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The Ecology of Seashores explores the complex shore environment. It covers the ways in which representative species have adapted to life in a constantly changing environment in terms of their interactions, the control of community structure, and how energy and materials are cycled in different ecosystems. Written by an eminent marine biologist, this work emphasizes ecological processes and the use of systems analysis in understanding such processes. He gives complete coverage of the ecology of all seashore types: rocky shores, soft shores, sandy beaches, and estuaries at an advanced level. When appropriate, the author uses the energy circuit language of symbols and diagrams developed by H.T. Odum as a basis of understanding. The first comprehensive review and synthesis of the research on shore ecosystems, the book lends order to some of the most complex ecosystem types and presents a wide range of geographical examples. If you are involved in researching or managing coastal zones, The Ecology of Seashores provides exhaustive coverage of the essential background information you need.

"In this book, early fluent readers will learn about marine biomes, the important role they play on Earth, and the climate, geology, geography, and wildlife that define them. Bright, full-color photos and carefully leveled text will engage young readers as they learn more about the oceans that make up marine biomes. Infographics aid understanding, and an activity offers readers an opportunity to extend discovery. Children can learn more about marine biomes using our safe search engine that provides relevant, age-appropriate websites. Marine Biomes also features reading tips for teachers and parents, a table of contents, a glossary, and an index. Marine Biomes is part of Jump!'s Exploring Biomes series"--

In Department of Ecology v. Abbott, the Washington Supreme Court addressed the long-standing question of whether landowners who failed to exercise consumptive riparian rights3 within a reasonable period after the adoption of the Water Code of 1917 (1917 Code) lost those rights. The question arose when a riparian landowner, who had registered consumptive water rights as required by statute in 1971, was denied those rights in a 1982 stream adjudication. The basis for the denial was that the landowner's riparian rights had not been continuously exercised since 1917. The Water Rights Registration Act, with which the landowner complied in 1971, required that all riparian landowners register their water rights, whether exercised or not. In 1969, the legislature repealed a provision of the Water Rights Registration Act that would have extinguished unused riparian rights in Washington. Nevertheless, the Washington Supreme Court held (1) that the 1917 Code established prior appropriation as the dominant water law in Washington; (2) that after 1917 new water rights were acquired only by permit, and (3) that water rights existing in 1917 but not put to beneficial use by 1932 were relinquished.

Marine pollution occurs today in varied forms--chemical, industrial, and agricultural-and the sources of pollution are endless. In recent history, we've seen oil spills, untreated sewage, eutrophication, invasive species, heavy metals, acidification, radioactive substances, marine litter, and overfishing, among other significant problems. Though marine pollution has long been a topic of concern, it has very recently exploded in environmental, economic, and political debate circles; scientists and non-scientists alike continue to be shocked and dismayed at the sheer diversity of water pollutant

This accessible textbook provides a point of entry into the field, providing basic information on the nature of soft-sediment ecosystems, examples of how and why we research them, the new questions these studies inspire, and the applications that ultimately benefit society.

Triggered by a series of oxygen depletion events in German, Danish and Swedish coastal waters, international policies to reduce inputs of nitrogen and phosphorus to the North Sea were agreed upon. This book provides an analysis of the role, scientists and scientific information, have played in the formulation and implementation of these decisions

Macroecological patterns in the sea -- Overview of marine biodiversity / James W. Valentine -- Plankton populations and communities / William K.W. Li -- Patterns in deep-sea macroecology / Craig R. Mcclain, Michael A. Rex, and Ron J. Etter -- Spatial patterns of species diversity in the shallow marine invertebrates: patterns, processes, and prospects / Kaustav Roy and Jon D. Witman -- Macroecological patterns among marine fishes / Enrique Macpherson, Philip A. Hastings, and D. Ross Robertson -- Marine algal communities / B. Santelices, J.J. Bolton, and I. Meneses -- Processes underlying macroecological patterns -- Plankton not so paradoxical after all / Sean Nee and Graham Stone -- Basin-scale oceanographic influences on marine macroecological patterns / James J. Leichter and Jon D. Witman -- Dispersal and geographic ranges in the sea / Steven D. Gaines, Sarah E. Lester, Ginny Eckert, Brian P. Kinlan, Rafe Sagarin, and Brian Gaylord -- Temperature and marine macroecology / Andrew Clarke -- Macroecological theory and the analysis of species richness gradients / Sean R. Connolly -- Macroecological changes in exploited marine systems / Derek P. Tittensor, Boris Worm, and Ransom A. Myers -- Experimental approaches to marine macroecology -- Experimental marine macroecology: progress and prospects / Jon D. Witman and Kaustuv Roy -- Latitudinal gradients in species interactions / Eric Sanford and Mark D. Bertness -- The subtidal ecology of Australia's rocky coast: local-regional-biogeographic patterns and their experimental analysis / Sean D. Connell and Andrew D. Irving

This accessible textbook provides an ideal point of entry into the field, providing basic information on the nature of soft-sediment ecosystems, examples of how and why we research them, the new questions these studies inspire, and the applications that ultimately benefit society

A major concern among ecologists in and outside the ASEAN region is the degradation of the environment, and the overexploitation of freshwater and marine resources. There is as yet no indication that freshwater and marine resources are being managed on a sustainable basis, and loss of wetlands, whether freshwater swamps or mangrove swamps, is a major problem in the ASEAN region. Reclamation of mangrove swamps for aquaculture and agriculture seems to be a continuous activity here and the status of marine parks should also be examined in the light of recent resort development acitivities on small islands. This volume contains numerous recommendations for the promotion of ecological studies and regional cooperation in marine, freshwater ecology and conservation, with special emphasis on the common water masses like the Strait of Malacca, Gulf of Thailand and the South China Sea

Seagrasses occur in coastal zones throughout the world, in the part of the marine habitat that is most heavily influenced by humans. Decisions about coastal management therefore often involve seagrasses, but despite a growing awareness of the importance of these plants, a full appreciation of their role in coastal ecosystems has yet to be reached. This book provides an entry point for those wishing to learn about their ecology, and gives a broad overview of the state of knowledge, including progress in research and research foci, complemented by extensive literature references to guide the reader to more detailed studies. It will be valuable to students of marine biology wishing to specialize in this area and also to established researchers wanting to enter the field. In addition, it will provide an excellent reference for those involved in the management and conservation of coastal areas that harbour seagrasses

Freshwater & Marine Ecology