISBN-13:
9789813146242
Pub. Date:
05/23/2017
Publisher:
World Scientific Publishing Company, Incorporated
ISBN-10:
9813146249
ISBN-13:
9789813146242
Pub. Date:
05/23/2017
Publisher:
World Scientific Publishing Company, Incorporated
Japan's Beach Erosion: Reality And Future Measures (Second Edition)

Japan's Beach Erosion: Reality And Future Measures (Second Edition)

by Takaaki UdaTakaaki Uda
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Overview

Beaches in Japan have been eroding since the 1970s because of artificial land alterations and unsustainable coastal development. Almost all causes of the beach erosion in Japan are due to anthropogenic factors — as a result of human activity. This book presents the state of the beaches throughout Japan, looking at the current reality and the classification of causes of beach erosion using real-life, illustrated examples. It then goes on to look at practical models which can be used to predict changes to different types of beaches, and concludes with investigation of beach erosion as a wider structural problem. Lessons learnt show the manner in which excessive coastal development without clearly identified measures for beach protection can have widespread global ramifications.This second edition presents new findings from field studies carried out on Japanese beaches, along with the development and improvement of the numerical model presented previously. In addition to the first edition, six new examples of the beach erosion in Japan are included, as is new analysis of the BG model (a model for predicting based on Bagnold's concept), which can be applicable to various field problems.Originally published in Japanese (2004), this updated version gives clear practical guidance to coastal engineers working to prevent irreversible beach erosion and sustainable coastal development policy.


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Product Details

ISBN-13: 9789813146242
Publisher: World Scientific Publishing Company, Incorporated
Publication date: 05/23/2017
Series: Advanced Series On Ocean Engineering , #43
Pages: 548
Product dimensions: 6.20(w) x 9.00(h) x 1.10(d)

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