Ola Olsson is a Senior Lecturer and Principal Investigator at Lund University, actively contributing to the BECC: Biodiversity and Ecosystem services in a Changing Climate initiative and the LU Profile Area: Nature-based future solutions . He leads research projects across conservation biology, pollination dynamics, and land-use impacts on biodiversity. Research combines modeling and empirical methods Active in 3 ongoing and 12 finished projects Teaches Conservation Biology (BIOR37) and Risk Analysis (MVEC12) Research Trends from 15 recent publications show focus on: Green infrastructure limitations for biodiversity Pollinator health in heterogeneous landscapes Pesticide exposure in bee populations Climate change impacts on pollination synchrony Ecological consequences of bushmeat hunting His scientific network spans 23 activities including media participation and conference leadership. No specific awards mentioned in the provided text.
Prof. Dr. Sybille Unsicker is a Professor in the Department of Biochemistry at Kiel University, leading the Plant-Environment Interactions research group within the Botanical Institute, and maintains a collaborative affiliation with the Max Planck Institute for Chemical Ecology in Jena. Her research centers on chemical ecology and biochemical mechanisms of plant-environment interactions, with specific emphasis on plant-insect dynamics (including aphids and forest beetles), plant-pathogen relationships, detoxification processes, and conifer defense strategies. This work integrates biochemical, ecological, and entomological approaches to investigate how plants adapt to biotic stressors through specialized defense pathways. Dr. Unsicker's group addresses fundamental questions in plant resilience, exploring the molecular and chemical basis of plant responses to environmental challenges, with implications for sustainable forest management and agricultural systems where plant-insect-pathogen interactions significantly impact ecosystem health.
Professor Monika Hilker is a distinguished faculty member at Freie Universität Berlin, where she serves as Head of the Department of Applied Zoology/Animal Ecology within the Department of Biology, Chemistry and Pharmacy. She is also the speaker and director of the Collaborative Research Centre (CRC) 973 "Priming and Memory of Organismic Responses to Stress". Her research group is affiliated with the Dahlem Centre of Plant Sciences, one of the research focus areas of Freie Universität Berlin. Prof. Hilker's research centers on the Chemical and Molecular Ecology of Plant-Insect Interactions. Her team investigates the infochemical web in tri- and multitrophic systems by studying the mechanisms and functions of chemical communication between plants, herbivorous insects, predatory and parasitic insects. They employ chemical and molecular techniques alongside modern behavioral assays to identify infochemicals involved in multitrophic interactions, study their biological activities, and investigate their biogenesis. Current research projects focus on plant responses to insect egg deposition, the molecular ecology of insect eggs, defense mechanisms of insect eggs against pathogens and parasitoids, and plant defense against herbivores primed by egg deposition. Prof. Hilker's publication record demonstrates consistent research productivity with numerous high-impact publications spanning several decades. Her recent work (2021-2025) shows a strong focus on plant defense mechanisms triggered by insect egg deposition, molecular signaling pathways, and multitrophic interactions. The research spans diverse plant systems including pine trees, Arabidopsis, elm trees, and grassland species, examining how plants respond to various stressors including insect herbivory, drought, and egg deposition. Her scientific contributions have been recognized with several prestigious awards including the Silverstein-Simeone Award for work at the frontiers of chemical ecology. She previously served as President (2010-2011) and Vice-president (2009-2010) of the International Society of Chemical Ecology and is currently a member of the Board of Trustees of World Wildlife Fund, Germany. Prof. Hilker actively mentors students and researchers, with several PhD students and postdoctoral researchers in her group. She teaches courses in Biology of Insects, Molecular and Chemical Ecology of Plant-Animal Interactions, and Scientific Writing. Her research has significant implications for understanding the evolution of complex organismic interactions and may contribute to biological control strategies for forest and agricultural pest insects.
Mark Tobler is a Researcher in the Department of Biological Sciences at Loyola University New Orleans, where he has been employed since 2008. He collaborates with Dr. Paul Barnes to investigate plant and ecosystem responses to global climate change, with specialized expertise in Plant-insect interactions Chemical ecology of plants Plant population dynamics in wetland ecosystems Education: M.S. in Biology (plant-animal interactions), University of Louisiana-Lafayette (2000) B.S. in Biology (plant ecology), University of Montana (1997) His research focuses on plant responses to environmental stressors, particularly ultraviolet radiation. Key areas include flavonoid metabolism, UV sunscreen mechanisms, and diurnal adaptations in photoprotection. Publications across 2015-2021 demonstrate consistent contributions to plant physiology and environmental adaptation literature. As Greenhouse Coordinator for the Azby Greenhouse Facility, he oversees critical infrastructure for biological research and plant cultivation. Contact: tobler@loyno.edu
Miriam Strijker is a Researcher at the Department of Plant Breeding at Wageningen University & Research . Her work focuses on breeding insect-resistant crops under environmental stress, with a strong emphasis on genetic variation , plant defense mechanisms , and pest management strategies. Key research areas: Pest resistance, crop protection, genetic diversity in wild relatives Active in collaborations across breeding programs and salinity stress studies Her recent research explores whitefly resistance in Capsicum , Colorado potato beetle interactions, and volatile production in cabbage to attract natural enemies. She contributes to datasets on plant genomics and bulked segregant analysis for disease resistance. Scientific activities include presentations at conferences on aphid resistance in Cucurbita and thrips resistance in Chrysanthemum . Her work aligns with sustainable agriculture goals, aiming to reduce pesticide dependency through genetic approaches.
Ronald D. Cave is a Professor in the Department of Entomology and Nematology at the University of Florida's Institute of Food and Agricultural Sciences (UF/IFAS), serving as Center Director at the UF/IFAS Indian River Research and Education Center in Fort Pierce, Florida. His research focuses on biological control of invasive species, taxonomy of Coleoptera, and arachnological studies of agricultural predators. Key affiliations: UF/IFAS Indian River Research and Education Center Research areas: Invasive pest management, host-parasitoid dynamics, and ecological impact of arthropods Dr. Cave's recent publications examine: Asian chestnut gall wasp ( Dryocosmus kuriphilus ) invasion risks and biological control using Torymus sinensis Morphological taxonomy and life cycle of Hercules beetles ( Dynastes hercules ) Quarantine facility design for containment of exotic biological control agents Predatory role of striped lynx spiders ( Oxyopes salticus ) in agroecosystems His work emphasizes classical biological control strategies for invasive pests, with field studies on parasitoid specificity and ecological impacts of introduced species. While not explicitly mentioning scientific awards, his collaborative research demonstrates focus on sustainable pest management solutions.
Niclas Norrström is a Senior Lecturer in Bioscience at the School of Bioscience, University of Skövde. His academic journey includes a PhD in Ecology (2010) from Lund University and an MSc in Computational Ecology (2003) from the University of Skövde. Research Interests: Norrström specializes in theoretical and computational ecology, with a focus on honeybee conservation and ecosystem-based fisheries management. His work spans: Ecological modeling of honeybee populations Marine ecosystem dynamics Multi-species fisheries optimization Ecosystem services and biodiversity Recent Research Trends: His publications show a dual focus on pollinator health and marine resource management. Studies on native honeybees (Apis mellifera mellifera) examine local adaptation, winter survival, and gut flora interactions. Fisheries research applies game theory and Bayesian methods to resolve conflicts in maximum sustainable yield calculations. Projects: Norrström leads the ongoing Honeybee Health After Winter project (2025) and completed the BIstånd initiative (2019-2021) studying Nordic brown bees. He contributed to INTERREG projects and ICES/HELCOM working groups for Baltic Sea ecosystem assessments. Collaborations: Regular partners include Mats Niklasson, Sonja Leidenberger, and researchers from PLOS ONE, ICES Journal of Marine Science, and Nordic institutions.
Rikard Unelius is a Professor of Organic Chemistry at the School of Natural Sciences, Linnaeus University in Kalmar/Växjö, Sweden. With over 39 years of research experience in the field of organic synthesis and applied chemical ecology, he has established himself as a leading expert in the study of semiochemicals for insect pest control. His work bridges chemistry and entomology to develop environmentally sustainable methods for controlling forest and agricultural pests. Unelius's research focuses on ecological chemistry, particularly how insects communicate through chemical signaling. His work has significant applications in preventing disease transmission, protecting crops from insect attacks, and reducing pesticide use in sustainable agriculture. His expertise lies in identifying and structurally characterizing the minute odor molecules insects release, synthesizing these molecules efficiently, and understanding the chemical classes various insect families use for communication. Analysis of his 15 most recent publications (2019-2023) reveals a strong focus on bark beetle ecology, particularly Ips typographus, and their interactions with fungal symbionts. His work spans chemical synthesis of semiochemicals, field testing of attractants and anti-attractants, and molecular studies of insect olfactory systems. Key themes include oxygenated monoterpenes, pheromone blends, and the development of monitoring tools for pest management across different ecosystems. Unelius has executed research in New Zealand institutions for approximately 50 months over the last 17 years, collaborating with Plant and Food Research and Agresearch Ltd. His work has practical applications in integrated pest management systems worldwide, with particular relevance to forest protection and sustainable agriculture. His research is characterized by strong international collaborations across multiple continents including South America, New Zealand, and Europe.
Callum Bryant is a Postdoctoral Research Fellow in the Division of Ecology and Evolution at the Research School of Biology, Australian National University (ANU). His work focuses on plant physiological responses to climate change stressors, with active membership in the Nicotra Group studying plant evolutionary biology and reproductive ecology. Based in Room E303 of the RN Robertson Building, he maintains a strong publication record in high-impact ecology journals. Dr. Bryant's research spans plant ecophysiology with emphases on thermal tolerance mechanisms, salinity adaptation in mangroves, and drought-induced tree mortality. His work integrates field studies across Australian biomes with physiological measurements, examining how plants acclimate to compound stressors like heatwaves and salinity gradients. Key projects include snow gum dieback analysis in alpine ecosystems and mangrove hydraulic safety under climate change. Recent 2024 publications demonstrate interdisciplinary trends: thermal acclimation suppression under co-occurring extremes, genotype-environment interactions in crop respiration, cross-tolerance mechanisms in mangroves, elevation-dependent dieback patterns, and hydraulic plasticity along salinity gradients. These studies collectively address climate resilience in native Australian flora through physiological, ecological, and genetic lenses. No scientific awards are documented in available sources. Dr. Bryant led the 2020-2021 project 'Death follows - Processes of drought-induced tree mortality' and contributes to collaborative grants including 'Save Our Snow gum'. No student advising roles are indicated in current records, though his research involves extensive field teams and multi-institutional collaborations. As a core member of the Nicotra Group, he participates in research on plant physiological ecology across scales - from cellular membrane stability to ecosystem-level responses. The group maintains field sites in Australian alpine regions, mangrove forests, and agricultural landscapes, utilizing advanced phenotyping and ecophysiological techniques to study climate adaptation.
Lina Herbertsson is a Researcher at Lund University, affiliated with multiple research initiatives including BECC (Biodiversity and Ecosystem services in a Changing Climate), the Lund Vision Group, and the Sensory Biology Profile area. She is also a member of the LU Profile Area: Nature-based future solutions. Her research focuses on assessing how different components of modern agriculture affect wild pollinators and pollination, with a particular emphasis on wild plant pollination and biodiversity conservation. Her work bridges ecological theory with practical applications for sustainable agriculture and environmental protection, contributing to UN Sustainable Development Goals related to life on land and climate action. Her recent publications demonstrate a strong focus on pollinator ecology in agricultural landscapes, particularly examining the impacts of road infrastructure, traffic intensity, vegetation management, and pesticide use on pollinator behavior and conservation. Her research integrates field studies with policy-relevant findings to inform sustainable agricultural practices. Scientific Awards: Forskar Grand Prix (2018 November 27) Forskar Grand Prix Lund (2018 September 29) GfÖ Poster Award (2015 September 4) Herbertsson actively supervises doctoral students and participates in multiple research projects, including the EU-funded PollinERA project (2024-2027) focused on pesticide-pollinator interactions to support EU Environmental Risk Assessment. She also serves as a supervisor for neurofunctional effects of pesticide exposure research and participates in the iENT project investigating neuroenvironmental toxicity of pesticides on insects. She is actively engaged in public outreach through media appearances discussing pollinator conservation issues, including interviews about declining pollinator populations and herbicide research. Her work connects academic research with practical environmental challenges facing modern agriculture.
Timothy Filley serves as Professor and inaugural Director of the Institute for Resilient Environmental and Energy Systems at the University of Oklahoma's School of Geosciences, based in the Sarkeys Energy Center in Norman, Oklahoma. His educational background includes: Postdoctoral research at Carnegie Institution of Washington, Geophysical Lab (1997-2000) Ph.D. from The Pennsylvania State University (1997) B.S. from Loyola University (1990) Professor Filley's research centers on biogeochemical processes across terrestrial and aquatic ecosystems. His work examines carbon and nitrogen cycling in soil, litter, and streams within natural and managed landscapes from Peruvian deserts to Chinese plains and U.S. Midwest agricultural fields. Key methodologies integrate organic geochemistry , microbial activity assays , stable isotope techniques , and remote sensing to model soil organic matter dynamics and ecosystem responses to perturbations including fire, agriculture, and invasive species. His recent publications (2018-2021) reveal strong thematic focus on critical zone science and anthropogenic impacts , with recurring patterns in: Storm-driven carbon transport in agricultural watersheds Tillage effects on soil erosion chemistry Soil moisture-geochemistry relationships Microbial deconstruction processes in specialized ecosystems Critical transitions in intensively managed landscapes This integrative approach combines field studies, laboratory analyses, and modeling to address environmental resilience challenges. No scientific awards are listed in the provided information. While specific advising details are unavailable, Professor Filley leads an active research group within the Institute for Resilient Environmental and Energy Systems. His directorship suggests significant involvement in interdisciplinary research initiatives and potential grant funding related to environmental and energy systems resilience. His research team employs diverse analytical approaches to study carbon and nitrogen cycling dynamics across multiple continents, with particular emphasis on how ecosystem perturbations influence soil properties and biogeochemical processes in both natural and human-altered landscapes.
Tobias Züst is a Professor in the Department of Systematic and Evolutionary Botany at the University of Zurich, Switzerland. Previously, he served as an SNSF Ambizione fellow at the Institute of Plant Sciences, University of Bern, and as a Postdoctoral fellow at Cornell University's Department of Ecology and Evolutionary Biology. His educational background includes: PhD in Ecology (2008-2012) from the Department of Evolutionary Biology and Environmental Studies, University of Zurich M.Sc. in Environmental Sciences (2008-2009) from the Department of Evolutionary Biology and Environmental Studies, University of Zurich Züst's research focuses on the chemical ecology of plant-insect interactions, particularly examining plant chemical compounds with defensive properties against herbivorous insects. His work spans from controlled laboratory studies to large field experiments, combining approaches from ecology, molecular biology, and analytical chemistry. He investigates how coevolutionary dynamics shape patterns of chemical and genetic diversity as potential drivers of speciation. His research has significant implications for understanding ecological relationships and evolutionary processes in natural systems. Analysis of Züst's publication record reveals a strong focus on plant chemical defenses, particularly cardenolides in milkweed species and their effects on insect herbivores. His work demonstrates a clear progression from mechanistic studies of plant defense compounds to broader evolutionary questions about coevolution. A notable pattern is his examination of multi-trophic interactions, showing how plant defenses affect not just herbivores but also higher trophic levels like ants, creating complex ecological networks. Scientific recognition includes: SNSF Eccellenza Professorship (2021) SNSF Ambizione Fellowship (2015-2018) Associate Editor at Journal of Ecology (2018) Züst currently leads a research group comprising PhD student Broti Biswas, Postdoctoral fellow Dr. Kunqi Wang, and Technical Assistant Laura Dällenbach. His research is primarily supported by prestigious Swiss National Science Foundation grants, including the Eccellenza Professorship which provides substantial funding for independent research. His work bridges fundamental ecological questions with practical implications for understanding plant defense mechanisms and insect adaptation. Züst's laboratory employs chemical and metabolomic approaches to study plant-insect interactions, utilizing techniques from molecular biology to analytical chemistry. The group conducts experiments across multiple scales, from controlled laboratory conditions to field studies, allowing comprehensive investigation of ecological and evolutionary dynamics at the plant-insect interface.
Dr. Michael Meyer is a PostDoc researcher at the Institute of Landscape Ecology at the University of Münster, Germany, working within the Biodiversity and Ecosystem Research Group. He has been actively involved in numerous research projects since 2025, focusing on the effects of natural forest development on biodiversity in North Rhine-Westphalia's forest reserves, with particular emphasis on beetle fauna. His academic journey includes a PhD in Landscape Ecology from the University of Münster (2021), preceded by Master's and Bachelor's studies in Ecology at the University of Jena. Dr. Meyer's research spans multiple ecological disciplines, with primary interests in: Land use impacts on ecosystems Soil ecology, particularly microbial biomass and nutrient availability Biodiversity research across different landscapes Functional traits of organisms within ecosystems Taxonomy and systematics of arthropods His work investigates how land use and landscape structure affect animal communities and soil processes, with fieldwork conducted in grasslands, agricultural areas, and forests. Dr. Meyer has developed expertise in studying entire ecological communities, integrating both taxonomic relationships and functional traits of species, along with their interspecific interactions. Dr. Meyer has received recognition for his academic contributions, including the Teaching Award of the Geoscience Department for outstanding engagement in teaching (2018) and the Young Community Ecologist Award (2nd place) at the 1st International Conference on Community Ecology (2017). He is an active member of several professional organizations, including the Arachnological Society, the German Ecological Society (GfÖ), and the Northwest German Arachnological Working Group (NOWARA). He has also served on expert committees for forest biodiversity monitoring in North Rhine-Westphalia. As an educator, Dr. Meyer has supervised numerous Bachelor's and Master's theses, covering diverse topics in ecology, biodiversity, and landscape management. His students have investigated subjects ranging from arthropod diversity in different forest types to soil microbial processes under varying management intensities. He has also led field trips and provided consultation hours for students on Tuesdays from 2:00 pm to 4:00 pm. Dr. Meyer is involved in several significant research projects, including BiCO2 (Biodiversity and carbon sequestration in forests with different use intensities), studies on insects in North Rhine-Westphalian forests, and long-term crop rotation experiments. His work often involves collaboration with various institutions, including the State Agency for Forest and Wood North Rhine-Westphalia, NABU Münsterland Nature Conservation Station, and the Leibniz Institute for the Analysis of Biodiversity Change.
William Anderegg is a Professor in the Department of Biology at the University of Utah, College of Science. His research focuses on understanding forest ecosystems in the context of climate change, particularly addressing drought, wildfire, and insect impacts on tree mortality and carbon cycling. He integrates physiological and ecosystem-scale approaches to study biosphere-atmosphere feedbacks and nature-based climate solutions. Research Themes: Drought physiology, forest carbon dynamics, climate mitigation, and ecosystem resilience. Key Collaborations: NSF-funded projects, NEON (National Ecological Observatory Network), and policy-engaged research with state agencies. Media Recognition: His work has been highlighted in Nature , Science , TIME , and Forbes . Dr. Anderegg's lab employs interdisciplinary methods across spatial scales, from xylem cells to global forests, and emphasizes data synthesis for predictive modeling and climate policy.
Colin Dale is a Professor of Biological Sciences at the University of Utah, where he also serves as Associate Director of Graduate Studies. His research focuses on symbiotic interactions between insects and bacteria, employing genomic, transcriptomic, and molecular genetic approaches to study mutualistic relationships, genome degeneration in symbionts, and symbiont-mediated disease control strategies. Education: B.S., University of West England Ph.D., University of Liverpool Research Interests: Insect-bacterial mutualism Genomic evolution of endosymbionts Quorum sensing mechanisms Microbiome-host phylogeny interactions Antibiotic production by defensive symbionts Symbiont domestication processes Publication Trends: Recent work explores maternal symbiont transmission via envenomation, genome evolution stochasticity, synthetic symbiosis engineering, and microbiome dynamics in woodrats. Research spans microbial ecology, evolutionary genomics, and functional symbiosis manipulation. Laboratory: The Dale Lab investigates molecular mechanisms underlying insect-bacterial interactions, focusing on symbiont evolution, genetic modification, and ecological impacts of microbiomes in herbivores.
