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Barbara TeichertView profile

Researcher

• Geochemistry
• Biogeochemistry
• Environmental Science
• +3 more

Barbara Teichert is a Researcher at the Department of Geosciences, Westfälische Wilhelms-Universität Münster, affiliated with the Faculty of Mathematics and Natural Sciences. She has held roles including Visiting Professor at the University of Vienna (2013) and Research Associate at multiple institutions since 2002. Her research focuses on hydrobiogeochemistry of mine waters, isotope geochemistry of mine gases, sulfur turnover processes, and geodata modeling. She has extensive experience in sedimentary and marine geochemistry, with contributions to understanding methane seep systems, isotopic fractionation mechanisms, and authigenic carbonate formation. Education: PhD (Dr. rer. nat.) in Geosciences, Christian-Albrechts-Universität zu Kiel (2002) Habilitation in Geosciences, Universität Münster (2019) Diplom in Geology-Paleontology, Ruprecht-Karls-Universität Heidelberg (1999) Research Interests: Her work integrates field observations, laboratory analyses, and modeling to address biogeochemical processes in marine and subsurface environments. Key areas include sulfur cycling in methane-dominated systems, isotopic tracers in porewater and carbonates, and the application of geostatistical methods to hydrogeological data. Current projects explore mine water geochemistry and isotopic signatures of gas emissions. Key Contributions: Over 30 peer-reviewed publications since 2003, including seminal studies on clathrate deposits, calcium isotope fractionation, and microbial carbonate formation in seep environments. Her work bridges sedimentology, geochemistry, and environmental science, with implications for resource exploration and climate change research. Grants & Advisory: Coordinated the DFG-funded ODP-IODP program (2005-2008) and led research teams in Germany, Austria, and international collaborations. Active mentorship of early-career researchers through interdisciplinary projects funded by German Research Foundation grants. Labs & Collaborations: Engaged with the Post-Mining Research Center (THGA) and the GEOMAR Helmholtz Centre for Ocean Research Kiel. Her work leverages advanced analytical techniques including SIMS microscopy and isotope geochemical modeling.

Yulia YaminevaView profile

Associate Professor

• International Climate Law
• Climate Governance
• Environmental Policy
• +3 more

Yulia Yamineva is an Associate Professor at the Law School of the University of Eastern Finland (UEF), within the Faculty of Social Sciences and Business Studies. Her expertise lies in international climate law and policy, with a focus on climate governance, mitigation strategies, and the science-policy interface. She co-directs the Master’s Programme in Environmental Policy and Law and leads the UEF-UNEP Course on Multilateral Environmental Agreements. **Education:** PhD in International Studies (University of Cambridge) MPhil in Environmental Policy (University of Cambridge) Law Degree with Distinction (South Urals State University) **Research Interests:** Yamineva’s interdisciplinary work spans climate law, environmental policy, and atmospheric science collaboration. Key themes include short-lived climate pollutants (SLCPs), climate tipping points, and international climate negotiations. She has contributed to high-impact platforms like Nature Climate Change and co-edited volumes on SLCP governance. **Grants & Projects:** Principal Investigator: ClimAirPathways (2023–2027) – analyzing black carbon reduction in EU-China contexts Co-PI: Atmosphere and Climate Competence Centre (2020–2028) – advancing climate law frameworks **Awards & Roles:** Member of the Climate and Clean Air Coalition’s Scientific Advisory Panel (2025–present). **Labs/Teams:** Active in the Center for Climate Change, Energy and Environmental Law (CCEEL) and collaborates with international institutions like the UNFCCC and IPCC.

Tamara Llano AstuyView profile

Assistant Professor

• Biorefinery
• Lignocellulosic Biomass Processing
• Marine Biomass Valorization
• +3 more

Tamara Llano Astuy is an Assistant Professor at the University of Cantabria's School of Industrial and Telecommunication Engineering, within the Chemistry and Process & Resources Engineering Department. She holds a B.S. (2011), M.S. in Chemical Engineering (2009), and a postgraduate degree in Sustainable Production and Consumption (2010). She completed her Ph.D. in 2016 with international distinction, winning the University of Cantabria's Extraordinary Award for her thesis on biorefinery-integrated sulphite pulping processes. Her research focuses on lignocellulosic and marine biomass valorization, including pulping chemistry, hydrolysis, and waste-to-biofuel conversion. Key areas include algae and fishbone characterization, detoxification of industrial effluents, and sustainable chemical processes. She has conducted research stays at the University of Athens, University of Reykjavik, and Barna enterprise. She has supervised 12 Master’s theses, authored/co-authored 12 scientific papers, and participated in 36 international conferences. As Principal Investigator or team member, she has contributed to 10 R&D projects across international, European, national, and regional levels. Her work emphasizes multi-criteria decision-making tools for biorefinery design and waste management systems. Llano Astuy collaborates with industries like Sniace and focuses on advancing sustainable technologies for circular economy applications in rural and urban contexts.

Liah CogginsView profile

Senior Lecturer

• Environmental Engineering
• Wastewater Treatment
• Waste Stabilisation Ponds (WSPs)
• +7 more

Liah Coggins is a Senior Lecturer and Research Fellow in the School of Engineering at The University of Western Australia (UWA), specializing in Civil, Environmental and Mining Engineering. She holds a PhD in Environmental Engineering from UWA (2017), an BE(Hons) in Environmental Engineering (2012), and a BA (2012). Her research focuses on wastewater treatment systems, particularly waste stabilisation ponds (WSPs), integrating environmental engineering, ecological processes, and technological innovation. Research Interests: WSP performance optimization Sludge management and hydrodynamics Greenhouse gas emissions Bathymetry mapping via remote technology Urban water quality assessment Ecological coupling in engineered systems Current Projects: Melbourne Water/Water Corporation: Greenhouse gas emissions from lagoon systems (2018–present) ARC Internet of Things for Water Hub (2025–present) ARC Biosolids Resource Training Centre (2020–2025) Remotely operated sludge management technology for utilities Awards: 2021: Team Engineering Teaching Excellence Commendation 2020: Faculty Teaching Commendation 2012: Prescott Postgraduate Scholarship Grants: 13 active/funded grants including Water Corporation WA (2023–2025), Melbourne Water (2018–2026), and Yarra Valley Water collaborations Labs/Teams: Collaborates with industry partners like Australian water utilities and Whakatane District Council, developing technologies such as remote control boats for bathymetry mapping and training programs for utility adoption.

Octavian PostolacheView profile

Associate Professor

• IoT Systems for Healthcare
• Smart Sensors for Biomedical Applications
• Ubiquitous Computing
• +3 more

Octavian Postolache is an Associate Professor with Habilitation at the Department of Information Science and Technology (DCTI) of ISCTE - Lisbon University Institute. He serves as Director of the Doctoral Program in Information Science and Technology and as Director of the Telecommunications Institute Delegation. Additionally, he is a Senior Researcher at the Telecommunications Institute, an IEEE Lecturer, and President of the IEEE IMS Portuguese Chapter. His research interests span IoT systems for healthcare , smart sensors for biomedical applications , ubiquitous computing , embedded artificial intelligence , and VR/AR environments supporting physical therapy. He actively participates in national and international research teams, including Portuguese, EU, and global projects. Recent publications highlight his work on: maritime AI for ship detection and trajectory prediction; IoT security using blockchain and ensemble methods; digital twin applications for horticulture and port automation; and embedded systems for biomedical calibration and environmental monitoring. His articles emphasize IoT integration , AI-driven optimization , and real-time data processing across diverse domains like healthcare, agriculture, and industrial logistics. Octavian contributes to advancing smart sensing and digital twin frameworks , particularly in healthcare and precision agriculture. His work bridges machine vision , sensor calibration , and network reliability in challenging environments, such as remote rural areas and maritime operations. He leads initiatives in IoT standardization and embedded AI , collaborating with institutions like the Telecommunications Institute and IEEE. His research explores non-intrusive cardiorespiratory assessment , UWB indoor localization , and stress monitoring via physiological parameters .

• Electrocatalysis
• CO2 Conversion
• Materials Science
• +3 more

Dr. Rosa Arrigo is an Associate Professor in the School of Science, Engineering & Environment at the University of Salford, affiliated with the Centre for Future Engineering. Her research focuses on electrocatalysis, CO₂ conversion, and advanced materials for sustainable energy. She holds roles at institutions like Diamond Light Source and the Royal Society of Chemistry, contributing to peer review and editorial activities. Her work bridges fundamental materials science with applied energy solutions, including CO₂ reduction to fuels, oxygen evolution catalysts, and drug delivery systems using metal-organic frameworks (MOFs). Notable recognitions include election to the Dalton Community (RSC) and membership in the UKRI Peer Review College. Dr. Arrigo leads projects such as the QR Innovation Strategy Fund addressing CO₂ electrolysis and neuroblastoma therapy via MOFs. Her collaborative efforts span academia and industry, with contributions to conferences and beamtime grants at synchrotron facilities.

Ed BrookView profile

Professor

• Paleoclimatology
• Geochemistry
• Ice Core Analysis
• +3 more

Ed Brook is a distinguished Professor in the Department of Earth, Ocean, and Atmospheric Sciences at Oregon State University (OSU). He leads the COLDEX initiative, an NSF-funded center aiming to recover the oldest Antarctic ice cores to study Earth's climate history. His research focuses on paleoclimatology, geochemistry, and ice core analysis, particularly investigating trace gases, cosmogenic isotopes, and extraterrestrial dust records. Brook holds a B.S. in Geology from Duke University (1985), an M.S. in Geology from the University of Montana (1988), and a Ph.D. in Chemical Oceanography from MIT/Woods Hole (1993). He teaches courses on geoscience communication, Quaternary paleoclimatology, and global biogeochemical cycles. His collaborations include major ice core projects like WAIS Divide, NEEM, and East GRIP. Key research themes include reconstructing past atmospheric gas concentrations, understanding glacial-interglacial transitions, and investigating climate feedback mechanisms. He directs the OSU Ice Core and Quaternary Geochemistry Lab, advancing techniques in ice core dating and gas analysis. Recent work emphasizes millennial-scale climate variability, ocean heat content changes, and the role of dust in methane production. His leadership in COLDEX aims to locate ice over 1.5 million years old to improve understanding of long-term climate dynamics.

Tiffany MesserView profile

Associate Professor

• Environmental Engineering
• Water Quality
• Wetland Treatment Systems
• +3 more

Tiffany Messer is an Associate Professor in the Stanley and Karen Pigman College of Engineering at the University of Kentucky, specializing in environmental engineering solutions for water pollution challenges. Her research integrates laboratory and field studies to develop practical water treatment strategies for agricultural and industrial applications. Her work focuses on Constructed Wetland Systems for Water Quality Improvement , investigating how contaminant "cocktails" (antibiotics, pesticides, PFAS, microplastics) impact nitrogen cycling and removal processes. Key research themes include: Nitrogen pathway dynamics in treatment wetlands Fate and transport of emerging contaminants across landscapes Innovative use of industrial byproducts (e.g., bourbon stillage) for enhanced treatment Kinetics of heavy metal and organic pollutant removal Recent publications (2024-2025) reveal a trend toward complex contaminant interactions and landscape-scale persistence studies, combining isotopic tracing with field evaluations to address real-world water quality challenges. Dr. Messer's scientific recognition includes: NSF CAREER Award (2021) for research on pesticide/antibiotic cocktails in nitrogen removal processes As Principal Investigator on multiple NSF-funded projects, she leads research on PFAS transport, nanopesticide impacts, and wetland treatment optimization. Her work involves graduate student training in environmental engineering methods and contaminant analysis. Her research is conducted in specialized environmental engineering laboratories featuring wetland mesocosm facilities and advanced water quality analysis equipment, supporting interdisciplinary collaborations on sustainable water management.

Peter KellyView profile

Professor

• Surface Engineering
• Materials Science
• Photocatalysis
• +3 more

Professor Peter Kelly is a leading academic in Surface Engineering and Materials Science at Manchester Metropolitan University (MMU). He serves as Head of the Surface Engineering Group and Research Lead for the Department of Engineering. Previously, he was Director of the Advanced Materials and Surface Engineering Research Centre. He joined MMU in 2005 from the University of Salford, where he earned his PhD in Surface Engineering (1997). His research focuses on advanced materials and surface engineering, particularly in pulsed magnetron sputtering (including HIPIMS), photocatalytic coatings, antimicrobial surfaces, and food packaging barrier films. Notable achievements include pioneering work on TiO₂ coatings for water treatment, alumina-coated polymer packaging, and functional coatings for industrial applications. His group's work has been recognized through outstanding ratings in Innovate UK KTP projects and contributions to REF2021 impact case studies. Professor Kelly holds significant roles in academic governance, including membership in the EPSRC College and the British Standards Committee for Advanced Technical Ceramics. He has supervised over 30 PhD students and regularly serves as an external examiner globally. His research collaborations span universities worldwide, including partnerships in Brazil, China, and Europe, fostering innovation in sustainable materials and environmental technologies.

• Marine Geochemistry
• Pore Water Geochemistry
• Iron Cycling
• +3 more

Susann Henkel is a Researcher in the Marine Geochemistry department at the Alfred Wegener Institute (AWI) in Bremerhaven, Germany. Her work focuses on understanding biogeochemical processes in marine sediments, particularly iron cycling, pore water geochemistry, and stable isotope analysis. She investigates processes such as benthic iron fluxes, microbial interactions in methanic sediments, and the impact of environmental changes on sedimentary carbon and trace metal dynamics. Her research spans sub-Antarctic fjords, the Southern Ocean, and the North Sea, with a strong emphasis on the Helgoland Mud Area as a key study site. Recent work includes studies on iron transport pathways from South Georgia, the role of iron in DOM retention, and the effects of warming on Antarctic sediment microbial communities. Henkel employs advanced techniques like UV laser ablation MC-ICP-MS for multi-element isotope analysis and integrates field data with laboratory experiments. Her contributions address critical questions in marine geochemistry, including carbon sequestration (Blue Carbon) and the bioavailability of essential metals in polar ecosystems.

• Polar Foraminifera
• High-pressure Culturing
• Cryogenic Gypsum
• +2 more

Jutta Wollenburg is a researcher at the Alfred Wegener Institute (AWI), specializing in marine biogeosciences. Her work focuses on polar foraminifera, high-pressure culturing, cryogenic gypsum, Arctic stratigraphy, and proxy development. She contributes to understanding Arctic Ocean dynamics through sediment core analysis, biogeochemical processes, and paleoclimatological studies. Her research spans experimental methods, biodiversity assessments, and environmental change impacts, with a strong emphasis on developing proxies for reconstructing past climate conditions. Key projects include investigations into cryogenic gypsum's role in carbon export, foraminifera-sponge symbiosis, and high-pressure culturing experiments. She has published extensively on Arctic Ocean sedimentology, glacial history, and the interplay between marine ecosystems and climate. Her work bridges experimental biology, geochemistry, and paleoceanography to address critical questions about Arctic environmental processes. Collaborations involve international expeditions and datasets, including contributions to the MOSAiC and Yermak Plateau studies. She maintains active involvement in Arctic research networks and data repositories like PANGAEA, ensuring accessibility of her findings for broader scientific use.

Alexander S. BradleyView profile

Associate Professor

• Organic Geochemistry
• Isotope Geochemistry
• Geobiology
• +4 more

Alexander S. Bradley is an Associate Professor of Earth, Environmental, and Planetary Sciences at Washington University in St. Louis, serving as Director of Graduate Studies. He leads the Bradley Laboratory, which focuses on the coevolution of life and Earth through organic and isotope geochemistry, geobiology, and microbiology. His research integrates field studies, laboratory experiments, and molecular analysis to understand biogeochemical cycles and ancient ecosystems. Bradley earned his PhD from the Massachusetts Institute of Technology. His work emphasizes molecular fossils (biomarkers) preserved in geological records, exploring how these molecules reflect past environmental conditions and microbial activity. He actively collaborates with the McDonnell Center for the Space Sciences to apply Earth-based techniques to astrobiological studies, such as detecting life on other planets. Key research themes include sulfur isotope fractionation during microbial processes, organic carbon burial mechanisms in anoxic events, and the genetic determinism of lipid biomarkers. Bradley teaches Biogeochemistry (EEPS 323) , an introductory course on Earth's biogeochemical cycles and human impacts. His laboratory conducts interdisciplinary investigations into extremophile microbiology, hydrothermal systems, and paleoenvironmental reconstruction. Ongoing projects include studying microbialite formation, sulfur cycling in ancient oceans, and developing life-detection strategies for extraterrestrial missions. Bradley's work bridges geology and biology, offering novel insights into Earth's history and the potential for life beyond Earth. His research has been featured in high-impact journals and is supported by grants from NASA and the National Science Foundation.

• Sustainability Engineering
• Biorefinery Systems
• Renewable Energy
• +5 more

Charlene Vance is a Research Engineer at University College Dublin's School of Chemical and Bioprocess Engineering. Her work focuses on quantifying environmental and economic impacts of biorefinery systems, renewable energy technologies, and seaweed cultivation. She holds a PhD in Biosystems and Food Engineering from UCD, complemented by master's degrees from the University of Iceland and Chalmers University of Technology. Her research emphasizes sustainability assessment methodologies, including LCA and LCSA frameworks, and explores innovations in green hydrogen production, bio-based feedstocks, and coastal resource management. Key projects include modeling lactic acid biorefinery sustainability, analyzing seaweed farming logistics in Ireland, and evaluating seagrass wrack valorization pathways. Vance has collaborated on EU-funded initiatives like the AgRefine ITN project (2020–2023). Her work bridges technical feasibility with socio-economic considerations, addressing challenges in scaling bioresource utilization while minimizing environmental footprints. Publications highlight interdisciplinary approaches combining hydrodynamic simulations, system dynamics modeling, and cost-benefit analyses. Current research explores the integration of wave energy converters and hydrogen applications within future energy systems, emphasizing design optimization and lifecycle cost-effectiveness.

• Genomics
• Plant Breeding
• Statistical Genetics
• +5 more

Prof. Fred van Eeuwijk is a Full Professor in the Department of Mathematical and Statistical Methods - Biometris at Wageningen University & Research. His research focuses on integrating statistical genetics, computational biology, and agricultural science to address challenges in plant breeding and genotype-environment interaction (GxE). He specializes in quantitative trait locus (QTL) mapping, genomic prediction, and high-throughput phenotyping (HTP) data analysis. Recent work includes developing Bayesian models for methane production in dairy cows, epistasis analysis in Arabidopsis, and reaction norm models for GxE prediction. Key projects involve creating chromosome substitution mapping panels, analyzing organellar genome effects in plants, and advancing methodologies for multi-omic data integration. He leads collaborative initiatives across Europe and Australia to characterize crop adaptation under environmental stress, leveraging satellite imagery and computational tools like the statgenHTP R package. His work bridges statistical innovation with practical applications in sustainable agriculture. Supervised PhD candidates include Jasper Solin (predictive plant breeding), Koen Melsen (AI for plant phenotypes), and Yong Shao (longitudinal plant analysis). He advises on multi-environment genomic prediction strategies and has contributed to datasets such as maize yield response studies and sorghum phosphorus efficiency mapping. Research outputs emphasize open-access methodologies, with over 293 publications including influential work on GxE modeling and reciprocal cybrid analysis. His lab's interdisciplinary approach addresses global agricultural challenges through data-driven innovation.

• Renewable Energy
• Biogas Production and Upgradation
• Biomass Conversion (Thermochemical/Biochemical)
• +3 more

Shiplu Sarker is an Associate Professor at the Department of Manufacturing and Civil Engineering, NTNU, Gjøvik. He holds a PhD from the University of Agder (Norway) and completed a postdoc at NTNU, Trondheim. His research focuses on renewable energy, including biomass conversion, biogas upgradation, solar energy, and energy system modeling using tools like PVSyst and HOMER. He has industry experience in paper manufacturing and beverage processing. Education: BSc in Mechanical Engineering (2002), PhD in Thermochemical Gasification (2016). He has taught at multiple institutions, including NTNU, KTH, and Aarhus University, covering courses like thermodynamics, bioenergy, and sustainable energy. Research interests include thermochemical/biochemical biomass conversion, biogas production optimization, and energy efficiency. He has led projects such as BIOGASPLAS and BioELEC (partners: TALTECH, EMU), and is the main supervisor for the BEHHYD PhD project. His publications span biogas upgradation, anaerobic digestion optimization, and renewable energy systems. He currently guest edits a special issue on 'Biomass Resources to Bioenergy' for Energies .