Kim Thompson (Edited By) Dr Kim Thompson is a Principal Investigator at Moredun Research Institute, where she leads the Aquaculture Research Group. She holds a Biochemistry degree (University of Stirling), a Masters in Immunology (University of Aberdeen), and a PhD in Fish Immunology (University of Stirling). With over 30 years of experience, her contributions to vaccine development, functional feeds, and disease resistance in fish are well-recognized. She has over 200 publications (Orcid ID 0000-0003-3550-4842) and has led multiple EU and UK-based research projects. She has also collaborated extensively with the aquaculture industry on health challenges globally.Craig A. Shoemaker (Edited By) Dr Craig Shoemaker is a research molecular biologist at the United States Department of Agriculture - Agricultural Research Service, Aquatic Animal Health Research Unit in Auburn, Alabama. He holds a BS and MS in Biology (University of North Dakota) and a PhD degree in Fish Health (Auburn University) and is nationally and internationally recognized for microbiological expertise in farm-raised catfish and tilapia. In his 28-year career as a research scientist, he has published over 165 peer reviewed journal articles (including 10 patents). Recently, pioneering studies by his domestic and international collaborators on selection for increased disease resistance to the top three bacterial pathogens (Streptococcus iniae, S. agalactiae and Francisella orientalis) of Nile tilapia were recognized with the 2023 Federal Laboratory Consortium Impact Award in the United States.David C. Little (Edited By) Dr David C. Little is a specialist in aquatic resource development and capacity building, with a track record in research and outreach with commercial and development partners with an aquatic food security focus. He has over thirty-five years of experience in interdisciplinary research and education and has published over 150 academic papers and reviews; He has supervised over 100 postgraduate student research projects, of which more than 30 have been PhD. He has maintained his interest in tilapia since his initial PhD work on mass production of all male juveniles through to the current day. He was part of the core science team of the Blue Food Assessment (www.bluefood.earth).

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• 1.: An Introduction to the Tilapias 2.: Tilapia as an Aquaculture Species 3.: Reproduction and Juvenile Production 4.: Tilapia Farming Systems 5.: Tilapia as Human Food 6.: Nutrient Requirements of Tilapia 7.: Tilapia Immunology and Immunostimulation 8.: Tilapia Welfare 9.: Tilapia Bacterial Diseases 10.: Tilapia Viral Diseases 11.: Disease Diagnosis for Tilapia Pathogens 12.: Concurrent Infections of Tilapia 13.: Tilapia-borne Zoonoses 14.: Histopathological Maps of Infectious Diseases in Tilapia 15.: Health Management of Tilapia from a Farm Perspective 16.: Progress and Challenges in Vaccine Development for Farmed Tilapia 17.: Certification in Tilapia Health Management

Kim Thompson (Edited By) Dr Kim Thompson is a Principal Investigator at Moredun Research Institute, where she leads the Aquaculture Research Group. She holds a Biochemistry degree (University of Stirling), a Masters in Immunology (University of Aberdeen), and a PhD in Fish Immunology (University of Stirling). With over 30 years of experience, her contributions to vaccine development, functional feeds, and disease resistance in fish are well-recognized. She has over 200 publications (Orcid ID 0000-0003-3550-4842) and has led multiple EU and UK-based research projects. She has also collaborated extensively with the aquaculture industry on health challenges globally.Craig A. Shoemaker (Edited By) Dr Craig Shoemaker is a research molecular biologist at the United States Department of Agriculture - Agricultural Research Service, Aquatic Animal Health Research Unit in Auburn, Alabama. He holds a BS and MS in Biology (University of North Dakota) and a PhD degree in Fish Health (Auburn University) and is nationally and internationally recognized for microbiological expertise in farm-raised catfish and tilapia. In his 28-year career as a research scientist, he has published over 165 peer reviewed journal articles (including 10 patents). Recently, pioneering studies by his domestic and international collaborators on selection for increased disease resistance to the top three bacterial pathogens (Streptococcus iniae, S. agalactiae and Francisella orientalis) of Nile tilapia were recognized with the 2023 Federal Laboratory Consortium Impact Award in the United States.David C. Little (Edited By) Dr David C. Little is a specialist in aquatic resource development and capacity building, with a track record in research and outreach with commercial and development partners with an aquatic food security focus. He has over thirty-five years of experience in interdisciplinary research and education and has published over 150 academic papers and reviews; He has supervised over 100 postgraduate student research projects, of which more than 30 have been PhD. He has maintained his interest in tilapia since his initial PhD work on mass production of all male juveniles through to the current day. He was part of the core science team of the Blue Food Assessment (www.bluefood.earth).

Select Guide Rating

• 1.: An Introduction to the Tilapias 2.: Tilapia as an Aquaculture Species 3.: Reproduction and Juvenile Production 4.: Tilapia Farming Systems 5.: Tilapia as Human Food 6.: Nutrient Requirements of Tilapia 7.: Tilapia Immunology and Immunostimulation 8.: Tilapia Welfare 9.: Tilapia Bacterial Diseases 10.: Tilapia Viral Diseases 11.: Disease Diagnosis for Tilapia Pathogens 12.: Concurrent Infections of Tilapia 13.: Tilapia-borne Zoonoses 14.: Histopathological Maps of Infectious Diseases in Tilapia 15.: Health Management of Tilapia from a Farm Perspective 16.: Progress and Challenges in Vaccine Development for Farmed Tilapia 17.: Certification in Tilapia Health Management

Kim Thompson (Edited By) Dr Kim Thompson is a Principal Investigator at Moredun Research Institute, where she leads the Aquaculture Research Group. She holds a Biochemistry degree (University of Stirling), a Masters in Immunology (University of Aberdeen), and a PhD in Fish Immunology (University of Stirling). With over 30 years of experience, her contributions to vaccine development, functional feeds, and disease resistance in fish are well-recognized. She has over 200 publications (Orcid ID 0000-0003-3550-4842) and has led multiple EU and UK-based research projects. She has also collaborated extensively with the aquaculture industry on health challenges globally.Craig A. Shoemaker (Edited By) Dr Craig Shoemaker is a research molecular biologist at the United States Department of Agriculture - Agricultural Research Service, Aquatic Animal Health Research Unit in Auburn, Alabama. He holds a BS and MS in Biology (University of North Dakota) and a PhD degree in Fish Health (Auburn University) and is nationally and internationally recognized for microbiological expertise in farm-raised catfish and tilapia. In his 28-year career as a research scientist, he has published over 165 peer reviewed journal articles (including 10 patents). Recently, pioneering studies by his domestic and international collaborators on selection for increased disease resistance to the top three bacterial pathogens (Streptococcus iniae, S. agalactiae and Francisella orientalis) of Nile tilapia were recognized with the 2023 Federal Laboratory Consortium Impact Award in the United States.David C. Little (Edited By) Dr David C. Little is a specialist in aquatic resource development and capacity building, with a track record in research and outreach with commercial and development partners with an aquatic food security focus. He has over thirty-five years of experience in interdisciplinary research and education and has published over 150 academic papers and reviews; He has supervised over 100 postgraduate student research projects, of which more than 30 have been PhD. He has maintained his interest in tilapia since his initial PhD work on mass production of all male juveniles through to the current day. He was part of the core science team of the Blue Food Assessment (www.bluefood.earth).

Select Guide Rating

• 1.: An Introduction to the Tilapias 2.: Tilapia as an Aquaculture Species 3.: Reproduction and Juvenile Production 4.: Tilapia Farming Systems 5.: Tilapia as Human Food 6.: Nutrient Requirements of Tilapia 7.: Tilapia Immunology and Immunostimulation 8.: Tilapia Welfare 9.: Tilapia Bacterial Diseases 10.: Tilapia Viral Diseases 11.: Disease Diagnosis for Tilapia Pathogens 12.: Concurrent Infections of Tilapia 13.: Tilapia-borne Zoonoses 14.: Histopathological Maps of Infectious Diseases in Tilapia 15.: Health Management of Tilapia from a Farm Perspective 16.: Progress and Challenges in Vaccine Development for Farmed Tilapia 17.: Certification in Tilapia Health Management