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Examples of a research approach that sheds light on coastal societies in the past In this volume, contributors apply human behavioral ecology theoretical models to coastal environments around the globe and to the use of coastal resources by past human societies. Evidence demonstrates that coastlines and islands are dynamic environments that were important in early human migrations, and this volume shows how researchers can gain insights about human behavior in these settings through its critical regional reviews and detailed local case studies. The volume begins by introducing the importance of theory in the reconstruction of human behavior and provides examples of traditional foraging model...
The current eBook collection includes substantial scientific work in describing how insect species are responding to abiotic factors and recent climatic trends on the basis of insect physiology and population dynamics. The contributions can be broadly split into four chapters: the first chapter focuses on the function of environmental and mostly temperature driven models, to identify the seasonal emergence and population dynamics of insects, including some important pests. The second chapter provides additional examples on how such models can be used to simulate the effect of climate change on insect phenology and population dynamics. The third chapter focuses on describing the effects of nutrition, gene expression and phototaxis in relation to insect demography, growth and development, whilst the fourth chapter provides a short description on the functioning of circadian systems as well as on the evolutionary dynamics of circadian clocks.
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Anthropogenic climate change has driven widespread changes in marine environments, including ocean warming, ocean acidification, and the formation of hypoxic zones. Such environmental changes would pose direct challenges to the survival and adaptation of aquatic organisms, greatly affecting the biodiversity of marine life and marine ecosystems. Changes in the marine environment are likely to have strong effects at the physiological, behavioral, and molecular levels, with implications at the individual, population, and species levels, resulting in the degradation of genetic resources through massive mortality. For example, the ingestion, digestion, respiration, and growth of aquatic animals were greatly depressed under extreme environments. In the long run, maintaining a sustainable ocean would require a better understanding of the adaptation of marine animals in response to the effects of multiple environmental stressors. The Research Topic is aimed to discuss the potential impacts of individual and compounded extreme environments on aquatic animals, as well as the regulatory mechanisms and adaptation strategies of marine species to cope with these impacts.
This book summarizes our current knowledge of the complex and sophisticated physiological models that mammals provide for survival in a wide variety of ecological and environmental contexts: terrestrial, aerial, and aquatic.
Oliver P. Pearson’s studies on mammalian biology remain standard reading for ecologists, physiologists, taxonomists, and biogeographers. Reflecting this, the papers gathered here continue to expand our understanding of the ecology and evolution of subterranean mammals, and of ecology, taxonomy, and biogeography of Neotropical mammals, a group that was central to the latter half of Pearson’s career.
"Explains how mice use ultrasonic vocalizations to attract mates and details other strange abilities of different types of animals"--Provided by publisher.
Mediterranean-type ecosystems have provided ecologists with some of the most scientifically-rewarding opportunities to formulate and evaluate hypotheses about large and small-scale ecological phenomena. Comparison of mediterranean-type climate ecosystems in different parts of the world has not only permitted a strong test for ecological convergence, but also critical understanding of key ecophysiological and population processes.
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Fundamentals of Biodiversity Conservation provides a thorough exploration of the variation among living organisms, focusing on the genetic, structural, and ecological diversity within and between species. Biodiversity plays a crucial role in maintaining ecosystem resilience, especially under climate pressures, as it enhances the ability of habitats to provide vital services. Organized into six units, this book begins with an overview of biodiversity, covering its importance, threats, and conservation strategies. Readers are introduced to plant taxonomy, detailing the classification, ecology, and evolution of plants to aid in precise identification. The book then examines the diversity of mammals, highlighting their physiology, behaviors, and ecological roles. Further sections delve into the evolution, adaptations, and ecological significance of birds, amphibians, and reptiles, emphasizing conservation challenges and strategies. This resource is ideal for students, researchers, and conservationists dedicated to protecting biodiversity.