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1 Introduction.- 2 Biodiversity of Bryophytes.- 3 Chemical Diversity of Bryophytes.- Typical Components of Bryophytes.- Chirality of Terpenoids from the Marchantiophyta.- Essential Oils of some Marchantiophyta Species.- Chemical Constituents of in vitro Cultured Cells and Field Gametophytes of some Marchantiophyta Species.- 4 Chemical Constituents of the Marchantiophyta.- Monoterpenoids.- Sesquiterpenoids.- Diterpenoids.- Steroids and Triterpenoids.- Aromatic compounds.- Flavonoids.- Acetogenins and Lipids.- Miscellaneous.- 5 Chemical Constituents of Bryophyta.- Terpenoids.- Steroids and Triterpenoids.- Aromatic Compounds.- Flavonoids.- Acetogenins and Lipids.- 6 Chemical Constituents of Anthocerotophyta.- Terpenoids.- Sterols.- Aromatic Compounds.- Lipids.- Miscellaneous.- 7 Biologically Active Compounds of the Marchantiophyta and Bryophyta.- Fragrance.- Pungency and Bitterness.- Allergenic Contact Dermatitis.- Antibacterial, Antifungal, and Antiviral Activities.- Insect Antifeedant Activity.- Antioxidant Activity.- Antithrombin Activity.- Brine Shrimp Lethality Activity.- Calcium Inhibitory Activity.- Cathepsin B and L Inhibitory Activity.- Cytotoxic and Apoptotic Activity.- Farnesoid X-receptor (FXR) Receptor Activation.- a-Glucosidase Inhibitory Activity.- Insecticidal Activity.- Liver X Receptor Alpha (LXRa) Agonist Activity.- Muscle Relaxant Activity.- Nematode Larval Motility Inhibition Activity.- Neuroprotective Activity.- Nitric Oxide Production Inhibition.- Plant Growth Inhibitory Activity.- Piscicidal Activity.- Tublin Polymerization Inhibition.- Vasorelaxation.- 8 Chemosystematics of the Marchantiophyta.- Chemosystematics of Haplomitriopsida.- Chemosystematics of Marchantiopsida.- Chemosystematics of Jungermanniopsida.- Conclusion.- 9 Chemical Relationships Between Algae, Bryophytes, and Pteridophytes.- Similarities Between Liverworts, Mosses, and Hornworts.- Similarities Between Algae and Bryophytes.- Similarities Between Bryophytes and Pteridophytes.-

This volume examines fish sounds that have a proven signal function, as well as sounds assumed to have evolved for communication purposes. It provides an overview of the mechanisms, evolution and neurobiology behind sound production in fishes, and discusses the role of fish sounds in behavior with a special focus on choice of mate, sex-specific and age-specific signaling. Furthermore, it highlights the ontogenetic development of sound communication and ecoacoustical conditions in fish habitats and the influence of hormones on vocal production and sound detection.

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