Find Academic Supervisors

William E. SnyderView profile

Professor

• Sustainable Agriculture
• Biological Control
• Food Safety
• +4 more

William E. Snyder is a Professor in the Department of Entomology at the University of Georgia's College of Agricultural & Environmental Sciences. His research integrates ecological principles to address critical challenges in species conservation, sustainable agriculture, and human health through natural pest management solutions. Dr. Snyder's work focuses on sustainable agriculture and biological control of pests, with expertise in food safety, plant-microbe-insect interactions, and climate change impacts on agroecosystems. His lab investigates how restoring natural biodiversity resolves conflicts between conservation and food production, emphasizing that ecosystem health underpins pest management and safe food systems. Key approaches include field studies on working farms, molecular eco-genomics, and landscape-scale modeling of species interactions. Recent publications reveal strong trends in climate-agriculture interfaces, food safety ecology, and genomic applications in pest management. Research increasingly examines trade-offs between ecosystem services (e.g., bird-mediated pest control) and risks (e.g., pathogen transmission), while advancing RNAi technologies and nutrient management for sustainable pest suppression. Field-based molecular work dominates current outputs, reflecting the lab's shift toward mechanistic eco-genomic explanations of ecological patterns. The Snyder Lab maintains active collaborations with growers across diverse projects including pastured poultry systems, soil nutrient-pest interactions, and climate-driven whitefly outbreaks. Ongoing fieldwork on organic farms and molecular analyses in the lab support translational research that bridges fundamental ecology with agricultural applications. The lab actively recruits students for projects spanning statistical modeling, GIS analysis, and experimental field ecology.

• Biological Control
• Agricultural and Biological Sciences
• Parasitoid
• +6 more

Joop van Lenteren is a researcher at the Laboratory of Entomology, Wageningen University & Research, with a focus on biological control systems and insect ecology. His work spans global applications of biological pest management, particularly in Latin America and open-field crops. Academic Rank: Researcher Department: Laboratory of Entomology His research emphasizes predator-parasitoid interactions, Tuta absoluta control in tomatoes, and intraguild predation dynamics. Specific interests include Trichogrammatidae parasitism, Macrolophus predator behavior, and sustainable pest management frameworks. Recent publications highlight his contributions to understanding volatile cue utilization by mirid predators, synergies between parasitoids and predators, and large-scale biological control implementation in Latin America. These works intersect agricultural science, chemical ecology, and integrated pest management. Van Lenteren has supervised multiple PhD candidates, including Raak-van den Berg, L. and Allema, B., and participated in projects analyzing Harmonia axyridis dispersal, microbial pest control strategies, and parasitoid sex manipulation. He has contributed editorially to Sting journal and delivered lectures on parasitoid ecology and ecological crop protection.

• Species interactions
• Human-wildlife coexistence
• Carnivores
• +7 more

Dr. Peter M. Haswell is a Lecturer in Conservation Science at Bangor University's School of Environmental and Natural Sciences, where he conducts research on wildlife ecology, conservation, and environmental ethics. His work spans multiple international contexts, including the Mojave Desert in California and Croatia's Plitvice Lakes National Park, with a focus on carnivore ecology, human-wildlife coexistence, and endangered species conservation. PhD in Biology from Bangor University Postdoctoral scholar at University of California, Davis PGCertHE (Distinction) from Bangor University Dr. Haswell's research centers on species interactions, particularly between carnivores and their ecosystems. His work examines how human activities impact wildlife communities, with special attention to conservation strategies for endangered species like the Amargosa vole. He integrates behavioral ecology with practical conservation approaches, investigating topics such as predator-prey dynamics, non-lethal conflict mitigation, and the ethical dimensions of wildlife management. His environmental philosophy emphasizes individual responsibility in addressing the biodiversity crisis. His publication record reveals evolving research interests from carnivore ecology in Croatia to desert rodent communities in North America, with a growing emphasis on environmental ethics and sustainability. Recent work increasingly addresses the human dimensions of conservation, including consumption patterns, intergenerational equity, and the philosophical foundations of environmental stewardship. His interdisciplinary approach bridges ecological science with ethical considerations, creating a unique perspective on conservation challenges. Advisory Council Member, International Wildlife Coexistence Network (2021-present) Research Collaborator, Croatian large carnivore project (2010-present) Member, Royal Society of Biology Member, The Wildlife Society Dr. Haswell actively supervises PhD students and has developed strong collaborative networks across institutions including Bangor University's Conservation Group, the University of Newcastle's Conservation Science Research Group in Australia, and various conservation NGOs. His field experience informs practical conservation approaches that balance scientific rigor with real-world application, particularly regarding human-wildlife conflict resolution and endangered species recovery. His laboratory and field work spans multiple ecosystems, from the wetlands of the Mojave Desert to the forests of Croatia, where he investigates carnivore behavior, rodent community dynamics, and habitat restoration. These research sites serve as living laboratories for testing conservation hypotheses and developing evidence-based management strategies that address both ecological and social dimensions of biodiversity conservation.

• Ecology
• Community Physiological Ecology
• Urban Ecology
• +6 more

Dr. Kevin McCluney is a Professor in the Department of Biological Sciences at Bowling Green State University's College of Arts and Sciences. His research integrates ecological, physiological, and isotopic approaches to study global change impacts on aquatic and terrestrial ecosystems, with particular focus on animal water balance, urban ecology, and food web dynamics. He leads the McCluney Lab, which is affiliated with the Center for Great Lakes and Watershed Studies. Expertise in water availability effects on trophic interactions Investigates pharmaceutical pollution in freshwater systems Develops frameworks for 'water webs' in dryland ecosystems Active in diversity, equity, and inclusion initiatives Research trends across his publications reveal: Strong emphasis on hydration physiology in arthropods (2016-2023) Urbanization effects on pollinator communities (2018-2019) Chemical mixtures in continental waterways (2021) Multi-scale biodiversity dynamics (2021) Ecological implications of climate change (2009-2025)

John E. LoseyView profile

Professor

• Insect Conservation Biology
• Pest Management
• Ecological Impacts of Transgenic Crops
• +3 more

John E. Losey is a Professor in the Department of Entomology at Cornell University, affiliated with the School of Integrative Plant Science. His work spans research, teaching, and outreach, focusing on insect population management and biodiversity conservation. Research interests revolve around two complementary foci: the ecological impacts of transgenic crops on pest insects and nontarget organisms (e.g., monarch butterflies, lady beetles), and the conservation biology of declining insect populations. Key projects include studying resistance in pest populations, evaluating transgenic crop effects on beneficial beetles, and investigating the decline of native lady beetles. Recent publications highlight his work on lady beetle interactions, pesticide impacts on pollinators, and invasive species dynamics. Collaborations include Cornell colleagues, a multi-state biological control group, the Lost Ladybug Project, and the IUCN Ladybird Specialist Group. Scientific Awards : Champion of Change Award Nominee (White House Office of Science and Technology Policy) Distinguished Achievement in Extension Award (2015, Entomological Society of America: Eastern Branch) Outreach initiatives include the Lost Ladybug Project , a citizen science program funded by the National Science Foundation. This project engages youth in biodiversity documentation, with over 800 identifiable ladybug records collected, including rare native species.

Gerben MesselinkView profile

Professor

• Biological pest control
• Integrated Pest Management
• Natural enemies for pest control
• +7 more

Gerben Messelink is a Professor at Wageningen University & Research specializing in biological pest control in greenhouse horticulture. His research focuses on developing sustainable alternatives to chemical pesticides through the use of natural enemies. He has established himself as a leading expert in biological control systems for greenhouse crops. Dr. Messelink's research interests center around five main themes: (1) discovering and evaluating new natural enemies for pest control; (2) implementing the 'standing army' approach where natural enemies are established preventively; (3) understanding food web interactions among multiple natural enemies; (4) integrating biological control into comprehensive Integrated Pest Management (IPM) systems; and (5) utilizing biodiversity around greenhouses for pest management. His work spans both fundamental ecological research and practical applications for commercial growers. His publication record shows a consistent focus on enhancing biological control systems, with recent work emphasizing the importance of natural enemy complementarity, alternative food sources, and biodiversity approaches. The trends in his research demonstrate an evolution from single-agent biological control toward more complex, ecosystem-based approaches that consider multiple interacting species and environmental factors. Dr. Messelink has been actively involved in numerous research projects both in the Netherlands and internationally, collaborating with researchers across Africa, the Middle East, and China to develop biological control solutions appropriate for different agricultural contexts. He has contributed significantly to the advancement of practical biological control methods, with his work on the 'standing army' concept representing a paradigm shift in how growers approach preventive biological control. His research on food web interactions has provided critical insights into when multiple natural enemies enhance or disrupt pest control.

Florian MenzelView profile

Professor

• Chemical Ecology
• Evolutionary Biology
• Animal Behavior
• +6 more

PD Dr. Florian Menzel is a Professor and Group Leader at the Institute of Organismic and Molecular Evolution, Johannes Gutenberg University Mainz. His research focuses on chemical ecology, evolutionary biology, and insect conservation, particularly investigating cuticular hydrocarbons in ants and their roles in communication, climate adaptation, and ecosystem functions. He leads a multidisciplinary team exploring how multifunctional traits like hydrocarbons mediate biotic interactions, desiccation resistance, and species coexistence in changing climates. Education: PhD (2006-2009): University of Würzburg, fieldwork in Malaysian Borneo Postdoc (2011-2018): Heisenberg Fellow, University of Mainz Replacement Professor (2018-present): Evolutionary Animal Ecology Research interests include the evolution and function of cuticular hydrocarbons, ant behavior, and conservation initiatives like the Interactive Insect Campus . Collaborations span institutions globally, addressing topics from spider-prey interactions to genomic basis of hydrocarbon diversity. Publications highlight studies on ant acclimation, hydrocarbon physics, and biodiversity threats. Current projects involve PhD students investigating CHC biophysics, genomics of hydrocarbon pathways, and conservation education. Outreach efforts include public engagement through campus habitat creation and pollen metabarcoding to track historical flora changes.

• Conservation Science
• Wildlife Ecology
• Animal Behaviour
• +12 more

Dr. Pete Haswell is a Lecturer in Conservation Science at Bangor University within the School of Environmental and Natural Sciences . He is actively involved in research on wildlife ecology, human-wildlife coexistence, carnivore conservation, and environmental philosophy. His work bridges empirical science and ethical inquiry, with field research spanning Croatia, Idaho, and the Mojave Desert. PhD in Biology, Bangor University Postdoctoral experience at University of California, Davis Member, Royal Society of Biology and The Wildlife Society Advisory Council Member, International Wildlife Coexistence Network Research Collaborator, Croatian Large Carnivore Project (since 2010) Dr. Haswell's research interests are centered on conservation science , carnivore ecology , and behavioral responses to predation risk . He investigates how species interact under human influence, with a focus on mesopredator behavior, nonlethal conflict mitigation, and habitat restoration. His recent work explores the spatiotemporal dynamics of endangered rodent communities and the role of restoration in invasive species control. He also integrates environmental ethics into conservation, advocating for reduced consumption and cultural shifts toward sustainability. The most recent publications reflect a strong trend in ecological interactions , conservation conflict resolution , and ethical dimensions of environmental science . His work combines field observation, experimental design, and philosophical analysis, contributing to both applied management and theoretical understanding in conservation. Notable scientific contributions include: Development of nonlethal strategies for wolf-sheep coexistence in Idaho Research on fear-mediated behavior in mesopredators Advocacy for ethical consumption and intergenerational equity in environmental policy Leadership in camera trapping methodology for behavioral research Dr. Haswell mentors graduate students and collaborates internationally. He has contributed to conservation education through guest lectures, seminars, and public outreach, including writing for Wolf Print magazine. His research is supported by collaborations with conservation NGOs and academic institutions in the UK, USA, and Croatia. He is also involved in reviewing for major journals such as Journal of Applied Ecology , Conservation Letters , and Proceedings of the Royal Society B . His work is conducted within interdisciplinary teams and often involves field-based studies on predator-prey dynamics, human disturbance, and restoration outcomes. He continues to lead research on the Amargosa vole and broader implications for desert ecosystem conservation.

• Plant Ecology
• Climate Change Ecology
• Forest Ecology
• +3 more

Michał Bogdziewicz is an Associate Professor at the Institute of Environmental Biology, Adam Mickiewicz University in Poznań. His research focuses on masting (synchronized, variable seed production), plant-pollinator interactions, climate change impacts on forest ecosystems, and seed predation dynamics. Current Position: Associate Professor, Adam Mickiewicz University Previous Affiliations: INRAE (France), CREAF (Spain) Research Themes: Masting ecology, climate adaptation, seed dispersal, predator satiation, forest regeneration His work integrates long-term ecological datasets and theoretical models to explain reproductive strategies in perennial plants. Recent studies examine how rising temperatures disrupt masting in European beech and how community-wide masting affects North American oak ecosystems. Selected for Oikos Editor’s Choice (2016) and featured on journal covers for research on masting synchrony and climate-driven shifts in seed production. Collaborates extensively in international networks like MASTREE+. As an Associate Editor for the Journal of Ecology , he contributes to advancing ecological methodologies. His publications highlight the interplay between resource allocation, weather cues, and biotic interactions in shaping plant reproductive success.

Erich SchoellerView profile

Assistant Professor

• Integrated Pest Management (IPM)
• Biological Control
• Arthropod Pest Management
• +3 more

Erich Schoeller is an Assistant Professor in the Department of Entomology at the University of Georgia's College of Agricultural & Environmental Sciences . His work focuses on integrated pest management (IPM) strategies for controlled environment agriculture, including high tunnels, greenhouses, and vertical farms. He combines research and extension to deliver science-based solutions for arthropod pest control. Research: Biological control of pests using generalist predators and parasitoids, LED lighting manipulation for pest behavior, and banker plant systems. Extension: Engages growers through workshops, meetings, and digital platforms to promote sustainable pest management. Education: Mentors graduate and undergraduate students in IPM, insect ecology, and CEA practices. His publications highlight parasitoid-predator dynamics, temperature-dependent pest development, and innovative field diagnostics for invasive species.

Chad HarveyView profile

Associate Professor

• Ecology
• Entomology
• Freshwater Biology
• +3 more

Chad Harvey serves as Associate Professor in the Interdisciplinary Science department at McMaster University's Faculty of Science, actively teaching across all four years of the Integrated Science (iSci) undergraduate program through 2025. His instructional responsibilities include core courses (ISCI 1A24-4A12), field camps (EXPLORE 3IS3), and specialized offerings like Ancient Scientific Literature, demonstrating deep commitment to interdisciplinary science education. His academic credentials include: PhD in Zoology from University of Wisconsin-Madison (2007) MSc in Entomology from Auburn University (2002) Honours BSc in Zoology from University of Guelph (2000) Postdoctoral Fellowship at University of Windsor (2007-2009) Harvey's research program uniquely bridges ecological investigation and pedagogical innovation. His ecological work examines intraguild predation dynamics, biological control mechanisms in agricultural systems, and freshwater ecosystem responses to anthropogenic stressors like chloride pollution. Concurrently, he pioneers curriculum development in integrated science education, focusing on student research skill acquisition and international collaborative learning frameworks. Analysis of his 11 publications (2003-2023) reveals dual thematic trajectories: early-career emphasis on entomological interactions in agroecosystems evolved toward freshwater ecology and science education scholarship. Recent work demonstrates sophisticated integration of environmental monitoring with pedagogical assessment, particularly in his 2023 chloride concentration study and 2017 research on staged skill transfer in undergraduate programs. No major scientific awards were documented in the source material. Harvey's academic service centers on program administration for McMaster's iSci initiative, evidenced by conference presentations on interdisciplinary curriculum design and laboratory development. While specific grant funding or student advising details weren't provided, his sustained involvement in program leadership since at least 2010 indicates significant administrative contributions to interdisciplinary science education.

Lara SousaView profile

Researcher

• Behavioral Ecology
• Spatial Ecology
• Marine Biology
• +5 more

Dr. Lara Sousa is a Research Staff member at the Wildlife Conservation Research Unit (WildCRU), University of Oxford. Her research focuses on behavioral and spatial ecology of wild vertebrates, particularly marine species and African carnivores. She holds a BSc in Biology from the University of Évora, an MRes in Marine Biology from the University of Aveiro, and a PhD from the University of Southampton. Her doctoral work examined the behavior, predator-prey interactions, and fisheries impacts on ocean sunfish in the North Atlantic. At WildCRU, she leads the Trans-Kalahari Predator Project, investigating spatial ecology of lions, leopards, and hyaenas in Zimbabwe to understand population densities, habitat selection, and intraguild interactions. She employs satellite tagging and camera trap surveys for species distribution studies. Her work integrates environmental drivers and anthropogenic threats to guide conservation strategies. Key research areas include spatial ecology of large carnivores, marine megafauna tracking, and the impact of human activities on wildlife. Collaborations span marine species (e.g., blue sharks, hammerhead sharks) and terrestrial systems (e.g., African wild dogs, cheetahs). She has published extensively on topics ranging from climate-driven species redistribution to conservation policy implications of human-carnivore conflict. Her interdisciplinary approach bridges ecology, conservation, and technology to address global biodiversity challenges.

J.P. MichaudView profile

Professor

• Integrated Pest Management
• Biological Control
• Insect Ecology
• +3 more

Dr. J.P. Michaud is a Professor at Kansas State University's Department of Entomology, based at the Agricultural Research Center-Hays. With expertise in integrated pest management and biological control, he conducts research on insect ecology, particularly focusing on aphids and their natural predators. His work aims to develop improved IPM programs for field crop pests on the High Plains, integrating biological control with host plant resistance, cultural practices, and judicious insecticide use. B.S. in Animal Behavior from McGill University, Montreal, PQ, Canada M.S. in Pest Management from Simon Fraser University, Burnaby, BC, Canada Ph.D. in Entomology from Simon Fraser University, Burnaby, BC, Canada Post Doctoral Associate at University of Florida, Citrus Research and Education Center (1996-2002) Dr. Michaud's research centers on the ecology and behavior of lady beetle species that serve as biological control agents for cereal aphids on the High Plains, particularly Hippodamia convergens and Coleomegilla maculata . His recent work addresses maternal and paternal effects in these species and the causes and consequences of cannibalism behavior. The invasion of sugarcane aphid on grain sorghum has prompted new research into biological control and host plant resistance for managing this pest. He also investigates non-target impacts of insecticidal seed treatments on beneficial insects in sunflowers and the selectivity of new insecticides for cereal aphid control. His research extends to international collaborations on various biological control projects. Analysis of Dr. Michaud's recent publications reveals a strong focus on predator-prey interactions, particularly involving aphids and their natural enemies. His work spans multiple disciplines including behavioral ecology, physiological ecology, and applied pest management. Key themes include the effects of agricultural practices on beneficial insects, adaptation of natural enemies to invasive pests, reproductive biology of predators, and non-target effects of insecticides. His research often examines how environmental factors influence insect behavior and population dynamics, with practical applications for sustainable agriculture on the High Plains. Dr. Michaud has collaborated extensively with researchers across multiple institutions and countries, contributing to the understanding of biological control systems worldwide. His mentorship has supported numerous graduate students and postdoctoral researchers in entomology and pest management. While specific grant information isn't detailed in the provided text, his extensive publication record suggests successful funding for research on integrated pest management, biological control, and insect ecology. Dr. Michaud's research program involves laboratory and field studies examining the ecology of aphid predators, particularly lady beetles. His work often focuses on understanding how agricultural practices affect beneficial insect populations and their ability to provide natural pest control services. He collaborates with international researchers on various biological control projects, extending the impact of his work beyond the High Plains region.

Katelyn LawsonView profile

Assistant Professor

• Invasive Species Management
• Aquatic Ecology
• Environmental Science
• +3 more

Katelyn Lawson is an Assistant Professor in Environmental Systems at Auburn University's Department of Crop, Soil & Environmental Sciences, within the College of Agriculture. Her research focuses on invasive species management, aquatic ecology, and environmental science, with a particular emphasis on non-native fish invasions, climate impacts, and ecological modeling. She is affiliated with Auburn University's Funchess Hall and actively contributes to interdisciplinary research initiatives. Her work addresses critical issues such as the spread of invasive species in Florida, the behavioral responses of aquatic organisms to environmental stressors, and the application of habitat suitability modeling for conservation efforts. Dr. Lawson collaborates on projects involving acoustic deterrents for invasive carp and policy-related studies on sinkholes and geology. Key research themes include understanding how life history traits and environmental factors influence species establishment, evaluating control strategies for invasive fish populations, and assessing the ecological and policy implications of human-induced changes to natural systems. Her articles reflect a multidisciplinary approach, integrating fieldwork, modeling, and policy analysis.

Rachael OrbenView profile

Assistant Professor

• Animal movement
• Migration ecology
• Foraging ecology
• +5 more

Rachael Orben is an Assistant Professor (Senior Research) in the Department of Fisheries, Wildlife, and Conservation Sciences at Oregon State University's College of Agricultural Sciences, affiliated with the Marine Mammal Institute. She holds a PhD in Ocean Science from UC Santa Cruz (2014) and a BS in Biological Sciences from Cornell University (2002). Her research investigates animal movement patterns, migration ecology, foraging strategies, species-habitat relationships, food web dynamics, biologging applications, marine spatial planning, and seabird-fisheries interactions. She leads the Seabird Oceanography Lab and collaborates with the GEMM Lab, conducting field research in Alaska, the Northwest Hawaiian Islands, and the Falkland Islands. Current projects include fine-scale albatross-vessel interactions, animal movement methodology development (Residence in Space and Time), seabird flight height measurements for wind turbine risk assessment, Oregon coast seabird distributions, year-round Western Gull tracking, and red-legged kittiwake carry-over effects. She serves as Regional Representative for Oregon & Washington with the Pacific Seabird Group (2019-2021). Orben's publications demonstrate expertise in marine predator tracking, seabird-fishery interactions, and conservation technology applications. Recent work emphasizes disease ecology connections to animal movement and innovative biologging approaches. No scientific awards or student advisees are documented in the provided profile.