Will White is an Associate Professor in the Department of Fisheries, Wildlife, and Conservation Sciences at Oregon State University, with affiliations to the Coastal Oregon Marine Experiment Station and Hatfield Marine Science Center. His research examines population dynamics in marine ecosystems, integrating oceanography, spatial analysis, and conservation management. Research focuses on fishery responses to climate change, marine protected area effectiveness, and predator-prey interactions. Current projects investigate nonconsumptive predator effects on prey populations and adaptive marine reserve management using state-space models. Publications advance understanding of larval connectivity, density-dependent population regulation, and transient reserve responses. Methodological innovations include integral projection models for size-structured populations and connectivity-informed conservation planning. Lab initiatives promote diversity and inclusion through dedicated training, mentorship programs, and community engagement in coastal research.
Mitchell Cowan is an Adjunct Research Fellow at Charles Darwin University's Faculty of Science and Technology, affiliated with the Research Institute for Environment and Livelihoods. Concurrently, he serves as a research associate at the University of Western Australia. His research, supported by the NESP Resilient Landscapes Hub, focuses on spatial conservation prioritization in Kakadu National Park and wet-season burning outcomes. Dr. Cowan specializes in wildlife ecology with emphasis on: Movement and disturbance ecology of mammals, particularly northern quolls Conservation technique development Fire ecology and landscape management Endangered species recovery in mining-impacted regions His recent publications demonstrate strong focus on: Advanced monitoring technologies (camera traps, GPS tracking) Predator-prey dynamics in changing landscapes Fire disturbance impacts on marsupial ecology Evidence-based conservation strategies for threatened species Research is supported by the NESP Resilient Landscapes Hub, focusing on Kakadu National Park conservation initiatives and fire management practices.
Professor Michael Scheutzow is a distinguished faculty member at the Institute for Mathematics, Faculty of Mathematics and Natural Sciences, Technical University of Berlin. His academic career spans several decades with significant contributions to stochastic analysis and related fields. His research is widely recognized through numerous publications in top mathematical journals. Prof. Scheutzow's research focuses on stochastic differential equations, random dynamical systems, and stochastic processes. His work explores the intricate relationship between noise and system behavior, particularly examining how stochastic elements can both stabilize and destabilize dynamical systems. His research has important applications in mathematical physics, financial mathematics, and biological modeling. Analysis of his recent publications reveals a continued focus on fundamental questions in stochastic analysis, with increasing attention to singular stochastic differential equations, random attractors, and the interplay between noise and system stability. His work demonstrates remarkable consistency in addressing deep theoretical questions while maintaining connections to practical applications across multiple disciplines. Prof. Scheutzow has maintained an exceptionally productive research trajectory, with numerous publications appearing in leading journals such as Probability Theory and Related Fields, Annals of Probability, and Journal of Functional Analysis. His collaborations span the international mathematical community, reflecting his standing as a respected figure in stochastic analysis. He has supervised numerous doctoral students and collaborated extensively with researchers worldwide. His teaching responsibilities include advanced courses in probability theory and stochastic processes. While specific grant information isn't detailed in the available materials, his sustained publication record suggests consistent research support. Prof. Scheutzow's work forms a critical component of the stochastic analysis research group at TU Berlin, contributing to the department's international reputation in probability theory and its applications. His research continues to influence both theoretical developments and practical applications of stochastic methods across various scientific domains.
Dr. Scott A. Shaffer is a Professor in the Department of Biological Sciences at San José State University. His research focuses on the physiological ecology of vertebrates, particularly seabirds and marine mammals, emphasizing field metabolic rates and the application of tracking technologies like data-logging tags. He holds a Ph.D. in Biology from the University of California, Santa Cruz (2000), and has conducted extensive studies on albatrosses, shearwaters, and other seabirds' foraging behaviors and habitat use. His work integrates biologging data with environmental variables to understand species' responses to climate change and anthropogenic pressures. Notable contributions include studies on migration patterns, bycatch mitigation, and the design of marine protected areas. Dr. Shaffer collaborates with global initiatives such as the Tagging of Pacific Pelagics (TOPP) program, advancing conservation through technological innovation. Recent research explores seabird interactions with wind patterns, ocean currents, and human activities. Publications highlight his expertise in avian energetics, spatial ecology, and conservation policy. While no formal student advisees are listed, his work engages interdisciplinary teams and international collaborations to address ecological challenges.
Jacqueline Frair is a Professor and Director of the Roosevelt Wildlife Station in the Department of Environmental Biology at the State University of New York College of Environmental Science and Forestry. Her research examines mammalian landscape ecology, focusing on drivers of change in wild animal populations, with particular emphasis on behavioral ecology and conservation applications. Research interests include: Spatiotemporal patterns of wildlife populations Rodenticide exposure in carnivores Human-wildlife conflict mitigation Species distribution modeling Conservation strategies for carnivores and ungulates Recent publications investigate anticoagulant rodenticide impacts on fisher populations, habitat selection by moose in edge populations, and innovative methods for monitoring difficult-to-detect species. Her work frequently addresses conservation challenges in human-modified landscapes. Dr. Frair advises graduate students including Terra Rentz, who researches management effectiveness of state fish and wildlife agencies. She leads long-term monitoring initiatives like the Adirondack Inventory & Monitoring Network, contributing to regional conservation science.
Stacy McNulty is the Associate Director of Research at the State University of New York College of Environmental Science and Forestry (SUNY-ESF), based at the Newcomb Campus. She holds a PhD in Environmental Science (2023), an MS in Environmental and Forest Biology (1997), and a BA in Biology (1994). McNulty leads research initiatives at the Adirondack Ecological Center and Huntington Wildlife Forest, focusing on long-term ecological monitoring and applied conservation. Her research explores forest ecology, landscape dynamics, social-ecological systems, and biodiversity conservation in the Adirondack region. She employs Geographic Information Systems (GIS) and field studies to analyze impacts of recreation, development, and forest management on northern ecosystems. McNulty emphasizes participatory science and inclusivity, promoting opportunities for underrepresented students in field research. McNulty teaches specialized courses including EFB 484/684 Winter Ecology and mentors graduate/undergraduate researchers. She coordinates the Adirondack Long-Term Ecological Monitoring Program (ALTEMP), tracking salamanders, boreal birds, beaver activity, deer demographics, and forest phenology. Her publications reflect interdisciplinary work on boreal birds, amphibian conservation, forest diseases, and climate adaptation. She holds leadership roles in scientific organizations, including Past-President of the Organization of Biological Field Stations and co-founder of the Adirondack All-Taxa Biodiversity Inventory. McNulty serves on editorial boards and contributes to policy discussions on Adirondack conservation.
Rachel Krause is an Associate Professor of Biology at Canadian Mennonite University. She holds a Ph.D. in Parasitology from McGill University (2015), an M.Sc. in Biology from Concordia University (2009), and a B.Sc. in Environmental Sciences from the University of British Columbia (2006). Her research bridges ecology, parasitology, and global health, examining parasite impacts on wildlife and humans. Krause investigates ecological stressors like pollution and parasitic infections in fish, notably studying the threatened Carmine Shiner in Manitoba. Her global health work focuses on malnutrition and intestinal parasites in rural Panama, collaborating with the University of Panama's Laboratorio de Investigaciones en Parasitología Ambiental. Her publications reveal a consistent focus on parasitology, food security, and environmental health. Recent articles analyze agricultural interventions, soil-transmitted helminths, and biological control of parasites, emphasizing interdisciplinary solutions for subsistence communities.
Dr. Karen E. Hodges is a Professor of Conservation Biology in the Department of Biology at the University of British Columbia Okanagan (UBC Okanagan), affiliated with the Irving K. Barber Faculty of Science. She is also Associate Head (Graduate Studies) for the Biology Department and holds the Bert Brink Canada Research Chair in Conservation Biology. Her research focuses on conservation ecology, particularly how habitat configuration and climate change affect species interactions, endangerment of at-risk species, and population dynamics at species' range peripheries. She studies terrestrial vertebrates in western montane forests and sage-steppe habitats, emphasizing fire ecology, human impacts, and policy effectiveness. Education: PhD in Zoology from UBC Vancouver; B.A. (Summa cum laude) in Biology and English from Mount Holyoke College. Awards include the President’s Award for Public Education (2024), Aldo Leopold Leadership Fellowship, and multiple teaching accolades. Research spans fire impacts on wildlife, peripheral population conservation, lynx-snowshoe hare dynamics, and biosolids in grasslands. She collaborates with government agencies and non-profits, emphasizing science communication and policy engagement. Her lab actively mentors students in field research, modeling, and policy analysis. Key projects include studying Canada lynx and snowshoe hares in fragmented landscapes, post-fire carnivore behavior, and biosolids' effects on grassland communities. Grants and funding come from NSERC, UBC, and industry partnerships. Her outreach includes media interviews on wildfires and endangered species legislation, reaching national and international audiences. Teaching includes Conservation Biology, Spatial Ecology, and Science Writing courses. She champions inclusive mentorship, supporting underrepresented groups in STEM through research training and leadership opportunities. Current students work on cougar ecology, post-fire predator guilds, and screech-owl habitat suitability. Former trainees have pursued academic, government, and NGO careers. Her lab's interdisciplinary approach bridges fieldwork, policy, and community engagement to address global conservation challenges.
Clifford Kraft is a Professor at Cornell University's Department of Natural Resources and the Environment within the College of Agriculture and Life Sciences (CALS). His research focuses on ecosystem interactions influencing freshwater fish populations, particularly in Adirondack lakes and rivers. He investigates thiamine deficiency impacts on fish, invasive species dynamics, and climate change effects. He led Cornell's cross-college Environment & Sustainability major and teaches foundational courses on environmental policy and science. His work combines field experiments, natural observations, and interdisciplinary collaborations with biochemists and microbiologists. Education: Bachelor's degree from Cornell University (1971) Studies at MIT (academic details unspecified) Research Interests: Thiamine deficiency's role in aquatic ecosystems Climate change impacts on cold-water fish Invasive species management (e.g., smallmouth bass) Watershed liming and acid rain recovery Ecological interactions in old-growth riparian forests Key Projects: Adirondack Fishery Research Program (AFRP) Long-term studies on brook trout conservation Thiamine deficiency mechanisms in fish Awards/Grants: Not explicitly mentioned in texts Labs/Teams: AFRP collaborative network
Professor Christina A Cobbold holds the position of Professor of Mathematical Biology at the University of Glasgow's Department of Mathematics. Her research bridges mathematical modeling with ecological and biological investigations, focusing on spatial and evolutionary ecology through interdisciplinary collaborations. Key research themes include habitat fragmentation effects on species survival and environmental influences on life-history trait evolution Methodological expertise spans dynamical systems analysis, perturbation theory, and computational ecology Recent work explores quantitative models of biological and antigenic diversity Her publications from 2022-2025 reveal a strong emphasis on climate change impacts through mosquito population modeling, predator-prey wave stability, and vector-borne disease transmission dynamics. Research groups include Mathematical Biology and Statistics & Data Analytics at Glasgow. Supervised research students: Laura Bissett (malaria vector population structure) and Emily Davison (advanced statistical inference methods) Active in interdisciplinary methodology development and computational systems biology
Associate Professor Caroline Hauxwell holds a position in the School of Biology & Environmental Science at Queensland University of Technology (QUT). Her research focuses on microbial applications in agriculture, particularly biopesticides and integrated pest management. She leads projects addressing sustainable food production through the development of microbial solutions for crop protection, including biopesticide formulations and mathematical modeling of pathogen dynamics. Education: PhD (Imperial College, London), BA (University of Oxford). Research Interests: Microorganisms in food production, microbial ecology, invertebrate pathology, and the commercialization of biopesticides. Her group collaborates with industries to reduce chemical insecticide use and establish sustainable pest management strategies. Recent work includes international registration of biopesticides and founding a manufacturing company. Experience: Over 25 years of leadership in tropical forestry, pest management, and biopesticide development across Africa, Asia, and the Pacific. Key roles include developing baculovirus and fungal biopesticides, adjuvants for microbial insecticides, and diagnostic programs for plant biosecurity. Grants & Projects: Leads Australian Competitive Grant-funded projects including 'New technology for stored grain pest management' and 'A new biopesticide for Diamondback Moth management in canola'. Collaborates with organizations like GRDC and Queensland Government. Labs & Teams: Heads the Invertebrate Microbiology group at QUT, fostering interdisciplinary research in microbial applications and sustainable agriculture.
Prof. Dr. Martijn Egas is an Associate Professor at the University of Groningen, affiliated with the Groningen Institute for Evolutionary Life Sciences (GELIFES) within the Faculty of Science and Engineering. His research focuses on eco-evolutionary dynamics, particularly in the context of alternative reproductive tactics, social behavior, and the evolution of altruism. He leads the 'Evolution of social organizations' research group and is involved in interdisciplinary projects like the Metahealth consortium studying microbiome evolution. Egas holds editorial roles, including Editor-in-Chief of Animal Biology , and directs the Erasmus Mundus Master Programme in Evolutionary Biology (MEME). He has contributed to funded projects such as NWA grants exploring evolutionary predictions and microbiome dynamics. His work integrates theoretical models with empirical studies, often using spider mites as model organisms. He collaborates internationally on topics like tRNA gene repertoire variation and the genetic code's evolution. Education While specific educational details are not explicitly listed, his academic roles and publications indicate a strong background in evolutionary biology and theoretical ecology. Research Interests Egas' research revolves around eco-evolutionary feedbacks, behavioral ecology, and the evolutionary mechanisms behind social behaviors. He explores polymorphic traits, such as alternative reproductive tactics in spider mites, and their ecological implications. His recent work includes studies on predation risk in guarded females, altruism as a sexual signal in humans, and tRNA gene classification in prokaryotes. Grants & Collaborations He co-leads projects funded by the Dutch Research Agenda (NWA), including a €6.7M grant for predicting evolutionary responses. Collaborations span institutions like the Max Planck Institute and Oklahoma State University, focusing on topics like microbial evolution and the genetic code. Labs/Teams He heads the Egas group - Evolution and Behaviour at GELIFES, fostering interdisciplinary research in evolutionary biology. His team addresses questions at the intersection of ecology and evolution, leveraging experimental and theoretical approaches.
Mark Boyce is a Professor in the Department of Biological Sciences at the University of Alberta, Faculty of Science. His research focuses on ecological modeling for conservation, including population viability analysis, predator-prey dynamics, and carbon sequestration in grasslands. His work addresses wildlife management challenges, such as habitat selection, abundance estimation, and human impacts on species like bighorn sheep, cougars, and sitatunga antelope. He leads the Boyce Lab, collaborating with government agencies, NGOs, and Indigenous communities on projects across Alberta, British Columbia, Uganda, and North Dakota. His research integrates GPS telemetry, camera trapping, and genetic analysis to inform conservation strategies. Key research areas include: Habitat selection and abundance of large mammals Cougar population ecology and prey specialization Effects of hunting and wildlife harvesting on genetics and demographics Carbon sequestration in grasslands and grazing practices Ecology of coastal wolves in British Columbia Boyce has advised numerous students and postdocs, including Grace Enns (Stone’s sheep lambing habitats) and Camille Warbington (sitatunga ecology in Uganda). He holds the prestigious Fellowship of the Royal Society of Canada (FRSC). His lab’s collaborations span institutions like the Society for Conservation Biology and Alberta Environment & Parks, supporting applied ecological research. Notable achievements include developing harvest policies for elk and deer populations, modeling predator-prey interactions, and advancing understanding of ungulate movement and disease transmission risks.
Kimberley Mathot is an Associate Professor in the Department of Biological Sciences at the University of Alberta's Faculty of Science. Her research focuses on understanding the causes and consequences of behavioral variation in animals, combining theoretical models with field and laboratory studies. She investigates how behavioral consistency, plasticity, and fitness outcomes are influenced by ecological and evolutionary factors. Courses Taught : BIOL 631: Seminar in Ecology and Evolution BIOL 642: Seminars in Physiology, Cell and Developmental Biology ZOOL 371: Behavioral Ecology Research Interests : Behavioral ecology, evolutionary biology, physiological mechanisms, and quantitative genetics. Her work spans diverse study systems, including songbirds, falcons, and red squirrels, with a focus on predator-prey dynamics, environmental adaptation, and individual variation in behavior. Research Trends : Recent publications emphasize behavioral responses to temperature, predation risk assessment, and epigenetic mechanisms underlying adaptation. Themes include the interplay between metabolism, behavior, and survival in challenging environments. Grants and Awards : No scientific awards explicitly listed in available texts. Labs/Teams : Not explicitly mentioned in provided materials.
Örjan Bodin is a Professor and Head of Subject at Stockholm University, affiliated with the Stockholm Resilience Centre and the Digital Futures Faculty. He specializes in integrating social, ecological, and governance systems through network analysis and mixed methods. His research focuses on collaborative governance, institutional fit, and ecosystem resilience, addressing challenges such as environmental policy coordination and smallholder farming dynamics. Key projects include the Dragons initiative on algorithmic governance and TAELabs, which explores agroecological innovations. Bodin has contributed to high-impact publications in Policy Studies Journal and Nature Communications, analyzing topics like political attention’s role in governance networks and spatial resilience in marine ecosystems. His work bridges theory and practice, emphasizing interdisciplinary solutions for sustainability.
