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Chef and owner of two-hatted Biota Dining in Bowral, New South Wales, James Viles has become one of Australia's most respected young chefs and restaurateurs, recognised for his commitment to sustainability and his dramatic modern food. He champions the use of seasonal, ethical produce to create honest, pure and delicious dishes.Biota Dining sits in Australia's Southern Highlands, a remarkably beautiful region known for its fertile farmland, dense forests and seasonal climate. James' philosophy is simple: listen to the local environment and take your inspiration and intuition from the very place that surrounds you. His dishes match ingredients, textures and flavours that exist alongside each other in nature. While James Viles might be redefining regional Australian cuisine, this notion of biota is relevant everywhere in the world.In this his first book, James invites readers to celebrate spectacular food created from the perfect balance of animal and plant life in the Southern Highlands. Biota contains over 80 delicious, seasonal and achievable recipes.

More than 20 years after the ban of DDT and other organochlorine pesticides, pesticides continue to be detected in air, rain, soil, surface water, bed sediment, and aquatic and terrestrial biota throughout the world. Recent research suggests that low levels of some of these pesticides may have the potential to affect the development, reproduction, and behavior of fish and wildlife, and possibly humans.Pesticides in Stream Sediment and Aquatic Biota: Distribution, Trends, and Governing Factors assesses the occurrence and behavior of pesticides in bed sediment and aquatic biota-the two major compartments of the hydrologic system where organochlorine pesticides are most likely to accumulate. This book collects, for the first time, results from several hundred monitoring studies and field experiments, ranging in scope from individual sites to the entire nation. Comprehensive tables provide concise summaries of study locations, pesticides analyzed, and study outcomes.Comprehensive and extensively illustrated, Pesticides in Stream Sediment and Aquatic Biota: Distribution, Trends, and Governing Factors evaluates the sources, environmental fate, geographic distribution, and long-term trends of pesticides in bed sediment and aquatic biota. The book focuses on organochlorine pesticides, but also assesses the potential for currently used pesticides to be found in bed sediment and aquatic biota. Topics covered in depth include the effect of land use on pesticide occurrence, mechanisms of pesticide uptake and accumulation by aquatic biota, and the environmental significance of observed levels of pesticides in stream sediment and aquatic biota.

More than 20 years after the ban of DDT and other organochlorine pesticides, pesticides continue to be detected in air, rain, soil, surface water, bed sediment, and aquatic and terrestrial biota throughout the world. Recent research suggests that low levels of some of these pesticides may have the potential to affect the development, reproduction, and behavior of fish and wildlife, and possibly humans.Pesticides in Stream Sediment and Aquatic Biota: Distribution, Trends, and Governing Factors assesses the occurrence and behavior of pesticides in bed sediment and aquatic biota-the two major compartments of the hydrologic system where organochlorine pesticides are most likely to accumulate. This book collects, for the first time, results from several hundred monitoring studies and field experiments, ranging in scope from individual sites to the entire nation. Comprehensive tables provide concise summaries of study locations, pesticides analyzed, and study outcomes.Comprehensive and extensively illustrated, Pesticides in Stream Sediment and Aquatic Biota: Distribution, Trends, and Governing Factors evaluates the sources, environmental fate, geographic distribution, and long-term trends of pesticides in bed sediment and aquatic biota. The book focuses on organochlorine pesticides, but also assesses the potential for currently used pesticides to be found in bed sediment and aquatic biota. Topics covered in depth include the effect of land use on pesticide occurrence, mechanisms of pesticide uptake and accumulation by aquatic biota, and the environmental significance of observed levels of pesticides in stream sediment and aquatic biota.

This synthesis of the growing body of information from research on epiphytes and their relations with other tropical biota provides a comprehensive overview of basic functions, life history, evolution, and the place of epiphytes in complex tropical communities. Epiphytes comprise more than one-third of the tropical vascular flora in some tropical forests. Growing within tropical forest canopies, epiphytes are subject to severe environmental constraints, and their diverse adaptations make them a rich resource for studies of water balance, nutrition, reproduction and evolution.

6 CD boxset (5 studio albums: Funnel To a Thread, Half a True Day, Invisible Map, Object Holder, Gyromancy) plus a bonus CD of unreleased material. The music on the bonus disc is an all new program built from the group archives and is dedicated to Charles O'Meara. The box includes a booklet of artwork as well as biographical notes on both Mnemonists and Biota, written by the engineers. This release coincides with Biota's 11th release on ReR - Fragment of Balance. Biota is a unique project, defyi

This synthesis of the growing body of information from research on epiphytes and their relations with other tropical biota provides a comprehensive overview of basic functions, life history, evolution, and the place of epiphytes in complex tropical communities. Epiphytes comprise more than one-third of the tropical vascular flora in some tropical forests. Growing within tropical forest canopies, epiphytes are subject to severe environmental constraints, and their diverse adaptations make them a rich resource for studies of water balance, nutrition, reproduction and evolution.

The oldest rocks in the world. The oldest fossils in the world. The oldest exposed landscapes in the world. An extraordinary rich array of animals and plants, from the warm Timor Sea and the Kimberley to the temperate Great Australian Bight, from the great Karri forest to the spinifex deserts. Plant diversity to rival tropical rainforest. Stromatolites at Hammelin Pool similar to those that lived 3,500 million years ago. An orchid that spends its whole life underground. Blind fish and spiders persisting in limestone caves. Rich arrays of tropical corals and their associated marine life. More than 50,000 species of insect. This and much more is the natural Western Australia, part of the ancient supercontinent of Gondwana. During its long geological history Western Australia has drifted twice to the North Pole, to the South _Pole and is now moving north again. It has been covered in rainforest. It is still evolving. Yet for the plants, animals and micro-organisms that we know, there are as many or more still to be discovered and named. This book, through papers given at a symposium in Perth, discusses many of the plants, fungi and animals of Western Australia. It examines their place in the environment, their evolution, their biology, and their interaction. It looks at the fossil history of the flora, at the evolution of genetic systems, and how some groups of animals survive while others are no longer here. A keynote chapter reviews conservation in the State, and throws down a challenge to both scientists and managers to conserve an intensely rich, unique natural environment. Other chapters are grouped around themes addressing the broad picture, biogeography, plant-animal interactions, plant reproductive biology and adaptation, molecular techniques and speciation, and conservation applications.

The fossil record affords a fascinating glimpse at past environments and the kinds of plants and animals that inhabited them. Some sites, for instance, contain nearly complete preserved records of ancient life. Fourteen of these remarkable fossil depositories are found in North America, including Mistaken Point in Newfoundland, Mazon Creek in Illinois, and Rancho La Brea in Los Angeles. Fossil Ecosystems of North America describes these and eleven other sites that range across the continent. John R. Nudds and Paul A. Selden introduce each site and place the fossil findings in geologic and evolutionary context. They go on to describe the history of research at each site—the sedimentology, stratigraphy, biota, paleoecology—and offer comparisons to other localities of similar age or environment. Fossil Ecosystems of North America also includes an appendix of museums at which readers can see specimens from the sites and suggestions for visiting the sites in person. In some cases, new specimens can still be collected from these sites by professionals and amateurs alike. Accessible and informative, this guide to Fossil-Lagerstätten will appeal to expert scientists and adventuresome lay paleontologists alike.

Since we, as human beings, are a part of the natural biota of the earth, and the earth is a part of the natural universe, the only thing we can really know about is the natural universe. Therefore Nature is the only thing we can think or talk about. To think or talk about things that are not about Nature is to think or talk about things about which we know nothing. Extra natural (or as some would say, supernatural) things are things about which we know nothing. Therefore, we cannot escape the conclusion that those theologians, priests, pastors and ministers who speak of extra natural (supernatural) things do not know what they are talking about. If we pay any attention at all to people who don’t know what they are talking about, what does that say about us?

Soil Microbiology and Biochemsitry enconmpasses the broad spectrum of soil organisms and the dynamic processes carried on by them, including ecological relationships in the biota, the dynamics of the carbon and nitrogen cycles, and microbe-driven reactions involving sulfu, phosphorous, and metals. This reference source will prove invaluable to anyone involved in the study of agricultural and nonagricultural soils. This book provideda process-oriented approach on nutrient cycling and fundamental soil processes for students who are studying soil microbiology and biochemistryan up-to-date assessment of the diverse systems affected by soil organisms for researchers in the fields of agronomy, environmental quality, and natural sciencesthe application of molecular biology to soil organisms, mathematic modeling of soil processes, a supplementary reading list, and a glossary.

The Arctic Tundra and adjacent Boreal Forest or Taiga support the most cold-adapted flora and fauna on Earth. The evolutionary capacity of both plants and animals to adapt to these thermally limiting conditions has always attracted biological investigation and is a central theme of this book. How the polar biota will adapt to a warmer world is creating significant and renewed interest in this habitat. The Arctic has always been subject to climatic fluctuation and the polar biota has successfully adapted to these changes throughout its evolutionary history. Whether or not climatic warming will allow the Boreal Forest to advance onto the treeless Tundra is one of the most tantalizing questions that can be asked today in relation to terrestrial polar biology. Tundra-Taiga Biology provides a circum-polar perspective of adaptation to low temperatures and short growing seasons, together with a history of climatic variation as it has affected the evolution of terrestrial life in the Tundra and the adjacent forested Taiga. It will appeal to researchers new to the field and to the many students, professional ecologists and conservation practitioners requiring a concise but authoritative overview of the biome. Its accessibility also makes it suitable for undergraduate and graduate students taking courses in tundra, taiga, and arctic ecology.

This book is unique in providing a comprehensive, up-to-date synthesis of what is known about soil biodiversity and the factors that regulate its distribution, as well as the functional significance of below-ground biodiversity for ecosystem form and function. It describes the vast diversity of biota that live in the soil environment - the most complex habitat on Earth - and discusses the factors that act as determinants of this diversity across different spatial and temporal scales. The Biology of Soil also considers how biotic interactions in soil influence the important soil processes of decomposition and nutrient cycling . It demonstrates how interactions and feedbacks between diverse plant and soil communities act as important drivers of ecosystem form and function. The importance of these relationships for understanding how ecosystems respond to global change phenomena, including climate change, is discussed in depth. Much is still to be learned about the soil biota and their roles in ecosystems, and the author highlights some of the many challenges that face ecologists in the exploration of soil. Richard Bardgett has wide experience in soil and terrestrial ecology, and his background of research in many ecosystems is reflected in this book which is the most comprehensive, up-to-date volume currently available in soil ecology. It provides an introduction to the biology of soil, and it also discusses the most recent developments in this progressive field of ecology. The importance of soil biotic interactions for community and ecosystem ecology is illustrated through the use of numerous examples and case studies. The Biology of Soil provides an excellent, easy to read introduction for anyone working in the field of soil ecology and related disciplines, and will be ideal for students taking undergraduate and postgraduate courses in soil ecology, plant-soil relationships, ecosystem ecology, and land management.

Paperback. The establishment of national parks in Argentina - the first ones in Latin America - takes place in a transnational space of entanglements where ideas, imaginaries, people, biota and artefacts circulate. Park concepts in Argentina are influenced by a wide range of different approaches from U.S.-American Park politics through French landscape architecture and Prussian sustainable forestry to international debates on nature conservation. While national parks are today regarded as hoards of wilderness, contemporary interpretation in the first half of the 20th century is quite more open. In Argentina, a position has prevailed that sees national parks as "real instruments of colonization." Agricultural colonization and the expulsion of indigenous peoples, broad programs of urbanization and touristification of landscape as well as the massive processes of biological colonization by salmon, roe deer and Douglas fir are integral elements of Argentine Park politics. Especially in the emblematic National Parks of Nahuel Huapi and Iguazu. In this context between conservation and colonization, the book explores the following question: How do national parks operate? Shipping may be from multiple locations in the US or from the UK, depending on stock availability.

This book is unique in providing a comprehensive, up-to-date synthesis of what is known about soil biodiversity and the factors that regulate its distribution, as well as the functional significance of below-ground biodiversity for ecosystem form and function. It describes the vast diversity of biota that live in the soil environment - the most complex habitat on Earth - and discusses the factors that act as determinants of this diversity across different spatial and temporal scales. The Biology of Soil also considers how biotic interactions in soil influence the important soil processes of decomposition and nutrient cycling . It demonstrates how interactions and feedbacks between diverse plant and soil communities act as important drivers of ecosystem form and function. The importance of these relationships for understanding how ecosystems respond to global change phenomena, including climate change, is discussed in depth. Much is still to be learned about the soil biota and their roles in ecosystems, and the author highlights some of the many challenges that face ecologists in the exploration of soil. Richard Bardgett has wide experience in soil and terrestrial ecology, and his background of research in many ecosystems is reflected in this book which is the most comprehensive, up-to-date volume currently available in soil ecology. It provides an introduction to the biology of soil, and it also discusses the most recent developments in this progressive field of ecology. The importance of soil biotic interactions for community and ecosystem ecology is illustrated through the use of numerous examples and case studies. The Biology of Soil provides an excellent, easy to read introduction for anyone working in the field of soil ecology and related disciplines, and will be ideal for students taking undergraduate and postgraduate courses in soil ecology, plant-soil relationships, ecosystem ecology, and land management.

An introductory textbook for conservation biology that explains the issues facing Australia's unique environments and biota and the measures needed to protect them.

The Arctic Tundra and adjacent Boreal Forest or Taiga support the most cold-adapted flora and fauna on Earth. The evolutionary capacity of both plants and animals to adapt to these thermally limiting conditions has always attracted biological investigation and is a central theme of this book. How the polar biota will adapt to a warmer world is creating significant and renewed interest in this habitat. The Arctic has always been subject to climatic fluctuation and the polar biota has successfully adapted to these changes throughout its evolutionary history. Whether or not climatic warming will allow the Boreal Forest to advance onto the treeless Tundra is one of the most tantalizing questions that can be asked today in relation to terrestrial polar biology. Tundra-Taiga Biology provides a circum-polar perspective of adaptation to low temperatures and short growing seasons, together with a history of climatic variation as it has affected the evolution of terrestrial life in the Tundra and the adjacent forested Taiga. It will appeal to researchers new to the field and to the many students, professional ecologists and conservation practitioners requiring a concise but authoritative overview of the biome. Its accessibility also makes it suitable for undergraduate and graduate students taking courses in tundra, taiga, and arctic ecology.

Contents Foreword. Preface. 1. Soil microbiology origin history and diversification. 2. Soil biota structure and function. 3. Microbe soil environment interactions. 4. Microbial exploration methods and analysis. 5. Carbon cycle and soil organic matter tra 512 pp.

J. L. Gressitt New Guinea is a fantastic island, unique and fascinating. It is an area of incredible variety of geomorphology, biota, peoples, languages, history, tradi­ tions and cultures. Diversity is its prime characteristic, whatever the subject of interest. To a biogeographer it is tantalizing, as well as confusing or frustrating when trying to determine the history of its biota. To an ecologist, and to all biologists, it is a happy hunting ground of endless surprises and unanswered questions. To a conservationist it is like a dream come true, a "flash-back" of a few centuries, as well as a challenge for the future. New Guinea is so special that it is hard to compare it with other islands or tropical areas. It is something apart, with its very complicated history (chapters I: 2-4, II: 1-4, III: I, VI: I, 2). It is partly old but to a great extent very young, yet extremely rich and complex. It has biota of different sources - to such a degree that it is still disputed in this volume as to what Realm it belongs to: the Paleotropical or Notogaean (Australian); or what Region: Oriental, "Oceanic," Papuan or Australian. The terms Papuasian, Indo-Australian and Australasian also have been applied to the area.

The Mazon Creek biota of northeastern Illinois provides the most complete record known of late Paleozoic life, consisting of more than 200 plant and 300 animal species. This guide offers a comprehensive, systematic account of the animal fossils from the Mazon Creek area. Discussion of the discovery and unearthing of the Mazon Creek area is followed by discussion of coal mining and fossil collecting and a review of the current state of our knowledge of the geologic and environmental setting and geologic distribution. Individual chapters that follow deal with the fossil groups represented in the Mazon Creek biota, with emphasis placed on detailed b&w photographs and representative drawings of fossil species. Contributions range from accessible prose to detailed scientific descriptions. Annotation c. by Book News, Inc., Portland, Or.

Understanding the role of aquatic biota and the impact of pollution and chemical substances that enter aquatic ecosystems is crucial to the assessment, prevention, and remediation of damaged environments. Biological Effects of Surfactants synthesizes the most important findings from hundreds of articles and the author's current experiments on the biological effects of synthetic surfactants and detergents on individual organisms, populations, communities, and ecosystems. This book offers a new perspective of the hazards of pollution.The book draws upon concepts in hydrobiology, biogeochemical cycling, and the assimilative capacity of water-beyond the self-purification capabilities of bacteria and nutrient cycling-to examine the effects of anionic, non-ionic, and cationic surfactants as well as detergent mixtures on a wide range of organisms including bacteria, cyanobacteria, flagellates, algae, higher plants, and invertebrates. The author, a distinguished member of the Russian Academy of Natural Sciences, establishes new quantitative characteristics of the effects and presents study results reflecting newly discovered phenomena. While proposing and substantiating new priorities and approaches for testing, assessing, and characterizing the biological activities and hazards of substances, he illustrates how the data obtained can be used to develop effective environmental remediation and protection measures to improve water quality.Biological Effects of Surfactants lays an excellent foundation for scientists to explore how hazardous wastes are absorbed in aquatic and terrestrial ecosystems, determine what is required for remediation and restoring water quality, and design the best approach to counteract the toxic effects of manmade surfactants using biological methods, including phytoremediation.