Tore S. Kristiansen is an experienced leader at the Animal Welfare research group, Institute of Marine Research (IMR) in Bergen, Norway, and also heads the Norwegian National Committee for the Protection of Animals Used for Scientific Purposes. He completed his Master’s and PhD in Fisheries Biology at the University of Bergen, Norway and subsequently became a researcher at the IMR, where he has focused on fish welfare research ever since. Having served as a project leader and coordinator of several national and European research projects concerning fish welfare, his expertise covers a broad range of areas, including population dynamics, stock enhancement, and juvenile production of Atlantic cod and lobster; behavior, cognition and learning ability of cod, halibut, and salmon; stress- and neurobiology, and the welfare of farmed fish. Anders Fernö is a Professor Emeritus at the Department of Biological Sciences at the University of Bergen, Norway. He started his academic studies at the University of Lund, Sweden and completed his PhD at the University of Stockholm, Sweden. He became an Assistant Professor and later Professor at the University of Bergen and was also Adjunct Chief Scientist at the Institute of Marine Research in Bergen. His research focuses on the behavior of marine and freshwater fish. His expertise covers a broad field including ontogeny and learning, spatio-temporal dynamics and schooling dynamics, with applications in the distribution of commercial fish species, fish capture, aquaculture, sea ranching, and welfare. Fernö has been member of the editorial board of Applied Animal Behaviour Science.Michalis A. Pavlidis is a Professor at the Department of Biology, University of Crete, Greece. He received his M.Sc in Public Health from the School of Public Health and Hygiene, Athens and his PhD in Biology from the University of Athens, Greece. His fields of specialization include reproductive biology, pigmentation physiology, stress and welfare of cultured fish species and zebrafish. Dr. Pavlidis has participated in several R&D projects and networks and he has published numerous scientific papers on fish physiology and aquaculture. He was a member of the EFSA working group for the assessment of welfare of European sea bass and gilthead sea bream. He is a member of the Standing Committee on Agricultural Research (SCAR) - Fish Strategic Working Group. He coordinates the Erasmus Plus Joint Master’s Degree in “Aquaculture, Environment and Society” and the summer course “Care and Use of Laboratory Animals: Mice, Rats and Zebrafish”.Hans van de Vis is a senior researcher at the Department of Animal Health and Welfare, Wageningen Livestock Research, the Netherlands. He received his M.Sc in Biochemistry from Utrecht University, the Netherlands and his PhD in Agricultural Sciences at Wageningen University, the Netherlands. His fields of specialization include stress and welfare of cultured and captured fish species. Dr. Van de Vis has participated in several R&D projects and networks and he has published numerous scientific papers on fish welfare. He was a member of the EFSA working group for the assessment of welfare during farming of European eel and welfare at slaughter of European eel, sea bass and gilthead sea bream. He is a member of Wageningen Institute of Animal Sciences, Wageningen, the Netherlands.

• Chpater 1. Introduction.- Chapter 2. A brief look into the origins of fish welfare science.- Chapter 3. Ethics and the Welfare of Fish.- Chapter 4. The Diverse World of Fiishes.- Chapter 5. Fish behaviour: determinants and implications for welfare.- Chapter 6. The effects of early life experience on behavioural development in captive fish species.- Chapter 7. Fish brains: Anatomy, functionality and evolutionary relationships.- Chapter 8. Inside the Fish Brain - Cognition, Learning, and Consciousness.- Chapter 9. Awareness in fish.- Chapter 10. The predictive brain – perception turned upside down.- Chapter 11. Can fish experience pain?.- Chapter 12. How fish cope with stress.- Chapter 13. Individual Variations and Coping Style.- Chapter 14. Assessing Fish Welfare in Aquaculture.- Chapter 15. Welfare of farmed fish in different production systems and operations.- Chapter 16. Ornamental fish and aquaria.- Chapter 17.  Fish as laboratory animals.- Chapter18. Catch Welfare in Commercial Fisheries.- Chapter 19. Fish welfare in capture-based aquaculture (CBA).- Chapter 20. Fish welfare in recreational fishing.- Chapter 21. Impacts of human-induced pollution on wild fish welfare.- Chapter 22. What we have learned?.

“There is valuable depth and novelty here ... . Anyone working or interested in the area of fish welfare would find new and useful information in this book. ... I would certainly advise all students or early career scientist working in the field of fish welfare to read The Welfare of Fish. For those longer in the tooth (or the field), you will also find value, novelty and some beautifully written text." (James Turnbull, Animal Welfare, Vol. 30 (2), May, 2021)

Tore S. Kristiansen is an experienced leader at the Animal Welfare research group, Institute of Marine Research (IMR) in Bergen, Norway, and also heads the Norwegian National Committee for the Protection of Animals Used for Scientific Purposes. He completed his Master’s and PhD in Fisheries Biology at the University of Bergen, Norway and subsequently became a researcher at the IMR, where he has focused on fish welfare research ever since. Having served as a project leader and coordinator of several national and European research projects concerning fish welfare, his expertise covers a broad range of areas, including population dynamics, stock enhancement, and juvenile production of Atlantic cod and lobster; behavior, cognition and learning ability of cod, halibut, and salmon; stress- and neurobiology, and the welfare of farmed fish. Anders Fernö is a Professor Emeritus at the Department of Biological Sciences at the University of Bergen, Norway. He started his academic studies at the University of Lund, Sweden and completed his PhD at the University of Stockholm, Sweden. He became an Assistant Professor and later Professor at the University of Bergen and was also Adjunct Chief Scientist at the Institute of Marine Research in Bergen. His research focuses on the behavior of marine and freshwater fish. His expertise covers a broad field including ontogeny and learning, spatio-temporal dynamics and schooling dynamics, with applications in the distribution of commercial fish species, fish capture, aquaculture, sea ranching, and welfare. Fernö has been member of the editorial board of Applied Animal Behaviour Science.Michalis A. Pavlidis is a Professor at the Department of Biology, University of Crete, Greece. He received his M.Sc in Public Health from the School of Public Health and Hygiene, Athens and his PhD in Biology from the University of Athens, Greece. His fields of specialization include reproductive biology, pigmentation physiology, stress and welfare of cultured fish species and zebrafish. Dr. Pavlidis has participated in several R&D projects and networks and he has published numerous scientific papers on fish physiology and aquaculture. He was a member of the EFSA working group for the assessment of welfare of European sea bass and gilthead sea bream. He is a member of the Standing Committee on Agricultural Research (SCAR) - Fish Strategic Working Group. He coordinates the Erasmus Plus Joint Master’s Degree in “Aquaculture, Environment and Society” and the summer course “Care and Use of Laboratory Animals: Mice, Rats and Zebrafish”.Hans van de Vis is a senior researcher at the Department of Animal Health and Welfare, Wageningen Livestock Research, the Netherlands. He received his M.Sc in Biochemistry from Utrecht University, the Netherlands and his PhD in Agricultural Sciences at Wageningen University, the Netherlands. His fields of specialization include stress and welfare of cultured and captured fish species. Dr. Van de Vis has participated in several R&D projects and networks and he has published numerous scientific papers on fish welfare. He was a member of the EFSA working group for the assessment of welfare during farming of European eel and welfare at slaughter of European eel, sea bass and gilthead sea bream. He is a member of Wageningen Institute of Animal Sciences, Wageningen, the Netherlands.

• Chpater 1. Introduction.- Chapter 2. A brief look into the origins of fish welfare science.- Chapter 3. Ethics and the Welfare of Fish.- Chapter 4. The Diverse World of Fiishes.- Chapter 5. Fish behaviour: determinants and implications for welfare.- Chapter 6. The effects of early life experience on behavioural development in captive fish species.- Chapter 7. Fish brains: Anatomy, functionality and evolutionary relationships.- Chapter 8. Inside the Fish Brain - Cognition, Learning, and Consciousness.- Chapter 9. Awareness in fish.- Chapter 10. The predictive brain – perception turned upside down.- Chapter 11. Can fish experience pain?.- Chapter 12. How fish cope with stress.- Chapter 13. Individual Variations and Coping Style.- Chapter 14. Assessing Fish Welfare in Aquaculture.- Chapter 15. Welfare of farmed fish in different production systems and operations.- Chapter 16. Ornamental fish and aquaria.- Chapter 17.  Fish as laboratory animals.- Chapter18. Catch Welfare in Commercial Fisheries.- Chapter 19. Fish welfare in capture-based aquaculture (CBA).- Chapter 20. Fish welfare in recreational fishing.- Chapter 21. Impacts of human-induced pollution on wild fish welfare.- Chapter 22. What we have learned?.

“There is valuable depth and novelty here ... . Anyone working or interested in the area of fish welfare would find new and useful information in this book. ... I would certainly advise all students or early career scientist working in the field of fish welfare to read The Welfare of Fish. For those longer in the tooth (or the field), you will also find value, novelty and some beautifully written text." (James Turnbull, Animal Welfare, Vol. 30 (2), May, 2021)

Tore S. Kristiansen is an experienced leader at the Animal Welfare research group, Institute of Marine Research (IMR) in Bergen, Norway, and also heads the Norwegian National Committee for the Protection of Animals Used for Scientific Purposes. He completed his Master’s and PhD in Fisheries Biology at the University of Bergen, Norway and subsequently became a researcher at the IMR, where he has focused on fish welfare research ever since. Having served as a project leader and coordinator of several national and European research projects concerning fish welfare, his expertise covers a broad range of areas, including population dynamics, stock enhancement, and juvenile production of Atlantic cod and lobster; behavior, cognition and learning ability of cod, halibut, and salmon; stress- and neurobiology, and the welfare of farmed fish. Anders Fernö is a Professor Emeritus at the Department of Biological Sciences at the University of Bergen, Norway. He started his academic studies at the University of Lund, Sweden and completed his PhD at the University of Stockholm, Sweden. He became an Assistant Professor and later Professor at the University of Bergen and was also Adjunct Chief Scientist at the Institute of Marine Research in Bergen. His research focuses on the behavior of marine and freshwater fish. His expertise covers a broad field including ontogeny and learning, spatio-temporal dynamics and schooling dynamics, with applications in the distribution of commercial fish species, fish capture, aquaculture, sea ranching, and welfare. Fernö has been member of the editorial board of Applied Animal Behaviour Science.Michalis A. Pavlidis is a Professor at the Department of Biology, University of Crete, Greece. He received his M.Sc in Public Health from the School of Public Health and Hygiene, Athens and his PhD in Biology from the University of Athens, Greece. His fields of specialization include reproductive biology, pigmentation physiology, stress and welfare of cultured fish species and zebrafish. Dr. Pavlidis has participated in several R&D projects and networks and he has published numerous scientific papers on fish physiology and aquaculture. He was a member of the EFSA working group for the assessment of welfare of European sea bass and gilthead sea bream. He is a member of the Standing Committee on Agricultural Research (SCAR) - Fish Strategic Working Group. He coordinates the Erasmus Plus Joint Master’s Degree in “Aquaculture, Environment and Society” and the summer course “Care and Use of Laboratory Animals: Mice, Rats and Zebrafish”.Hans van de Vis is a senior researcher at the Department of Animal Health and Welfare, Wageningen Livestock Research, the Netherlands. He received his M.Sc in Biochemistry from Utrecht University, the Netherlands and his PhD in Agricultural Sciences at Wageningen University, the Netherlands. His fields of specialization include stress and welfare of cultured and captured fish species. Dr. Van de Vis has participated in several R&D projects and networks and he has published numerous scientific papers on fish welfare. He was a member of the EFSA working group for the assessment of welfare during farming of European eel and welfare at slaughter of European eel, sea bass and gilthead sea bream. He is a member of Wageningen Institute of Animal Sciences, Wageningen, the Netherlands.

• Chpater 1. Introduction.- Chapter 2. A brief look into the origins of fish welfare science.- Chapter 3. Ethics and the Welfare of Fish.- Chapter 4. The Diverse World of Fiishes.- Chapter 5. Fish behaviour: determinants and implications for welfare.- Chapter 6. The effects of early life experience on behavioural development in captive fish species.- Chapter 7. Fish brains: Anatomy, functionality and evolutionary relationships.- Chapter 8. Inside the Fish Brain - Cognition, Learning, and Consciousness.- Chapter 9. Awareness in fish.- Chapter 10. The predictive brain – perception turned upside down.- Chapter 11. Can fish experience pain?.- Chapter 12. How fish cope with stress.- Chapter 13. Individual Variations and Coping Style.- Chapter 14. Assessing Fish Welfare in Aquaculture.- Chapter 15. Welfare of farmed fish in different production systems and operations.- Chapter 16. Ornamental fish and aquaria.- Chapter 17.  Fish as laboratory animals.- Chapter18. Catch Welfare in Commercial Fisheries.- Chapter 19. Fish welfare in capture-based aquaculture (CBA).- Chapter 20. Fish welfare in recreational fishing.- Chapter 21. Impacts of human-induced pollution on wild fish welfare.- Chapter 22. What we have learned?.

“There is valuable depth and novelty here ... . Anyone working or interested in the area of fish welfare would find new and useful information in this book. ... I would certainly advise all students or early career scientist working in the field of fish welfare to read The Welfare of Fish. For those longer in the tooth (or the field), you will also find value, novelty and some beautifully written text." (James Turnbull, Animal Welfare, Vol. 30 (2), May, 2021)