Andrew Butt serves as an Analytical Science Demonstrator within the Faculty of Science and Technology at Bournemouth University, based at Christchurch House (Room C133) on the Talbot Campus in Poole. His academic background includes: Master of Science (MSc) in Science and Technology from Bournemouth University (2019), with thesis research on pollutant impacts on soil enzyme activity Dr. Butt's research bridges environmental toxicology and analytical chemistry, with dual expertise in ecotoxicological assessment of soil systems and development of fluorescence-based detection methods. His work examines how heavy metals and pesticides disrupt microbial communities while innovating rapid forensic and medical diagnostic tools, demonstrating strong interdisciplinary integration between environmental health and analytical science. Publication trends reveal a strategic shift from foundational ecotoxicology (2019-2022) toward applied sensor development (2024), indicating growing focus on practical forensic and medical applications while maintaining environmental toxicology as a core competency. This evolution highlights his ability to translate fundamental environmental research into tangible analytical solutions. No scientific awards or honors were documented in the available information. While his demonstrator role implies teaching responsibilities, no details regarding student supervision, grant funding, or laboratory leadership were provided in the source materials.
Florian Weinberger is a Researcher at the Helmholtz Centre for Ocean Research Kiel (GEOMAR) , leading the Management Ecology of Marine Macrophytes group. He holds a habilitation in Biological Oceanography (2013) from Christian-Albrechts-University Kiel and has taught at this institution since 2005, covering M.Sc. Biological Oceanography and B.Sc. Biology curricula. His research spans marine macrophyte ecology, focusing on invasive species, macroalgal blooms, and seaweed-microbe-herbivore interactions. Education : Pre-diploma in Biology (University of Hamburg, 1987) Diploma in Biology (General Botany/Microbiology/Hydrobiology, University of Hamburg, 1991) Dr. rer. nat. in Microbiology (Christian-Albrechts-University Kiel, 1999) His work integrates biodiversity studies with environmental stress responses, particularly heatwaves and climate change. Current projects include the DBU-funded CLIPA initiative to cultivate seaweed on offshore wind turbine foundations in the Baltic Sea. He serves as co-editor for Marine Biology (2014-2021) and topic editor for Helgoland Marine Research (2012-2015), while actively collaborating with international institutions like Alfred Wegener Institute and Universidad Catolica (Chile). Scientific Grants include funding from DBU (2023-2026), BMBF (2010-2013, 2019-2020), DFG (2016-2021), and EU-BONUS (2017-2020). His team comprises doctoral students Mamie Souadou Diop and Sophie Koch , postdoc Imke Podbielski , and M.Sc. student Nele Wiedemann , alongside senior collaborators like Martin Wahl (Professor Emeritus). Weinberger also contributes to the Marine Symbioses research cluster and participates in the Biogeochemical Modeling core theme at GEOMAR.
Elisa BERGAMI is an Associate Professor at the Department of Life Sciences, University of Modena and Reggio Emilia, Italy, specializing in Ecotoxicology and Marine Pollution research. She teaches courses such as Anthropogenic alterations of ecosystems , Coding in R for data analysis , and Management of bioresources and ecosystem services , with a focus on Nanoparticle Toxicity , Marine Biodiversity , and Data Analysis in ecological contexts. Her work addresses environmental challenges through the lens of the UN Sustainable Development Goals . Teaches Ecotoxicology with case studies on plastic pollution, heavy metals, and climate change Directs Experimental Biology Laboratory modules on marine organism analysis and nanoparticle interactions Her research interests include: Environmental impacts of nanoplastics and engineered nanomaterials Ecotoxicological effects on marine invertebrates Development of bioindicators for pollution Ecological risk assessment methodologies Antarctic ecosystem contamination Recent publications highlight her work on: Nanoplastic interactions with marine immune systems Toxicity mechanisms in polar and Mediterranean species Plastic colonization by microbial communities Combined chemical-nanoparticle stressors She leads the SCAR Plastic in polar environment Action Group and emphasizes hands-on laboratory training in courses covering DNA barcoding, microbiological testing, and biochemical analysis using marine models like Mytilus galloprovincialis and Paracentrotus lividus.
Dr. Stefan Lips is a Researcher in the Ecotoxicology Department at the Helmholtz Centre for Environmental Research (UFZ) in Leipzig, Germany. His work focuses on chemical pollution effects on microphytobenthic communities and biofilms within the Chemicals in the Environment research unit. Dr. Lips specializes in community ecotoxicology and trophic interactions, with research interests spanning chemical pollution consequences, microphytobenthic communities, plastic leachates, and molecular-physiological endpoints in toxicology. His work investigates how chemicals cause structural and functional changes in biofilms and related food webs, with current focus on plastic leachate mixtures and trophic transfer in benthic ecosystems. His publication record shows a strong focus on microplastic research and community-level ecotoxicology, with recent work emphasizing metagenomic analyses of plastisphere communities, chemical release from plastic products, and pollution-induced community tolerance mechanisms. The research spans environmental monitoring technologies, molecular toxicology approaches, and ecological risk assessment of chemical mixtures. Dr. Lips is actively involved in the P-LEACH project, where he examines model chemicals to mixtures of plastic leachates while evaluating benthic primary consumers such as snails. His laboratory work integrates molecular and physiological tools to assess adverse functional effects of chemical pollution on aquatic ecosystems.
Dr. Edyta Regulska is an Assistant Professor at the Department of Geoecology, Institute of Geography and Spatial Organization of the Polish Academy of Sciences. She has been affiliated with the Institute since 2006, earning her PhD in Earth Sciences in Geography in 2012 after completing doctoral studies there from 2006-2011. Following a scientific internship at the Department of Geoecology and Climatology in early 2012, she has maintained her position as assistant professor while taking maternity and parental leave from September 2015 to September 2018. Her educational background includes: Master's studies (1995-2000) at the Institute of Ecology and Environmental Protection, Faculty of Biology and Earth Sciences, with a thesis on "The influence of conservation and conventional cultivation of sugar beet on the Lumbricidae community and their activity" Doctoral studies (2006-2011) at the Institute of Geography and Spatial Organization of the Polish Academy of Sciences, with a dissertation on "Zoological and landscape indicators and their usefulness for assessing the development of a sustainable rural landscape (based on the example of selected areas)" Dr. Regulska's research focuses on the bioindicative role of animals in landscape assessment, particularly examining how land use changes affect agricultural landscapes. Her work bridges ecology, geography, and environmental science, with special emphasis on how soil organisms like earthworms and carabid beetles serve as indicators of landscape health and sustainability. She investigates the relationships between soil properties, landscape structure, and biodiversity across various spatial scales, from local agricultural fields to national forest ecosystems. Her methodology combines field ecology with spatial analysis to understand complex landscape transformations and ecosystem service provision. Her recent publications demonstrate a strong focus on ecosystem services assessment across diverse landscapes, ranging from urban green spaces to riparian forests and afforested agricultural lands. A notable trend in her work is the integration of biological indicators with spatial planning applications, particularly examining how birch afforestation affects soil biodiversity and how urban green infrastructure can be optimized for climate regulation and air purification. Her research spans theoretical frameworks to practical applications in landscape management and spatial planning. Her scientific achievements have been recognized with: Mazovian Doctoral Scholarship (2009) Distinction of the Rector of the University of Lodz for the book "Identity and Place. Awakening the Dormant Potential of the Village" (2018) Dr. Regulska has been actively involved in numerous research projects related to ecosystem services assessment at national, regional, and local scales. Her collaborative work includes significant contributions to major publications on Polish forest ecosystem services and urban ecosystem service mapping. She has served as co-editor for conference proceedings including the IALE 2022 European Landscape Ecology Congress Book of Abstracts, demonstrating her leadership in the geographical and ecological research community. Her laboratory and research team employ a combination of field sampling, laboratory analysis, and spatial modeling techniques to investigate how different land uses affect ecological processes across Polish landscapes. They maintain active collaborations with interdisciplinary research groups focusing on soil ecology, landscape transformations, and ecosystem service assessment, contributing to both theoretical advances and practical applications in sustainable landscape management.
Dr. Dario Omanović is a Scientific Advisor with permanent appointment at the Ruđer Bošković Institute in Croatia, leading the Laboratory for Physical Chemistry of Traces within the Division for Marine and Environmental Research. His work focuses on electrochemical methodologies for trace metal speciation in marine, estuarine, and freshwater systems. PhD in Chemistry (University of Zagreb, 2001) MSc in Oceanography (University of Zagreb, 1996) BSc in Chemical Engineering (University of Zagreb, 1993) Research interests include: Trace metal speciation and bioavailability Environmental electrochemistry Marine and estuarine pollution dynamics Development of analytical tools and software for electrochemical data Interaction of metals with dissolved organic matter Application of DGT (Diffusive Gradients in Thin films) for environmental monitoring His recent publications emphasize: Ultra-trace platinum detection in estuaries Mercury contamination patterns in coastal zones Organic matter-metal interactions in pristine systems Redox speciation of chromium in transitional waters Novel electrochemical tools for environmental analysis Long-term metal monitoring in urbanized coastal areas Awards include the University of Zagreb award for best student research (1993) . He has mentored numerous PhD and MSc students, including: Saša Marcinek (PhD, 2021) Ana-Marija Cindrić (PhD, 2015) Petra Cmuk (PhD, 2005) Yoann Louis (PhD, 2008) Major projects: INTERREG CRO-ITA pollution risk models (2020) Chinese/Croatian metal speciation collaborations (2017-2020) HRZZ projects on coastal water quality (2015-2019) MEDPAN ecological footprint studies (2018-2020) He contributes to: COST Action TD1407 (technology-critical elements) CIESM commissions (Mediterranean research) Scientific software development for electrochemical data processing Environmental impact assessments for coastal developments
Agnes Karlson is an Associate Professor at the Department of Ecology, Environment and Plant Sciences, Stockholm University, specializing in marine and coastal ecosystem dynamics. She leads the Marine Ecology Laboratory Phytal (MEL-Fytal) group, focusing on the phytal zone's algae and associated fauna, particularly in hard-bottom bladder wrack systems. Key Research Areas: Food web ecology, ecotoxicology, stress ecology, environmental monitoring, and stable isotope techniques. Projects: Investigating cyanobacterial bloom impacts on fish toxicity, FORCE (Facilitating Ocean Recovery in a Changing climate), and historical fishery effects on herring populations. Students: Supervises PhD student John Martin Taylor and collaborates with researchers Francesco Masnadi and technician Jesper Ström. Scientific Focus: Combines fieldwork, experimental approaches, and modeling to assess contaminant pathways, nutrient cycling, and ecosystem resilience in the Baltic Sea region.
Nauzet Hernández-Hernández is a postdoctoral researcher at the Biological Oceanography Group (GOB) within the Oceanography and Global Change Institute (IOCAG) at Universidad de Las Palmas de Gran Canaria. His work focuses on understanding the complex interactions between physical oceanographic processes and marine ecosystems. Specializes in submesoscale processes' effects on primary production Conducts ocean acidification mesocosm experiments Investigates carbon fluxes in the Canary Upwelling region Research spans critical marine biogeochemical processes, including: Phytoplankton community structure dynamics Vertical motion in mesoscale eddies and fronts Extracellular enzyme activity patterns Organic matter cycling in oligotrophic systems His recent publications highlight advancements in experimental oceanography, with key contributions to: Comparative analysis of primary production estimates Microbial responses to ocean alkalinity enhancement Carbon cycling in Eastern Boundary Upwelling Systems Dust deposition impacts on tropical Atlantic plankton Active participant in KOSMOS mesocosm experiments across multiple geographic locations including Bergen, Gran Canaria, and Peru.
Holger Hintelmann is a Professor and Dean of Arts and Science at Trent University. He holds a B.Sc. (1989) and Ph.D. (1993) from the University of Hamburg. His research focuses on understanding metal bioavailability and environmental fate, particularly mercury cycling in Arctic ecosystems, permafrost thaw dynamics, and biogeochemical processes. Key research areas include mercury methylation/demethylation mechanisms, atmospheric deposition, and the impact of climate change on Arctic environments. He employs stable isotope analysis and Bayesian network modeling to trace contamination sources and assess ecosystem risks. His work spans freshwater systems (e.g., Mackenzie River Basin), marine environments (Mariana Trench), and agricultural settings (rice paddies). Recent studies highlight mercury legacy from colonial mining, permafrost thaw effects on Hg mobilization, and microbial roles in methylmercury production. His research integrates advanced analytical techniques like single-particle ICP-MS and DGT samplers to study nanoparticle behavior and contaminant transport. No specific scientific awards are listed, though his extensive publication record indicates significant contributions to environmental geochemistry. Advising and grant details are not explicitly mentioned, though his role as Dean suggests administrative leadership in academic research governance. His laboratory focuses on interdisciplinary environmental studies, with collaboration opportunities through Trent University’s Department of Chemistry and Arctic research networks.
Alessandra Negri is a Full Professor in the Department of Life and Environmental Sciences at the Polytechnic University of Marche (UNIVPM) in Italy, specializing in Paleontology and Paleoecology (GEOS-02/A). Her academic work focuses on micropaleontology, particularly the study of foraminifera and their applications in paleoenvironmental reconstructions. Professor Negri's research spans multiple areas of paleontological investigation, with a strong emphasis on Mediterranean geological history. Her work frequently examines the Messinian Salinity Crisis, sapropel formation events, and paleoenvironmental changes throughout the Neogene and Quaternary periods. She has developed expertise in using foraminifera as bioindicators for both ancient and modern environmental conditions, including studies on how these microorganisms respond to anthropogenic pollution such as cigarette butt contaminants. Her publication record demonstrates a consistent research trajectory focused on Mediterranean paleoceanography, with recent work increasingly incorporating interdisciplinary approaches including machine learning applications for foraminifera classification and analysis of deoxygenation events as analogues for contemporary climate change impacts. Professor Negri's research bridges traditional paleontological methods with modern environmental concerns, creating valuable connections between deep-time geological records and current anthropogenic challenges. Professor Negri maintains active research collaborations across Mediterranean institutions and has contributed significantly to understanding the region's complex geological history. Her work on the Messinian period, Pleistocene climate transitions, and modern applications of paleontological data positions her as a key contributor to Mediterranean earth sciences research.
Elena Rodica IONESCU LEBRUN is an Associate Professor at the University of Technology of Troyes, France, affiliated with the Light, nanomaterials, nanotechnologies (L2n - CNRS-UMR 7076) laboratory. Her roles combine teaching and research in nanotechnology and biosensor development. She holds a dual PhD in Chemistry (University of Bucharest) and Biotechnology (Ben-Gurion University of the Negev) and earned her Habilitation to Direct Research (HDR) from the University of Technology of Compiègne. Education: 2009: HDR in Research, University of Technology of Compiègne 2007: PhD in Chemistry (Biosensors in Medicine), University of Bucharest 2004: PhD in Biotechnology (Protease Nano-Lithography), Ben-Gurion University of the Negev 1997: Master in Applied Enzymology, University of Bucharest Research Interests: Her work focuses on advanced biosensor technologies, biofunctionalization of nanomaterials, and environmental safety through bioluminescence/chemiluminescence applications. She develops plasmonic biosensors for biomedical and environmental diagnostics, emphasizing practical (bio)applications of nanomaterials. Publications: Her recent work includes SERS platforms for biomedical use, rapid E. coli detection systems, dengue NS1 protein sensors, and bioluminescent-based atrazine detection. These studies highlight her expertise in integrating nanomaterials with analytical techniques for real-world challenges. Teaching & Labs: She teaches courses in nanotechnology, physico-chemistry, and environmental science at UTT. Her laboratory (L2n) collaborates with CNRS and partners globally, including Singapore and Israel, reflecting interdisciplinary and international research engagement.
Václava Hazuková is a Research Fellow at the Department of Ecology and Environmental Science, Umeå University. Her research focuses on Arctic lake ecosystems, particularly investigating carbon cycling dynamics under changing climatic conditions. She holds a Kempe Postdoctoral Fellowship, collaborating with Jan Karlsson, Jean-François Boily, and Martin Rosvall on sedimentary carbon burial in Arctic lakes. Her work integrates biogeochemistry, physics, and ecology to address cross-seasonal climate impacts, including altered precipitation regimes and ice-cover processes. Research interests emphasize Arctic lake responses to climate extremes, seasonality shifts, and cryospheric changes. She employs interdisciplinary approaches to study physical-biological linkages in high-latitude freshwater systems. Notable projects include analyses of Greenland lakes' vulnerability to atmospheric rivers and multi-scale climate drivers. Her publications highlight trends in Arctic lake dynamics, from phytoplankton responses to ice phenology shifts, to diatom-based water quality indices. Key contributions include conceptual frameworks like the 'lake ice continuum' and validation of sentinel ecosystems for climate monitoring. Current affiliations include membership in the Biogeochemistry research group. Her Kempe Fellowship supports innovative collaborations bridging ecology, chemistry, and physics to advance understanding of carbon sequestration in Arctic regions.
Michaela Griesser is an Associate Professor at the Institute of Viticulture and Pomology , part of the Department of Agricultural Sciences at the University of Natural Resources and Life Sciences, Vienna (BOKU). Her research focuses on plant physiology, grapevine stress responses, and ecosystem services in vineyards, particularly the physiological ripening disorder berry shrivel . Current affiliations: Institute of Viticulture and Pomology , BOKU Research areas: Grapevine physiology, biotic-abiotic stress interactions, soil health, climate change adaptation Her work spans molecular biology, ecological interactions, and applied viticulture practices. Recent studies investigate nutrient uptake in grapevine rootstocks under stress and soil microbial communities influenced by vineyard management. She employs hyperspectral imaging and metabolomics to understand plant responses. Scientific awards include the Josef Pleil Preis (2019) and Schlumberger Forschungspreis (2017). She serves as a reviewer for journals such as Agriculture, Ecosystems & Environment and Frontiers in Plant Science , contributing to peer review and scientific panels.
Grigoriev Yuri Sergeevich is an Associate Professor at the Department of Ecology and Nature Management within the School of Ecology and Geography at Siberian Federal University. He also serves as the Head of the Center for Ecotoxicology and Environmental Safety , focusing on biological methods for environmental monitoring through bioindication and biotesting. PhD in Biology (1975) from Krasnoyarsk State University Specializes in environmental toxicity assessment using algal and crustacean bioassays Developed standardized methodologies adopted for state environmental control His research spans environmental monitoring and ecotoxicology , with particular emphasis on Heavy metal interactions in aquatic systems Delayed fluorescence as toxicity indicator Temperature-dependent algal responses Instrumentation for rapid biotesting Recent publications (2024-2022) demonstrate expertise in Toxicity assessment of metal ions Algal physiology under stress Environmental diagnostics using bioindicators Standardized biotesting protocols Scientific awards include: Honorary Worker of Higher Professional Education of the Russian Federation Active member of professional societies like SETAC and All-Russian Physiologists Society He has contributed to 20+ patents in biotesting equipment and developed methods implemented across 400+ laboratories in Russia. His work integrates field studies (urban ecosystems, Arctic biomes) with laboratory-based environmental diagnostics.
Sergio Enrico Favero Longo is an Associate Professor at the University of Turin , Department of Life Sciences and Systems Biology. His research focuses on lichenology, biodeterioration of cultural heritage materials, and environmental biotechnology applications, particularly in asbestos remediation. Specialist in lichen interactions with extreme substrates Developed lichen-petrographic collection for stone conservation Expertise in biocidal protocols for heritage materials Research Themes: Lichen colonization on carbonates and ultramafic rocks Biodeterioration vs. bioprotection dynamics Climate change impacts on polar/alpine flora Bioreceptivity of asbestos fibers Microbial interactions in heritage contexts Biocide accumulation in bryophytes Recent Article Trends (2007-2025) reveal consistent focus on lichen-mediated mineral transformations, biocidal efficacy testing, and multidisciplinary approaches to asbestos hazard management. Key methods include petrographic analysis, microbial physiology studies, and environmental simulation experiments. Academic Service: Member of multiple teaching committees (2018-2025) Course instructor for 6 degree programs Coordinator for biodeterioration research groups
.jpg)
