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Antioxidants. --- Plant chemical defenses. --- Plants --- Effect of stress on --- Molecular aspects. --- Plant molecular biology --- Chemical defenses, Plant --- Plant chemical ecology --- Plant defenses --- Chemical inhibitors --- Chemical defenses

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Phytochemistry. Phytobiochemistry --- Herbivores --- -Herbivores --- -Plant metabolites --- Plant chemical defenses --- biologie --- Chemical defenses, Plant --- Plants --- Plant chemical ecology --- Plant defenses --- Metabolites --- Plant products --- Herbivora --- Herbivorous animals --- Phytophagous animals --- Plant-eating animals --- Plant-feeding animals --- Animals --- Ecology --- Physiology --- Chemical defenses --- Plant metabolites. --- Plant chemical defenses. --- Ecology. --- Physiology. --- Plant metabolites

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Animal-plant relationships --- Herbivores --- -Marine algae --- -Plant chemical defenses --- Chemical defenses, Plant --- Plants --- Plant chemical ecology --- Plant defenses --- Sea vegetables --- Seaweed --- Seaweeds --- Vegetables, Sea --- Algae --- Marine plants --- Herbivora --- Herbivorous animals --- Phytophagous animals --- Plant-eating animals --- Plant-feeding animals --- Animals --- Animal-plant interactions --- Animals and plants --- Interactions, Animal-plant --- Plant-animal interactions --- Plant-animal relationships --- Plants and animals --- Relationships, Animal-plant --- Ecology --- Food --- Effect of grazing on --- Wounds and injuries --- Chemical defenses --- Theses --- Animal-plant relationships. --- Marine algae --- Plant chemical defenses. --- Food. --- Effect of grazing on. --- Wounds and injuries. --- Plant chemical defenses

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Crustaceans are ecologically and economically important. They are fished and farmed extensively for food and are model organisms for scientific research. However, as invasive species, some crustaceans also threaten native communities world-wide. Social interactions of these primarily aquatic invertebrates are generally mediated through chemicals. Hence, the study of chemical communication by crustaceans is fundamental to understanding their biology and developing strategies to manage and protect them. Research in this area also promises discoveries of new waterborne natural products. This book provides the first comprehensive synthesis of current knowledge on crustacean chemical communication. Leading experts review different aspects of chemical communication and share their fascination with their research with the reader. Opening with an overview of the challenges and concepts of crustacean chemical communication research, the book proceeds to explore signal transmission and reception, and neural processing. The behavioral context of chemical communication is reviewed for the best-studied species. Recent advances in the molecular identification of crustacean chemical signals are presented, followed by discussions of their possible applications in aquaculture and management. Additional chapters provide complementary knowledge from other taxa (fish, insects) and topics (multimodal communication, deception, ecotoxicology), highlighting opportunities for future research. The book is richly illustrated and avoids technical jargon, making it accessible to a broad readership including researchers and students of ecology, evolution, behavior, and neurobiology, as well as non-scientists interested in fisheries, aquaculture, and environmental management. “This excellent and comprehensive volume fills a major gap in the field of chemical ecology and behavioral physiology. The editors assembled an outstanding group of expert contributors.” - Bert Hölldobler, Arizona State University and University of Würzburg “The topics are timely, the reviews current and the approach refreshingly synthetic. I see this book being useful for many years to come to the entire community of aquatic chemical ecologists.” - Peter W. Sorensen, University of Minnesota “The chapters are lucidly written by the outstanding experts in their fields. The book is a must-read for all those interested in the underwater world.” - Jelle Atema, Boston University and Woods Hole Oceanographic Institution ABOUT THE EDITORS Thomas Breithaupt is a lecturer in the Department of Biological Sciences at the University of Hull (UK) where he studies the mechanisms and evolution of chemical communication and orientation in crustaceans and fish. Martin Thiel is professor of Marine Biology at Universidad Católica del Norte in Coquimbo (Chile) where together with his students he uses crustaceans as model organisms to study the evolution of social behavior in the sea.

Animal communication. --- Crustacea -- Behavior. --- Crustacea -- Chemical defenses. --- Crustacea -- Effect of chemicals on. --- Crustacea -- Physiology. --- Pheromones -- Receptors. --- Semiochemicals. --- Crustacea --- Chemical senses --- Animal communication --- Semiochemicals --- Pheromones --- Zoology --- Earth & Environmental Sciences --- Health & Biological Sciences --- Invertebrates & Protozoa --- Ecology --- Behavior --- Physiology --- Chemical defenses --- Effect of chemicals on --- Receptors --- Chemical senses. --- Chemoreception --- Behavior. --- Life sciences. --- Behavioral sciences. --- Biochemistry. --- Animal ecology. --- Aquatic ecology. --- Invertebrates. --- Neurobiology. --- Life Sciences. --- Animal Ecology. --- Animal Biochemistry. --- Behavioral Sciences. --- Freshwater & Marine Ecology. --- Senses and sensation --- Chemoreceptors --- Animal behavior. --- Aquatic biology. --- Animals --- Animals, Habits and behavior of --- Behavior, Animal --- Ethology --- Animal psychology --- Ethologists --- Psychology, Comparative --- Biological chemistry --- Chemical composition of organisms --- Organisms --- Physiological chemistry --- Biology --- Chemistry --- Medical sciences --- Invertebrata --- Neurosciences --- Hydrobiology --- Water biology --- Aquatic sciences --- Composition --- Aquatic ecology . --- Aquatic biology