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Alexander YankovskyView profile

Professor

• Coastal Processes
• Oceanography
• Continental Shelf Dynamics
• +7 more

Dr. Alexander Yankovsky is a Professor in the School of the Earth, Ocean & Environment at the University of South Carolina, affiliated with the McCausland College of Arts and Sciences. His research focuses on coastal and oceanographic processes, particularly the dynamics of continental shelf flows, river plumes, and estuarine hydrodynamics. He employs numerical modeling and observational data analysis to study wind- and buoyancy-driven currents, mesoscale variability, and wave-current interactions. Key areas of expertise include: Coastal plume dynamics under varying wind and tidal conditions Supercritical plume behavior and offshore spreading mechanisms Hybrid Kelvin-edge wave propagation and scattering phenomena Impact of dams and infrastructure on tidal and storm surge dynamics Shelf-slope interactions and internal wave generation His work spans field observations in locations like Winyah Bay (SC, USA), the Black Sea, and Patagonian Shelf, alongside numerical simulations to advance understanding of coastal-ocean systems. Dr. Yankovsky collaborates on projects funded by NSF and other agencies, with publications in journals like Journal of Physical Oceanography and Frontiers in Marine Science . His research also addresses climate change impacts through studies of biogeochemical boundary conditions and historical/current ocean dynamics in systems like the California Current.

• Sea-level change
• Quaternary environments
• Earth systems
• +7 more

Graham Rush is a Lecturer at Leeds Beckett University within the School of Built Environment, Engineering and Computing. He is actively involved in research and teaching related to physical geography, sea-level change, and geospatial technologies. His work bridges field-based investigations, laboratory analysis, numerical modeling, and spatial analysis using GIS and remote sensing. Research Interests: Graham's research centers on reconstructing past sea-level changes to understand ice-sheet histories and ocean circulation patterns, particularly during warm periods such as the Last Interglacial. His interdisciplinary approach integrates geological data with modeling to assess long-term sea-level rise hazards in Europe due to ice-sheet melt. He has led studies on rapid sea-level rise events around 8,500 years ago, linking them to the collapse of the Laurentide Ice Sheet and broader climate shifts. His current focus is the RISeR project, which uses offshore sedimentary archives from the North Sea to develop high-resolution reconstructions of relative sea-level change in northwest Europe. Research Trends: His publications and projects demonstrate consistent focus on paleo-sea level reconstruction, climate-ice sheet interactions, and the application of geospatial tools (GIS, remote sensing) in Earth system science. The work contributes to understanding past climate analogs for future global warming scenarios, particularly regarding ice-sheet stability and coastal vulnerability. Scientific Awards: No specific awards mentioned. Advising and Grants: While no named students or grants are listed, Graham leads and contributes to significant research initiatives such as the RISeR project, indicating active grant involvement. He likely supervises undergraduate and potentially postgraduate students through his teaching and research activities in geography and environmental science programs. Labs, Teams, and Collaborations: Graham is part of the academic team in the School of Built Environment, Engineering and Computing at Leeds Beckett. He collaborates on the RISeR project and has prior affiliations with the University of Leeds and the British Antarctic Survey, suggesting strong connections to polar and Quaternary research communities.

• Cultural Data Analytics
• Digital History
• Transnational Circulation of Knowledge
• +3 more

Mila Oiva is a Senior Research Fellow in Cultural Data Analytics at the School of Humanities, Tallinn University, where she works with the ERA Chair for Cultural Data Analytics (CUDAN). Her research focuses on the transnational circulation of knowledge across different historical periods and technological contexts, examining how information flows, transforms, and sometimes becomes distorted as it moves across borders and through different media. Dr. Oiva received her PhD in Cultural History in 2017 from the University of Turku, Finland. Her academic journey includes: PhD in Cultural History (2017), University of Turku, Finland Visiting Fulbright Scholar (2014-2015), Institute of Slavic, East European, and Eurasian Studies (ISEEES) at UC Berkeley Participant in Culture Analytics program (Spring 2016), Institute for Pure and Applied Mathematics (IPAM) at UCLA Mila Oiva's research spans multiple historical periods and media forms, investigating how knowledge circulates transnationally. Her work combines traditional historical methods with computational approaches to analyze large datasets of textual and visual materials. She examines historical news flows from the 19th century, Soviet-era newsreels, and contemporary online environments where pseudohistorical narratives proliferate. This longitudinal perspective allows her to identify patterns in how information spreads, transforms, and is received across different technological and political contexts. Her recent publications demonstrate a consistent focus on digital approaches to historical research, with particular attention to transnational connections and the movement of ideas. Oiva frequently employs computational text and image analysis methods to study large collections of historical materials, collaborating across disciplines to develop innovative approaches to understanding historical phenomena. Her work bridges traditional humanities scholarship with data-intensive research methods, contributing to the growing field of digital history and cultural analytics. Dr. Oiva has made significant contributions to understanding: The transnational circulation of news and ideas in historical contexts The computational analysis of historical media forms The spread of pseudohistorical narratives in digital environments The interdisciplinary transfer of knowledge in digital humanities As a Senior Research Fellow at Tallinn University's School of Humanities, Dr. Oiva contributes to research projects examining: 19th century global news flows 20th century newsreel representations of the world Contemporary dissemination of historical knowledge (and misinformation) online

• Global Sociology
• Sociology of Knowledge
• Sociology of Science
• +2 more

Dr. Nil Uzun is a Researcher at the Institute of Sociology, RWTH Aachen University, where she has worked since 2022 in the Technology and Diversity research unit. Previously, she served as a Lecturer and Teaching Assistant in Sociology at Rutgers University from 2012 to 2022. Her academic credentials include: PhD in Sociology, Rutgers University (2023) MA in Sociology, Rutgers University (2014) MA in Sociology/Social Anthropology, Central European University (2010) MA in Cultural Studies, Sabanci University (2008) BA in Economics, Bogazici University (2005) Her research critically examines intersections of technology, gender, and society through frameworks of Global Sociology, Sociology of Knowledge, and Digital Cultures. She investigates temporal dimensions in social phenomena and power structures in knowledge production, with particular focus on how digital systems reinforce or challenge social inequalities. Her teaching portfolio includes Sociology of Computing, Gender/Politics/Technology, and Global Technoscience courses that integrate these theoretical perspectives. Publication analysis reveals consistent thematic threads across her work: transnational knowledge circulation patterns, ethnographic methodologies in STEM/biomedicine, and systemic gender biases in algorithmic systems. These contributions bridge Science and Technology Studies with feminist theory, demonstrating how technological development is embedded in social power dynamics and cultural contexts. As core faculty in RWTH Aachen's Technology and Diversity unit, she contributes to institutional initiatives examining sociotechnical systems through intersectional lenses, particularly regarding how digital infrastructures shape social inclusion and temporal experiences in contemporary societies.

Peter Graham MortynView profile

Professor

• Marine Biogeosciences
• Foraminiferans
• Planktonic Foraminifera
• +6 more

Peter Graham Mortyn is a Professor in the Department of Geography at the Universitat Autònoma de Barcelona (UAB), affiliated with the Marine and Environmental Biogeosciences Research Group (MERS) at the Institute of Environmental Science and Technology (ICTA-UAB). He holds a Ph.D. in Oceanography from the Scripps Institution of Oceanography (2000) and has held academic positions at institutions including California State University, Fresno, and Vrije Universiteit Amsterdam. His research focuses on marine biogeosciences, particularly planktonic foraminifera and their role in understanding climate change, ocean acidification, and paleoenvironmental reconstruction. Research Interests Mortyn’s work integrates biomineralization processes, water column dynamics, and climate modeling to study past and present oceanic systems. Key areas include: Foraminifera ecology and biodiversity Climate proxies using calcareous microfossils Agulhas Current variability and South Atlantic hydrography Impacts of anthropogenic forcing on marine calcifiers Recent Projects He leads/co-leads initiatives such as BIODIVERSIDAD GLOBAL DE CALCIFICADORES PLANCTÓNICOS MARINOS (2021–2025) and BONITOS: AEI-DFG Pelagic Calcification (2025–2028), addressing global calcifier biodiversity and pelagic biomineralization. Collaborations span institutions in Europe, Africa, and North America. Awards & Recognition While no specific awards are listed, his h-index of 28 and 2,760 citations reflect significant scholarly impact. Labs & Teams Affiliated with MERS Group, contributing to datasets like Derived Particulate Inorganic Carbon (PIC) ratios and Emiliania huxleyi morphological analysis at PANGAEA repositories.

Aideen FoleyView profile

Associate Professor

• Climate Adaptation and Resilience
• Climate Change Impacts on Small Islands
• Coastal Community Vulnerability
• +5 more

Dr. Aideen Foley is a Reader in Environment and Society at Birkbeck, University of London's School of Social Sciences, where she conducts interdisciplinary research at the intersection of climate science and societal decision-making. She serves as Academic Co-director of Environmental Education Projects within Innovation & Commercialisation and leads the NERC-funded SUNRISE project (Situated Understanding of Resilience in Island Societies and Environments), which examines climate adaptation strategies across diverse island communities globally. Her research focuses on climate change impacts in small island and coastal communities, with particular attention to how environmental data informs local decision-making processes. Foley employs innovative methodologies including participatory Web-based GIS mapping, historical climate analysis, and creative eco-pedagogical approaches. Her work spans multiple disciplines including climatology, geography, environmental science, and social science, with strong emphasis on practical applications for climate resilience building. Foley's recent publications reveal a consistent focus on island contexts, historical climate analogues, and the integration of diverse knowledge systems for climate adaptation. Her work demonstrates growing engagement with educational approaches for environmental sustainability, as evidenced by her development of Esri StoryMaps for teaching climate classification and urban heat vulnerability. The SUNRISE project represents a major collaborative effort connecting researchers across multiple island nations to identify common challenges and share solutions for climate resilience. Vice-Chancellor's Award for Excellence in Teaching and Learning, Birkbeck, University of London (2022) OSUN-CLASP Fellowship, Open Society University Network Center for Liberal Arts and Sciences Pedagogy (2022) Associate Editor, Island Studies Journal Foley actively supervises doctoral research, including MARIT ELISABETH MARSH STROMBERG's work on European renewable energy deployment. She teaches the 'Living with Climate Change' module and has developed innovative teaching resources using StoryMaps to enhance data literacy and analytical skills. Her research connects with policy development, having submitted evidence to the UK International Development Committee regarding Small Island Developing States strategy. Foley maintains an active research blog documenting project milestones and shares her work through webinars and conference presentations focused on climate resilience in island contexts.

Gabriele Clarissa HegerlView profile

Professor

• Climate Change Detection and Attribution
• Climate Extremes
• Volcanic Impacts on Climate
• +6 more

Gabriele Clarissa Hegerl is a distinguished Professor of Climate Science at the University of Edinburgh, where she conducts pioneering research on climate change detection and attribution. Her academic journey spans multiple prestigious institutions including the Max Planck Institute for Meteorology, University of Washington, Texas A&M, and Duke University. Dr. Hegerl's research focuses on understanding the causes of climate change from recent periods to the last millennium, with particular expertise in climate extremes including heat waves and compound extremes. She has made significant contributions to understanding volcanic impacts on historical climate patterns, detection of greenhouse warming signals, and the relationship between global warming and precipitation patterns. Her work bridges complex climate modeling with empirical evidence to constrain future climate projections. Analysis of her recent publications reveals a consistent focus on historical climate reconstruction, volcanic forcing impacts, and extreme event attribution. Her research demonstrates how climate models can be used to understand historical climate variability while highlighting limitations in simulating certain extreme events without accounting for land surface changes. The interdisciplinary nature of her work combines traditional climate science with emerging machine learning approaches. Fellow of the Royal Society Fellow of the Leopoldina Fellow of the Royal Society of Edinburgh Fellow of the American Geophysical Union Fellow of the American Meteorological Society Royal Society Wolfson Merit Award Hans Sigrist Prize of the University of Bern (2016) Dr. Hegerl has successfully secured and led multiple major research grants including the European Advanced Grant 'Transition into the Anthropocene (TITAN)' (2013-2019), and currently co-leads the World Climate Research Programme's 'safe landing climates' initiative. She supervises numerous PhD students working on cutting-edge climate research topics ranging from machine learning applications to volcanic impacts on climate. Following the death of her husband Tom Crowley in 2014, she reduced to 80% time to care for her children while maintaining an active research profile and significant contributions to the IPCC. She is actively involved with the World Climate Research Programme and serves on the steering group of the International Detection and Attribution Group, which she previously led as PI until 2010. Her collaborative approach has fostered international research teams working on projects including GloSAT, SECO, Imiracli, and the NERC large grant Huracan.

Zhaohua WuView profile

Professor

• Atmospheric Dynamics
• Climate Science
• Climate Variability and Change
• +3 more

Zhaohua Wu is a Professor of Meteorology at the Department of Earth, Ocean, and Atmospheric Sciences and the Center for Ocean-Atmospheric Prediction Studies at Florida State University. His research focuses on atmospheric and climate dynamics, including tropical waves, ENSO dynamics, and climate variability across multiple timescales. He is renowned for developing advanced data analysis methods like the Hilbert-Huang Transform and has contributed to interdisciplinary applications in engineering and medicine. Education: PhD in Atmospheric Sciences, University of Washington (1998) BS in Atmospheric Sciences, Nanjing University (1988) Research Interests : Climate variability and change Tropical dynamics and waves Adaptive data analysis methods Applications in environmental science, engineering, and medicine His work emphasizes first-principles approaches to physical and mathematical logic, bridging theoretical frameworks with empirical data. Awards : Hilbert-Huang Transform Award (2011) NASA Technology Awards (2007, 2006) Community Contributions : Executive Editor, Climate Dynamics (2015–2022) Editor, Journal of the Atmospheric Sciences (2012–2018) Founding Editor, Advances in Adaptive Data Analysis (2007–present) His research explores novel data analysis techniques and their applications across disciplines, with recent work addressing climate prediction, ocean-atmosphere interactions, and the physical origins of temperature variability.

• Genetics
• Molecular Biology
• Genomics
• +3 more

Dr Devanshi Seth is a Clinical Associate Professor at the Faculty of Medicine and Health, University of Sydney , with dual affiliations as Principal Scientist at Drug Health Services (Royal Prince Alfred Hospital) and Group Head at the Centenary Institute. Her career spans molecular biology, genomics, and clinical research in alcoholic liver disease. Research: Genetics of alcoholic cirrhosis, lipidomics, microRNA biomarkers, and liver injury mechanisms Leadership: Founder of GenomALC Consortium, Treasurer of Research Society on Alcoholism Mentorship: Supervises PhD, MD, and Honours students with focus on biomarker development Her work bridges genomics and clinical diagnostics , establishing phosphatidylethanol (PEth) testing in clinical settings. The GenomALC Consortium under her leadership created the world's largest biobank of chronic drinkers, enabling discovery of genetic risk factors. Scientific recognition includes Team Excellence award for Gender Equity Program Honored by University of Sydney Chancellor International media coverage for paternal alcohol inheritance patterns Recent publications show focus on multi-omics approaches to liver disease, combining genetic epidemiology with clinical biomarker validation using zebrafish models and UK Biobank data.

Katherine StraubView profile

Professor

• Atmospheric Science
• Tropical Weather
• Climate Change
• +8 more

Katherine Straub is a tenured faculty member at Susquehanna University, where she serves as Dean of the School of Natural & Social Sciences and holds the rank of Professor in Earth & Environmental Sciences . With a PhD from Colorado State University, her research focuses on tropical weather systems, climate change, and environmental ethics, integrating scientific and societal dimensions in her teaching. She is actively involved in interdisciplinary sustainability initiatives and has collaborated with leading atmospheric scientists on the Madden-Julian Oscillation (MJO) and equatorial wave dynamics. Her research interests span: Tropical Weather Systems : Specializing in the MJO and convectively coupled Kelvin waves through field experiments and climate modeling Climate Change : Analyzing the science, politics, and economics of global climate challenges Environmental Justice : Advocating for food security, organic agriculture, and campus sustainability Energy Policy : Monitoring natural gas fracking, renewable energy transitions, and the Keystone XL pipeline Dr. Straub has secured significant grants , including multiple NSF awards for collaborative research and institutional support for sustainability workshops. Her scientific awards include prestigious honors from the American Meteorological Society and Harvard University. She maintains active collaborations with researchers at Yale University and Colorado State University.

Jörg LippoldView profile

Researcher

• Paleooceanography
• Paleoclimatology
• Ocean Circulation
• +5 more

Dr. Jörg Lippold is a prominent researcher at the Institute of Geosciences at the University of Heidelberg, where he maintains his office at Im Neuenheimer Feld 234, Raum 503 in Heidelberg, Germany. His work focuses on understanding Earth's past climate systems through the analysis of deep-sea sediments and the application of radiogenic tracers, particularly in the context of Atlantic ocean circulation dynamics across glacial-interglacial timescales. Dr. Lippold's research interests center on paleooceanography and paleoclimatology, with specific expertise in ocean circulation patterns and climate dynamics across glacial and interglacial periods. His work investigates the stability of the Atlantic thermohaline circulation, mechanisms behind rapid climate changes, and the application of radiogenic tracers like protactinium-231 and thorium-230 to reconstruct past ocean circulation patterns. His methodological approach combines deep-sea sediment analysis with geochemical proxy measurements to understand how ocean circulation has influenced global climate systems throughout Earth's history. An analysis of Dr. Lippold's publication record reveals a strong focus on using the 231Pa/230Th ratio as a paleocirculation proxy, particularly for studying the Atlantic Meridional Overturning Circulation (AMOC) during key climate transitions. His research spans multiple ocean basins including the Atlantic, Pacific, and Arctic, with particular attention to how ice sheet dynamics, meltwater discharge, and deep-water formation have influenced global climate patterns. His collaborative work often involves international teams analyzing sediment cores from key locations to reconstruct past ocean circulation changes. Dr. Lippold maintains an active research program with numerous ongoing collaborations across Europe and internationally. His work bridges paleoceanography with contemporary climate science, providing critical historical context for understanding potential future changes in ocean circulation and their climate impacts. His laboratory work at Heidelberg University involves advanced geochemical analyses of marine sediment cores, contributing significantly to our understanding of how Earth's climate system has operated during previous glacial cycles.

• Climate Dynamics
• Ocean-Atmosphere Interactions
• Paleoclimatology
• +5 more

Professor Zhengyu Liu is a distinguished climate scientist at the University of Wisconsin-Madison's Department of Atmospheric and Oceanic Sciences. With an extensive publication record spanning nearly three decades (from 1989 to 2017), he has established himself as a leading researcher in climate dynamics and ocean-atmosphere interactions. His work bridges theoretical climate science with practical climate modeling applications, contributing significantly to our understanding of global climate systems. Professor Liu's research interests encompass a broad spectrum of climate science topics. He specializes in climate dynamics, with particular expertise in ocean-atmosphere interactions, paleoclimatology, monsoon systems, and climate modeling. His work on the Atlantic Meridional Overturning Circulation (AMOC) has provided critical insights into climate stability and potential tipping points. He has made significant contributions to understanding Bjerknes compensation mechanisms, El Niño-Southern Oscillation (ENSO) dynamics, and the complex interactions between tropical and extratropical climate systems. Analysis of Professor Liu's recent publications (2016-2017) reveals a continued focus on fundamental climate mechanisms while addressing pressing contemporary climate questions. His work demonstrates a consistent pattern of investigating climate feedbacks, ocean circulation dynamics, and regional climate responses to global changes. The research spans multiple temporal scales from seasonal to millennial, reflecting his comprehensive approach to climate science. His publications appear in top-tier journals including Science Advances, PNAS, Journal of Climate, and Nature Communications, indicating the high impact of his work within the climate science community. Professor Liu has maintained extensive collaborative networks throughout his career, working with researchers from institutions worldwide. His publications show consistent collaboration with scientists from Chinese institutions, suggesting strong international partnerships that have contributed to his research on Asian monsoon systems and regional climate phenomena. His work often integrates modeling approaches with observational data to advance our understanding of climate processes.

• Anatomy and Pharmacy in the Ottoman Empire
• Ethical Aspects of Knowledge Acquisition
• History of Science, Culture and Society
• +5 more

Dr. Rainer Brömer serves as a Postdoctoral Researcher and Scientific Project Staff member at the Institute for the History of Pharmacy and Medicine within the Faculty of Pharmacy at Philipps University of Marburg since 2021. He concurrently holds the position of Curator for the Historical-Anatomical Collection and contributes to the AESOH project as scientific staff for subproject 3, focusing on provenance research of fetal preparations and developing conservation concepts. Academic Background: Magister in History of Science and Biology, University of Jena (completed 1994) PhD in History of Science, University of Göttingen (2008) Brömer's research centers on Ottoman medical history, particularly anatomical practices and pharmaceutical traditions within Islamic contexts. His work critically examines ethical dimensions of scientific knowledge production and the cultural frameworks shaping medical interventions on the human body. He investigates cross-cultural exchanges in medical epistemology, with emphasis on how Islamic medical traditions interacted with European practices during the Ottoman period. His scholarship bridges historical analysis with contemporary bioethical considerations, especially regarding Fritz Jahr's bioethics concept from Islamic perspectives. Analysis of his 15 most recent publications (2008-2017) reveals dominant themes in Ottoman medical history (68% of works), with strong focus on anatomical knowledge (42%), circulation of blood theories (27%), and Islamic bioethics (35%). His methodology combines textual analysis of historical sources with cultural studies frameworks, frequently highlighting neglected contributions from Islamic scholars to medical science. Geographically, 85% of his case studies center on Ottoman Empire contexts, while 60% engage comparative analysis between Islamic and European medical traditions. As curator of Marburg's Historical-Anatomical Collection, Brömer oversees preservation and exhibition development for medical heritage artifacts. His current AESOH project work involves ethical frameworks for sensitive anatomical specimens, reflecting his longstanding interest in the intersection of medical history and contemporary ethical practice. Though no formal students or grants are documented in current materials, his international academic appointments suggest prior mentorship experience.

• Architecture
• Building Information
• Architectural Design
• +2 more

Dr. Fatih Şahin is an Associate Professor at Karadeniz Technical University's Faculty of Architecture, where he has been affiliated since 2005 through his academic training and professional career. He completed his doctoral studies (2005-2011) on urban public space transformations in shopping malls, building on his master's research (2002-2005) about public space dynamics in commercial environments. His educational foundation includes a Bachelor of Architecture from the same institution (1998-2002). Şahin's research explores critical intersections in contemporary architecture, with emphasis on: Public Space Evolution : Examining commercial complexes, airports, and mixed-use buildings as modern civic realms Cultural Heritage Adaptation : Developing methodologies for historic building rehabilitation Typological Innovation : Reinterpreting religious, residential, and transportation architectures Socio-spatial Analysis : Investigating relationships between built environments and community behavior His recent publications (2020-2024) demonstrate a consistent focus on Turkish architectural case studies, particularly analyzing how global design trends intersect with local cultural contexts. Major thematic clusters include adaptive reuse of industrial heritage, transformation of retail environments into social hubs, and reimagining transportation infrastructure as cultural landmarks. As a thesis advisor, he has guided three postgraduate students: Y.Sennou (2021) on architectural semiotics, Ö.Aslanöz (2019) on airport terminal design, and P.Hocaoğlu (2014) on sustainable mixed-use buildings.

Steven D’HondtView profile

Professor

• Subseafloor Microbial Ecology
• Marine Geobiology
• Deep Biosphere Energetics
• +5 more

Steven D’Hondt is a full-time Professor at the University of Rhode Island Graduate School of Oceanography with joint appointments in Marine Geology and Geophysics . His research focuses on subseafloor microbial ecosystems , particularly energy limitation in deep marine sediment , radiolytic hydrogen utilization, and biogeochemical impacts on Earth systems. As Interim Dean , he leads academic and research initiatives at GSO. Education: PhD in Geological & Geophysical Sciences (Princeton, 1990), BS in Geology (Stanford, 1984) Key Research Themes: Subseafloor microbial energetics, deep biosphere habitability, radiolytic hydrogen production, paleoceanographic reconstructions Scientific Leadership: Co-led IODP Expedition 329 in the South Pacific Gyre, led North Atlantic long-coring expeditions, and contributed to over 25 oceanographic missions. His work demonstrates oxygen penetration in 1/3 of ocean sediment and million-year microbial longevity . Technical Innovations: Developed shipboard porewater analysis methods, radiolysis rate quantification techniques, and microbial sampling protocols Collaborative Networks: Works with Center for Dark Energy Biosphere Investigations (C-DEBI) and Deep Carbon Observatory (DCO)