Janet Loxterman is a Professor and Department Chair in Biological Sciences at Idaho State University. Her research integrates population genetics with conservation biology and ecology, focusing on molecular techniques to address conservation challenges in both aquatic and terrestrial ecosystems. Ph.D. in Biology (Conservation Genetics), Idaho State University (2001) M.S. in Biology, Virginia Commonwealth University (1995) B.S. in Behavioral Neuroscience, Lehigh University (1992) Her work emphasizes combining ecological and genetic data to understand population structure, critical for conservation strategies like species protection, reintroduction programs, and habitat restoration. Key areas include fish genetics, hybridization analysis, and wildlife biogeography. Recent publications highlight advancements in fish identification, DNA extraction methods, climate adaptation frameworks, and hybridization studies in trout. Her lab at Life Sciences 434 addresses watershed evolution, human impacts, and genetic diversity trends across species like cutthroat trout, dwarf mistletoe, and pumas.
Professor Stuart Marsden is a conservation ecologist at Manchester Metropolitan University, specializing in threatened species and the impacts of human activities on wildlife. He leads research on tropical birds, mammals, amphibians, and UK biodiversity, emphasizing conservation strategies and capacity building in developing countries. His work integrates field surveys, citizen science, and advanced technologies like acoustic monitoring. Key projects include studies on urban Stock Doves in Manchester and biodiversity assessments in Java's montane forests to inform protected area expansion. Collaborations with NGOs like Rainforest Trust and Chester Zoo highlight his commitment to applied conservation. Research Interests: Conservation of threatened taxa (birds, mammals, amphibians) Human impacts: land use change, wildlife trade Urban ecology and green infrastructure Tropical forest biodiversity and management Capacity building in conservation research Grants & Collaborations: Newton Fund Workshop on Dry Forests (Peru) Rainforest Trust project for Java's mountain wildlife Rainforest Trust and Chester Zoo funding Partnerships with Burung Indonesia and local communities His research group's blog documents fieldwork in Java, Peru, and Manchester, emphasizing interdisciplinary approaches to global conservation challenges.
Emma Stone is a Reader (Associate Professor) in the Department of Life Sciences at the University of Bath, affiliated with the Milner Centre for Evolution. She leads the Bat Conservation Research Lab, which conducts applied research on the interplay between ecosystems and society under anthropogenic change. Her work integrates social, ecological, and geographical methodologies, focusing on biodiversity impacts of urbanisation, habitat change, and artificial lighting, using bats as model organisms. She also conducts significant research on African carnivores, particularly in Malawi. University: University of Bath School: Milner Centre for Evolution Department: Department of Life Sciences Position: Associate Professor Email: els201@bath.ac.uk Lab: Bat Conservation Research Lab Emma Stone's research centers on conservation biology and behavioural ecology, with strong emphasis on Global Environmental Change. Her work spans both the UK and Africa, investigating how human activities such as urbanisation, artificial lighting, and land-use change affect wildlife. She uses bats as bioindicators and models to understand broader ecological dynamics, while also leading research on African carnivores, particularly hyaenas and caracals. Her interdisciplinary approach combines field ecology with social science to inform conservation policy and practice. The most recent articles reflect a consistent focus on anthropogenic impacts on wildlife. Trends include the effects of artificial lighting, noise, land-use boundaries, and urbanisation on bat activity, as well as methodological improvements in estimating carnivore populations. Research spans diverse ecosystems from UK farmlands to African miombo woodlands. Key themes include functional connectivity, habitat fragmentation, and welfare impacts of urban living on wildlife. Emma Stone has received recognition through several scientific roles and affiliations: Member, IUCN Bat Specialist Committee Member, IUCN Hyaena Specialist Committee Regional Chair, BAT1K Committee Editorial Board Member, Mammal Review Associate Editor, Journal of Wildlife Research She is actively involved in advising doctoral students and leads multiple research projects funded by bodies such as the Natural Environment Research Council and North Somerset Council. Her external collaborations include Natural England, the lighting industry, and local councils in the UK, as well as long-term field programs in Malawi through Conservation Research Africa. She has secured significant research funding for projects assessing lighting, noise, and urban impacts on bats and carnivores. Emma Stone leads the Bat Conservation Research Lab, a dedicated team conducting field and policy-relevant research on bat ecology and conservation. She is also the Founder and Director of Conservation Research Africa, an English charity based in Malawi, which supports the African Bat Conservation and Carnivore Research Malawi projects. These initiatives involve multidisciplinary teams working across conservation, ecology, and community engagement.
Professor Katherine Moseby is a wildlife ecologist and conservation biologist at the University of New South Wales (UNSW Sydney), focusing on arid and semi-arid ecosystems. Her work spans applied research in species translocation, predator-prey dynamics, and biodiversity conservation, with a particular emphasis on threatened Australian mammals like bilbies, quolls, and numbats. She leads large-scale field experiments and co-founded key conservation initiatives such as Arid Recovery , Wild Deserts , and Tetepare Island , which have influenced national policies on predator management and ecosystem restoration. Her research has driven the adoption of conservation fences and predator thresholds to enhance reintroduction success beyond fenced reserves. Her current projects include studies on feral cat impacts, heat stress in desert mammals, and trophic cascades in fenced reserves. She actively supervises students in ecological research and collaborates with institutions like the National Environment Science Program Resilient Landscapes Hub and Great Victoria Desert Biodiversity Trust .
Dr. Steven B. Castleberry is a Professor in the Department of Wildlife Ecology and Management at the University of Georgia's Warnell School of Forestry and Natural Resources. He holds the title of Certified Wildlife Biologist® and specializes in wildlife ecology with a focus on non-game species, endangered species conservation, and wildlife-forest management interactions. Education: Ph.D. in Wildlife and Fisheries Resources, West Virginia University (2000) M.S. in Forest Resources, University of Georgia (1997) B.S. in Forest Resources, University of Georgia (1993) Research Interests: His work centers on bat ecology, habitat selection by wildlife, disease impacts on populations (e.g., white-nose syndrome), ecological engineering effects (e.g., pocket gophers), and translocation strategies for endangered species. He employs spatial modeling, genetic analysis, and long-term monitoring techniques to address conservation challenges in forested ecosystems. Recent Trends in Publications: Over the past decade, Castleberry has focused on bat population dynamics, particularly in the context of disease-driven declines and habitat responses. His work also explores human-wildlife interactions in managed forests and the ecological roles of burrowing species like the southeastern pocket gopher. Recent studies highlight innovative methods such as Bioblitz surveys and translocation experiments to address conservation priorities. Scientific Awards: Certified Wildlife Biologist® (active certification) Advising & Grants: While explicit student names aren't listed, his collaborative publications suggest extensive graduate student involvement in field projects. His research has been supported by grants focusing on endangered species recovery, forest management impacts, and disease ecology. Labs & Teams: Engaged with interdisciplinary teams at the University of Georgia addressing wildlife conservation challenges in southeastern ecosystems. Active collaborations involve federal agencies (e.g., USGS) and NGOs focused on species recovery programs.
Dr. Inga Zeisset is a Senior Lecturer in the School of Applied Sciences at the University of Brighton, where she is part of the Ecology, Conservation and Society Research Excellence Group. Her work bridges molecular ecology with practical conservation applications, focusing particularly on amphibian species in Europe. Zeisset earned her BSc (Hons) in Ecology and Conservation with First Class honors from the University of Sussex (1994-1997), followed by a PhD in Molecular Ecology of North European Water Frogs from the same institution (1997-2001). Her doctoral research laid the foundation for her ongoing work in amphibian phylogeography and conservation genetics. Her research interests center on molecular ecology approaches to conservation challenges, with particular expertise in phylogeography, invasive species dynamics, the relationship between genetic diversity and fitness, adaptive genetic variation, and environmental DNA applications. Zeisset has developed specialized knowledge in amphibian conservation, particularly regarding pool frogs (Pelophylax lessonae) and their reintroduction to the UK. Her work frequently employs molecular methods including microsatellite analysis and MHC (Major Histocompatibility Complex) studies to address conservation questions. Analysis of her publication record shows a consistent research trajectory focused on amphibian conservation genetics, with recent work emphasizing practical conservation applications like species reintroduction monitoring and environmental DNA techniques. Her publications span molecular methodology development, phylogeographic studies, and applied conservation research, demonstrating how fundamental genetic research can inform conservation practice. The work shows increasing emphasis on practical conservation applications in recent years. Zeisset led the significant research project "Reintroduction of northern clade pool frogs (Pelophylax lessonae) to the UK" from 2014-2018, which represents a major contribution to amphibian conservation practice in Britain. Her supervisory interests include molecular ecology, amphibian ecology and conservation, phylogeography, species distribution, invasive species, and eDNA applications, indicating her commitment to training the next generation of conservation scientists. Her teaching philosophy emphasizes student-centered approaches, inquiry-based and cooperative learning. She incorporates practical sessions and group work into her lectures, providing guided reading and online resources to support deeper student engagement with course material outside the classroom.
Simon Caporn is a Professor in Ecology and Environmental Science at Manchester Metropolitan University, where he leads research on peatland and heathland ecosystem responses to anthropogenic pressures including nitrogen deposition and climate change. His work integrates long-term field experiments with policy-relevant applications for habitat restoration and carbon management. His academic background includes: BSc in Biology, University of York PhD in Plant Physiology, University of Sussex Caporn's research program focuses on nitrogen pollution impacts, peatland carbon dynamics, and restoration ecology. He has maintained a nitrogen manipulation experiment on Welsh heather moorland for over 20 years under DEFRA's acidification research programme and led NERC-funded climate change experiments examining warming and water table effects on raised bogs. Current collaborations with Moors for the Future prioritize Sphagnum reintroduction in Southern Pennine blanket bogs, addressing both biodiversity recovery and carbon sequestration potential. His methodology combines manipulative field studies with metabolic fingerprinting and stable isotope analysis to develop bioindicators of ecosystem stress. Analysis of his recent publications reveals evolving research trajectories: early work established nitrogen deposition thresholds for semi-natural habitats, while current studies integrate restoration engineering (e.g., micropropagated Sphagnum), climate adaptation strategies, and novel applications like carbon credit schemes. Technological advancements feature prominently, including smartphone-based GNSS for field surveys and high-resolution wetness mapping for restoration planning. The consistent thread remains understanding how peatland ecosystems regulate carbon storage under environmental change. Caporn directs significant externally funded research initiatives: DEFRA Terrestrial Umbrella Programme (long-term nitrogen deposition impacts) NERC climate manipulation experiment on Welsh ombrotrophic peatlands CARE-PEAT partnership (EU-funded carbon loss reduction from peatlands) Moors for the Future blanket bog restoration monitoring His field research teams operate across UK peatlands using permanent experimental plots, remote sensing validation, and interdisciplinary approaches linking plant physiology with landscape-scale carbon cycling. Current efforts emphasize translating ecological findings into practical restoration metrics and policy frameworks for peatland conservation.
James Gibbs is a Distinguished Professor in the Department of Environmental Biology at the State University of New York College of Environmental Science and Forestry. He holds a B.S. in Wildlife Management from the University of Maine (1986), M.A. in Biological Sciences from the University of Missouri (1988), and Ph.D. in Forestry & Environmental Studies from Yale University (1995). His research spans conservation biology and herpetology, with significant focus on: Galápagos giant tortoise ecology and conservation Urban-rural evolutionary gradients in mammals Vernal pool conservation thresholds Indigenous ecological knowledge integration Wildlife responses to environmental contamination Recent work explores evolutionary impacts of urbanization on squirrel coat color, conservation thresholds for vernal pool ecosystems, and rewilding effects of giant tortoises on island landscapes. His publications demonstrate strong interdisciplinary approaches combining genetics, stable isotope analysis, and field ecology. Dr. Gibbs advises graduate students including Brayden Nichols and teaches Conservation Biology (EFB 413) and Herpetology (EFB 485). He has led significant restoration initiatives in the Galápagos Islands, including tortoise reintroduction programs that demonstrate ecosystem engineering effects on plant communities.
Associate Professor John Clulow is an Honorary Associate Professor at the School of Environmental and Life Sciences , University of Newcastle. His career spans Conservation Biology and Reproductive Biology, with a focus on amphibian conservation and male reproductive physiology. He has contributed extensively to Amphibian sperm cryopreservation and fluid transport in reproductive ducts , collaborating with Assoc Prof M Mahony and Assoc Prof RC Jones. Education: PhD, University of Newcastle; Bachelor of Arts; Bachelor of Science (Honours) Research expertise includes: Amphibian conservation technologies Cryopreservation of gametes and embryos Chytrid fungal disease mitigation Comparative reproductive physiology Efferent duct fluid reabsorption mechanisms His 2021-2025 publications highlight innovations in: Thermal imaging drones for wildlife monitoring Salinity manipulation against chytrid Wetland design for disease management Cryoprotectant optimization Genetic resource allocation models Scientific Award: European Academy of Andrology Prize (1997) Teaching: Forensic biology, biotechnology commercialization, and zoology Administration: Program convenor for BSc (Forensics); manager of amphibian holding facilities
Dr. Machteld van Dierendonck is a Junior Assistant Professor at the Faculty of Veterinary Medicine , Utrecht University , specializing in Animal Welfare and Clinical Ethology within the Animals in Science and Society program. She serves as a Visiting Professor at both Ghent University and University of Antwerp in Belgium. Research Focus : Animal Welfare Clinical Ethology Equine Behavior Pain Assessment Development of Abnormal Behavior Social Behavior in Horses Key Publications : Over 30 peer-reviewed articles on equine pain scales, behavior, and welfare, including 2011's Applied Animal Behaviour Science review on social coping in horses and 2015's Veterinary Journal study on visceral pain scales. Accreditations : Board-certified associate of the European College for Animal Welfare and Behavioural Medicine (ECAWBM) in (Equine) Veterinary Behaviour and Animal Welfare Science-Ethics-Law. Additional Roles : Co-founder of Stichting Certipet (certifying animal behavior therapists) and founding member of the International Society of Equitation Science (ISES) , where she chaired the 2011 conference scientific committee. International Experience : Conducted fieldwork in Mongolia (Przewalski’s horse reintroduction), Sweden, Italy, Iceland, and Belgium.
Scott P McRobert is a Professor in the Department of Biology at Saint Joseph's University. His academic career spans several decades, with a focus on animal behavior, ecology, and evolutionary biology. He maintains an active research laboratory and oversees the Biodiversity Laboratory, which houses numerous rare, exotic, and endangered species. BS (1977) in Biology, Juniata College, Huntingdon, PA MA in Biology (1983), Temple University, Philadelphia, PA PhD Genetics (1987), Temple University, Philadelphia, PA Dr. McRobert's research focuses on the genetic, ecological, and evolutionary aspects of animal behavior. His work primarily utilizes pomace flies (genus Drosophila ), fish, turtles, and frogs, with significant emphasis on understanding the biology of endangered species. His specific areas of investigation include animal communication, reproductive behavior, shoaling dynamics, and conservation biology. Much of his work has practical applications for wildlife management and conservation efforts, particularly with threatened turtle species. An analysis of Dr. McRobert's recent publications reveals a strong interdisciplinary approach spanning multiple biological disciplines. His work consistently bridges fundamental behavioral research with conservation applications, particularly in herpetology. The publications demonstrate expertise in both laboratory-based studies of model organisms like Drosophila and zebrafish, as well as field studies of wild turtle populations. A notable trend is the integration of educational technology with behavioral research, exemplified by tools like "Fish Cam" for classroom use. Dr. McRobert actively mentors students through research projects in the Biodiversity Laboratory. Current projects include investigating the effects of sleep deprivation on Drosophila melanogaster , factors influencing shoaling behavior in fish, the effects of water quality parameters on amphibian metamorphosis, and assurance colony studies on endangered turtles. These projects provide hands-on research opportunities for undergraduate and graduate students. Dr. McRobert oversees the Biodiversity Laboratory, which serves as both a research facility and a conservation resource. The laboratory houses large numbers of rare, exotic, and endangered species, supporting both scientific research and conservation efforts. This unique facility enables long-term studies of species biology and behavior that would not be possible with wild populations alone.
Sean Buckley is an Adjunct Research Fellow at the School of Biological Sciences, The University of Western Australia. His research focuses on using genomic data to understand evolutionary processes and inform conservation strategies, spanning phylogenetics, phylogeography, and population genetics. He holds a PhD from Flinders University (2017–2020) and a Bachelor of Science (Honours) in Animal Behaviour (2013–2016). Research Interests: Sean’s work integrates genomic, morphological, and demographic data to address conservation challenges, particularly in translocation programs for threatened species. He explores factors influencing population mixing outcomes and applies evolutionary insights to species management. His expertise spans diverse taxa, from fish to mammals, with a focus on Australia’s biodiversity hotspots. Recent Contributions: His articles highlight climate-driven evolutionary responses, genetic diversity in captive breeding, and conservation translocation strategies. His research emphasizes long-term climatic stability’s role in species diversification and the impacts of aridification on freshwater ecosystems. Engagement: Sean runs the blog The G-CAT to communicate conservation genetics to broader audiences. He has contributed to conferences like the Australian Mammal Society and the Genetics Society of Australasia. His past roles include Research Associate at Flinders University’s Molecular Ecology Lab and teaching assistant for conservation genetics courses.
Matt Geary is an Associate Professor in Conservation Biology/Animal Behaviour at the University of Chester's School of Natural Sciences . He serves as REF coordinator, research lead, and Faculty Postgraduate Tutor, chairing key committees for research and postgraduate education. Geary leads MRes Biological Sciences and MSc Wildlife Conservation programs while teaching conservation, ecology, and statistical/field methods. PhD in Conservation Ecology (Manchester Metropolitan University) MRes in Ecology and Environmental Science (University of York) BSc in Biology (Newcastle University) PGCert in Higher Education (University of Chester) His research specializes in conservation of threatened species (birds, mammals, amphibians) through statistical/ecological modeling and survey optimization . He focuses on endangered species in the UK and globally, with particular emphasis on birds and using camera traps and genetic analysis to inform conservation strategies. Geary's work spans population viability analysis , habitat association studies , and non-invasive sampling techniques . He has developed camera trap protocols for species like wolves and pangolins while investigating genetic diversity in island endemics. His funded projects include studies on Grenada Dove and Capercaillie conservation. He teaches conservation technologies , field research techniques , and population biology modules. Geary has designed multiple programs including BSc Zoology and MRes Research Methods , integrating work-based learning and employability skills into curricula.
Dr. Daniel Kashian is a Professor in the Department of Biological Sciences at Wayne State University, serving as the General Education Faculty Coordinator. He holds academic roles within the College of Liberal Arts and Sciences and maintains active teaching and research agendas. His research focuses on forest and landscape ecology, particularly disturbances influencing plant communities and ecosystem processes, employing field studies, GIS, remote sensing, and modeling. Education: Ph.D. in Zoology/Forest Ecology and Management, University of Wisconsin, 2002 M.S. in Forest Ecology, University of Michigan, 1998 B.S. in Natural Resources, University of Michigan, 1993 Research Interests: Dr. Kashian studies how site factors, biotic interactions, natural disturbances, and human activities shape forest ecosystems. Key themes include ash tree resilience against invasive species like EAB, wildfire impacts on carbon storage, and restoration strategies for endangered species habitats. His work bridges empirical field data with advanced spatial analytics to inform sustainable forest management. Grants and Awards: Recipient of Wayne State University Presidential Teaching Award (2015) and multiple grants from USDA, US Fish and Wildlife Service, and Joint Fire Sciences Program. Notable projects include assessing EAB biocontrol efficacy, fire impacts on jack pine forests, and American chestnut restoration for carbon storage. Advising and Grants: Dr. Kashian has served as PI or Co-PI on over a dozen grants, including studies on Kirtland’s warbler habitat management and drought-related aspen mortality. His work emphasizes interdisciplinary collaboration and applied ecological solutions. Labs/Teams: Research focuses on forest disturbance dynamics, with affiliations to Wayne State’s Biological Sciences department and external partnerships like the US Forest Service and National Wildlife Refuges.
Deidre Peroff is an Adjunct Professor at the School of Freshwater Sciences, University of Wisconsin-Milwaukee, and Social Science Outreach Specialist with Wisconsin Sea Grant. She holds a Ph.D. in Parks, Recreation, and Tourism Management from North Carolina State University (2016), an M.S. in Geography from Western Washington University (2009), and a B.S. in Geography from the University of Wisconsin-Madison (2003). Her research focuses on equitable natural resource conservation, agritourism’s role in rural livelihoods, and community-centered coastal resilience. She bridges social science methods with environmental stewardship to address water access, climate communication, and resilient coastal communities. Her work emphasizes inclusive approaches in Great Lakes restoration and policy design. Education: Ph.D., North Carolina State University (2016): Parks, Recreation, and Tourism Management M.S., Western Washington University (2009): Geography B.S., University of Wisconsin-Madison (2003): Geography-People and the Environment Her research interests include: - Agritourism’s impact on rural economies and stewardship - Climate communication strategies with vulnerable populations - Indigenous-led conservation and cultural ecosystems - Social equity in coastal resource management - Policy evaluation for wildlife and aquaculture systems Recent Publications Trends: Recent work highlights community engagement in Great Lakes restoration, climate communication with marginalized communities, and evaluating policies for endangered species conservation. She frequently collaborates with NGOs and policymakers to translate research into actionable strategies. Grants & Outreach: Leads Sea Grant’s community-engaged internship programs and collaborates with Healing Our Waters Coalition on ecosystem management. Her role emphasizes bridging academic research with grassroots initiatives. Labs & Teams: Affiliated with the Great Lakes Research Facility, focusing on interdisciplinary approaches to water resource challenges.
