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Nigel BlameyView profile

Assistant Professor

• Atmospheric Oxygen Evolution
• Fluid Inclusion Geochemistry
• Epithermal Mineral Deposit Systems
• +5 more

Nigel Blamey serves as an Assistant Professor in the Department of Earth Sciences within the Faculty of Science at Western University. He holds the dual affiliation as a Western Space Investigator specializing in Earth Observation for Societal Impact. His research bridges terrestrial geoscience with planetary applications, particularly through fluid inclusion analysis and atmospheric evolution studies. His primary research interests focus on reconstructing Earth's atmospheric oxygen history through geological time using evaporite fluid inclusions, with significant applications to understanding planetary habitability. Key areas include: Quantitative fluid inclusion gas analysis for paleoatmospheric reconstruction Epithermal mineral deposit formation mechanisms Neoproterozoic and Paleozoic climate-oxygen-biosphere interactions Mars methane studies through terrestrial analog systems Mass extinction event triggers and environmental impacts Analysis of his recent publications reveals a strong methodological emphasis on refining fluid inclusion analytical protocols while expanding applications from Precambrian oxygenation events to Ordovician mass extinctions. His work shows increasing integration of multiple geochemical proxies with planetary science applications, particularly regarding methane detection relevance to Mars exploration. While no specific awards are documented in current sources, his research program demonstrates significant technical innovation in fluid inclusion methodologies. His mentorship activities appear focused on graduate-level research training in analytical geochemistry and economic geology, though specific student names aren't publicly listed. Blamey's work contributes to Western Space's planetary science initiatives through terrestrial analog studies relevant to Mars exploration goals.

Karine DEBOUDTView profile

Professor

• Atmospheric Aerosols
• Environmental Chemistry
• Particle Physics
• +4 more

Dr. Karine DEBOUDT is a University Professor at the University of the Littoral Opal Coast, France, where she has been faculty since 1994. She works at the LPCA (Laboratory of Physics of the Atmosphere and the Ocean, UR 4493) in Dunkirk, France, focusing on atmospheric aerosol research. Her work combines analytical microscopy with atmospheric chemistry to understand particle transport and reactivity in urban and industrial environments across multiple geographical contexts. Dr. DEBOUDT received her PhD in Macromolecular and Organic Chemistry from the University of Sciences & Technologies of Lille (France) in 1994, followed by her State PhD (HDR) in 2009. She began her career at the University of the Littoral Opal Coast as an Assistant Professor before advancing to her current Professor position. Her research focuses on the physico-chemical evolution of aerosols in urban and industrial plumes at various scales, the mixing state of African dust and biomass burning particles at continental scales, and developing methodologies for characterizing atmospheric particles at the particle scale using advanced techniques like TSEM-EDX and TEM-EELS. Her work bridges analytical chemistry, atmospheric physics, and environmental health with significant contributions to understanding the transport, reactivity, and health impacts of atmospheric particles. Analysis of her 15 most recent publications (2021-2024) reveals a strong international collaborative approach examining pollution in diverse geographical contexts including Southeast Asia (Hanoi), South Asia (Indo-Gangetic Plain), and European coastal environments. Her research demonstrates methodological innovation in particle characterization while addressing pressing air quality issues related to urban pollution, vehicle emissions, and health impacts of particulate matter. Dr. DEBOUDT's laboratory work at LPCA involves sophisticated analytical techniques for single-particle analysis, with particular expertise in electron microscopy applications for atmospheric science. She has developed specialized instrumentation for time-resolved aerosol measurements and has made significant contributions to understanding the chemical transformations of particles during atmospheric transport.

• Atmospheric Radiative Transfer
• Cloud Modeling
• Climate Science
• +3 more

Howard Barker is an Adjunct Professor at McMaster University 's School of Earth, Environment & Society. His work focuses on atmospheric radiative transfer and cloud modeling for climate science applications. Research Interests : Atmospheric radiative transfer, cloud and aerosol interactions, climate modeling, EarthCARE satellite mission, remote sensing, and numerical weather prediction. Publication Trends : Recent articles emphasize EarthCARE mission data analysis, 3D cloud modeling, radiative flux evaluation, and aerosol-cloud interactions. Earlier works cover broadband solar fluxes, two-stream approximations, and cloud absorption studies. Scientific Contributions : Co-developed radiative flux evaluation programs Validated Monte Carlo radiative transfer models Analyzed cloud overlapping parameters Contributed to Canadian CloudSat-CALIPSO Validation Project Contact: barkerh@mcmaster.ca

• International Environmental Law
• Intellectual Property Law
• Sustainability
• +3 more

Peter Gottschalk is a Senior Lecturer and Researcher at Lund University , affiliated with the Department of Business Law and the Lund University Centre for Business Law . His work bridges legal scholarship and political science, focusing on international trade/business law, intellectual property, and the intersection of sustainability, resilience, and security in geoeconomic contexts. Education: Doctor of International Law (2018), Bachelor of Political Science Prior background as a chemist and legal practitioner in courts, law firms, and IP law Research spans regulation of emerging technologies, circular economy frameworks, and the Nagoya Protocol's role in biodiversity governance. He designed the master's course Intellectual Property and Sustainability (HARN62), addressing issues like the Right to Repair and digitalization in IP law. Recent publications analyze compliance mechanisms under international environmental agreements and institutional effectiveness in biodiversity frameworks. His activities include presentations at events such as the Lund Roundtable on Human Rights in the Anthropocene and contributions to networks like the Lund University Intellectual Property Network .

Natasha Sarah LucasView profile

Researcher

• Physical Oceanography
• Ocean Turbulence and Mixing
• Climate Change Impact on Oceans
• +4 more

Dr. Natasha Lucas is a Physical Oceanographer at the School of Ocean Sciences, Bangor University , with expertise in observational oceanography , ocean turbulence and mixing , and tidal energy convertors . She currently sits on the SCOR working group ATOMIX, focusing on quantifying ocean turbulence. Education: PhD in Laser Ablation & Space Technology (2001–2007), University of Salford Postgraduate Certificate in Academic Practice (2011–2012), University of Salford BSc in Physics with Space Technology (1997–2001), University of Salford Research Interests center on small-scale ocean processes (0.1m–10km) affecting heat, salt, and biological tracer distribution. Key areas include Agulhas leakage current , submesoscale instabilities , and iceberg-ocean interactions . Her work bridges climate science and marine renewable energy applications. Scientific Awards include the Antarctic Science Bursary 2023 , UKRI Instant Recognition Award 2023 , and Fellow of the Higher Education Academy . She previously received the Rank Prize Funds Laser Ablation Award 2004 and European Space Agency World Space Congress Award 2002 . Her advising and outreach include supervising MSc and PhD students and conducting oceanographic roadshows at festivals like WOMAD. She designed undergraduate curricula for the Institute of Physics and led engineering workshops .

Laurenz ThomsenView profile

Professor

• Sedimentology
• Oceanography
• Marine Geology
• +5 more

Laurenz Thomsen is a Professor at the University of Gothenburg specializing in Marine Sciences with a focus on sedimentology and environmental impacts of global change. He has held academic positions since 1998 and teaches courses on Marine Geology , Continental Margin Processes , and Climate Change across institutions including Jacobs University Max Planck Institute University of Washington . His interdisciplinary research combines field studies, remote sensing, and modeling to study mud dynamics in oceanic systems. Thomsen leads and participates in international research projects, serving as Workpackage leader in 3 projects Coordinator of 7 projects with industry Member of DFG Senate Commission (2012-2017) Associate Editor of 'Elementa' (since 2013) He has been principal investigator in over 20 research cruises across the North Sea, Baltic Sea, Arctic, and NE Pacific, acting as chief scientist on multiple vessels. His recent publications focus on Deep-sea mining impact assessment Phycoremediation technology Autonomous underwater robotics Biocomposite material development Anthropogenic sediment plume monitoring Marine-pelagic-benthic coupling These studies emphasize sustainable solutions and environmental stewardship in the Anthropocene. Thomsen actively collaborates with modelers to improve particle transport predictions and contributes to policy-relevant research through the Annette Barthelt Foundation and student admission committees at Jacobs University. His work integrates marine science with engineering and policy frameworks to address global environmental challenges.

• Marine Biogeochemistry
• Microbial Ecology
• Benthic Ecosystems
• +3 more

Stefan Hulth serves as Professor and Head of the Department of Marine Sciences at the University of Gothenburg's Faculty of Sciences, concurrently leading the Kristineberg Center for Marine Research and Innovation. His institutional roles integrate academic leadership with field research management across both the Göteborg campus and the Fiskebäckskil marine station. Professor Hulth's research investigates biogeochemical structure and function in coastal marine environments, emphasizing microbial processes and functional biodiversity in benthic ecosystems. He pioneers analytical techniques for high-resolution solute detection, including chemical/biological sensors and molecular diagnostics for single-cell bacterial characterization. Key projects examine nitrogen cycle pathways (denitrification/anammox), macrofaunal biodiversity in organic matter mineralization, benthic nutrient regeneration driving algal blooms, and autonomous instrumentation like benthic mini-landers for environmental monitoring. Analysis of his 2011-2021 publications reveals consistent focus on nitrogen cycling in coastal sediments, integrating microbial ecology with experimental climate change studies. His work demonstrates how habitat diversity governs nitrogen loss mechanisms and sediment responses to warming/nutrient enrichment, while advancing sensor technologies for ocean acidification monitoring through innovative pH fluorosensors. As an academic supervisor, Hulth examines PhD theses in Chemistry (since 2007), Biology (since 2012), and Marine Sciences (since 2017). His leadership at Kristineberg Center coordinates multidisciplinary teams in marine research, exemplified by major collaborations like the Earth Microbiome Project published in Nature (2017), which established global microbial diversity patterns across environmental gradients.

Rossella SantagataView profile

Researcher

• Mathematics Education
• Science Education
• Teacher Professional Development
• +3 more

Rossella Santagata is an educational researcher specializing in mathematics and science education across formal and informal settings. She pioneers the use of video technologies to analyze learning interactions and enhance teacher professional competence, particularly in educational environments serving marginalized youth. Her work extends to partnerships with schools and non-profit educational agencies, including the Orange County Educational Advancement Network (OCEAN). Research Interests : Video-based analysis of instructional practices Teacher professional development and equity Generative AI applications in collaborative learning Climate change education and digital tools Cross-cultural studies of teaching practices Article Trends : Her recent publications emphasize teacher noticing frameworks, AI integration in education, and equity-driven pedagogy. Key themes include: Designing value-sensitive AI tools for environmental education Co-designing teacher learning with families and communities Using GenAI to simulate climate change discussions Measuring professional vision through standardized instruments Longitudinal impacts of video-based interventions on teaching quality Methodological Contributions : Santagata’s work bridges research-practice partnerships, focusing on authentic problem-solving in urban education systems. Her studies explore the intersection of cultural beliefs, instructional strategies, and technology-mediated learning.

• Atmospheric Chemistry
• Climate Science
• Earth Sciences
• +7 more

Lee Thomas Murray is an Associate Professor in the Department of Earth and Environmental Sciences at the University of Rochester, where he has been employed since 2016, initially as an Assistant Professor and promoted to Associate Professor in 2022. His research focuses on atmospheric chemistry, climate science, and environmental modeling, with particular emphasis on tropospheric chemistry, hydroxyl radical dynamics, and greenhouse gas emissions. Dr. Murray received his educational training at Harvard University, where he earned his S.B. in Environmental Sciences and Engineering (2007), M.A. in Earth and Planetary Sciences (2012), and Ph.D. in Engineering Sciences (2013). Prior to joining the University of Rochester, he completed postdoctoral research at NASA Goddard Institute for Space Studies and Lamont-Doherty Earth Observatory at Columbia University. His research interests span atmospheric chemistry, climate science, and environmental modeling, with specific focus areas including: Tropospheric chemistry and oxidation processes Hydroxyl radical dynamics and their role in atmospheric cleansing Methane and other greenhouse gas emissions monitoring Climate change impacts on air quality and human health Paleoclimate reconstruction using chemical tracers Development of atmospheric chemistry models Dr. Murray's recent publications demonstrate a strong focus on methane emissions quantification, atmospheric oxidation capacity, and climate change impacts. His work combines observational data with sophisticated modeling approaches to address critical questions in atmospheric chemistry and climate science. He has been particularly active in using both ground-based and satellite observations to better understand greenhouse gas emissions and their atmospheric impacts. His scientific contributions have been recognized through multiple research grants from the National Science Foundation, including collaborative projects focused on past atmospheric conditions, hydroxyl radical variability, and tropospheric chemistry. Dr. Murray is an active member of several professional organizations, including the American Chemical Society, American Association for the Advancement of Science, American Meteorological Society, and American Geophysical Union, reflecting the interdisciplinary nature of his work spanning chemistry, meteorology, and climate science.

• Corrosion Science
• Electrochemistry
• Materials Characterization
• +6 more

Leonardo Iannucci is a Fixed-term Assistant Professor at the Department of Applied Science and Technology (DISAT) at Politecnico di Torino. He serves as a Course Instructor for PhD-level courses including Chemical System Measurements and Metrology, and as a Course Collaborator for multiple Master's and Bachelor's level programs within the College of Chemical and Materials Engineering, particularly in Materials Engineering for Industry 4.0, Corrosion and Material Protection, and Thermodynamics for Materials Engineering across multiple academic years from 2019/20 to 2025/26. His research focuses on Corrosion Science, Electrochemistry, and Materials Characterization, with significant contributions to interdisciplinary applications in biomedical engineering, cultural heritage preservation, and sustainable materials development. His work spans from dental materials and biodegradable implants to renewable energy systems and historical artifact conservation. Dr. Iannucci's publication record demonstrates expertise across multiple domains including electrochemical sensors, biomaterials development, and corrosion science. His recent work shows a strong trend toward interdisciplinary research with applications in healthcare, cultural preservation, and sustainable technologies, often involving collaborations with researchers across engineering, chemistry, and medical fields. He has received the Learning to Teach (L2T) Open badge from Politecnico di Torino in February 2023, recognizing his teaching competencies. His research is supported by his involvement in three key laboratories at DISAT: the Corrosion Laboratory, FESEM Laboratory, and Plasma and Cultural Heritage Diagnostics Laboratory. Dr. Iannucci leads significant research projects including MuSe: Multi-Sensor wearable device for telemedicine (2025-2027) as Scientific Director and IMT4DeH - Innovative materials and techniques for dental health (2023-2025) as Scientific Manager. His work aligns with Sustainable Development Goals 4 (Quality Education), 9 (Industry, Innovation, and Infrastructure), and 12 (Responsible Consumption and Production).

• Public Law
• International Law
• European Law
• +4 more

Jean-Christophe Martin is a Professor of Public Law at Université Côte d'Azur, actively involved in academic leadership as Director of the Institute for Peace and Development Law. He manages the Master 1 International Law and European Law program. Faculty of Law, Université Côte d'Azur Research Focus: His work spans public law, international law, and European law, with growing emphasis on ecological transition, maritime governance, and legal indicators for sustainable development goals (SDG 14). He explores intersections between law and art, indigenous rights, and defense policy. Doctoral Supervision: He has supervised 10+ PhD theses on topics like EU investment arbitration, maritime crimes, fisheries rights, state responsibility, and Venice Commission's rule of law contributions. Conferences: Regularly organizes high-profile events with institutions like GREDEG, LADIE, UNOC3, and SFDI, addressing critical legal issues from ecological governance to geopolitical tensions in international law.

• Laser Interferometry
• Gravitational Wave Astronomy
• Space Interferometry

Dr. Miguel Dovale is a Researcher at the Max Planck Institute for Gravitational Physics (Albert Einstein Institute) in Hannover, Germany, specializing in laser interferometry, gravitational wave astronomy, and space interferometry. His work focuses on developing precision optical instrumentation for fundamental physics experiments and space-based gravitational wave detection missions like LISA. Research interests include: Laser Interferometry: Advanced techniques for ultra-precision measurement and noise suppression Gravitational Wave Astronomy: Instrumentation for detecting spacetime ripples from cosmic events Space Interferometry: Technology development for next-generation spaceborne gravitational observatories Publications primarily explore interferometric metrology, laser frequency stabilization, and gravitational wave detection technologies. Recent work demonstrates strong focus on: Space mission instrumentation (LISA frequency planning, optical bench design) Novel interferometer configurations for picometer-level stability Applications in geodesy, earth science, and fundamental physics

Peter HoltermannView profile

Researcher

• Physical Oceanography
• Marine Biogeochemistry
• Turbulence and Mixing Processes
• +4 more

Dr. Peter Holtermann is a researcher in Physical Oceanography at the Leibniz Institute for Baltic Sea Research (IOW) in Rostock, Germany. His work focuses on small- and mesoscale processes, particularly mixing and transport in stratified marine systems. He leads projects combining field measurements (using microstructure profilers, current profilers, and numerical modeling with GOTM/GETM) with biogeochemical analyses, emphasizing oxygen dynamics and anoxia mitigation. Current projects include the STB initiative on shallow water zones and autonomous vehicle integration in field measurements. His research interests span turbulence, coastal engineering, and climate impacts on marine systems. Key contributions include studies on nitrogen cycling, greenhouse gas dynamics in coastal peatlands, and turbulence observations in the Baltic Sea. Holtermann collaborates on observational systems like the Baltic Sea Observatory and develops methodologies for dissipation rate measurements using shear probes. Publications highlight his work on submesoscale processes, gravity currents, and hydrodynamic modeling. His interdisciplinary approach integrates physical, chemical, and biological data to address challenges in marine sustainability and climate change.

Ralf PrienView profile

Researcher

• Marine Chemistry
• Oceanography
• Environmental Sensors
• +3 more

Ralf Prien is a Researcher in the Marine Chemistry Department at the Leibniz-Institute for Baltic Sea Research (IOW) in Warnemünde, Germany. His work focuses on developing and deploying oceanographic in situ sensors, particularly for chemical parameters such as nitrate, methane, and dissolved oxygen. He has led projects like the Gotland Deep Environmental Sampling Station (GODESS), which uses profiling moorings to study biogeochemical dynamics in the Baltic Sea. Prien has organized international workshops, including OceanSensors08, and is a member of professional societies like AGU and IEEE. His expertise includes sensor technology, marine observations, and ocean circulation modeling. Education: Dr. rer. nat. in Applied Physics (1999), Christian-Albrechts-University Kiel; Dipl.-Phys. (1991), same institution. Administrative roles include Head of the Staff Council (2017–2021) and Member of the Scientific Council (2012–2015). His research spans sensor development, hydrothermal vent exploration, and understanding anoxia in semi-enclosed seas. Key contributions include advancements in optical sensors for nitrate and H₂S, and SPR-based methane sensors. He has collaborated on major projects like the Lau Basin hydrothermal studies and Baltic Sea inflow dynamics. Over 100 peer-reviewed articles and patents reflect his technical and theoretical contributions to marine science and instrumentation.

Frank WenzhöferView profile

Researcher

• Biogeochemistry
• Marine Ecology
• Environmental Science
• +3 more

Frank Wenzhöfer is a Scientist at the Max Planck Institute for Marine Microbiology, leading the HGF MPG Joint Research Group for Deep-Sea Ecology and Technology. His research focuses on benthic ecosystems, biogeochemical processes, and the development of advanced in situ sensor technologies. He collaborates with institutions like the Alfred Wegener Institute (AWI) and contributes to international expeditions such as PS143 and SO261, studying deep-sea trenches, cold seeps, and hydrothermal vents. His work bridges microbiology, geochemistry, and engineering to address global environmental challenges like deep-sea mining impacts and climate change effects on marine carbon cycles. Frank’s research interests include benthic primary production, sediment remineralization dynamics, and the role of microbial communities in regulating carbon and nutrient cycles. He pioneers cost-effective sensor platforms and autonomous lander systems for polar and hadal zone exploration, emphasizing real-time data collection and environmental monitoring. Recent studies highlight his focus on the Atacama Trench, Kuril-Kamchatka Trench, and Arctic outflow shelves, investigating sedimentation patterns, meiofauna distributions, and microbial adaptations to extreme environments. His group’s projects often involve analyzing baseline benthic activity to assess human impacts, such as mining on polymetallic nodules and glacial melt disturbances on Antarctic ecosystems. Collaborations extend to developing novel measurement models for diffusive fluxes and assessing the ecological consequences of environmental changes. Despite no explicit awards mentioned, his contributions to deep-sea technology and trench ecology are recognized through his active role in high-profile expeditions and publications. In advising and grants, Frank’s group participates in the International Max Planck Research School (MarMic) but no specific students or grant details are listed. His team’s technical innovations include the DeepC3000 pressure housing system, enabling deep-sea deployments. Research outcomes are disseminated through expeditions, sensor data repositories, and close ties with the institute’s scientific coordination and technical workshops. Frank’s work is anchored in the institute’s broader mission of studying marine microbes’ roles in global biogeochemical cycles. His laboratory specializes in integrating field observations with advanced instrumentation, creating a unique niche in hadal and polar deep-sea research. Future projects aim to refine in situ measurement techniques and better understand human-induced changes to benthic ecosystems.