This volume written by A. Kostianoy and A. Kosarev has been mainly dedicated to the environment of the Aral Sea. This work is presenting quite detailed description and systemized knowledge that have been accumulated to date and related to the marine chemistry as well as physical oceanography and marine biology of the sea in question, and with particular attention paid by the authors to the monitoring of the state and various parameters of the nature of the Aral Sea together with all its surroundings, by means of the satellite techniques.
It belongs to the popular "environmental chemistry" series. The authors have also tried to highlight the key reasons for the environmental crisis that is currently progressing in the subject area, and all associated socio-economic problems. The material contained in the book bases on the valuable observation data obtained by the authors in the course of several shore and sea expeditions, on the data collected from the archives of state institutes, and from the relevant scientific literature, supplemented with the results of numerous international and Russian national researches and projects conducted during the past decades. This publication will be mainly addressed to the pro's of marine biology and chemistry, plus physical oceanography and other relevant fields.
This volume has been released with the intention of it's editor, J. Nihoul, who prepared it trying to compile in a single volume, all proceedings of the XIX International Colloquium on the problems of ocean hydrodynamics. The program of the subject conference was focusing on the relationships existing there between large- and small-scale features, together with the associated processes and transports.
The volume presents the valuable articles covering the different methods of parameterization of small-scale turbulent mixing as applied to the numerical ocean models, the presentation of subject papers has been specifically encouraged by the editor, and the application of the subject approach has finally resulted in significant portion of the articles presented during the Colloquium, dealing with the current problems of parameterization. Note that some of the presented docs demonstrated the direct results obtained during the modeling.
The volume is well reflecting the above stated proportion and emphasizes the whole importance of the researches oh small-scale turbulence for the practical applications, such as the forecasting and ocean modeling. The book will be equally useful, practical and informative for persons willing to be in the loop of any latest happenings in the subject field.
This Handbook provides a remarkably complete and truly consistent technical overview of the methods, products and applications in marine biotechnology. We know that the large portion of the earth surface, more than seventy percent, is covered by water, and more than eighty percent of all organisms living on our planet are found there, in aquatic eco-systems.
We may thus say that the aquatic ecosystems constitute a very rich natural reservoir for the various chemical/biochemical materials and processes. This handbook has been edited by a world recognized expert and was prepared owing to more than sixty invaluable contributions provided by the world leading international scientists - this made the book a major desk reference tool for all people with the interest or working activity in marine biotechnology, bioprocessing or any other relevant fields, including professionals, scientists and students of all levels.
Se-Kwon Kim, the editor of the handbook, has divided the content into ten chapters, each of them is organized very consistently and, as a result, the publication can provide a sound intro to the marine biotechnology, starting from the historical overview and basics, over the technical descriptions of the established methods and technologies, and to the applications of these methods and technologies. Note that it is also perfect when used as a reference book. The key topics of the handbook include marine flora/fauna, genomics and microbiology, tools and methods, biofuels and bioenergy, bioproducts and so many more...
The correct understanding of the basic processes occurring at the sea-level, is really a key to the effective planning of the coastal defense arrangements. Such process would commonly include storm surges and ocean tides, rises plus all other processes that are usually caused by the climate changes.
The content of the present work mainly bases on the valuable technical materials contained there in the recognized scientific publications and researches dedicated to this subject, that were significantly expanded and incorporating all important technological advances in the relevant areas, for example the tsunami science, satellite altimetry, and analysis of the extreme sea-levels.
The duet of authors of the work, Philip Woodworth and David Pugh, have made an attempt to compile a discussion of how the measurement and survey techniques complement others in the course of providing the reliable forecasts of the forthcoming changes. This book may be treated as one of maybe the most exciting and authoritative volumes considered quite essential for the students, scientists and researchers in various fields; these fields would include marine engineering and marine biology/geology, climatology plus oceanography, as well as any other relevant disciplines. This interesting volume will also be of great use to persons who are involved in making key decisions plus coastal engineers.
As the name of the book implies, it involves the flow of the fluid, i.e. liquids and gases, through the seabed, describing the processes and features of such flow and demonstrating the vital importance of the flow to natural environments and human activities. The authors target it to all professionals and research scientists working in the field of marine environment protection.
Among the topics discussed in the book there are origins and nature of flows, seabed fluid flow around the world, migration and the contexts of the seabed flow, seabed fluid flow, biology and mineral precipitation, various impacts of the fluid flow in the seabed on the atmosphere and hydrosphere, and implications for man. The initial intention of the authors of this volume, Martin Hovland and Alan Judd, was to describe the main features of the seabed fluid flow and associated processes, and also to demonstrate their significance to the human activities as well as to the natural environments.
The target group for the publication would consist of the professionals and researchers with serious interest in the field of marine environment. The content reflects the exceptional job done by the authors explaining the processes taking place in the seabed in quite well-written and easy-to-follow way, that made the book so popular.
The Corps of Engineers of the United States Army can deservedly take pride in the invaluable contributions throughout the American history to the proper developments of the infrastructure of the waterways, together with the navigation and environment restoration, reduction of the flood damage and protection and development of the water resources.
And many projects were made possible owing to the dedication and creativity of outstanding engineers, builders and scientists. The Corps has always performed the review of the processes relating to the evaluation of the project planning, often focusing mainly on their technical aspects. However, in the past decades the consideration of such important factors as the economic evaluations, impacts on the environment, political pressure and others, have significantly increased, resulting in the rising criticism and even the concern that the Corps' studies lead to the recommendations and conclusions not adequately supported by the analyses and scientific assumptions used. The present document has been arranged in seven chapters.
The first chapter defines the purpose and scope of the report, and the second chapter provides some historical background of the planning studies; the other chapters of the book provide the considerations and principles of the review, alternative approaches, administrative group and recommendations, supplemented with numerous appendices with additional information.
Both hurricanes and tsunamis are treated as the serious natural catastrophes which could potentially cause a great harm to the humans. That is why it is really important to try and find effective ways of prediction and description of the subject phenomena, and these methods would be of great interest not only to the professional meteorologist but actually to all people.
The present volume is dedicated to the new research on the math descriptions of the hurricanes and tsunamis. Ferdinand Cap, the author, has presented the material in a very easy-to-follow manner which has made this work very useful for all researchers who are working in the field of mathematical modeling as well as hydrodynamics. The theoretical part of the book is rich with detailed formulas, calculations and very informative data tables. The author has tried to cover the tools and various computer tools that have never been applied earlier.
In fact, the thorough knowledge of those code is not a pre-requisite for the use of this volume; however, it would definitely be help to have some basic understanding of the associated calculations and the readers might get some knowledge of the subject program. Four chapters of the book provide the introduction to the wave physics, and cover the basic flow equations, water waves, and hurricanes.
Today, we so glad to offer you a very useful and interesting monograph, the author of which is dealing with quite broad range of various subjects that all directly related to the basics mechanics of the sea waves. Paolo Coccotti, the author of this volume, has highlighted the results obtained during the recent theoretical researches of random waves generated by the wind.
The fresh-look approach to the established and proven theoretical concepts was applied by the author. The publication provides readers with numerous worked real-life examples for the design of various coastal and offshore marine structures. Another subject addressed within this publication is quasi-deterministic mechanics together with the loads commonly exerted by the 3D wave groups on offshore structures. This work would be primarily aimed to the graduate students and also professionals, scientists and researchers in the field of ocean engineering.
However, the manner in which the content has been presented and arranged within this volume, has made it suitable even for the undergraduates. Some of the relatively complex theoretical concepts have been clearly explained plus duly supplemented with several informative live examples and case studies for easier and proper understanding. The title is covering statistical/deterministic topics relating to the mechanics of the waves...
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