Listing 1 - 10 of 10 |
Sort by
|
Choose an application
Aquatic Ecosystems explains the interplay between various movements of matter and energy through ecosystems mediated by Dissolved Organic Matter. This book provides information on how much DOM there is in a particular aquatic ecosystem and where it originates. It explains whether the DOM composition varies from time to time and place to place. It also details how DOM becomes incorporated into microbial food webs, and gives a better, clarifying, understanding to its significance of DOM.Dissolved Organic Matter (called DOM) is incredibly important in all aquatic ecosystems. Althou
Aquatic ecology. --- Aquatic biology --- Ecology --- Organic compounds. --- Aquatic ecosystem
Choose an application
Mangrove Ecosystem Ecology and Function deals with several aspects of mangrove science, as well as conservation, management, and related policies. The book is divided into six sections and structured into 10 chapters. The first section discusses mangrove ecology, structure, and function; the second section explains mangrove physiology related to salt accumulation; the third section focuses on mangrove polychaetes; the fourth section talks about the bioprospect of mangrove microbes; the fifth section discusses soil geochemistry; and the sixth section elucidates mangrove management and conservation. Researchers from different countries and fields of mangrove ecosystem exploration have contributed their findings. This book would be an ideal source of scientific information to graduate students, advanced students, researchers, scientists, and stakeholders involved in mangrove ecosystem research.
Mangrove forests. --- Mangrove --- Mangroves --- Forests and forestry --- Marine Biology --- Physical Sciences --- Engineering and Technology --- Aquatic Ecosystem --- Earth and Planetary Sciences
Choose an application
Coastal ecology --- Environmental monitoring --- Indicators (Biology) --- Marine organisms --- Ecologie littorale --- Environnement --- Effect of water pollution on --- Surveillance --- Kramer, Kees J. M --- Environmental policy. --- Aquatic ecosystem --- Estuaries --- Waters, ocean
Choose an application
Changes in seabird populations are good indicators of large-scale and long-term change in marine ecosystems, and are important because of their global impacts on the marine environment. This book has six chapters that present a wide variety of global seabird-related issues, from India to Svalbard, Norway. It also gives a comprehensive history of the use and chemical content of guano and certification schemes in fisheries for seabird conservation in Argentina. With the knowledge available in this book we should know how best to protect seabirds, which need all our support to survive in changing environments and climates. We can all do our best to recycle plastic waste to reduce global plastic pollution, which has affected seabirds' physical state, food sources, and nesting areas.
Sea birds. --- Marine birds --- Ocean birds --- Seabirds --- Marine animals --- Water birds --- Marine Biology --- Physical Sciences --- Engineering and Technology --- Aquatic Ecosystem --- Earth and Planetary Sciences
Choose an application
During the last decades, aquatic resources have been severely depleted due to human-induced factors such as overexploitation and pollution and more recently due to deviations in the physicochemical parameters of oceans, dramatic changes in weather patterns and melting of glaciers. The effects of these man-made factors are occurring in a relatively shorter time scale and, in many cases, are beyond the capacity of organisms to adapt to these deviations. The majority of natural aquatic resources, which are one of the most important food sources on the planet, are being used to the extent that limits their capacity for regeneration. Despite ongoing attempts towards developing strategies for long-term management of aquatic resources all over the world, efforts have met with limited success. Thus, the sustainable use of aquatic resources has become a very important reality considering a projected human population of 11 billion by the year 2100. With this reality in mind, the purpose of this book is to shed more light on the field of marine ecology by emphasizing the diversity of aquatic life on earth and its importance both as part of a balanced ecosystem and as part of critical source of food on earth. The book covers important findings, discussions and reviews on a variety of subjects on environmental and competitive interactions of marine organisms at different trophic levels and their effects on the productivity, dynamics and structure of marine ecosystems around the world. Each chapter focuses on a specific case in the field of marine ecology and was written by researchers with years of experience in their respective fields. We hope that academicians, researchers and students as well as experts and professionals working in the field of marine ecology will benefit from these contributions. We also hope that this book will inspire more studies to help better understand the marine environment and develop strategies to better protect this crucial element of life on earth.
Marine ecology. --- Biological oceanography --- Marine ecosystems --- Ocean --- Aquatic ecology --- Ecology --- Marine Biology --- Physical Sciences --- Engineering and Technology --- Aquatic Ecosystem --- Earth and Planetary Sciences
Choose an application
The book is divided into two sections and represents the current trend of research in aquatic bioresource. In the section ""Biology, Ecology and Physiological Chemistry"", high-impact articles are contributed on reproduction, population genetics, evolution, biodiversity, biology and ecology of different aquatic faunas. Physiological chemistry of lipid, bioactive pharmaceuticals and chemical ecological aspects of aquatic organisms were discussed. In the section entitled ""Conservation and Sustainable Management"", authors highlighted conservation- and management-related issues of various bioresources in different regions of the earth. The book mentions the biological, ecological, physiological and genetic significance of aquatic organisms with resource potential. The authors stressed on rational utilisation and management of bioresource ensuring minimal damage of the aquatic ecosystem. This book would provide a direction towards sustainable ecological management of bioresource.
Aquatic biology. --- Hydrobiology --- Water biology --- Aquatic sciences --- Biology --- Marine Biology --- Physical Sciences --- Engineering and Technology --- Aquatic Ecosystem --- Earth and Planetary Sciences
Choose an application
Biological research has a wide range of applications in aquatic science, which explores aquatic organisms' morphological and physiological characteristics, their behavior and interactions, and their surrounding environment. Organized into five sections and written by experts in their respective fields, Biological Research in Aquatic Sciences covers topics including cryobiology, spermatology, climate change, migration of aquatic species, and plankton in aquatic ecosystems. This book will help researchers and interested readers better understand current trends in biological research regarding aquatic science.
Aquatic biology. --- Hydrobiology --- Water biology --- Aquatic sciences --- Biology --- Marine Biology --- Physical Sciences --- Engineering and Technology --- Aquatic Ecosystem --- Earth and Planetary Sciences
Choose an application
Corals comprise a wide variety of colonial marine invertebrates belonging to the Phylum Cnidaria. Their polyps form the most colorful, complete, and diverse communities on the Earth resembling underwater cities, commonly called coral reefs, which host a wide variety of invertebrates and fish species. They are highly productive ecosystems, contribute to the health of the biosphere, and offer a good number of economic and ecological services to coastal populations and to many people around the world. However, due to a diverse number of natural and anthropogenic stressors, corals have shown a severe decline over the past few decades. Being aware of the importance and relevance of the facts described, the book ""Corals in a Changing World"" offers new scientific information regarding the actual status and, in some cases, the resilience state of coral reef systems. Timely information is critical for managers and decision makers to implement sustainable management measures according to the ecological condition of coral reefs. In addition, the book also discusses the use of well-maintained coral microcosms to provide a good basis for performing experiments with natural fluctuations and to present studies dedicated to the coral diversity characterization and to their importance as a source of important biological compounds, which could be converted into industrial products.
Coral reef ecology. --- Corals --- Ecology. --- Lithophytes --- Anthozoa --- Marine invertebrates --- Coral reefs and islands --- Reef ecology --- Ecology --- Marine Biology --- Physical Sciences --- Engineering and Technology --- Aquatic Ecosystem --- Earth and Planetary Sciences
Choose an application
This complete primer on San Francisco Bay is a multifaceted exploration of an extraordinary, and remarkably resilient, body of water. Bustling with oil tankers, laced with pollutants, and crowded with forty-six cities, the bay is still home to healthy eelgrass beds, young Dungeness crabs and sharks, and millions of waterbirds. Written in an entertaining style for a wide audience, Natural History of San Francisco Bay delves into an array of topics including fish and wildlife, ocean and climate cycles, endangered and invasive species, and the path from industrialization to environmental restoration. More than sixty scientists, activists, and resource managers share their views and describe their work-tracing mercury through the aquatic ecosystem, finding ways to convert salt ponds back to tidal wetlands, anticipating the repercussions of climate change, and more. Fully illustrated and packed with stories, "es, and facts, the guide also tells how San Francisco Bay sparked an environmental movement that now reaches across the country.
Estuarine ecology --- Endangered ecosystems --- Restoration ecology --- activists. --- aquatic ecosystem. --- bay area. --- biodiversity. --- bodies of water. --- california history. --- california. --- climate change. --- climate cycles. --- eelgrass beds. --- endangered species. --- environmental movement. --- environmentalists. --- fish and wildlife. --- industrialization. --- invasive species. --- natural history. --- natural sciences. --- nonfiction. --- oil tankers. --- pacific ocean. --- pollution. --- primer. --- resource management. --- san francisco bay. --- scientists. --- tidal wetlands. --- travel guide. --- waterbirds.
Choose an application
A new way of thinking about the climate crisis as an exercise in delimiting knowable, and habitable, worlds As carbon dioxide emissions continue to rise, Earth’s fragile ecosystems are growing increasingly unstable and unpredictable. Horizon Work explores how climate change is disrupting our fundamental ability to project how the environment will act over time, and how rapidly faltering projections are colliding with the dangerous new realities of emergency respon se.Anthropologist Adriana Petryna examines the climate crisis through the lens of “horizoning,” a mode of reckoning that considers unnatural disasters against a horizon of expectation in which people and societies can act. She talks to wildfire scientists who, amid chaotic fire seasons and shifting fire behaviors, are revising predictive models calibrated to conditions that no longer exist. Petryna tells the stories of wildland firefighters who could once rely on memory of previous fires to gauge the behaviors of the next. Trust in patterns has become an occupational hazard. Sometimes, the very concept of projection becomes untenable. Yet if all we see is doom, we will overlook something crucial about the scientific and ethical labors needed to hold back climate chaos. Here is where the work of horizon ing begins.From experiments probing our planetary points of no return to disaster ecologies where the stark realities of climate change are being confronted, Horizon Work reveals how this new way of thinking has the power to reverse harmful legacies while turning voids where projection falters into spaces of collective action and recoverable futures.
Climate change mitigation. --- Climatic changes --- Climatic changes --- Forecasting. --- Social aspects. --- Albedo. --- Alternative stable state. --- Aluminium foil. --- Aquatic ecosystem. --- Archival research. --- Authorities (V franchise). --- Bifurcation theory. --- Bomb shelter. --- Bulldozer. --- Burial. --- Campsite. --- Carbon dioxide. --- Cell type. --- Cellular respiration. --- Cerro Grande Fire. --- Certainty. --- Climate change. --- Climate. --- Coal. --- Collective responsibility. --- Community leader. --- Convection. --- Coral reef. --- Creatinine. --- Cretaceous. --- Dead reckoning. --- Death rattle. --- Defensible space (fire control). --- Depiction. --- Developmental biology. --- Disaster. --- Drainage. --- Drought. --- Dust storm. --- Ecosystem. --- Entrapment. --- Environmental movement. --- Environmental policy. --- Epigenetics. --- Equipment operator. --- Fallout shelter. --- Fire regime. --- Fire shelter. --- Firefighter. --- Firefighting. --- Fishery. --- Food. --- Fossil fuel. --- Fuel. --- Future generation. --- Gaston Bachelard. --- Greenhouse gas. --- Heat transfer. --- Imperative mood. --- Instrumental temperature record. --- Interaction. --- Interagency hotshot crew. --- Interconnectivity. --- James Hansen. --- Lake Nyos. --- Lightning strike. --- Logging. --- National Oceanic and Atmospheric Administration. --- Natural selection. --- Necrosis. --- Other Losses. --- OurWorldInData. --- Phosphate. --- Predatory fish. --- Probability. --- Profiteering (business). --- Quantity. --- Regime shift. --- Result. --- Rodent. --- Scientist. --- Sea level rise. --- Seedbed. --- Snow. --- Soda lime. --- Soil. --- Strategic bombing. --- Structural engineer. --- Suicide mission. --- Sulfur dioxide. --- Survivability. --- Telecommunication. --- Textile. --- Thought experiment. --- Uncertainty. --- Vegetation. --- W. G. Sebald. --- Water cycle. --- Weather. --- Western United States. --- Wetland. --- Wilderness area. --- Wildfire. --- World War II. --- Year.
Listing 1 - 10 of 10 |
Sort by
|