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Gesamtkatalog

Catalogue complet

Powell Roger A.: Home Ranges of Animals

Home Ranges of Animals

Cognitive Maps, Research Approaches, and Insights

<ul><li>An Introduction to Home Ranges</li> <li>Territories</li> <li>Cognitive Maps and the Definition of a Home Range</li> <li>Movement</li> <li>Information, Movements, and Home Ranges</li> <li>Mechanistic Familiarity Distributions</li> <li>Economic and Cost-Benefit Models and Home Ranges</li> <li>Foraging Optimally for a Home Range</li> <li>Game Theory and Home Ranges</li> <li>Familiarity Distributions</li> <li>Building Familiarity Distributions</li> <li>Familiarity Distributions</li> <li>A Doorway to New Cogitations on Home Ranges</li> </ul>

Discovering New Ways of Living in the Modern Urban Jungle

Wild Cities

Plant Biology, sustainability and climate change

Nanomaterials-Microbial Interaction for Soil Health, Plant Growth and Performance highlights the importance of understanding the interactions between nanoparticles and the environment, particularly in the context of plant health and soil ecosystems. It emphasizes the potential benefits of using nanomaterials in plant production for sustainable agriculture, while also acknowledging the risks associated with their release into the environment. The unique properties of nanoparticles make them valuable for various applications, including enhancing plant growth and productivity. However, their potential impact on soil chemistry, microbial communities, and plant health must be carefully studied to ensure their safe and effective use. Researchers and students in plant science, agricultural science, nanobiotechnology, microbiology, biotechnology, and nano-engineering can benefit from exploring the relationships between nanomaterials and microbial interactions in soil health and plant performance. This interdisciplinary approach can provide valuable insights into the opportunities and challenges associated with integrating nanotechnology into agriculture and environmental management.

Nanomaterials-Microbial Interactions for Soil Health, Plant Growth and Performance

A groundbreaking history that explores how human desires have affected our relationship with the natural world, and why this is a cause for hope &nbsp; Donald Worster looks back over 200,000 years of Homo sapiens sapiens to show how human nature, especially the drive for food and sex, has responded to environmental conditions throughout history. Examining how this process led from foraging to the agrarian revolution and then to a capitalist way of life, Worster brings us face to face with a third transformation of human society that is beginning to take shape in China: an ecological civilization. &nbsp; This meticulously researched book explores how human desires have driven us to overrun our environments, and how we have adapted by creating new relationships with the earth. Tying the past to the future and humans to the planet, Worster acknowledges that we are at a potentially dangerous tipping point. Yet he offers a surprisingly optimistic vision, full of faith in the strength of our human desires, to help us develop exciting futures in a changing world—as we have done time and again—and achieve a good life for the billions of us trying to survive on a finite planet.

How Fertility and Innovation Have Changed Humankind and the Earth

Be Fruitful and Multiply

California Amphibians and How to Find Them

What Humans and 81 Other Species Expect When They're Expecting

40 Weeks

Assessment, Causes, Consequences, and Restoration

Degradation of Alpine Grasslands on Tibetan Plateau

Conserving Migratory Species: An Interdisciplinary Synthesis fills an important gap in biodiversity conservation literature by providing the first synthesis exclusively and explicitly dedicated to the conservation of migratory species. This book spans ecological and environmental management to sociology and international relations. Written by an international team of carefully assembled experts, this book is organized into key cross-cutting themes relating to migratory species conservation through an integrative approach across animal groups with a global scope. Migratory species have supported human survival for millennia, yet their future is in question due to human pressures. These include species that challenge our imagination through their amazing long-distance journeys, such as the bar-tailed godwit that flies from Alaska to New Zealand, as well as many that have contributed to human survival and economic activities, such as salmons that have underpinned the lives of Native Americans and the fishing industry in the North Pacific. This book explores the diversity of migratory animals, their importance to humans, their status, and threats, as well as what we can do to conserve them through on-ground actions orchestrated by governance approaches at various scales. Conserving Migratory Species: An Interdisciplinary Synthesis is an important resource for biodiversity and conservation researchers, practitioners, policy makers, and citizens around the world who endeavor to advance migratory species and their marvelous journeys.

An Interdisciplinary Synthesis

Conserving Migratory Species

Decoding Plant-Environment-Microbiome Interactions in Stress-Resilient Agriculture provides foundational as well as future-facing insights into the emerging field of phytomicrobiome. Highlighting its unique advantages in addressing stressed soils and optimizing crop production this book specifically delves into the potential of phytomicrobiomes as natural bioresources to be optimized for improved interactions. Research has shown that the phytomicrobiome, comprising root-associated microbiota, plant growth-promoting rhizobacteria (PGPR), endophytes, phosphate-solubilizing microorganisms (PSMs), arbuscular mycorrhizal (AM) fungi, and actinomycetal populations, can enhance stress tolerance and ameliorate contaminated soils, enabling sustainable crop production under adverse conditions. However, the precise mechanisms through which the phytomicrobiome enhances stress resilience remain largely unexplored. Successful utilization of these natural bioresources in agriculture necessitates a comprehensive understanding of the intricate interplay between phytomicrobiomes and stressed plants, from fundamental processes to mechanistic insights. Presenting data and insights from globally recognized scientists and academicians with extensive research experience in microbiome-plant interactions Decoding Plant-Environment_Microbiome Interactions provides readers with the latest information and enables further advancements.

Decoding Plant-Environment-Microb

Theories, Approaches, and Future Directions

Aquatic Biodiversity

Dogs and Their Humans in Pacific Island Interspecies Cultures explores diverse canine-human relationships in ancient and contemporary Polynesia, Micronesia, Melanesia, and Australia.Anthropologically combining ethnographic, archaeological, biological, and linguistic evidence, the chapters demonstrate that from Hawaiian backyards to the Australian outback, both dogs and humans act differently depending on the cultural conditions connecting them in their multi-species communities.This book rewards readers with a profound understanding of the intricate and dynamic relation-ships between dogs and humans, highlighting the significant impact these interspecies interac-tions have on shaping cultural and ecological landscapes.

Dogs and Their Humans in Pacific Island Interspecies Cultures

How Bison Returned to Banff National Park

Buffalo Lessons

Methods for Ecocritical Art History

Home Ranges of Animals

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