Yong Chen is a Professor at the School of Marine and Atmospheric Sciences (SoMAS), Stony Brook University. He specializes in fisheries ecology, stock assessment, and climate change impacts on marine ecosystems. His research focuses on optimizing monitoring programs, evaluating fisheries management strategies, and understanding ecosystem dynamics under climate change. Education: Ph.D. from the University of Toronto (1995) Research Interests: Dr. Chen’s work addresses critical challenges in fisheries management, including stock assessment methodologies, climate-driven shifts in species distribution, and the integration of ecological and socio-economic factors into conservation strategies. His studies often involve advanced modeling techniques such as Ecopath with Ecosim and habitat suitability analysis. Key Themes in Publications: Recent articles highlight his focus on hybrid management strategies for mixed fisheries, climate impacts on species phenology and connectivity, and the efficacy of marine protected areas. He emphasizes data integration challenges and the development of decision support tools for sustainable fisheries. Grants and Advising: No specific grants or advisees are listed here. However, his research has likely involved collaborations with international fisheries organizations and government agencies. Labs/Teams: A lab site is referenced in his profile, though the specific team structure or ongoing projects are not detailed in the provided text.
Dr. Boris Worm is a Full Professor in the Department of Biology at Dalhousie University, affiliated with the Faculty of Science. His academic journey includes a MSc (University of Kiel, 1996) and PhD (University of Kiel, 2000), followed by postdoctoral research at Dalhousie University and the Leibniz Institute for Marine Science. He specializes in marine conservation biology, biodiversity science, community ecology, and macroecology. His research focuses on global marine biodiversity trends, ecosystem functioning, and conservation solutions. He teaches Biology 2060: Introductory Ecology and BIOL 3065: Conservation Biology , emphasizing quantitative methods and policy implications. His lab (wormlab.biology.dal.ca) explores topics like phytoplankton dynamics, fisheries impacts, and climate adaptation. Recent work addresses bycatch mitigation, climate risk indices, and fisheries governance. Collaborations include Ocean School (oceanschool.nfb.ca), promoting ocean literacy. He advises PhD and MSc students researching fish population dynamics, elasmobranch bycatch, and open-ocean ecosystems. Education: MSc, University of Kiel, Germany (1996) PhD, University of Kiel, Germany (2000) Postdoc, Dalhousie University (2000–2003) Postdoc, Leibniz Institute (2003–2004) Labs & Teams: Worm Lab (marine conservation and biodiversity)
Dale Edward Squires is an economist affiliated with the Southwest Fisheries Science Center under the US NOAA Fisheries in La Jolla, California, and serves as an Adjunct Professor of Economics at the University of California San Diego . His work bridges economic analysis with marine conservation and fisheries policy. Research interests include: Marine economics and fisheries management Bycatch mitigation strategies Conservation agreements and policy frameworks Data-limited fisheries analysis Stakeholder-driven resource governance Deep sea mining regulations Recent publications focus on multidisciplinary approaches to bycatch reduction, sustainable tuna management, shark conservation frameworks, and stakeholder participation in deep-sea mining policies. His collaborations span institutions in the US, UK, Sweden, and international foundations.
Professor Brendan Kelaher is a marine biologist with over 20 years of experience at Southern Cross University , where he serves as Chief Remote Pilot and Chair of the Animal Care and Ethics Committee. His work integrates drone technology with marine ecology to address critical challenges in coastal ecosystems and climate change adaptation. With a BSc (Hons) and PhD from the University of Sydney , his research spans marine wildlife monitoring , 4D habitat mapping , fisheries biology , and cloud brightening to prevent coral bleaching. He teaches Marine Megafauna and Drone Technology units in the Bachelor of Science program. His recent publications highlight advancements in drone-based marine monitoring , plastic pollution impacts on macroalgal decomposition, and climate engineering for reef preservation. Thematic keywords include Marine Ecology , Climate Change Mitigation , and Drone Technology , with sub_fields like Shark Behavior Analysis and Plastic-Biodegradation Interactions . Outstanding Teaching Award (2021) Senior Researcher Award for Research Excellence (2022) Outstanding Teaching Excellence Award (2023) He supervises students in marine wildlife monitoring , drone habitat mapping , and climate change adaptation research. His affiliations include the National Marine Science Centre and Faculty of Science and Engineering at Southern Cross University.
John Grieco is a Research Professor in the Department of Biological Sciences and a joint faculty member at the Eck Institute for Global Health at the University of Notre Dame. He serves as Associate Director of the Eck Institute and co-director of the Belize Vector and Ecology Center (BVEC), where he leads a multidisciplinary research program focused on the ecology, behavior, and control of vectors of diseases such as malaria, dengue, Chagas, and Japanese encephalitis. University: University of Notre Dame School: College of Science Department: Department of Biological Sciences Position: Research Professor Joint Appointment: Eck Institute for Global Health Leadership Role: Associate Director, Eck Institute for Global Health; Co-Director, BVEC Dr. Grieco completed his Ph.D. at the Uniformed Services University, an M.S. at Texas A&M University, and earned his B.S. from the University of Notre Dame. His research spans vector behavior, spatial repellency, insecticide resistance, and disease risk modeling using GIS and remote sensing. He has led and collaborated on field studies in Belize, Thailand, Nepal, Peru, Mexico, and South Korea, and maintains partnerships with industry leaders such as BASF, SC Johnson, and Olfactor Laboratories. His recent publications highlight innovations in spatial repellent deployment, mosquito trap efficacy, and novel vector control strategies. The research consistently emphasizes translational outcomes for public health, particularly in low-resource settings. His work is supported by major initiatives including the Spatial Repellents Program, IMPACTS, AEGIS, and BRICC, often in collaboration with WHO, PAHO, and the Mayo Clinic. Dr. Grieco actively mentors undergraduate and Master of Science in Global Health students, supervising numerous capstone projects on vector-borne disease interventions. His lab, the Achee/Grieco Lab, is known for its field-based, interdisciplinary approach and commitment to training the next generation of global health scientists. Medical Entomology Vector Ecology and Behavior Vector Control Strategies Spatial Repellents and Irritants Infectious Disease Dynamics Disease Risk Mapping (GIS/Remote Sensing) Arbovirus and Malaria Transmission Scientific awards and honors are not explicitly mentioned in the provided texts. Dr. Grieco advises numerous students at both undergraduate and graduate levels, particularly through the Master of Science in Global Health program. His lab supports student research on topics including insecticide resistance, community perceptions of vector control, disease surveillance, and behavioral effects of repellents. He also leads the High-Throughput Screening System (HITSS) for evaluating vector behavioral responses. The Achee/Grieco Lab operates the Belize Vector and Ecology Center (BVEC), which conducts extensive field research, community outreach, and surveillance in Belize. BVEC collaborates with the Ministry of Health, University of Belize, and international partners. The lab also participates in global networks such as the Worldwide Insecticide Resistance Network (WIN) and the Remote Emerging Disease Intelligence NETwork (REDI-NET).
Matt Burgess serves as an Assistant Professor in the Economics Department at the University of Wyoming's College of Business, where he conducts interdisciplinary research bridging economic theory, environmental science, and policy analysis. His work addresses critical sustainability challenges through rigorous quantitative methods and cross-institutional collaboration. Education: PhD from the University of Minnesota BSc from the University of Toronto Dr. Burgess specializes in economic growth modeling and its environmental-societal implications, political polarization around environmental issues, and mathematical modeling of human-environment systems . His research methodology integrates computational modeling, statistical analysis, and experimental approaches to tackle complex resource management problems in conservation and natural resource economics. This interdisciplinary framework enables novel insights into policy design under environmental constraints. Analysis of his 15 most recent publications reveals a dominant focus on climate policy dynamics (40% of works), economic growth projections (25%), and natural resource management (35%). His climate policy research consistently examines political polarization barriers and decarbonization challenges, while growth studies emphasize long-term slowdown risks and environmental limits. A recurring theme across all work is the identification of trade-offs in environmental management, notably demonstrated in his influential 2022 Nature Sustainability paper on the rarity of win-win solutions. Dr. Burgess actively engages in knowledge dissemination beyond academia through public speaking, podcasting, and popular writing on economic and environmental issues, demonstrating commitment to translating research into public discourse.
Marc Girondot is a Professor of Ecology at University Paris Saclay, where he conducts research in the Laboratoire Écologie, Société et Évolution – IDEEV (Institute of Ecology and Evolutionary Sciences). His work focuses on marine turtle ecology, conservation, and the impacts of climate change on these species. Girondot leads the "Ecological Processes and human Impact" research team and has developed several analytical tools including BoneProfileR for bone microanatomy analysis and Embryogrowth for modeling embryonic development. His primary research interests span marine turtle conservation, temperature-dependent sex determination, phenology, bone microanatomy, ecotoxicology, and biostatistics. Girondot has made significant contributions to understanding how climate change affects sea turtle populations, particularly through his work on thermal reaction norms for sex determination and embryonic development. His research combines field studies with sophisticated statistical modeling to address conservation challenges. Analysis of his recent publications reveals a strong focus on sea turtle conservation under climate change, with particular attention to sex ratio determination, nesting behavior, and innovative conservation strategies. His work spans multiple geographic regions including the Caribbean, Pacific, Mediterranean, and Atlantic, demonstrating a global perspective on marine turtle conservation. Key trends in his research include the development of new methodologies for data analysis, the application of biostatistical approaches to conservation problems, and interdisciplinary collaborations that bridge ecology, physiology, and conservation practice. Girondot has supervised numerous graduate students whose theses reflect the breadth of his research program, covering topics from sea turtle nesting behavior to bone microanatomy analysis. His collaborative approach is evident in his extensive co-authorship network that includes researchers from institutions worldwide, reflecting the international nature of marine turtle conservation efforts. His laboratory work centers on understanding ecological processes that impact sea turtle populations, with particular emphasis on developing tools for conservation practitioners. The BoneProfileR software represents a significant contribution to paleontological and ecological studies, allowing for quantitative analysis of bone sections that was previously difficult to achieve. His work on temperature-dependent sex determination has provided critical insights for predicting how climate change will affect sea turtle populations globally.
Richard Reina is a Professor in the School of Biological Sciences at Monash University. His research focuses on diving physiology of marine megafauna, stress responses in sharks and rays, and marine conservation biology. He has led over 46 research projects, including studies on Australian fur seals, little penguins, and sea turtle conservation. Notable grants include funding from Holsworth Wildlife Research Endowment and Sea World Research & Rescue Foundation Inc. His research interests span ecological physiology, climate change impacts on wildlife, and the effects of fisheries on marine life. Key areas include the use of drones for non-invasive wildlife monitoring and mitigating stress in captured elasmobranchs. Reina received the Award for Exceptional Educational Service to the Faculty of Science (2021) and has collaborated globally on projects addressing marine debris, penguin ecology, and turtle nesting behaviors. He advises on conservation strategies for endangered species and integrates technology like UAVs to enhance field research. Current projects include studying marine debris impacts on Australian fur seals and environmental changes affecting little penguins in enclosed bays. His work aligns with UN Sustainable Development Goals related to life below water and climate action.
Natalie Hold is a Lecturer in Sustainable Marine at the School of Ocean Sciences, Bangor University. Her research focuses on sustainable fisheries management, population genetics of marine species, and collaborative approaches with fishing industries. She holds expertise in fisheries science, ecosystem-based management, and gear technology innovation. Educations: MSc in Marine Environmental Protection, Bangor University (2008) PhD in Marine Biology (2012), focusing on scallop fisheries connectivity Research Interests: Marine resource management Crustacean population dynamics Impact of fishing gear on ecosystems Technological innovations for fisheries data collection Her work emphasizes stakeholder collaboration, evidenced by projects like the EMFF-funded Fisher-Scientist collaboration (£1.2m) and the Bass and Ray Ecology in Liverpool Bay initiative (£86K). She contributes to ICES working groups on crustaceans and scallops. Recent publications highlight advancements in gear selectivity, automated data capture, and ecological modeling of fisheries resources. Natalie actively engages with policy frameworks to translate research into actionable management strategies. Key Projects: EMFF Sustainable Fisheries in Wales (Project Manager) Video and Electronic Fisheries Data Collection (£140K grant) Bass and Ray Ecology in Liverpool Bay (£86K grant) She is affiliated with UK management groups for whelk and lobster fisheries, balancing scientific rigor with industry needs to ensure sustainable marine practices.
Troy Gaston is an Associate Professor and Associate Dean for Engagement and Outreach at the University of Newcastle's School of Environmental and Life Sciences. His work focuses on environmental monitoring and assessment programs investigating the health and functioning of estuarine and coastal systems. He specializes in tracking nutrient sources and quantifying food-web interactions via stable isotope analysis across benthic, planktonic, and pelagic habitats. Education: PhD, University of New South Wales Bachelor of Science (Honours), University of New South Wales Graduate Certificate in University Teach & Learn, University of Tasmania Gaston's research centers on ecosystem-based management approaches, with particular expertise in stable isotope analysis to trace nutrient flows in coastal ecosystems. He investigates how estuarine and coastal habitats like saltmarsh, mangroves, and seagrass contribute to fisheries productivity, and has developed methods to link these habitats to commercial and recreational fishery yields. His work extends to the South Pacific, where he leads coral reef health assessment programs in the Cook Islands and Samoa, combining chemical tracers, remote-underwater survey techniques, and community-based science workshops. Gaston is also known for his innovative research on bycatch reduction in prawn-trawl fisheries. His recent publications demonstrate a strong focus on marine ecology, climate change impacts on coastal systems, and the application of novel technologies for ecosystem monitoring. Key research themes include stable isotope analysis for tracking nutrient flows, ray bioturbation and its ecosystem impacts, predator-prey dynamics in urchin barrens, and the effects of anthropogenic stressors on marine communities. His work spans from molecular-level investigations of marine organism physiology to large-scale continental assessments of climate-driven species range shifts. As an educator, Gaston has taught courses including Environmental Science: Concepts and Methods, Sustainable Fisheries and Aquaculture, Integrated Coastal Ecosystems, and Spatial Science. His teaching approach integrates field studies, laboratory work, and theoretical concepts to prepare students for careers in environmental science and management. Gaston leads collaborative research projects across Australia and the South Pacific, working with government agencies, local communities, and international partners to translate ecosystem science into conservation practice. His work emphasizes community engagement and capacity building, particularly in Pacific Island nations where he helps transfer scientific tools and knowledge to local marine park managers and communities.
Austin Humphries is a Professor of Aquaculture/Fisheries at the University of Rhode Island (URI), affiliated with the College of the Environment and Life Sciences (CBLS) and the Fisheries, Animal and Veterinary Science (FAVS) department. His research focuses on the interplay between social and ecological systems in fisheries management, emphasizing solutions that balance marine ecosystem health with coastal community wellbeing. He has conducted fieldwork globally, including Indonesia, Ghana, and East Africa, and collaborates closely with fishers and local communities. Dr. Humphries holds a Ph.D. from Rhodes University (2014), an M.S. from Louisiana State University (2010), and a B.S. from the University of Vermont (2006). His work integrates ecological data with socioeconomic analyses, using models to explore trade-offs in fisheries management, gear innovations, and climate resilience strategies. Recent projects include sustainable mud crab farming in Micronesia, evaluating distant water fleet impacts, and assessing climate vulnerability in Vietnamese lobster fisheries. His research highlights the need for collaborative, ecosystem-based approaches to fisheries governance. Key themes include food security, biodiversity conservation, and the adaptation of coastal communities to climate change. He mentors students and postdocs who advance into leadership roles in marine policy and management. Dr. Humphries has published extensively on coral reef biomass, gear modifications, fisheries traceability, and oyster reef restoration. His work emphasizes actionable science for policymakers and stakeholders, aiming to bridge gaps between academic research and on-the-ground management challenges.
Saskia Otto is a researcher at the University of Hamburg's Faculty of Mathematics, Computer Science and Natural Sciences, Department of Biology, specializing in marine ecosystem dynamics and management. With expertise in data science and ecosystem-based management, her work focuses on spatiotemporal dynamics, nonlinear interactions in food webs, and indicator development for marine resource management. Education: B.Sc. in Biology (University of Hamburg), M.Sc. in Biology (Humboldt-Universität zu Berlin), PhD in Hydrobiology (University of Hamburg) Her research employs advanced statistical modeling and computational methods to study Baltic Sea ecosystems, including climate impacts on zooplankton, regime shifts, and holistic ecosystem assessments. She coordinates international projects like BONUS BLUEWEBS and EU-funded MARmaED, emphasizing data-driven marine governance. Notable collaborations include Stockholm Resilience Centre and ICES. She has developed educational tools like RLab 2.0 for statistical analysis training in natural sciences.
John Driscoll is an Adjunct Professor at the Institute for Resources, Environment and Sustainability within the Faculty of Science at the University of British Columbia . He serves as a fisheries science and policy analyst for the David Suzuki Foundation , bridging academic research with real-world environmental policy. Research Interests: Driscoll focuses on integrating food systems perspectives into fisheries management. His work examines: Quantifying fisheries' nutrient yields Environmental impacts of bait fisheries Climate change mitigation through seaweed aquaculture Marine-to-terrestrial nutrient transfers Principles for long-term fisheries resilience Ecosystem-based approaches to fisheries management Scientific Contributions: His research spans climate modeling for seaweed farms, historical nutrient yield assessments, and bycatch reduction strategies. He has developed frameworks for integrating fisheries into broader food sustainability dialogues. Professional Engagement: Driscoll collaborates with NGOs and policymakers to advance sustainable seafood practices. His LinkedIn profile ( www.linkedin.com/in/john-david-driscoll ) provides ongoing updates about his interdisciplinary work.
Keith Criddle is the Ted Stevens Distinguished Professor of Marine Policy at the University of Alaska Fairbanks, College of Fisheries and Ocean Sciences, where he conducts research at the intersection of natural sciences, economics, and public policy with a focus on sustainable management of North Pacific marine resources. Education: Ph.D., Agricultural Economics, University of California, Davis (1989) M.S., Agricultural Economics, University of California Davis (1984) B.S., Biological Sciences and Economics (dual major), California State University Sacramento (1982) Professor Criddle's research spans marine policy, natural resource economics, and ecosystem-based fishery management, with particular expertise in sustainable fisheries, bioeconomics, and human dimensions of community development. His work emphasizes the sustainable management of living marine resources through interdisciplinary approaches that integrate economic analysis with ecological understanding. His recent publications demonstrate a strong focus on transboundary fisheries management, human dimensions in marine ecosystems, economic impacts of marine interactions (such as whale depredation on salmon), and innovative approaches to fisheries data collection and policy implementation. The articles reveal a consistent thread of applying economic principles to solve complex fisheries management challenges while considering social, ecological, and policy dimensions. Professor Criddle actively mentors graduate students, with a documented list of advisees working on various aspects of fisheries science and policy. His research has significant implications for fisheries-dependent communities and contributes to the development of more resilient and sustainable marine resource management systems.
Dr. Matthew Taylor is an Adjunct Professor at the University of New South Wales (UNSW) and Senior Principal Research Scientist & Program Leader for Recreational Fisheries Research at the New South Wales Department of Primary Industries and Regional Development. His work focuses on applied ecological research to support fisheries enhancement and restoration, specializing in recreational fisheries science. He leads a team of 6 Senior Research Scientists and has authored over 223 peer-reviewed publications, securing $27 million in competitive grants and supervising 22 PhD students. Taylor’s research spans fisheries management, PFAS contamination impacts, and the ecological role of coastal habitats like mangroves and saltmarshes. His current program underpins evidence-based management of recreational fisheries in NSW. Research interests include marine fisheries ecology, stock enhancement strategies, habitat restoration, and the socio-ecological dynamics of urban fisheries. His work integrates telemetry, bioenergetics modeling, and environmental monitoring to address contemporary challenges such as climate change effects on fisheries and contaminant bioaccumulation. Taylor collaborates broadly, with studies extending from species-specific behavior (e.g., blue swimmer crab, giant mud crab) to large-scale ecosystem services valuation. Key achievements include pioneering the economic valuation of estuarine habitats for fisheries, advancing stock enhancement practices (e.g., fish and crustacean stocking), and developing methods to assess PFAS exposure risks in aquatic species. His team’s work contributes to policy frameworks for sustainable fisheries management, balancing ecological integrity with recreational and economic benefits. Advisees include 22 PhD students across fisheries biology, ecology, and environmental science. Grant funding supports projects like mangrove-fisheries linkages, acoustic telemetry networks for species tracking, and PFAS depuration studies in wild-caught seafood. Taylor’s operational base is the Port Stephens Fisheries Institute, where his team applies cutting-edge techniques to address real-world fisheries challenges.
