The Biology of Rocky Shores (Biology of Habitats Series) - Hardcover

Little, Colin; Kitching, J.A.

Hardcover

ISBN 10: 0198549369 ISBN 13: 9780198549369

Publisher: Oxford University Press, 1996

Synopsis

This is an introduction to the biology of organisms that live on temperate rocky shores, suitable for field courses and lectures. Using examples from all over the world, it describes the physical factors that affect the organisms, the biology of the animals and plants that live on the shore, the factors that control them, and the communities they form. It also provides examples of observations or experimental work for field courses or project work, and considers the problems of pollution and conservation in the context of effects on biodiversity.

About this title

Review:

"Well-illustrated and thoroughly referenced. A highly readable book that reveals this area of marine biology as both accessible and fascinating."--Northeastern Naturalist "Well-illustrated and thoroughly referenced. A highly readable book that reveals this area of marine biology as both accessible and fascinating."--Northeastern Naturalist "Well-illustrated and thoroughly referenced. A highly readable book that reveals this area of marine biology as both accessible and fascinating."--Northeastern Naturalist "Well-illustrated and thoroughly referenced. A highly readable book that reveals this area of marine biology as both accessible and fascinating."--Northeastern Naturalist

About the Author:

Colin Little studied zoology at Cambridge University, and stayed on to do a Ph.D. on snail physiology. Then he migrated to Miami, USA, where he worked at the Institute of Marine Science, University of Miami, and first encountered the (at the time little-known) phylum Pogonophora. This provided his conversion to marine biology, and he returned to the University of Bristol, England and began to study the biology of the Severn Estuary as well as the brackish-water ecology of coastal lagoons. Running marine field courses and teaching estuarine and marine biology became major interests. He started to do research at Lough Hyne, Ireland, about 30 years ago, and there he began to concentrate on the biology of limpets and long-term intertidal monitoring. He is now retired, but continues these monitoring studies. Gray A. Williams spent many of his childhood summers messing around on the shores of South Wales. He enjoyed it so much, he decided to make a career of it and studied Biology at the University of Manchester, UK. After graduation, he studied for a PhD at the University of Bristol, investigating the relationship between littorinid snails and their host algae. During this time, he was lucky enough to be introduced to Lough Hyne, Ireland which stimulated his interest in the foraging behaviour of marine gastropods. He continued his work on littorinids as a Post Doctoral Fellow at Port Erin Marine Laboratory, Liverpool University, before joining The University of Hong Kong to work at The Swire Institute of Marine Science, which he currently runs. In his time at Hong Kong he has supervised > 30 higher degree students and teaches courses on coastal ecology. His present research focuses on thermal stress and its impact on the behaviour and physiology of intertidal grazers. Cynthia D. Trowbridge has been fascinated with tidepools, beach drift and marine life for the past forty years. Her educational background includes a B.A. from Cornell University and a Ph.D. from Oregon State University. She has conducted ecological research on herbivore-seaweed interactions in nine countries, including her current work in the UK, Ireland and Japan. Her specialties include the feeding ecology of herbivorous sea slugs and the problem of invasive seaweeds. She teaches marine-oriented field courses for university students, state park staff, and the general public. Cynthia is the currently serving as the Managing Editor of the American Malacological Bulletin.

About this edition

• Publisher: Oxford University Press
• Publication date: 1996
• ISBN 10: 0198549369
• ISBN 13: 9780198549369
• Binding: Hardcover
• Number of pages: 249