Daniel Janzen is a Professor of Biology and holder of the Thomas G. and Louise E. DiMaura Term Chair at the University of Pennsylvania's School of Arts & Sciences. His primary affiliation is with the Department of Biology. He holds a Ph.D. from the University of California, Berkeley (1965). His research focuses on tropical ecology, biodiversity conservation, and the intricate relationships between plants, insects, and parasitoids in Costa Rica's ecosystems. Key research areas include understanding caterpillar-plant interactions, parasitoid behaviors, and biodiversity development in conserved tropical wildlands like Area de Conservación Guanacaste (ACG). Janzen pioneered the use of DNA barcoding for biodiversity inventory and integrates taxonomy, ecology, and conservation policy to promote sustainable land use. His work emphasizes non-destructive utilization of tropical biodiversity for ecotourism, biotechnology, and environmental monitoring. Publications highlight discoveries in cryptic species identification, parasitoid wasp systematics, and microbiome studies in caterpillars. Janzen’s long-term fieldwork in Costa Rica has produced foundational insights into tropical ecosystem management and conservation engineering. Despite an extensive publication record, no specific scientific awards are explicitly mentioned in the text. His research involves collaborations with institutions like the Smithsonian Institution and the Barcode of Life initiative. While no advising details are provided, his work engages with global biodiversity databases and participatory conservation frameworks involving local communities. The ACG serves as a key field site for his integrative approach to linking basic ecology with applied conservation strategies.
Anita Diaz Isla is a Professor in the Department of Life and Environmental Sciences at Bournemouth University, Faculty of Science and Technology. Her work integrates research, education, and public engagement in conservation ecology, with a focus on cultural habitats such as heathlands, meadows, and woodlands. Her research interests span conservation ecology, ecological restoration, biodiversity dynamics, human-wildlife interactions, and climate change impacts. She investigates how traditional and modern land uses affect ecological feedbacks like grazing and pollination. A key focus is on heathland restoration, soil-plant-animal interactions, and the role of citizen science in conservation. She promotes public involvement in nature through initiatives like NatureVolunteers.uk. Her recent publications reveal a strong trend in long-term ecological monitoring, soil biogeochemistry, biodiversity change, and the effectiveness of restoration techniques. Themes include carbon storage in restored heathlands, pH effects on soil enzymes, and plant-insect co-dynamics over decades. Her work often involves collaborations with the National Trust, Natural England, and international partners in Spain. Anita actively mentors students and involves them as co-researchers in real-world conservation projects. She has led educational innovations in fieldwork and student-staff research communities. Her work is supported by HEIF funding and partnerships with conservation organizations. She is involved in several research teams and collaborative networks focused on heathland conservation, ecological restoration, and citizen science. Her projects often integrate fieldwork, laboratory analysis, and community engagement, forming interdisciplinary teams across institutions.
Paul Shipley is an Associate Professor in the Department of Chemistry within the Irving K. Barber Faculty of Science at the University of British Columbia Okanagan. He also serves as Associate Dean of the College of Graduate Studies. His research focuses on natural products chemistry, metabolomics, and NMR-based analysis of medicinal plants and bacteria to investigate chemical differences between species and samples. His work has applications in discovering biological activities, optimizing natural health product formulation, identifying adulterated products, and classifying species by their chemistry. Dr. Shipley's educational background includes: PhD from the University of Washington Dr. Shipley's research centers on organic chemistry and natural products biosynthesis, with particular emphasis on the biochemistry of secondary metabolism in plants and bacteria. His laboratory develops and applies nuclear magnetic resonance (NMR) metabolomics approaches to define the complex chemistry of medicinal plants, which traditionally has been challenging due to the estimated 30,000 distinct phytochemicals present in an average plant tissue. His work bridges analytical chemistry, plant biochemistry, and statistical analysis to create robust methods for species differentiation and chemical profiling. Specifically, his lab investigates NMR-based chemical approaches for medicinal plant analysis across various species, comparing results with LC/MS metabolomic analysis and chromatographic separation methods. They develop statistical tools to discriminate between true and false positives in significance analysis and optimize NMR experiments for best discrimination between sample types, with applications in hawthorn chemotaxonomy, cranberry analysis, and other medicinal plant studies. Dr. Shipley's recent publications demonstrate a strong focus on NMR-based metabolomics applied to plant chemistry, particularly for species identification and quality control of natural health products. His work spans multiple plant genera including Crataegus (hawthorn), Vaccinium (cranberry), and Artemisia (sagebrush), with consistent methodological development in statistical analysis and NMR techniques. A notable trend is the application of machine learning algorithms to refine metabolomic data interpretation and the development of robust models for distinguishing between closely related plant species and varieties. His research program has contributed significantly to: Development of new NMR-based approaches for plant metabolome analysis Creation of statistical tools for metabolomic data refinement Chemotaxonomic studies of medicinal plants with pharmacological relevance Identification of cardioprotective compounds in hawthorn species As a graduate student supervisor in the Department of Chemistry, Dr. Shipley mentors students in organic chemistry, natural products biosynthesis, and analytical methodology development. His research program involves multiple funding sources supporting NMR metabolomics instrumentation, plant collection and analysis fieldwork, statistical methodology development, and collaborative studies with pharmacology and botanical researchers. Dr. Shipley leads a research laboratory focused on NMR-based metabolomics of medicinal plants and bacteria. His team develops advanced statistical and methodological tools for model improvement in metabolomic analysis, with particular expertise in distinguishing between closely related plant species and varieties. The lab collaborates across disciplines, integrating chemical analysis with biological activity studies to connect phytochemical profiles with potential pharmacological relevance, particularly in cardioprotective compounds found in hawthorn and urinary tract health applications of cranberry compounds.
Dr. Wannes Dermauw is a Belgian researcher affiliated with Ghent University and the Institute for Agricultural and Fisheries Research (ILVO), specializing in plant sciences. His work focuses on genetic and molecular mechanisms of pesticide resistance in agricultural pests like spider mites and whiteflies, particularly through cytochrome P450 enzymes and CRISPR-Cas9 gene editing. He has received prestigious funding through an ERC grant (POLYADAPT) and an FWO Postdoctoral Fellowship. Institute for Agricultural and Fisheries Research (ILVO) | 2020–Present Ghent University | 2019–2020 Rubenhof 2013–2019 University of Ghent | 2006–2013 His research intersects entomology, molecular biology, and agricultural science, emphasizing: Mechanisms of acaricide and insecticide resistance CRISPR-Cas9 applications in arthropods Horizontal gene transfer between plants and pests Functional genomics of detoxification enzymes Population genetics of cosmopolitan mite pests Development of diagnostic tools for resistance monitoring Scientific awards include: European Research Council (ERC) grant POLYADAPT FWO Postdoctoral Fellowship His publications reveal trends in: Molecular basis of resistance mutations Evolutionary adaptation to xenobiotics CRISPR-Cas9 in non-model arthropods Genomic differentiation between pest morphs Novel detoxification enzyme families Tick-pathogen interactions in livestock
Dr. Jonathan Davies is an Associate Professor at the University of British Columbia's Faculty of Forestry, with dual affiliations in the Department of Botany and Department of Forest and Conservation Sciences. His research focuses on phylogenetic ecology, integrating evolutionary biology with ecological systems to address biodiversity conservation and climate change challenges. Academic Rank: Associate Professor Departments: Botany; Forest and Conservation Sciences Research Center: Biodiversity Research Center Email: j.davies@ubc.ca Research Interests : At the intersection of ecology and evolution, Davies' work explores phylogenetic approaches to conservation science, climate change biology, and disease ecology. His lab investigates: Climate change impacts on biodiversity and disease emergence Phylogenetic dilution effects in forest pest dynamics Evolutionary patterns in plant-herbivore interactions Statistical methods for phylogenetic analysis Global biodiversity patterns and diversification rates Eco-phylogenetics of protected area effectiveness
Dr Eleanor Graham is a Lecturer in Forensic Science at Northumbria University, specializing in DNA analysis and biomolecular applications. She holds a PhD in Genetics from the University of Leicester (2003) and has academic affiliations with the Forensic Science Society, the International Society of Forensic Genetics, and the British Association for Human Identification. Education: BSc in Biochemistry (UMIST), MSc in Biomolecular Archaeology (UMIST/University of Sheffield), PhD in Genetics (University of Leicester) Her research focuses on forensic genetics, DNA profiling, and post-mortem analysis. She has contributed to studies on DNA stabilization techniques, alternative funerary practices in Roman archaeology, and interdisciplinary forensic ethics. Her recent publications highlight collaborations across Europe in mRNA-based body fluid typing. Key scientific award: 2008 Da Vinci Health Technology Awards - Highly Commended for 'The University Biopsy Tool' Dr Graham supervises postgraduate research, including Blake Kesic's work on forensic profiling of smokeless powders. She previously served as a Post-Doctoral Research Associate at the University of Leicester under Professor Guy Rutty.
Joel Elliott is a Professor of Biology at the University of Puget Sound, specializing in marine ecology and evolutionary biology. His research examines predator-prey interactions, symbiotic relationships, and environmental impacts on aquatic organisms. He leads studies on sea star wasting disease, introduced mussel species' effects on Puget Sound ecosystems, and microbial communities in sulfide-rich environments. Elliott teaches courses in marine biology and ecological diversity. Education: BS in Biology, University of Alberta, 1983 MS in Biology, University of Alberta, 1987 PhD in Biology, Florida State University, 1992 Research Interests: Focuses on Mytilus species competition, microbial symbionts in eelgrass, and the ecological consequences of environmental pollutants. Uses field and lab methods including GIS mapping, molecular techniques (DNA barcoding, qPCR), and microscopy to study intertidal communities and microbial biodiversity. Recent Research Trends: Articles analyze sea star population dynamics under disease pressures, mussel hybridization patterns, and microbial influences on eelgrass health. Collaborates with microbiologists to characterize sulfide-seep microbial communities resembling deep-sea hydrothermal vent ecosystems. Advising & Grants: Advised over 20 students on projects involving invasive species, eelgrass restoration, and microbial ecology. Collaborations include work with Professors Mark Martin and Peter Wimberger on Puget Sound ecosystems. Labs/Teams: Maintains a lab in Thompson 213 focused on marine organism interactions and environmental monitoring. Engages students in fieldwork across Puget Sound, including Commencement Bay and the San Juan Islands.
Peter Kennedy is a Professor in the Department of Plant and Microbial Biology at the University of Minnesota's College of Biological Sciences, where he serves as Interim Associate Dean of Research and holds the PMB Wardle Chair of Microbial Ecology. His Kennedy Lab investigates plant-microbe interactions, with a primary focus on ectomycorrhizal fungal symbioses in forest ecosystems. The lab integrates mycology, microbiology, ecology, evolution, and molecular biology to study how biotic and abiotic factors shape ecological communities. Research employs field sampling, greenhouse experiments, and molecular techniques to examine fungal necromass decomposition, carbon sequestration mechanisms, and climate change impacts on microbial communities. Key areas include the 'Gadgil Effect' (fungal guild interactions controlling carbon cycling), protist roles in soil food webs, and biogeographic patterns of symbiotic versus saprotrophic fungi. Recent publications reveal strong trends in fungal necromass decomposition dynamics under warming and nitrogen fertilization, with emphasis on melanin's role in carbon stabilization and microbial community shifts. Work increasingly connects molecular mechanisms (e.g., gene expression in Ascomycota) to ecosystem-scale carbon cycling. Scientific recognition includes: Fulbright fellowship (2019) for Colombia-based biodiversity research PMB Wardle Chair of Microbial Ecology (2022), supporting new microbial ecology directions Mentorship spans 14+ PhD students including Lotus Lofgren (UC Riverside), Craig See (Northern Arizona University), and Chris Fernandez (Syracuse University). Major grants include NSF Dimensions of Biodiversity (oak symbiont networks), Gadgil Effect studies, and SPRUCE experiment collaborations. International partnerships with Norway (University of Oslo), China (Xishuangbanna Institute), and Colombia (Universidad Nacional) drive cross-continental research. The Kennedy Lab operates the Itasca ForestGEO plot and maintains strong ties with the Bell Museum fungal collections. Current initiatives include protist-fungal interaction studies, necromass RNASeq analyses, and expansion of FUNGuild—a community resource for fungal ecological guild classification.
Tyler R Kartzinel is an Associate Professor in the Department of Ecology, Evolution, and Organismal Biology at Brown University and a member of the Institute at Brown for Environment and Society. He leads the Genomic Opportunities Lab (GenOps), an interdisciplinary research group that combines molecular ecology, fieldwork, ecological theory, and data science to understand biodiversity, species interactions, and environmental change. His work spans multiple continents including Africa (Kenya, Uganda, Tanzania), South America (Costa Rica, Chile), and North America (Yellowstone National Park, New England), focusing on conservation-relevant questions at the interface of genomics and ecology. Dr. Kartzinel's research interests center on conservation biology and molecular ecology, with particular emphasis on dietary DNA metabarcoding, gut microbiome analysis, and biodiversity monitoring. His work bridges fundamental ecological questions about species interactions and community dynamics with practical conservation applications. He has developed innovative genomic approaches to study food webs, dietary niche partitioning, and the impacts of large herbivores on ecosystem structure and function. His research integrates field experiments with laboratory molecular techniques to address pressing conservation challenges in a changing world. The 15 most recent publications reveal a strong focus on dietary ecology, microbiome science, and conservation genomics. His work consistently applies DNA-based techniques to understand wildlife diets, host-microbe interactions, and ecosystem dynamics across diverse systems from African savannas to Yellowstone National Park. Key trends include the development of CRISPR-based genomic tools for biodiversity science, investigation of diet-microbiome relationships across multiple taxa, and the application of molecular techniques to address conservation-relevant questions about endangered species and ecosystem management. 2018-2022 Ecological Society of America Early Career Fellow Dr. Kartzinel leads multiple research projects funded by the National Science Foundation and other agencies, including long-term studies in African savannas and Yellowstone National Park. His UHURU experiment in Kenya has generated over 12 years of data on large herbivore exclusion effects. He actively collaborates with conservation organizations worldwide to translate research findings into practical conservation solutions. His lab trains undergraduate and graduate students in molecular ecology techniques and conservation applications. The Genomic Opportunities Lab maintains state-of-the-art molecular facilities at Brown University for pre- and post-PCR work. The lab collaborates extensively with researchers across Brown's departments and with international conservation organizations. They develop and share field-tested protocols and open-source software to advance ecological research globally, with particular focus on making genomic tools accessible for conservation practitioners in diverse settings.
Margit Cichna-Markl is a Professor at the University of Vienna's Faculty of Chemistry, specifically within the Institute of Analytical Chemistry. With over 122 publications and active research spanning from 2000 to the present, she maintains a significant academic presence with recent publications extending into 2025. Her research focuses on analytical chemistry applications in food science and molecular biology, specializing in DNA-based authentication methods for food products. Key areas include DNA barcoding, high-resolution melting analysis, and metabarcoding techniques for detecting food adulteration and verifying species authenticity in complex food matrices. Dr. Cichna-Markl's work demonstrates a strong trend toward developing molecular methods for food authentication, with recent publications focusing on EU-authorized edible insects, seafood identification, and plant species detection in processed foods. Her research bridges analytical chemistry with practical food safety applications, contributing significantly to food fraud prevention and regulatory compliance. She has been actively involved in research projects including mycotoxin analysis (2004-2007) and has presented numerous lectures and posters on food authentication techniques, with recent activities documented through November 2024.
Professor Otso Ovaskainen holds a permanent position at the University of Helsinki , where he serves as Research Director in the Organismal and Evolutionary Biology Research Program. He is also a Visiting Professor at a Norwegian Centre of Excellence since 2014. Supervisor in the Doctoral Programme in Wildlife Biology Established the Research Center for Ecological Change (REC) with 60+ members ERC Starting Grant recipient (2008-2013) Research Interests: Ovaskainen bridges mathematical theory with empirical ecology, focusing on metapopulation dynamics, movement ecology, and statistical community ecology. His work integrates: Ecological theory with data Individual-based modeling Fungal community dynamics Probabilistic taxonomic placement Environmental DNA analysis Multi-species movement modeling Scientific Leadership: He has led major projects including the Finnish Centre of Excellence in Metapopulation Research (2015-2017) and the LIFEPLAN biodiversity inventory project (2020-2026). His HMSC modeling framework remains a benchmark in joint species distribution modeling.
Tassos Koidis is a Lecturer in the School of Biological Sciences at Queen's University Belfast, affiliated with the Institute for Global Food Security. He is actively engaged in research, teaching, and public outreach, with a focus on food chemistry and authenticity. His work integrates advanced analytical techniques with chemometrics to ensure food safety and integrity. Research Interests: His research spans food authenticity, adulteration detection, and the application of multivariate statistical methods and spectroscopic techniques in food analysis. Key areas include olive oil quality, plant-based milk alternatives, and meat color stability. He develops cutting-edge analytical methods to understand the chemical and physical properties of foods, particularly in relation to bioactivity and structural integrity. The recent publications highlight a strong trend in food safety, with emphasis on detecting adulterants in honey, edible oils, and plant-based products using DNA barcoding, mass spectrometry, and infrared spectroscopy. His work increasingly integrates chemometrics and non-destructive testing to support sensory evaluation and quality control. Teaching Contribution Award (SOBS/FQSN course), 2019 Top Cited Article - Wiley - European Journal of Lipid Science and Technology, 19 Mar 2025 Tassos Koidis has supervised PhD students and is currently accepting new PhD candidates. He has been involved in significant research grants, including the FOODINTEGRITY and ASSET projects, and currently serves as Co-Investigator in the 'Facilitating Innovations for Resilient Livestock Farming Systems' project. His editorial roles include service on the boards of Food Chemistry and Food and Humanity . He is also active in public engagement, having contributed to BBC and safefood media initiatives on food authenticity and preservation. He is a member of professional networks and collaborates internationally, particularly in chemometrics and food safety. His participation in workshops, conferences, and advisory panels underscores his role in translating research into policy and industry practice.
Santiago Martín Bravo is an Associate Professor and researcher at the Department of Molecular Biology and Biochemical Engineering, Pablo de Olavide University (Seville, Spain). His work focuses on plant systematics, evolution, and biogeography, particularly within the Cyperaceae family (sedges). Research Themes: Angiosperm systematics, molecular phylogenetics, chromosome evolution, biogeographic analysis, and conservation taxonomy Recent Collaborations: Studies on Carex diversification in Chile, biogeographic patterns of Mediterranean plants, and global nomenclatural stability initiatives Notable Contributions: 15+ recent articles on chromosomal microevolution, ecological speciation in sedges, and integrative taxonomic approaches combining DNA barcoding with traditional methods. His 2024 collective appeal highlights the importance of stable biological nomenclature. Network: Collaborates with institutions in Spain, Chile, Ecuador, and New Zealand. Supervises doctoral research in the Biodiversidad y Biología de la Conservación program.
Nadir Alvarez is a Full Professor at the Department of Ecology and Evolution, University of Lausanne (UNIL). He holds a Master's in Evolutionary Biology (University of Montpellier) and a joint PhD from the Universities of Montpellier and Neuchâtel. His research focuses on evolutionary mechanisms underlying ecological diversification and species adaptation, particularly through genomic and museomics approaches analyzing historical/ancient DNA. He has held roles including Chief Curator at the Geneva Natural History Museum and Director of the Naturéum in Vaud. His work combines population genomics, environmental DNA (eDNA), and museum specimen analysis to study biodiversity dynamics. Key contributions include developing methods for capturing nuclear environmental DNA and exploring genetic responses to climate change. He serves as Director of the Naturéum, emphasizing applied conservation through genomic insights. Education & Career 2001: Master's, University of Montpellier 2004: PhD, Universities of Montpellier and Neuchâtel 2010–2017: Assistant Professorships at UNIL and University of Neuchâtel 2024–Present: Full Professor, UNIL Research Interests Museomics and ancient DNA analysis Ecological and evolutionary responses to environmental changes Population genomics of plants and insects Conservation genomics for biodiversity management Recent Article Trends Recent work emphasizes genomic approaches in biodiversity monitoring, combining eDNA and museum specimens to study population dynamics and adaptation. Topics include glacial refugia effects on megafauna, postglacial radiations in whitefish, and genetic strategies for conserving endangered species like Phengaris butterflies. As Director of the Naturéum, he bridges academic research with public engagement in natural sciences, promoting applied conservation through genomic insights.
Myles H.M. Menz is a researcher at James Cook University (JCU) with a focus on insect ecology, conservation biology, and technological applications in ecological monitoring. His work spans diverse topics including insect migration patterns, pollination dynamics, and the impacts of environmental stressors like pesticides and light pollution. He collaborates internationally on projects involving radar entomology, animal-borne sensors, and ecological genetics. Key research interests include the migration strategies of insects such as hoverflies, moths, and dragonflies, as well as conservation challenges facing endangered species like the orchid Caladenia xanthochila. His studies often integrate cutting-edge technologies (e.g., radar tracking, genomic analysis) to understand ecological processes at both individual and community levels. Notable contributions include demonstrating how hoverflies use sun compass navigation during autumn migration and revealing how insecticide exposure alters gene expression in honeybees. Menz also emphasizes interdisciplinary approaches, such as developing global databases for metacommunity ecology and advocating for landscape-scale ecosystem restoration frameworks. His work bridges applied and theoretical ecology, addressing critical issues like pollinator decline, urban biodiversity, and the ecological consequences of human activities.
