Eve Runno-Paurson is a Professor of Integrated Crop Production at the Institute of Agricultural and Environmental Sciences , Estonian University of Life Sciences. Her research focuses on plant pathology, fungal resistance, and sustainable crop management, particularly in potato and other field crops. Contact: Kreutzwald 5, eve.runno-paurson@emu.ee Her work spans Phytophthora infestans dynamics, arbuscular mycorrhizal fungi , and climate-resilient crop systems . Recent publications explore nitrogen fertilization in sweet potatoes, machine learning for pathogen identification, and stress volatile emissions in infected plants. Key trends in her research include disease monitoring , host-pathogen interactions , and agricultural sustainability . She has no listed scientific awards or students in the provided data.
Professor Kwon Young-soo is a faculty member in the Department of Life Sciences and Department of Bio-Convergence Engineering at Sejong University, where he leads the Genomics Lab. His research integrates next-generation sequencing and bioinformatics to study gene expression regulatory networks in human embryonic stem cells and differentiated cell types, focusing on molecular mechanisms of human development and disease. His academic background includes: Bachelor's degree in Genetic Engineering from Korea University Master's degree in Biochemistry from KAIST Ph.D. in Biochemistry from KAIST Postdoctoral Fellowship in Genomics at University of California, San Diego Professor Kwon's research spans genomics , RNA biology , and stem cell systems , with emphasis on microRNA function, splicing regulation, and ribonucleoprotein condensates. His Genomics Lab employs cutting-edge DNA analysis technologies to investigate molecular pathways in embryonic stem cell differentiation, contributing to understanding developmental disorders and cancer mechanisms through computational and experimental approaches. Analysis of his 12 publications (2011-2024) reveals a consistent trajectory in RNA processing mechanisms, featuring prominent work on U2AF1/ZRSR2 splicing elements, L1TD1-mediated condensate dissolution, and microRNA-target networks in stem cells. His research bridges genomic technology development with biological discovery, primarily published in high-impact journals like Nucleic Acids Research and FASEB Journal. Scientific awards were not documented in the source materials. Details regarding specific research grants and student advising activities were not provided in available sources, though his active publication record and lab leadership indicate ongoing mentorship and funding. The Genomics Lab maintains specialized facilities for next-generation sequencing and bioinformatics analysis, with resource links to critical databases including miRBase, Nature, and Cell. Current work shows expanding focus on neurodegenerative disease mechanisms through recent patent applications involving L1TD1 protein therapeutics.
Andrew Forbes is a Professor and Associate Chair in the Department of Biology at the University of Iowa, specializing in evolutionary ecology and speciation of parasitic insects. His research integrates ecological experimentation, molecular genetics, and evolutionary theory to investigate insect diversity and host-parasitoid dynamics. Education: PhD, University of Notre Dame Research Interests: Dr. Forbes focuses on the origins and maintenance of insect diversity, particularly in plant-feeding and parasitic insects. His work examines coevolutionary processes, ecological drivers of reproductive isolation, genomic consequences of asexuality in Hymenoptera, and patterns of insect biodiversity across trophic levels. Key methodologies include field studies, molecular techniques, and phylogenomic analyses to unravel speciation mechanisms. Publication Trends: His recent publications (2022-2025) reveal strong emphasis on host-parasitoid coevolution, climate change impacts on insect phenology, and taxonomic discovery. Notable trends include genomic approaches to understanding speciation, investigations of invasive species dynamics, and interdisciplinary studies linking ecology with evolutionary genetics across North American ecosystems. Advising and Grants: Dr. Forbes actively mentors undergraduate and graduate researchers through his lab and REU site 'Engaging Undergraduates in Interdisciplinary Evolutionary Science'. He emphasizes inclusive research opportunities, welcoming students with diverse backgrounds interested in insect natural history, evolutionary ecology, and biodiversity science regardless of prior experience. Lab and Team: The Forbes Lab, based in the University of Iowa's Biology Building, conducts field and laboratory research on parasitic insect systems. Their work on host-parasitoid interactions and insect speciation has received significant media attention including features in The New York Times, Science, NPR, and Smithsonian Magazine, highlighting the ecological and evolutionary significance of understudied insect taxa.
Assoc. Prof. Dr. Suzan Benedick serves as an Associate Professor at the Faculty of Sustainable Agriculture, Universiti Malaysia Sabah, where she has been a lecturer since 2007. She also holds a Partner/Co-Investigator position at the Leverhulme Centre for Climate Change Mitigation, contributing to interdisciplinary sustainability research. Her academic credentials include: Diploma in Agriculture from Universiti Putra Malaysia (1995) BSc in Conservation Biology from Universiti Malaysia Sabah (1999) MSc in Biological Sciences from Durham University, UK (2001) PhD in Conservation Biology from Universiti Malaysia Sabah (2005) Dr. Benedick specializes in tropical insect biodiversity with particular expertise in Lepidoptera and Hymenoptera systematics and genetic diversity. Her research integrates agricultural entomology with sustainable practices, focusing on stingless bee products, honey bee systematics, and rhinoceros beetle toxicology in oil palm ecosystems. She develops integrated pest management strategies that balance crop productivity with ecological conservation. She maintains active international collaborations with researchers from the University of Cambridge, University of Sheffield, University of Tuscia (Italy), and University of Munich (Germany). Industry partnerships include Yun Fung Sang Group for oil palm invertebrate biodiversity studies and Nilaihasil Sdn Bhd for Oryctes rhinoceros toxicity research. As a recognized expert, she conducts outreach programs on stingless bee farming and pest management across Sabah districts including Sandakan, Kota Marudu, Kiulu, and Lahad Datu. Professional memberships: Life member of ENTOMA (Entomology Malaysia) Member of COLOSS - Honey Bee Research Association
Grey Gustafson is an Assistant Professor in the Department of Biological Sciences at Northern Arizona University, specializing in entomology with a particular focus on beetle systematics and evolution. Their research primarily centers on whirligig beetles (Gyrinidae) and other aquatic Coleoptera, employing both traditional taxonomic approaches and modern phylogenomic techniques. Dr. Gustafson's research interests span several interconnected areas of entomological science: Molecular systematics and phylogenomics of beetles, particularly using ultraconserved elements Taxonomy and description of new species, especially within whirligig beetles (Gyrinidae) Evolutionary patterns and biogeography of aquatic beetles Development of methodological approaches for phylogenetic analysis of Coleoptera Functional morphology and biomechanics of aquatic beetles Analysis of Dr. Gustafson's publication record reveals a clear progression from traditional taxonomic work toward increasingly sophisticated phylogenomic approaches. Their early career focused on species descriptions and regional faunal studies, particularly in Southeast Asia and Madagascar. More recently, their work has centered on developing and applying phylogenomic methods to understand deep evolutionary patterns in beetles, with particular emphasis on Adephaga and Gyrinidae. A significant portion of their recent work examines methodological questions about optimal approaches to phylogenomic analysis in beetles. Dr. Gustafson has established productive collaborations with researchers worldwide, as evidenced by publications with co-authors from multiple continents. Their work has been referenced in numerous scholarly contexts, including 7 Wikipedia pages according to the available metrics, indicating substantial impact in their field.
PD Dr. Jürgen Schiller is a Principal Investigator at the University of Leipzig, with his office located at Härtelstr. 16-18, Room 152.1, 04107 Leipzig. His research focuses on advanced analytical techniques for lipid and biomolecule characterization, particularly using mass spectrometry and NMR spectroscopy. Dr. Schiller leads a research team consisting of: Dr. Kathrin Engel, research associate Dr. Jenny Leopold, research associate and coordinator of SFB 1423 Johanna Schubarth, doctoral student Patricia Prabutzki, doctoral student Dr. Schiller's primary research interests center around lipidomics and advanced analytical techniques. His work extensively utilizes MALDI-TOF mass spectrometry and various NMR spectroscopy methods to analyze complex lipid structures, particularly phospholipids and glycosaminoglycans. He has made significant contributions to understanding lipid composition in various biological systems including sperm, adipose tissue, and joint tissues. His research has important implications for understanding metabolic disorders, reproductive health, and inflammatory processes. A key aspect of his work involves developing and refining analytical methods that combine different techniques, such as coupling thin-layer chromatography with mass spectrometry, to achieve more comprehensive lipid characterization. Analysis of Dr. Schiller's most recent publications (2022-2023) reveals several key research trends. His work continues to focus on methodological advancements in lipid analysis, particularly with MALDI-TOF mass spectrometry. There is a strong emphasis on studying oxidized lipids and their biological relevance, as well as investigating the relationship between lipids and glycosaminoglycans in disease processes. His research spans multiple biological systems, from human health (focusing on adipose tissue, joint diseases, and reproductive health) to animal models and even insect physiology. The interdisciplinary nature of his work is evident in collaborations across fields including immunology, metabolism, and infectious disease. Dr. Schiller actively mentors the next generation of scientists, currently supervising two doctoral students. His laboratory appears to be well-integrated into larger research initiatives, as evidenced by Dr. Leopold's role as coordinator of SFB 1423 (a Collaborative Research Center, which in the German research system represents a significant, long-term funded research program). His laboratory specializes in advanced lipid analysis techniques, with particular expertise in: MALDI-TOF mass spectrometry for lipid characterization NMR spectroscopy (particularly 31P NMR) for phospholipid analysis Thin-layer chromatography coupled with mass spectrometry Analysis of oxidized lipids and their biological implications Lipid composition studies in reproductive biology and metabolic disorders
Dr. Dilshan Benaragama serves as Assistant Professor (Crop Protection Chair) in the Department of Plant Science at the University of Manitoba's Faculty of Agricultural and Food Sciences, Fort Garry campus, with office contact at 317 Agriculture Building, 66 Dafoe Road, Winnipeg, MB R3T 2N2. His academic qualifications include: PhD, University of Saskatchewan, Canada MSc, University of Saskatchewan, Canada B.S.A., University of Peradeniya, Sri Lanka Research focuses on weed adaptation to biotic/abiotic factors in agroecosystems, integrated weed management strategies, and long-term weed dynamics under diverse cropping systems. He pioneers drone-based remote sensing (multispectral/LiDAR) integration for precise farmer decision tools in weed and agronomy management. Recent publications (2014-2024) reveal dominant themes: herbicide-resistant crop impacts on weed communities, UAV applications for yield/weed monitoring, and integrated management efficacy in organic/conventional systems across Canadian Prairies and Sri Lankan dry zones, emphasizing ecological frameworks and data-driven solutions. He teaches PLNT 0770 - Weed Management and directs active projects on remote sensing for weed-crop interference, competition dynamics, and integrated management effects on weed phenology. Collaborative work spans agronomy and entomology (e.g., carabid beetle seed predation studies), though specific lab structures remain unmentioned.
Kamal M. Ibrahim is an Associate Professor of Zoology at Southern Illinois University's College of Science in Carbondale, Illinois. His research focuses on the spatial and temporal dynamics of genes in natural populations, with particular emphasis on the fauna of the Horn of Africa and various insect species. Dr. Ibrahim's research interests include: Conservation genetics and molecular systematics of Horn of Africa fauna (ungulates, mosquitoes, and termites) Population dynamics and genetics of African armyworm, desert locust, and Southern Pine Beetle Phylogeography and post-glacial colonization history of insect species Genetics of phylopatry in European wild rabbit Speciation in cichlids of Lake Malawi Stock discrimination in Northern Atlantic fisheries Assessment of genetic diversity in European domestic ungulates His publication record spans diverse areas of population genetics and molecular ecology, with significant contributions to understanding genetic variation in wildlife populations, insect pests, and conservation applications. His work demonstrates strong interdisciplinary connections between evolutionary biology, conservation science, and practical applications in pest management and wildlife conservation. Dr. Ibrahim teaches multiple courses including Molecular Ecology, Genetics, Evolution, Population Genetics, and Evolutionary Biology and Religion.
Dr. William O. Lamp , a Professor at the University of Maryland's Department of Entomology since 1985, integrates research on insect ecology in human-altered environments with outreach and education. His work centers on: Integrated Pest Management (IPM) in agroecosystems Impacts of invasive species like Halyomorpha halys and Lycorma delicatula IPM and land use effects on aquatic invertebrates His Lamp Lab has produced 59 refereed publications, securing over $3M in grants as Principal Investigator. Research combines molecular, physiological, and ecosystem-level approaches to address agricultural sustainability and aquatic ecosystem health. His recent publications highlight trends in: 2025 : Insect-based food systems and parasitoid community dynamics in drainage ditches 2024 : Digital training programs for circular agriculture interns 2023 : Morphology-ecology education tools and historical entomology integration 2022 : Spotted lanternfly host analysis and ecosystem service frameworks Dr. Lamp's outreach includes the annual "Discover a Swamp" demonstration at Maryland Day since 2002, mentoring 68 undergraduates and 15 high school students , and coordinating extension efforts for pests like the kudzu bug. He has served as science editor for four National Geographic Kids insect books and teaches courses in IPM, aquatic entomology, and Insect Biodiversity: The Good, The Bad, and The Weird .
Perttu Seppä is a Senior Lecturer at the University of Helsinki, affiliated with the Organismal and Evolutionary Biology Research Program. His work focuses on evolutionary biology, particularly in social insects, population genetics, and ecological dynamics. He has collaborated extensively across institutions including Stockholm University and Helsingin yliopisto. Master of Science (University of Helsinki, 1990) Licenciate in Philosophy (University of Helsinki, 1992) Doctor of Philosophy (University of Helsinki, 1994) Docent in Evolutionary Biology (University of Helsinki, 1998) Research interests span ecological interactions, social insect behavior, genetic diversity, and marine species regeneration. Key projects include studies on Fucus vesiculosus population dynamics and evolutionary genetics of ants and wasps. His publications (61 total) emphasize sociogenetics, reproductive strategies, and population viscosity. Seppä has contributed to 112 academic activities, including peer reviewing for journals like Biological Invasions and Frontiers in Ecology and Evolution , as well as media engagement through interviews with Helsinki University Bulletin and Radio Helsinki. He also participates in thesis supervision and advisory committees.
Michał Krzyżaniak is a full Professor at the University of Warmia and Mazury in Olsztyn (UWM), affiliated with the Faculty of Agriculture and Forestry and its Department of Plant Breeding, Genetics and Biomaterial Engineering. He actively supervises doctoral students and offers research topics in bioconversion of agricultural biomass using insects, with funding available through the National Science Centre (NCN) for 24 months. His department provides full laboratory infrastructure for research tasks. His research interests span bioconversion of agro-industrial byproducts renewable energy systems life cycle assessment (LCA) of crops supercritical CO2 extraction organic intercropping models forest biomass for energy Recent publications analyze camelina cultivation, insect biomass processing, and energy-efficient pellet production, integrating environmental and engineering perspectives. Grants include NCN doctoral scholarships, while educational and doctoral promotion statistics indicate 0 doctors promoted but 1 student under active supervision. His work combines plant genetics, ecological modeling, and bioenergy technology development.
Jim H Speer is a Professor of Geography and Geology in the Earth & Environmental Systems department at Indiana State University's College of Arts & Sciences. With over two decades of academic experience, he has established himself as a leading researcher in dendrochronology and environmental science, with particular expertise in tree-ring analysis, climate change impacts, and forest ecology. Dr. Speer earned his Ph.D. in Geography from the University of Tennessee in 2001, following an M.S. in Geosciences from the University of Arizona (1997) and a B.S. in Geosciences from the same institution (1994). His dissertation focused on 'A new technique demonstrated in the southern Appalachian region,' establishing the foundation for his subsequent research in dendrochronology. Dr. Speer's research spans multiple dimensions of environmental science, with a strong emphasis on using tree-ring analysis to understand ecological processes. His work encompasses dendrochronology , climate change impacts , forest disturbance ecology , and sustainability science . He has developed innovative approaches to studying fire history, insect outbreaks, and climate reconstruction through tree rings, contributing significantly to our understanding of long-term environmental change. His research often bridges disciplinary boundaries, connecting historical ecology with contemporary environmental challenges. His recent publications demonstrate a growing focus on global applications of dendrochronology, with research extending from North America to Africa, Asia, and South America. Notably, his work has expanded into tropical dendrochronology and international capacity building, particularly in Africa through projects supported by the National Science Foundation. Audobon Society Award 2025 Theodore Dreiser Distinguished Research/Creativity Award 2025 2024 Faculty Award for Community-Based Learning and Scholarship ResearchGate Top Three Most Read Faculty at ISU (2023) Dreiser Distinguished Research/Creativity Award (2017) Faculty Award for Community-Based Learning and Scholarship (2012) Henry Cowles Excellence in Publication Award, Association of American Geographers (2011) Outstanding Dedication to First Year Student Academic Success (2011) Dr. Speer has secured numerous research grants totaling millions of dollars from agencies including the National Science Foundation, Department of Energy, USDA, and USAID. His collaborative approach is evident in projects like the North American Dendroecological Fieldweek (NADEF), which has trained hundreds of researchers worldwide. He serves as Principal Investigator for multiple large-scale projects focused on sustainability, watershed management, and international dendrochronology capacity building. Beyond research, Dr. Speer is deeply committed to community engagement, serving as Chair of the President's Council on Sustainability and holding leadership roles in local sustainability organizations including the Terre Foods Cooperative Market and Ouabache Land Conservancy. He leads the Dendrochronology Laboratory at Indiana State University, which serves as a hub for both research and education. The lab supports undergraduate and graduate research while collaborating with international partners on projects spanning six continents. Dr. Speer's fieldweek approach to dendrochronology training has become a model for experiential learning in the discipline, with specialized workshops conducted in locations ranging from Bhutan to Zambia.
Maciej Maselko is an Associate Professor in Applied BioSciences at Macquarie University. His research focuses on insect genome engineering to advance biotechnology applications, including genetic biocontrol of disease-vectoring mosquitoes and bioremediation of environmental contaminants. He leads projects on transgenic animal systems, synthetic biology-based solutions for invasive species control, and sustainable biomanufacturing in insects. Education: PhD in Molecular and Cell Biology (Oregon State University, 2011) BS in Biological Sciences (University of Alaska Anchorage, 2005) Research Interests: Dr. Maselko's work integrates genetic engineering and synthetic biology to address global challenges such as disease vector control, environmental pollution, and agricultural sustainability. His lab develops transgenic insects for biocontainment, population replacement strategies, and bioremediation using microbial enzymes expressed in insect hosts. Current projects include cane toad genetic manipulation, amphibian disease resistance engineering, and phytase production in black soldier flies. Collaborations: Active collaborations span institutions globally, with a focus on ecological and agricultural applications of genetic engineering. Projects involve partnerships in Australia, the US, and other regions. Grants & Projects: Principal Investigator for multiple grants including 'Sustainable biomanufacturing of phytase enzymes' (2023–2026) and 'Control of cane toads by genetic manipulation' (2023–2027). Lead on initiatives like 'Preventing disease-caused extinctions in amphibians' (2022–2025) and 'Insecticide-resistant honey bees for pollination security' (2023). Labs & Teams: His research group operates at the intersection of molecular biology, ecology, and engineering, with a focus on translating lab discoveries into real-world solutions for environmental and agricultural challenges.
Fabio Gennaretti is a Regular Professor and holder of the Canada Research Chair in Dendroecology and Dendroclimatology at the Forest Research Institute (IRF) at University of Quebec in Abitibi-Témiscamingue (UQAT), Rouyn-Noranda Campus. His interdisciplinary research bridges forest ecophysiology, mechanistic modeling, and dendroclimatology to understand forest ecosystem responses to climate change and disturbances across multiple spatial scales. Dr. Gennaretti's educational background includes: Ph.D. in Biology, UQAR (2014) M.Sc. in Conservation and Restoration of the Forest Environment and Soil Protection, Università degli studi della Tuscia, Italy (2008) B.Sc. in Forestry and Environmental Sciences, Università Politecnica delle Marche, Italy (2006) Postdoctoral fellowship in ecological modeling, INRA - Grand Est, France (2017-2019) Postdoctoral fellowship in ecological modeling and paleoclimatology, CEREGE, France (2015-2017) His research spans multiple scales of forest ecosystem analysis. At the stand level, he investigates carbon fluxes, stable isotopes, and water cycle dynamics in forests. At landscape scales, he examines plant successions and ecosystem transformations, particularly following fires. Regionally, he studies climate variability and its forcings (especially volcanism) through climate reconstructions using biological archives (tree rings) and climate scenario modeling. His work demonstrates sophisticated expertise in ecophysiological modeling (particularly with MAIDEN and MuSICA models) and in the joint analysis of multiple tree-ring traits including width, density, and stable isotopes. Analysis of his 15 most recent publications reveals a strong focus on boreal forest responses to climate change, with particular attention to water dynamics, species interactions, and disturbance impacts. His research integrates dendroecological methods with advanced modeling approaches to understand past, present, and future forest ecosystem functioning. Key themes include climate reconstruction using tree rings, forest responses to drought, fire ecology, mining site restoration, and the physiological mechanisms underlying tree responses to environmental stressors. His scientific recognition includes holding the prestigious Canada Research Chair in Dendroecology and Dendroclimatology, reflecting his significant contributions to understanding forest responses to environmental change. As an active mentor, Dr. Gennaretti supervises numerous graduate students and postdoctoral fellows across various projects related to forest ecology and climate change. His current advisees include doctoral candidates Lucie Barbier, Samuel Bouchut, Elsa Dejoie, Oloruntobi Gideon Olugbadieye, and Ana Verhulst-Casanova, as well as Master's student Audrey Demers. He also co-advises several students and mentors trainees and interns, demonstrating his commitment to training the next generation of forest scientists. Dr. Gennaretti leads research within the Forest Research Institute at UQAT, collaborating with various researchers and institutions on projects examining forest responses to environmental change. His work integrates field measurements, laboratory analyses, and sophisticated modeling approaches to understand forest ecosystem dynamics across temporal and spatial scales, making significant contributions to both theoretical and applied forest ecology.
Helena Fritz is a Research Engineer at Lund University, affiliated with the Division of Molecular Hematology (DMH), RNA and Stem Cell Biology, StemTherapy, and LUCC (Lund University Cancer Centre). Her work spans cancer biology, RNA metabolism, and neuroanatomy, contributing to UN Sustainable Development Goals like SDG 3 (Good Health and Well-being). Specializes in Axl RTK signaling in renal cancer Investigates RNA splicing and tRNA fragmentation mechanisms Develops neuroanatomical imaging techniques for insect brains Her research explores cross-disciplinary themes including retrotransposon-driven inflammation, epigenetic regulation in hematological malignancies, and tissue clearing technologies. Recent publications in Cell Reports and Molecular Cell highlight her contributions to RNA biology and cancer progression. Key collaborations include work with international teams on tumor suppression networks and stem cell therapies. She contributes to translational medicine through studies on drug resistance mechanisms in renal cancer.
