Find Academic Supervisors

• Computational Biology
• Environmental Health
• Respiratory Biology
• +3 more

Adam Haber is an Assistant Professor of Computational Biology and Environmental Health at the Harvard T.H. Chan School of Public Health. His research focuses on understanding the interplay between environmental exposures, cellular mechanisms, and public health outcomes, with a particular emphasis on respiratory diseases, infectious disease sequelae, and the impact of climate change. He integrates computational approaches with experimental biology to study epithelial cell biology, immune responses, and disease pathogenesis. Key research areas include: lung epithelial development and repair, mechanisms underlying asthma and chronic respiratory conditions, long-term effects of SARS-CoV-2 on sensory systems, and environmental justice related to housing conditions and asthma disparities. His work bridges basic science and translational research, with recent studies exploring lipid metabolic reprogramming in chronic chemosensory dysfunction, myeloid cell dysregulation in post-COVID conditions, and the role of Hic-5 in bronchial epithelial mechanotransduction. His studies frequently employ single-cell profiling, spatial transcriptomics, and proteomic analyses to dissect cellular heterogeneity and signaling pathways. Notable findings include identifying Hic-5 as a master regulator of mechanical responses in asthma, linking poor housing conditions to childhood asthma rates in urban areas, and characterizing molecular circuits governing lung epithelial cell fate plasticity. His research also addresses climate change impacts on allergic disease prevalence and fungal pathogen interactions with airway epithelia. Despite his prolific publication record, no specific awards or grants are explicitly mentioned in the provided texts. His research team collaborates across disciplines, leveraging computational biology tools to address pressing public health challenges.

Sabine TimpfView profile

Professor

• Geoinformatics
• Spatial Cognition
• Wayfinding and Navigation
• +7 more

Prof. Dr. Sabine Timpf, Chair of Geoinformatics at the University of Augsburg 's Faculty of Applied Computer Science , leads pioneering research at the intersection of spatial cognition , urban navigation systems , and agent-based modeling . Her work transforms how we understand wayfinding processes , landmark-based route planning , and urban space appropriation through computational approaches. Dr. techn. from TU Vienna (1998), Dipl.-Ing. from University of Hannover (1993), M.Sc. from University of Maine (1992) Research spans spatiotemporal data mining , cognitive GIS , and smart city applications . Key contributions include: Pioneering landmark salience metrics for navigation systems Developing affordance-based urban accessibility models Integrating LLMs with GIScience for intelligent urban systems Mapping olfactory and acoustic wayfinding cues in urban environments Agent-based simulations of public park usage and climate change impacts on allergenic plants Her recent publications analyze: 2025: Foundational work on olfactory navigation and LLM-GIS integration 2023-2024: Landmark modeling, sound mapping, and microplastic soil analysis 2021-2022: Pedestrian simulation frameworks and climate change pollen studies Teaching focuses on GIScience , 3D modeling , and spatial data analysis . She supervises research teams exploring urban green space ontologies , route probability models , and multi-agent transport simulations .

Markus FuchsView profile

Professor

• Geomorphology
• Quaternary Research
• Environmental Change
• +7 more

Markus Fuchs is Professor of Physical Geography and Managing Director of the Institute of Geography at Justus Liebig University of Giessen. He has held this position since 2011, following academic appointments at the University of Bayreuth and the University of Cincinnati. His research focuses on Quaternary landscape evolution, geomorphological processes, and dating methods, with fieldwork spanning Germany, Spain, Israel, Jordan, Namibia, Armenia, and the USA. Dr. Fuchs serves as Vice President of DEUQUA (German Quaternary Association) and on the Advisory Board of DGGM (German Society for Geomorphology). He is also 2nd Chairman of the Giessen Geographical Society and serves on the editorial boards of Quaternary Science Journal and Archaeological and Anthropological Sciences. His research interests center on geomorphology , Quaternary environmental reconstruction , geoarchaeology , and luminescence dating techniques. His work bridges physical geography with archaeological questions, particularly examining human-environment interactions throughout the Quaternary period. Recent publications demonstrate his leadership in advancing luminescence dating methodologies , particularly infrared-radiofluorescence (IR-RF), and applying these techniques to diverse environments from Arctic Sweden to the Negev Highlands. His research shows increasing integration of multiple dating methods to address complex questions of landscape evolution. Vice President of DEUQUA (German Quaternary Association) Advisory Board DGGM (German Society for Geomorphology) 2nd Chairman of the Giessen Geographical Society Editorial Board Member of Quaternary Science Journal Dr. Fuchs actively supervises student projects focused on paleoclimate, paleoenvironment, and geoarchaeology, often in collaboration with other faculty members. His research is supported by numerous DFG projects examining landscape development across multiple continents and geological timescales. He leads research teams investigating sediment archives as records of both natural environmental change and human impacts on landscapes.

• Plant Taxonomy
• Ethnobotany
• Karyology
• +3 more

Prof. Dr. Fatma Güneş currently serves as Professor at Trakya University Faculty of Pharmacy, Department of Pharmaceutical Botany since 2018. She previously held academic positions at Kafkas University (2004-2012) and Trakya University (2012). Her career spans ethnobotanical studies, plant taxonomy, and conservation biology. PhD in Biology Education (2000) Master's in Biology Education (1993) BSc in Biology Education (1987) Research Focus: Specializes in plant taxonomy with emphasis on the Lathyrus genus (Fabaceae), ethnobotanical studies of medicinal and food plants in Turkey's border regions, karyological and morphological analyses, and plant conservation. Her work appears in journals like Biological Diversity and Conservation , Acta Botanica Croatica , and Plant Systematics and Evolution . Scientific Recognition: 2023 Botanik Bilimi Yılın Bilim İnsanı Award Multiple TÜBİTAK Publication Incentives (2013, 2010) Environment Award (1992) Key Projects: Contributed to the Resimli Türkiye Florası (Illustrated Flora of Turkey) multi-volume publication project and participated in international conservation efforts like the IUCN Red List Assessor Training.

Victor ChepinogaView profile

Researcher

• Geobotany
• Biogeography
• Phytosociology
• +3 more

Dr. Victor Chepinoga serves as a Scientific Researcher in the Department of Geobotany at the Institute of Earth System Sciences, Faculty of Natural Sciences, Leibniz University Hannover. His office is located at Nienburger Straße 17, Building 3201, Room 110A, Hanover. With extensive experience in Siberian flora research, he maintains active collaborations across Russian and German academic institutions. His research focuses on Geobotany, Biogeography, Phytosociology, and Hydrobotany , specializing in vascular plant systematics, vegetation classification, and floristic studies of Siberian and Asian ecosystems. Current work emphasizes the flora of Baikal Siberia, grassland ecosystems across Asia, and genomic biogeography of alpine plants. His methodological expertise includes vegetation mapping, taxonomic revisions, and paleoecological analysis using sediment records. Analysis of his 14 recent publications (2022-2025) reveals dominant themes in floristic inventories (notably the comprehensive Checklist of vascular plants of Asian Russia), species-level systematics (particularly Acorus and Poaceae), and vegetation classification frameworks for conservation applications. His work bridges classical taxonomy with modern genomic approaches and emphasizes open-access data dissemination. Dr. Chepinoga has managed multiple Russian Foundation for Basic Research (RFG) projects including studies of Baikal Siberia's flora (2019-2020), Nemoral Refuge vegetation (2016-2018), and aquatic plant diversity (2014-2015). He serves on editorial boards for Botanica Pacifica (since 2012) and Vegetation Classification and Survey (since 2022), and was Editor-in-Chief for Flora and vegetation of Asian Russia (2021-2022).

Hans PeetersView profile

Associate Professor

• hunter-gatherer archaeology
• wetland archaeology
• landscape archaeology
• +5 more

Hans Peeters is an Associate Professor at the University of Groningen's Faculty of Arts, specializing in Archaeology of Northwestern Europe within the Groningen Institute of Archaeology. His research focuses on hunter-gatherer societies, wetland archaeology, landscape archaeology, and material culture studies, with particular emphasis on the submerged landscapes of Doggerland in the North Sea. PhD from University of Amsterdam (2007) Former specialist in lithic technology at the National Heritage Agency (Amersfoort) Project leader for major excavations including Almere-Hoge Vaart and Urk-E4 Peeters' research interests center on Mesolithic-Neolithic land-use dynamics, innovative heritage management approaches, and the study of submerged prehistoric landscapes. His work explores how hunter-gatherer societies adapted to changing environments, particularly in wetland and coastal contexts. He has pioneered methodologies for investigating drowned landscapes and their archaeological potential, contributing significantly to our understanding of prehistoric Northwest Europe. His recent publications reveal a strong focus on Doggerland research, with multiple publications examining this submerged landscape that once connected Britain to continental Europe. His work spans traditional archaeological methods, geoarchaeological approaches, and innovative digital techniques including machine learning applications for artifact analysis. Peeters frequently addresses the challenges of archaeological heritage management in submerged and threatened landscapes. As an active supervisor, Peeters has guided numerous PhD candidates through their research on topics ranging from 3D GIS data modeling to hunter-gatherer land-use dynamics and lithic technology. He serves as Principal Investigator for major research projects including 'Resurfacing Doggerland' (2021-2026) and 'EDAN: The Emergence of Domestic Animals in the Netherlands' (2020-2024), securing significant funding from the Netherlands Organisation for Scientific Research (NWO). Peeters directs the 'Resurfacing Doggerland' project team, which brings together specialists from multiple disciplines including archaeology, earth sciences, and biological sciences to investigate human-environment interactions in this drowned postglacial landscape. His collaborative approach extends to international partnerships focused on North Sea prehistory research and management frameworks.

• Environmental Archaeology
• Holocene Environmental Change
• Neolithic Studies
• +3 more

Rob Batchelor is a researcher affiliated with the University of Reading, focusing on environmental archaeology, Holocene environmental change, Neolithic studies, and wetland archaeology. His work explores human-environment interactions, climate change impacts on ecosystems, and prehistoric land use through interdisciplinary methodologies. ORCID: https://orcid.org/0000-0002-8923-0368 His research spans the Holocene epoch, with a focus on ecosystem dynamics, beetle diversity, and agricultural systems in the Anthropocene. Recent publications examine coastal wetlands, Roman and Neolithic responses to environmental constraints, and urbanization's archaeological implications. Key article trends include environmental reconstruction, climate adaptation, and interdisciplinary approaches combining archaeology with ecological studies. Notable collaborations involve institutions like Historic England and researchers such as Dr. David Young and Dr. Nick Branch.

• Resource-efficient machine learning
• Data-efficient machine learning
• On-device learning
• +5 more

Olga Saukh is an Associate Professor at TU Graz's Institute of Computer Engineering, leading the Embedded Learning and Sensing Systems (ELSS) group. Her research focuses on resource-efficient AI, on-device learning, and robust sensing systems for IoT and environmental monitoring applications. She holds a Dr.rer.nat. and MSc in Computer Science, with expertise in embedded systems and wireless sensor networks. Her work integrates machine learning with hardware constraints, addressing challenges in energy efficiency, real-time adaptation, and adversarial robustness. Notable projects include PCDCNet for air quality forecasting and SensorFormer for sensor calibration. She has contributed to OpenSense Zurich's air pollution monitoring and automated pollen sensing systems. Her research spans over 50 publications since 2006, emphasizing practical deployments in structural health monitoring, smart agriculture, and urban environmental sensing. She leads interdisciplinary projects combining AI, embedded hardware, and data-driven decision-making.

• Data Analytics
• Biomedical Engineering
• Machine Learning
• +3 more

Claire Barnes is a Lecturer in Biomedical Engineering at Swansea University, part of the Faculty of Science and Engineering. She is based at the Bay Campus in office 412, Fourth Floor Engineering North, and is available for postgraduate supervision. Her research focuses on the analytics of human-centered data, combining bioimaging analysis with machine learning to derive actionable insights from large-scale datasets. She has a particular interest in applications such as cellular and molecular imaging analysis and pediatric movement studies. Her research interests include the development of computational methods for data-driven discovery, with recent work emphasizing AI-driven advancements in microfluidics and imaging cytometry. She collaborates on projects like the Moves-UP initiative, investigating 24-hour movement patterns in children, and has contributed to studies on nanoparticle behavior and cell segmentation techniques. Teaching responsibilities include modules on statistical methods in engineering, experimental studies for medical engineers, and cell biology fundamentals. Barnes holds an ORCID ID (0000-0003-1031-7127) and is a basic Welsh speaker. Her publications span journals such as PLOS ONE , Lab on a Chip , and Nature Protocols , reflecting her interdisciplinary approach to biomedical challenges. Supervision includes PhD students exploring deepometry frameworks and neurocognitive aging, alongside EngD projects in wearable technology.

Lynn J. GillespieView profile

Adjunct Professor

• Systematics and evolution of angiosperms
• Arctic plants
• Spurges (Euphorbiaceae)
• +3 more

Lynn J. Gillespie is a Researcher at the Canadian Museum of Nature and an Adjunct Professor in the Department of Biology at the University of Ottawa. Her work focuses on plant systematics, with a particular emphasis on the evolutionary relationships and taxonomy of angiosperms in the Arctic, Poaceae (grasses), and Euphorbiaceae (spurges). She co-leads the International Arctic Flora of Canada Project and contributes to the North American Flora Project. Ph.D. in Botany, University of California, Davis (1988) M.Sc. in Botany, University of California, Davis (1983) B.Sc. with distinction in Biology, Carleton University (1978) Gillespie’s research spans three key areas: Arctic plant biodiversity, Poaceae systematics, and Euphorbiaceae taxonomy. She integrates morphological studies with DNA sequencing to resolve species boundaries and evolutionary histories. Recent work includes phylogenomic analyses of grasses and DNA barcoding of Canadian Arctic flora. Her scientific contributions include leadership in Arctic flora projects and collaborations with international conservation bodies like the IUCN Arctic Plant Specialist Group. She has supervised numerous graduate and undergraduate students, with thesis projects on Poaceae, Euphorbiaceae, and Arctic plant evolution. Key publications highlight her expertise in molecular phylogenetics, hybridization studies, and global grass taxonomy. Gillespie’s work has significantly advanced understanding of plant relationships in extreme environments and taxonomic clarity for economically and ecologically important species.

• Palaeoclimatology
• Paleoecology
• Palynology
• +5 more

Julien Azuara is an Assistant Professor affiliated with the Chrono-environment laboratory (UMR 6249 CNRS/UFC) at the Université de Franche-Comté in France. His research focuses on plant population dynamics in past and present ecosystems, with particular emphasis on Holocene forest dynamics, past climatic variations, cliff ecology, and meadow ecosystems. He holds a PhD in Paleontology from the National Museum of Natural History in Paris (2017), where his dissertation examined the influence of climate and human activities on Holocene vegetation in the northwest Mediterranean. His research interests span several interconnected fields: Palaeoclimatology - reconstructing past climate variations using multi-proxy approaches Paleoecology - analyzing historical plant-animal-environment interactions Palynology - utilizing pollen analysis for vegetation reconstruction Cliff and Meadow Ecology - studying these ecosystems as biodiversity refugia Holocene Forest Dynamics - examining long-term vegetation changes His recent publications demonstrate a strong focus on reconstructing Mediterranean vegetation and climate dynamics during the Holocene, utilizing innovative techniques such as pollen-based REVEALS modeling, wavelet analysis of multi-proxy records, and plant functional type classification. The research consistently addresses human-environment interactions, climate variability impacts on ecosystems, and methodological advances in paleoenvironmental reconstruction. He actively collaborates on interdisciplinary projects including the Demeter Project investigating agrobiodiversity changes and the reconstruction of Neolithic landscapes in Mediterranean France. His work integrates approaches from paleoecology, archaeology, and climate science.

Bryan Nicholas DanforthView profile

Professor

• Systematics
• Evolution
• Phylogenetics
• +6 more

Bryan Nicholas Danforth is a Professor in the Department of Entomology at Cornell University, where he leads research on bee phylogenetics, evolution, and conservation. He directs the Danforth Lab, focusing on phylogenomics, native pollinator biodiversity, bee-microbe interactions, and agricultural pollination ecology. His work has significant implications for managing pollinator declines in New York State. His research encompasses: Evolutionary relationships of bees using molecular and morphological data Native bee population genetics in agricultural landscapes Impact of climate change on specialist bee species Microbial ecology of solitary bee brood cells Role of wild bees in apple pollination systems Analysis of his recent publications (2015-2024) reveals strong emphasis on pollinator ecology, evolutionary adaptations, and conservation genetics, with methodologies spanning field surveys, phylogenomics, and landscape ecology. His work consistently addresses anthropogenic threats to pollinators while developing conservation strategies. He advises graduate students researching: Megachilidae phylogeny (Jessica Litman) Apidae evolution (Sophie Cardinal) Native bee population genetics (Margarita Lopez-Uribe) Apple pollination ecology (Mia Park) His lab secures significant funding including: Cornell Atkinson Center sustainability grant for Project GNBee NE-SARE grant for agricultural research USDA-funded land-grant research ($1.6M consortium) Empire State Native Pollinator Survey support He teaches 'Alien Empire: Bizarre Biology of Bugs' (ENTOM 2010/2011) and 'Insect Phylogeny and Evolution' (ENTOM 3310/3311), employing multimedia resources to engage students. He also co-organizes The Bee Course, an intensive workshop for biologists.

• Pedology
• Soil Genesis
• Soil Classification
• +5 more

Matthew Ricker is an Associate Professor in the Department of Crop and Soil Sciences at North Carolina State University’s College of Agriculture and Life Sciences. His research focuses on pedology, soil genesis, and land use impacts, particularly in coastal zones, floodplain wetlands, and ancient Maya landscapes. He teaches undergraduate/graduate courses in Soil Classification (SSC 452/551) and Soil Judging for Land Evaluation (SSC 410). Research Interests : Climate change effects on soil systems, blue carbon storage, coastal soil vulnerability, landscape reconstruction using soil proxies, Maya anthropogenic soils, riparian zone functions, and land use planning. Publications highlight coastal soil carbon dynamics, wetland restoration metrics, and interdisciplinary pedoarchaeology applications. Recent work explores saltwater intrusion impacts and Maya lowland hydrology. Awards : Recipient of the 2019 William W. Stevens Award for meritorious soil science scholarship. Students : Mentored 15+ graduate and undergraduate researchers, several of whom have transitioned to environmental geoscience roles. Labs/Teams : Leads the Pedology and Land Use research group, collaborating with Maya archaeology teams and coastal zone management initiatives.

Saul CunninghamView profile

Professor

• Applied ecology
• Conservation biology
• Crop pollination
• +4 more

Professor Saul Cunningham serves as the Director of the Fenner School of Environment & Society at the Australian National University (ANU), a position he has held since 2017. With a distinguished career spanning over 25 years in ecological research, he previously spent 17 years at CSIRO where he developed extensive expertise in agricultural landscape ecology and biodiversity conservation. His leadership extends to multiple research initiatives focused on pollination ecology and sustainable land management practices. B.Sc. Hons (Zoology) from Monash University Ph.D. (Ecology) from University of Connecticut, USA Professor Cunningham's research centers on the critical intersection between agricultural production and biodiversity conservation. His work investigates how farming landscapes can be managed to support both agricultural output and ecological integrity, with particular emphasis on crop pollination systems. He examines fundamental determinants of biodiversity, ecological restoration methods, and farm productivity management practices. His research spans from specific field studies of pollinator communities to large-scale analyses of land use impacts on ecosystem services, providing practical insights for sustainable agricultural development. His recent publications reveal a strong focus on pollinator ecology across diverse contexts - from urban environments to agricultural landscapes and alpine ecosystems. The research demonstrates increasing attention to the impacts of land use change, climate factors, and habitat fragmentation on pollinator communities. His work combines field observations with sophisticated analytical approaches, including large-scale collaborative projects like CropPol and AusTraits, reflecting a commitment to generating practical, evidence-based solutions for conservation challenges. Australian Ecology Research Award from the Ecological Society of Australia (2015) Significant contributor to the Intergovernmental Platform for Biodiversity and Ecosystem Services (IPBES) Assessment Report on Pollination and Food Production (2016) Professor Cunningham leads multiple research projects including 'Pollinator pathways: GPS insights into honeyeater migration and habitat use,' 'Understanding snow gum dieback for effective and integrated management,' and 'Macadamia pollination gap analysis and industry opportunities.' His collaborative approach is evident in the extensive co-authorship networks across his publications, working with researchers from numerous institutions worldwide. His research funding supports field studies, data collection efforts, and interdisciplinary collaborations addressing critical environmental challenges. His work involves close collaboration with the Mulligans Flat - Goorooyarroo Woodland Experiment, a long-term ecological research site that serves as a living laboratory for restoration ecology and biodiversity conservation. This partnership enables experimental approaches to understanding ecosystem processes and testing management interventions in a controlled yet realistic setting.

Lauren AnsellView profile

Lecturer

• Data Science
• Mathematical Sciences
• Environmental Modeling
• +3 more

Dr. Lauren Ansell is a Lecturer in Mathematical Sciences at the School of Engineering, Computing and Mathematics, University of Plymouth. She teaches undergraduate Mathematics courses and the MSc in Data Science and Business Analytics, and leads the 'Engineering Mathematics and Statistics' module for Electronic and Robotics Engineering students. Her research spans data science, environmental modeling, and energy systems. Key projects include modeling energy demand for battery-powered vessels in Plymouth's port, analyzing e-bike user behavior through sensor data, and developing data integration frameworks for social media and environmental data (e.g., flood monitoring, wastewater impacts). She contributes to UN Sustainable Development Goals related to clean energy and sustainable cities. Lauren has received recognition through shortlistings at the STEM for Britain Award (2022), CiTTi Awards (2022), and Brownfield Awards (2022), with her work funded by the ERDF Environmental Futures and Big Data Impact Lab, Innovate UK, and the Department for Transport. Current collaborations include Co-bikes, see.sense, and John Grimes Partnership Ltd. Co-supervises research students: K Jagoda (missing data in health research) and M Bibani (multivariate survival modeling using copulas) Her technical work includes an R script ('SiteSamplingGrid') for automated pollutant sampling in brownfield projects, addressing biases in manual methods.