Conservation Physiology for the Anthropocene – A Systems Approach, Volume 39B in the Fish Physiology series, is a comprehensive synthesis related to the physiology of fish in the Anthropocene. This volume helps solve knowledge gaps by considering the many ways in which different physiological systems (e.g., sensory physiology, endocrine, cardio-respiratory, bioenergetics, water and ionic balance and homeostasis, locomotion/biomechanics, gene function) and physiological diversity are relevant to the management and conservation of fish and fisheries. Chapters in this release include Using physiology for recovering imperiled species – the Delta smelt, Conservation hatcheries – the Sturgeon story, Aquatic pollutants and stressors, and more.
Other sections discuss Fisheries interactions in a multi-stressor world, Environmental change in riverine systems - Amazon basin stressors, Environmental change in lakes and wetlands – East African basin stressors, Coral reef fish in a multi-stressor world, Polar fish in a multi-stressor world, Physiology informs fisheries restoration and habitat management, A physiological perspective on fish passage and entrainment, Invasive species control and management – the sea lamprey story, and On the conservation physiology of fishes for tomorrow.
1. 1 Introduction - p. 40 2. 2 Progeny selection - p. 51 3. 3 Influence of rearing environment on phenotypic development - p. 55 4. 4 Factors affecting phenotypic development in sturgeon - p. 60 5. 5 Stocking techniques and prescriptions - p. 74 6. 6 Measuring success - p. 77 7. 7 Conclusions—Uncertainties and areas of study critically required - p. 84 8. Acknowledgments - p. 85 9. References - p. 85 10. Chapter 3: Using ecotoxicology for conservation: From biomarkers to modeling - p. 111 11. 1 Introduction - p. 112 12. 2 Molecular initiating events, key events and their use as biomarkers - p. 119 13. 3 Adverse outcomes at the organismal level - p. 134 14. 4 Adverse outcomes from individual to population levels - p. 138 15. 5 Risk assessment and modeling: The challenge of linking exposure to effects - p. 141 16. 6 Meta-analysis as a tool - p. 148 17. References - p. 150 18. Chapter 4: Consequences for fisheries in a multi-stressor world - p. 175 19. Chapter 5: Environmental stressors in Amazonian riverine systems - p. 209 20. Chapter 6: Fish response to environmental stressors in the Lake Victoria Basin ecoregion - p. 299 21. Chapter 7: Coral reef fishes in a multi-stressor world - p. 325 22. 1 Introduction - p. 326 23. 2 Current knowledge and trends over time - p. 326 24. 3 Stress in coral reef fishes (primary, secondary, and tertiary responses) - p. 330 25. 4 Interacting stressors - p. 361 26. 5 Acclimation and adaptation potential - p. 364 27. 6 Knowledge gaps, technological advancements, and future directions - p. 366 28. 7 Conservation and the future of coral reef fishes in the Anthropocene - p. 370 29. Acknowledgments - p. 370 30. References - p. 370 31. Chapter 8: Restoration physiology of fishes: Frontiers old and new for aquatic restoration - p. 393 32. Chapter 9: A conservation physiological perspective on dam passage by fishes - p. 429 33. Chapter 10: Invasive species control and management: The sea lamprey story - p. 489 34. 1 Introduction - p. 492 35. 2 Introduction to the “stone sucker” - p. 491 36. 3 Invasive species in the Laurentian Great Lakes - p. 496 37. 4 The sea lamprey control program: Exploiting the unique physiological vulnerabilities of an invader - p. 507 38. 5 The future of conservation physiology in sea lamprey control - p. 520 39. 6 Conclusions - p. 552 40. References - p. 553 41. Chapter 11: Conservation Physiology of fishes for tomorrow: Successful conservation in a changing world and priority actions for the field - p. 617 42. Other volumes in the Fish Physiology series - p. 628 43. Index - p. 628
Conservation Physiology for the Anthropocene – A Systems Approach, Volume 39B in the Fish Physiology series, is a comprehensive synthesis related to the physiology of fish in the Anthropocene. This volume helps solve knowledge gaps by considering the many ways in which different physiological systems (e.g., sensory physiology, endocrine, cardio-respiratory, bioenergetics, water and ionic balance and homeostasis, locomotion/biomechanics, gene function) and physiological diversity are relevant to the management and conservation of fish and fisheries. Chapters in this release include Using physiology for recovering imperiled species – the Delta smelt, Conservation hatcheries – the Sturgeon story, Aquatic pollutants and stressors, and more.
Other sections discuss Fisheries interactions in a multi-stressor world, Environmental change in riverine systems - Amazon basin stressors, Environmental change in lakes and wetlands – East African basin stressors, Coral reef fish in a multi-stressor world, Polar fish in a multi-stressor world, Physiology informs fisheries restoration and habitat management, A physiological perspective on fish passage and entrainment, Invasive species control and management – the sea lamprey story, and On the conservation physiology of fishes for tomorrow.
1. 1 Introduction - p. 40 2. 2 Progeny selection - p. 51 3. 3 Influence of rearing environment on phenotypic development - p. 55 4. 4 Factors affecting phenotypic development in sturgeon - p. 60 5. 5 Stocking techniques and prescriptions - p. 74 6. 6 Measuring success - p. 77 7. 7 Conclusions—Uncertainties and areas of study critically required - p. 84 8. Acknowledgments - p. 85 9. References - p. 85 10. Chapter 3: Using ecotoxicology for conservation: From biomarkers to modeling - p. 111 11. 1 Introduction - p. 112 12. 2 Molecular initiating events, key events and their use as biomarkers - p. 119 13. 3 Adverse outcomes at the organismal level - p. 134 14. 4 Adverse outcomes from individual to population levels - p. 138 15. 5 Risk assessment and modeling: The challenge of linking exposure to effects - p. 141 16. 6 Meta-analysis as a tool - p. 148 17. References - p. 150 18. Chapter 4: Consequences for fisheries in a multi-stressor world - p. 175 19. Chapter 5: Environmental stressors in Amazonian riverine systems - p. 209 20. Chapter 6: Fish response to environmental stressors in the Lake Victoria Basin ecoregion - p. 299 21. Chapter 7: Coral reef fishes in a multi-stressor world - p. 325 22. 1 Introduction - p. 326 23. 2 Current knowledge and trends over time - p. 326 24. 3 Stress in coral reef fishes (primary, secondary, and tertiary responses) - p. 330 25. 4 Interacting stressors - p. 361 26. 5 Acclimation and adaptation potential - p. 364 27. 6 Knowledge gaps, technological advancements, and future directions - p. 366 28. 7 Conservation and the future of coral reef fishes in the Anthropocene - p. 370 29. Acknowledgments - p. 370 30. References - p. 370 31. Chapter 8: Restoration physiology of fishes: Frontiers old and new for aquatic restoration - p. 393 32. Chapter 9: A conservation physiological perspective on dam passage by fishes - p. 429 33. Chapter 10: Invasive species control and management: The sea lamprey story - p. 489 34. 1 Introduction - p. 492 35. 2 Introduction to the “stone sucker” - p. 491 36. 3 Invasive species in the Laurentian Great Lakes - p. 496 37. 4 The sea lamprey control program: Exploiting the unique physiological vulnerabilities of an invader - p. 507 38. 5 The future of conservation physiology in sea lamprey control - p. 520 39. 6 Conclusions - p. 552 40. References - p. 553 41. Chapter 11: Conservation Physiology of fishes for tomorrow: Successful conservation in a changing world and priority actions for the field - p. 617 42. Other volumes in the Fish Physiology series - p. 628 43. Index - p. 628
