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Sakdirat KaewunruenView profile

Professor

• Railway Engineering
• Structural Dynamics
• Infrastructure Resilience
• +5 more

Dr. Sakdirat Kaewunruen is a Professor and Reader in Railway and Civil Engineering at the University of Birmingham, UK. He leads the Birmingham Centre for Railway Research and Education (BCRRE) and convenes the BEng/MEng Railway Engineering and MSc Structural Engineering programs. His roles include Chief Editor of Frontiers in Transportation and Transit Systems and member of EU-funded research initiatives like RISEN and S-CODE. Education: PhD in Civil Engineering (Structures/Railway Infrastructure), University of Wollongong, Australia MBA (Executive), Australian Graduate School of Management BEng (Hons) in Civil Engineering, Suranaree University of Technology Research Interests: Focuses on resilient transport infrastructure, train-track interaction dynamics, smart materials, risk management, and sustainability. His work integrates advanced modeling, sensor technologies, and circular economy principles to enhance railway systems' reliability and environmental impact. Awards: NSW Young Tall Poppy Science Award (Australia) Japan Society for the Promotion of Sciences Long-term Fellowship World Top 100 Most Cited Scientist in Civil Engineering (Stanford University) Grants & Projects: Secured over £15M in research funding, including EU H2020 and UK DfT projects. Leads initiatives like RISEN (Euro1.2M) and collaborates with MIT, University of Illinois, and Southwest Jiaotong University. Labs & Teams: Coordinates interdisciplinary teams in railway resilience, smart infrastructure, and sustainable urban systems. Active in ISO/BSI standards for railway sleepers and recycling of rolling stocks.

Jelena NinicView profile

Associate Professor

• Computational Mechanics
• Artificial Intelligence
• Civil Engineering
• +7 more

Dr. Jelena Ninic is an Associate Professor in Digital Engineering at the University of Birmingham's School of Engineering since 2022. Her research focuses on computational methods, AI, and BIM for structural and geotechnical engineering. She holds a PhD in Computational Mechanics (2015, Ruhr University Bochum) and a Marie Curie Fellowship (2016, University of Nottingham). She is an Associate Editor of Tunnelling and Underground Space Technology , UK representative for ISSMGE TC222, and a member of UKACM's Executive Committee. Her work integrates finite element simulations, machine learning, and digital twins for infrastructure lifecycle management. Research interests include process-oriented simulations, digital twins, and risk assessment in tunnelling, construction, and transportation. She has pioneered multi-level BIM parametrization and BIM-to-IGA workflows. Awards include FHEA (2020) and Marie Curie SATBIM Fellowship (2016). Recent articles explore Bayesian optimization for tunnels, meshless methods for buried structures, and sustainability-driven infrastructure resilience. Education: PhD in Computational Mechanics (2015) Dipl.-Ing. in Structural Engineering (2008) Professional Roles: Associate Editor, Tunnelling and Underground Space Technology Core member, ISSMGE TC222 UKACM Executive Committee Grants & Advising: Supervises PhD students in computational mechanics and BIM applications Co-chair of international conferences (e.g., CTTU 2020) Labs/Teams: Develops automated tunnel damage reporting systems and digital twin frameworks Collaborates on global-local optimization for aircraft structures

• Applied Hydrogeology
• Geothermal Energy
• Groundwater Flow
• +9 more

Martina Gizzi is a Fixed-term Assistant Professor and Researcher at the Politecnico di Torino, Department of Environment, Land and Infrastructure Engineering (DIATI). She is affiliated with the College of Civil and Building Engineering, College of Environmental and Land Engineering, and serves as an invited member in the Planning and Design College. Her teaching spans multiple programs including Civil and Environmental Engineering, Energy and Nuclear Engineering, and Urban and Regional Development, where she leads PhD and master's level courses in geothermal energy and geological resources. Her research focuses on Applied Hydrogeology and Geothermal Energy , with emphasis on groundwater flow, recharge dynamics, and sustainable urban geothermal applications. Her work integrates numerical modeling, isotopic analysis, and geological assessments for environmental and energy solutions, aligning with SDGs related to clean water, affordable energy, and responsible consumption. The recent publication trends indicate a strong focus on geothermal repurposing of decommissioned wells, urban geothermal integration, and hydrogeological characterization of alpine springs. These studies combine field data, isotopic methods, and simulation techniques to advance sustainable subsurface energy use. COMMUNICATING RESEARCH TO THE CITIZENS (Politecnico di Torino, 2025) Learning to Teach (L2T) (Politecnico di Torino, 2024) Martina Gizzi supervises PhD student Fatemeh Hosseinpour on research involving geothermal technology and critical material extraction. She has not disclosed specific grants, but her involvement in advanced teaching and research projects suggests active participation in funded academic initiatives. She teaches across departments, indicating interdisciplinary collaboration and academic leadership. She is involved in research within the APPLIED GEOLOGY, PHYSICAL GEOGRAPHY AND GEOMORPHOLOGY research area at DIATI, contributing to both academic instruction and applied research in geoengineering and numerical modeling.

Jana LasserView profile

Professor

• Data Analysis
• Complex Social Systems
• Misinformation and Counterspeech
• +12 more

Jana Lasser is Professor for Data Analysis at the University of Graz and leads the Complex Social & Computational Systems research group at the interdisciplinary IDea_Lab. She is also Associate Faculty at the Complexity Science Hub Vienna (CSH), reflecting her deep engagement with complex systems research across institutions. Her educational background includes a PhD in Physics from Georg-August-University of Göttingen, based on research at the Max Planck Institute for Dynamics and Self-Organization. She held postdoctoral and visiting positions at the Medical University of Vienna, Graz University of Technology (as a Marie Curie Fellow), and RWTH Aachen (as interim professor) before joining the University of Graz in 2024. Her research centers on emergent phenomena in complex social systems, using machine learning, data science, NLP, and computational modeling. Key interests include misinformation, counterspeech, social media algorithms, mental health in academia, and pattern formation in geophysical systems. She is a leading voice in open science, data literacy, and reforming academic culture. Her recent publications (2023–2025) reveal a strong interdisciplinary trend, bridging computational social science, public health, political communication, and geophysics. Many papers focus on misinformation, political discourse, and algorithmic governance, often using large-scale social media data. Others explore mental health, academic labor, and foundational geophysical processes, demonstrating her wide-ranging analytical expertise. ERC Starting Grant 101160928 (DeSiRe) FWF standalone project P 37280-N netidee SCIENCE prize Open Knowledge Fellow of the Wikimedia Foundation (2019/2020) Marie Curie Fellow Jana Lasser actively mentors and advises through her leadership of major research projects and initiatives. She leads the Survey Special Interest Group in the COST Action on Researcher Mental Health and co-founded the Network Against Abuse of Power in Science. Her research has been supported by prestigious grants including an ERC Starting Grant and FWF funding. She has developed and taught numerous open-access courses in computational social science, Python, and data literacy, emphasizing reproducibility and educational outreach. She leads the Complex Social & Computational Systems research group at IDea_Lab and is a key figure in the Complexity Science Hub Vienna. Her work on the Schwurbelarchiv and agent-based models for healthcare resilience demonstrates her leadership in building and utilizing large-scale data infrastructures for societal benefit.

Lydia ZeglinView profile

Associate Professor

• Microbial Ecology
• Microbial Diversity
• Nutrient Cycling
• +5 more

Lydia Zeglin is an Associate Professor in the Division of Biology within the College of Arts and Sciences at Kansas State University. Her research focuses on microbial ecology, particularly microbial diversity and nutrient cycling processes in streams and soils, studied within the framework of global environmental change. She integrates microbial- and ecosystem-level approaches to understand both natural and managed systems. Her primary research interests include: Microbial ecology and community dynamics Nutrient cycling in terrestrial and aquatic ecosystems Soil and stream microbiome responses to environmental change Global change impacts on microbial processes Microbial dispersal mechanisms, including animal-mediated vectors The trends in her recent publications indicate a strong focus on microbial responses to climate variables such as drought and temperature, nutrient dynamics in freshwater systems, and the functional roles of archaea and bacteria in soil nitrification. Her work frequently employs meta-analyses and large-scale ecological datasets, including contributions to the National Ecological Observatory Network (NEON). Notable scientific contributions include studies on: Microbial diversity shifts in response to historical drought Temperature sensitivity of leaf litter breakdown in global streams Role of bison dung in microbial dispersal in grasslands Host-microbiome interactions in extreme environments Dr. Zeglin advises graduate students and leads an active research laboratory, the Zeglin Lab, which investigates microbial ecosystem functioning. She has secured research grants supporting long-term studies on soil and aquatic microbial processes, particularly those related to climate change and land use. Her collaborative work spans multiple institutions and includes participation in large-scale synthesis efforts. She maintains her research lab at Kansas State University, accessible at zeglinlab.weebly.com , where ongoing projects and team information are shared.

• Construction Project Management
• Building Information Modeling (BIM)
• Geographic Information Systems (GIS)
• +4 more

Domer Bernd is an Associate Professor at the Geneva School of Landscape, Engineering and Architecture (HES-SO), part of the University of Applied Sciences and Arts Western Switzerland. He serves as Head of the MIC Group, Member of the Bauen digital Switzerland committee, Member of the EG-ICE committee, and Co-director of the CAS for BIM coordination. His work focuses on advancing digital technologies in the Architecture, Engineering, and Construction (AEC) industry. Professor Bernd holds a BA HES-SO in Architecture from the Geneva School of Landscape, Engineering and Architecture, a BSc in Civil Engineering from EPFL, a BSc HES-SO in Civil Engineering from the Geneva School, and an MSc HES-SO in Engineering. His academic background spans both theoretical and practical aspects of construction engineering and digital technologies. Domer Bernd's research interests center around digital transformation in construction, with particular expertise in Building Information Modeling (BIM), Geographic Information Systems (GIS), digital modeling of built assets, and the application of Artificial Intelligence in the AEC industry. His work addresses critical challenges in construction project management, infrastructure digitalization, and subsurface modeling. His extensive publication record demonstrates a strong focus on BIM-GIS interoperability, digital workflows for infrastructure projects, and subsurface modeling. Recent work shows increasing emphasis on automation of digital processes, integration of AI in construction, and practical implementation of BIM standards in real-world projects, particularly for infrastructure and underground applications. Professor Bernd leads multiple research projects including CU_OFROU_PAB (funded by OFROU), SousEtoile (funded by the State of Geneva), Flash Learn BIM (funded by HES-SO), and several completed projects such as BridgeTwin, digiMabs, and InnoSubsurface. These projects collectively represent over 1.6 million CHF in research funding, demonstrating significant institutional support for his work. As Head of the MIC Group, Bernd oversees research activities focused on digital construction technologies, BIM implementation, and infrastructure modeling. The group collaborates with academic institutions across Switzerland and professional partners in the construction industry, creating a robust ecosystem for applied research in digital construction.

• Geophysics
• Inverse Theory
• Data Science
• +6 more

Lindsey Heagy is an Assistant Professor in the Department of Earth, Ocean & Atmospheric Sciences at the University of British Columbia (UBC), Faculty of Science. Her research focuses on inverse theory, machine learning, and geophysical data analysis, with applications in mineral exploration, carbon sequestration, and groundwater systems. She leads a group developing open-source software like SimPEG for geophysical simulations and inversions, alongside GeoSci.xyz for geoscience education resources. Key research areas include geophysical inversions of electromagnetic and potential field data, detection of unexploded ordnance (UXO) using machine learning, and collaboration with industry partners on carbon sequestration projects. Heagy actively recruits graduate students and postdoctoral researchers, emphasizing interdisciplinary approaches to geophysical challenges. Her work emphasizes open science practices, with contributions to open-source tools for data processing and reproducible workflows in geophysics. Recent publications highlight advancements in electromagnetic modeling, magnetic vector inversion, and the integration of neural networks in geophysical parameterization. Her lab's projects often involve large-scale datasets and cutting-edge computational methods, reflecting a commitment to both theoretical innovation and practical applications in environmental and resource geoscience.

Lukas GahleitnerView profile

Researcher

• Non-destructive testing
• Thermography
• Composite materials
• +3 more

Lukas Gahleitner is a Researcher at the Research Center Wels, Center of Excellence Automotive/Mobility, University of Applied Sciences Upper Austria, specializing in Materials Thermography and Non-Destructive Testing for high-performance composite components in automotive applications. His work directly supports UN Sustainable Development Goals related to industry and innovation. Education: BSc Dipl.-Ing. (Diplom-Ingenieur) His research focuses on advanced thermographic NDE methodologies including photothermal imaging, virtual wave concepts, and pulsed thermography for defect detection in carbon fiber composites. He pioneers techniques for 3D defect reconstruction in curved orthotropic structures and develops industrial solutions for quality control in fluid injection molding processes. His fingerprint analysis confirms deep expertise in subsurface defect characterization and virtual wave parameter estimation. Recent publications (2024-2025) reveal a strong trend toward solving industrial NDE challenges through algorithmic innovation, particularly in handling non-uniform thermography data and reconstructing defects in complex composite geometries. This work bridges fundamental thermal physics with practical applications in automotive manufacturing. Scientific recognition: Teufelberger Master-Thesis Award 2023 Innovation Award FH Wels 2023 (1st place in Engineering) Research leadership: Co-Investigator in EXCITE project (2025-2028): Thermo-tomographic sensor technologies for composite quality control Co-Investigator in JR-Centre for Thermal NDE of Composites (2018-2022) Active peer-reviewer for Nondestructive Testing and Evaluation journal He operates within the Research Center Wels infrastructure, collaborating with Gerald Mayr's team on the Center of Excellence Automotive/Mobility initiatives, with experimental facilities focused on thermographic NDE of composite materials.

• Seismic Hazard Assessment
• Ground Motion Modeling
• Site Effects Analysis
• +6 more

Dr. Afifa Imtiaz is a scientific researcher at the Swiss Seismological Service (SED), ETH Zurich, since 2019. Her work focuses on earthquake hazard and risk assessment, particularly in Basel, Switzerland. She specializes in seismic ground motion analysis, site effects, and microzonation studies. Dr. Imtiaz holds a PhD in Engineering Seismology from Grenoble Alpes University (2015) and has extensive postdoctoral experience in France and Switzerland. Education: PhD in Engineering Seismology (2015), Grenoble Alpes University MSc in Engineering Seismology (2011), Grenoble Alpes University Research Interests: Dr. Imtiaz investigates spatial variability of ground motion in active seismic regions, focusing on basin effects and near-source dynamics. She develops numerical models to predict amplification and coherence patterns, with applications to urban risk assessment. Her work integrates geophysical data (e.g., shear-wave velocity profiles) with probabilistic risk frameworks. Key Projects: ARES PRD: Earthquake risk reduction in Haiti ANR EXAMIN: Ground motion variability for industrial infrastructure IMAGE: Geothermal exploration in sedimentary basins Basel Urban Seismic Risk Model: 3D geological-seismological integration Scientific Contributions: Her research bridges seismic hazard modeling with practical risk mitigation, particularly in urban environments. She has pioneered methods for combining ambient noise data with morphometric analyses to map resonance effects. Recent work focuses on scenario-based loss assessments and probabilistic amplification mapping.

Andy CreekmoreView profile

Professor

• Near East Urbanism
• North America Plains Pre/historic Studies
• Archaeological Geophysics
• +3 more

Professor Andy Creekmore serves as Professor and Department Chair of Anthropology at the University of Northern Colorado (UNC), located in Greeley, Colorado. He holds a PhD from Northwestern University and has held academic positions since 2008, including roles at Colorado State University and Aims Community College. His research focuses on applying geophysical methods to study ancient urban landscapes in the Near East and North America, with notable projects in Iraq, Israel, Turkey, and the U.S. Education: PhD, Anthropology, Northwestern University MA, Anthropology, Pennsylvania State University BA, Anthropology and Religious Studies, University of North Carolina – Chapel Hill Research interests emphasize archaeological geophysics, early urbanization processes, and spatial analysis of ancient cities. His work integrates technologies like magnetometry and ground-penetrating radar to map subsurface features, contributing to understanding urban planning in Bronze and Iron Age societies. Recent projects include studies at Kurd Qaburstan (Iraq) and Tell es-Safi (Israel). Publications span peer-reviewed journals (e.g., American Journal of Archaeology ), edited volumes, and technical reports for institutions like the City of Boulder and UNC. He has received awards for teaching excellence (2013) and advising/service (2020) from the College of Humanities and Social Sciences. Labs/Teams: Leads the Archaeological Geophysics Lab at UNC, part of the Department's research infrastructure. Active in training students through fieldwork and geophysical methods courses.

Shangtong YangView profile

Associate Professor

• Fracture Mechanics
• Rock Mechanics
• Concrete Materials
• +5 more

Dr. Shangtong Yang is a Reader in the Department of Civil and Environmental Engineering at the University of Strathclyde's Faculty of Engineering. His research centers on mechanical properties of civil engineering materials—particularly rock-like substances such as concrete and rock—under complex loading and environmental conditions, aiming to develop constitutive models for engineering applications. His expertise spans fracture mechanics, durability of civil infrastructure, and failure prediction for whole-life management. Current work addresses thermal damage in crystalline rocks, corrosion mechanisms in reinforced concrete, and energy applications like mine shaft thermal storage. He combines experimental techniques (X-ray micro-CT) with computational modeling and machine learning to advance sustainable infrastructure solutions. Recent publications (2023-2025) reveal strong thematic cohesion in geomechanics and structural resilience, with emphasis on energy transition technologies (hydrogen storage, geothermal systems) and degradation processes in construction materials. Methodologically, his work integrates multi-scale analysis—from molecular dynamics to field-scale modeling—to solve practical engineering challenges. Dr. Yang has received significant recognition: Visiting Professor (2019) Outstanding Reviewer for Engineering Structures (2018) Outstanding Reviewer for Cement and Concrete Research (2018) Outstanding Reviewer for Engineering Fracture Mechanics (2017) Best Staff Poster - International Travel Award (2012) UKCCSC Travel Grant (2012) As Principal Investigator, he leads major projects including international rock fatigue mechanics collaboration (2024-2027) and underground hydrogen storage research (2023-2025), with funding from NERC and global partnerships. His supervisory role encompasses PhD research in rock mechanics and concrete durability. International collaboration on rock fatigue mechanics and hydraulic fracturing (2024-2027) Understanding rock fatigue in underground hydrogen storage (2023-2025) Corrosion mechanisms in reinforced low-carbon concrete (2022-2023) GigaWattHour Subsurface Thermal Energy storAge: STEaM (2022-2026) He actively collaborates with China University of Mining and Technology and participates in ASCE conferences, contributing to UN Sustainable Development Goals for sustainable cities (SDG 11) and climate action (SDG 13).

• Reservoir Characterization
• Carbon Sequestration
• Geothermal Energy
• +5 more

Ramachandrudu Arasada serves as a Postdoctoral Fellow at the Bureau of Economic Geology (BEG), part of the Jackson School of Geosciences at the University of Texas at Austin. His research spans critical energy and environmental geoscience domains including reservoir characterization, carbon sequestration, and geothermal systems. His research focuses on energy transition technologies with emphasis on CO2 storage security, hydrogen infrastructure, and unconventional resource recovery. Key projects involve developing novel carbon storage incentive frameworks, optimizing formate-alternating-gas injection methods, and analyzing seismotectonic risks in hydrocarbon basins. His work bridges fundamental geoscience with practical energy-water nexus challenges. Analysis of recent publications reveals strong trends in geological carbon management (60% of output), energy-water interdependencies (25%), and advanced reservoir characterization (15%). His research consistently integrates field data with computational modeling, particularly in CO2 sequestration optimization and induced seismicity assessment. Arasada contributes to major BEG consortia including the Gulf Coast Carbon Center (GCCC) and Center for Injection and Seismicity Research (CISR), focusing on subsurface energy systems where geoscience intersects with energy security and environmental stewardship.

Hassan DashtianView profile

Assistant Professor

• Geothermal Energy
• Carbon Capture and Storage
• Hydrogen Research
• +3 more

Hassan Dashtian serves as a Research Assistant Professor at the Bureau of Economic Geology (BEG), a prominent research unit within The University of Texas at Austin's Jackson School of Geosciences. His work bridges energy systems, environmental science, and subsurface engineering through multiple research consortia including GeoH2, HotRock Geothermal, and the Center for Injection and Seismicity Research (CISR). His research focuses on geothermal energy systems , carbon capture and storage , and hydrogen infrastructure development , with particular emphasis on optimizing resource recovery while addressing environmental constraints. Recent work explores the energy-water nexus, reservoir characterization techniques, and seismic risk assessment in unconventional resource plays. Analysis of his 15 most recent publications reveals a strong trajectory toward climate mitigation technologies , with increasing focus on carbon sequestration security (40% of recent works), geothermal energy systems (25%), and water management challenges in energy production (20%). His methodology frequently combines field observations with computational modeling and policy analysis. Dr. Dashtian actively contributes to major energy transition initiatives through the Bureau's research consortia, particularly advancing practical implementation frameworks for carbon management and clean hydrogen systems. His work demonstrates strong industry engagement through applied research addressing real-world energy transition challenges.

Leo RuizView profile

Academic

• Petroleum Engineering
• Reservoir Engineering
• Rate-Transient Analysis
• +6 more

Leo Ruiz is a Research Assistant Professor at the Bureau of Economic Geology, part of The University of Texas at Austin's Jackson School of Geosciences. His work focuses on reservoir engineering and subsurface energy storage solutions, contributing to both academic research and practical industry applications in the energy sector. Education: Ph.D. in Petroleum Engineering (2022), The University of Texas at Austin MS in Petroleum Engineering (2018), The University of Texas at Austin MS in Oil and Gas Engineering (2016), University of Buenos Aires, Argentina Engineering Diploma in Chemical Engineering (2010), University of Buenos Aires, Argentina Dr. Ruiz specializes in reservoir engineering with particular expertise in rate-transient analysis (RTA) and decline-curve analysis (DCA) for unconventional reservoirs. His research integrates geostatistics and Bayesian statistics for uncertainty quantification in subsurface problems. Recently, his work has expanded to address emerging energy challenges, particularly in subsurface hydrogen and CO 2 storage solutions, reflecting the energy transition trends in the industry. His methodological approaches combine theoretical frameworks with practical applications for reservoir characterization and production forecasting. His recent publications demonstrate a clear research trajectory focusing on improving analytical methods for unconventional reservoirs while expanding into clean energy storage solutions. The publications show increasing emphasis on hydrogen storage applications alongside traditional petroleum engineering methods, indicating adaptation to evolving energy sector needs. His work bridges fundamental reservoir engineering principles with emerging clean energy storage technologies. Professional Activities: Dr. Ruiz is actively involved with the GeoH 2 research consortium, which focuses on hydrogen storage solutions. His work connects with several research initiatives at the Bureau of Economic Geology related to energy transition and subsurface resource management. He collaborates extensively with researchers across petroleum engineering, geology, and environmental science disciplines to address complex energy challenges.

Jan-Christoph OttoView profile

Associate Professor

• Geomorphology
• Physical Geography
• Natural Hazards
• +10 more

Jan-Christoph Otto is an Associate Professor in the Department of Geography and Geology at the Paris Lodron University of Salzburg, where he conducts research and teaches in the fields of geomorphology, natural hazards, and climate change impacts on high mountain landscapes. His work combines field-based quantitative and qualitative methods with shallow geophysics, GIS, and remote sensing to understand landform dynamics, sediment transport, and societal implications of environmental change. Academic Rank: Associate Professor Institution: Paris Lodron University of Salzburg School: Faculty of Natural Sciences Department: Department of Geography and Geology Email: Jan-Christoph.Otto@plus.ac.at ORCID: https://orcid.org/0000-0002-4552-3011 Research Interests: His scientific focus lies in the evolution of high mountain landscapes, particularly those influenced by glaciers, permafrost, and climate change. He investigates natural hazards and risks, sediment dynamics in mountain river basins, and the interplay between geomorphological processes and biodiversity. His research spans both the European Alps and the Andes, integrating geoscientific and archaeological perspectives on human-environment interactions. Recent Research Trends: Analysis of his recent publications reveals a strong emphasis on climate change impacts in alpine regions, including glacier retreat, permafrost degradation, and the formation of hazardous glacial lakes. He also explores wetland and peatland ecosystems using innovative techniques like sedaDNA, and investigates early human occupation in high-altitude environments. His work increasingly adopts transdisciplinary approaches, combining geosciences with ecology and social sciences. Scientific Activities and Recognition: While no formal awards are listed, Otto is highly active in the scientific community with 88 publications, 17 research projects (many ongoing), and 97 recorded activities including peer review, conference presentations, and public outreach. He frequently contributes to media discussions on climate change and natural hazards. Teaching and Advising: Otto teaches field and laboratory courses on geomorphological and geological techniques, GIS applications, and lectures on geomorphology, natural hazards, and risks. He supervises student field trips and contributes to academic service through examination committees and editorial activities. Although specific advisees are not listed, his leadership in multiple research projects suggests he mentors junior researchers. Labs and Research Teams: Otto leads and participates in several collaborative research initiatives such as CLIMB, AlpLake-Change, and AlpsChange. He is involved in maintaining the scientific website www.geomorphology.at, indicating leadership in digital knowledge dissemination. His research integrates interdisciplinary teams across geosciences, biology, and archaeology, particularly in transdisciplinary projects addressing climate change in alpine environments.