The Behavior of Fish and Other Aquatic Animals

List of ContributorsPreface1 The Symbiotic Behavior of Fishes I. Introduction-Modern Views of Symbioses II. Field Methods of the Marine Ethologist III. Symbioses Involving Many Species IV. Symbioses Involving a Small Number of Species V. Concluding Remarks References2 Behavioral Toxicology and Teleost Fish I. Introduction II. Conditioning and Learning III. Behavioral Toxicity IV. Summary References3 Vision in Fishes: Color and Pattern I. Introduction II. Spatial Vision III. Chromatic Vision References4 The Function of the Teleost Telencephalon in Behavior: A Reinforcement Mediator I. Introduction II. Analysis of the Role of the Telencephalon III. Telencephalon Ablation, Behavior, and Reinforcement IV. Comparative Psychological Research: A Comment References5 Sound Detection and Sensory Coding by the Auditory Systems of Fishes I. Introduction II. Sound Detection III. The Analysis of Auditory Information IV. Auditory Localization V. Auditory Electrophysiology VI. Conclusion References6 The Behavior of Turtles in the Sea, in Freshwater, and on Land I. Introduction II. Systematics III. Sensory Systems IV. Major Behavior Patterns V. Conclusion References7 Visually Guided Behavior of Turtles I. Introduction II. The Testudinata III. Depth Perception IV. Visual Alarm Reactions V. Optokinetic Responses VI. Water-Finding Behavior VII. Migration and Homing VIII. Summary and Conclusions References8 The Gas Bubble Disease of Fish I. Introduction II. Adaptation to Supersaturation III. Supersaturation: An Environmental Problem IV. Experimental Induction of Gas Bubble Disease in Adult Atlantic Menhaden V. Testing Procedure for Gas Supersaturation VI. Symptomatology of Gas Bubble Disease in Menhaden VII. The Interaction of Changing Temperatures and Supersaturation of Gases in Adult Menhaden VIII. Conclusions References9 Underwater Acoustic Biotelemetry: Procedures for Obtaining Information on the Behavior and Physiology of Free-Swimming Aquatic Animals in Their Natural Environments I. Introduction II. Sound as a Medium for Underwater Telemetry III. Biological Applications of Underwater Acoustic Telemetry IV. Construction of Telemetry Equipment and Equipping Animals with Transmitters V. Conclusions and Speculations Appendix ReferencesIndex