Find Academic Supervisors

Daniel John LawsonView profile

Professor

• Bayesian Modelling
• Statistical Genetics
• Statistical Analysis of Big Data
• +8 more

Daniel John Lawson is a Professor of Data Science at the School of Mathematics, University of Bristol , affiliated with the Bristol Population Health Science Institute and the MRC Integrative Epidemiology Unit . His research bridges mathematical techniques with applications in genetics, epidemiology, and network analysis. Education: MSc (Bristol), PhD (London) Research Interests include Bayesian modelling, statistical genetics, big data analysis, and dynamical systems. He focuses on population structure inference, local ancestry, and their implications in health and history. Recent Publications highlight geographic polarization in digital landscapes, ancient DNA analysis for population history, and statistical frameworks for network embeddings. These works reflect his interdisciplinary approach. Projects like OCSEAN (2020–2023) explore oceanic migration patterns. His datasets on ancestry anomalies and genetic variants are widely accessible.

Etienne MeyerView profile

Researcher

• Mitochondrial Biology
• Oxidative Phosphorylation
• Plant Metabolism
• +3 more

Dr. Etienne Meyer is a researcher at the Karlsruhe Institute of Technology, affiliated with the Faculty of Natural Sciences and the Department of Plant Physiology. His work focuses on the composition, function, and regulation of the oxidative phosphorylation (OXPHOS) system in plant mitochondria, particularly Complex I, which is critical for energy production. University: Karlsruhe Institute of Technology School: Faculty of Natural Sciences Department: Department of Plant Physiology Research Interests: The OXPHOS system in plants, including Complex I with its plant-specific subunits and alternative electron transport routes, remains a central theme. His studies explore mitochondrial-nuclear genome interactions, assembly cofactors, and the regulatory role of Complex I in respiratory fluxes using bioinformatics, reverse genetics, and systems biology approaches. Publication Trends: Recent articles (2025–2021) emphasize mitochondrial proteostasis, complex assembly mechanisms, and the evolutionary conservation of energy metabolism proteins. Key subfields include plant-specific OXPHOS adaptations, genome editing applications, and stress response dynamics in respiratory pathways. Projects: Currently leads research on "Control of complex I proteostasis in plants," funded by institutional grants. Collaborations span plant genetics, bioinformatics, and structural biology, with publications in journals like Nature Plants , Plant Journal , and Current Biology .

• Molecular Epidemiology
• DNA Methylation
• Cardiometabolic Diseases
• +5 more

Melanie Waldenberger is a Senior Scientist and Head of the research group "Complex Diseases" at Helmholtz Munich. Her work bridges molecular epidemiology, epigenetics, and cardiometabolic research, focusing on how DNA methylation and OMICs layers interact with lifestyle factors to influence disease progression. Education : Diploma in Biology (Technical University Munich, 2002), Master of Public Health (Ludwig-Maximilians-University Munich, 2008), PhD in Natural Sciences (Technical University Munich and Center of Natural Sciences Weihenstephan, 2009). Research Interests : Epigenetic mechanisms in cardiometabolic diseases Population-based OMICs studies Biomarker discovery through DNA methylation analysis Molecular interactions with environmental exposures Publication Trends : Her recent work (2020–2025) emphasizes DNA methylation signatures in diabetes, aging-related mortality, lipid metabolism, and proteomic associations with cardiovascular disease using population cohorts like KORA. Methodologically, she integrates EWAS, Mendelian randomization, and cross-ethnic meta-analysis. Affiliations : German Center for Cardiovascular Research (DZHK) German Center for Mental Health (DZPG) German Alliance for Global Health Research (GLOHRA)

Mette LillieView profile

Researcher

• Population Genetics
• Evolutionary Biology
• Conservation Genetics
• +3 more

Mette Lillie is a Researcher at the Department of Ecology and Genetics within the Evolutionary Biology Center at Uppsala University, Sweden. Her work focuses on population genetics, evolutionary biology, and conservation genomics across diverse taxa including koalas, Darwin's finches, reptiles, and domesticated species. Her research centers on immunogenetic mechanisms, particularly Major Histocompatibility Complex (MHC) diversity dynamics, and retrovirus-host coevolutionary processes. She investigates how genetic variation influences species adaptation through whole-genome sequencing approaches, examining phenomena like population bottlenecks, inbreeding depression, and host-pathogen interactions in both wild and managed populations. Analysis of her publication record reveals consistent methodological innovation in genomic analysis techniques applied to conservation challenges. Her work frequently addresses spatiotemporal genetic patterns across species boundaries, with strong emphasis on how historical selection shapes contemporary adaptive potential. Recent publications demonstrate increasing integration of ecological modeling with genomic datasets to predict species responses to environmental change. No scientific awards were documented in the available sources. No information regarding student supervision or grant funding was provided in the source materials. Lillie operates within Uppsala University's Evolutionary Biology Center infrastructure, though specific laboratory affiliations or research team structures were not specified in the source documentation.

Li ZhuView profile

Assistant Professor

• Genetic Epidemiology
• Statistical Genetics
• Computational Biology
• +3 more

Li Zhu is an Assistant Professor at the University of Minnesota Duluth, affiliated with the Swenson College of Science and Engineering. Her research focuses on statistical genetics, computational biology, and bioinformatics, particularly in developing methods for genetic association studies and polygenic risk score prediction. Dr. Zhu's recent publications highlight her work in integrating GWAS data from diverse cohorts, constructing genotype-phenotype networks, and advancing regression calibration techniques. These contributions span fields such as Genetic Epidemiology , Network Analysis , and Computational Genomics , with applications in understanding complex diseases and heritability. She holds the Dr. Howard Higholt Professorship, underscoring her recognition in biostatistical research. Her work emphasizes innovative statistical modeling for multi-phenotype analyses and data harmonization in large-scale genetic studies.

Dávid JÓNÁSView profile

Lecturer

• East Asian Studies
• Buddhist Studies
• Tibetology
• +6 more

Dávid JÓNÁS is a Lecturer at the Institute of East Asian Studies, Eötvös Loránd University (ELTE), affiliated with the Department of Buddhology and Tibetology and the Department of Chinese Studies. His work spans interdisciplinary research at the intersection of East Asian humanities and genetics. Doctoral Researcher at ELTE Contributor to Buddhist manuscript analysis and comparative literature Expert in canine genomics and evolutionary biology Dr. JÓNÁS’s research integrates East Asian Studies with genetic analysis , focusing on: Transcriptomic studies in aging dogs Genomic evaluation methods for livestock Behavioral genetics in non-human models Comparative analysis of Tibetan Buddhist texts His recent publications highlight trends in canine genomics and evolutionary biology , with secondary contributions to Vajrayana Buddhist literature . Key methodologies include transcriptome sequencing, haploblock analysis, and genome-wide association studies. Scientific contributions include: Advancing genomic selection accuracy in dairy cattle Elucidating age-related gene expression patterns in dogs Translating and analyzing classical Buddhist texts like Saraha’s Dohākośa As an academic, he maintains affiliations with ELTE’s East Asian Studies Institute and provides research expertise in both humanities and life sciences.

Travis MarsicoView profile

Professor

• Biogeography
• Community Ecology
• Conservation
• +5 more

Dr. Travis Marsico is Professor of Botany and Vice Provost for Research, Innovation, and Discovery at Arkansas State University, affiliated with the Beck College of Sciences & Mathematics and the Arkansas Biosciences Institute. His research integrates Biogeography , Community Ecology , and Evolutionary Ecology to address species invasions and conservation in rapidly changing environments. PhD in Biology, University of Notre Dame (2009) MS in Biology, University of Arkansas (2004) BS in Biology, Arkansas Tech University (2001) His laboratory utilizes natural history collections and phylogenetic analysis to study plant-soil microbe interactions, invasion ecology, and conservation strategies. Recent publications focus on genomic complexity in invasive species , phylogenetic risk assessment , and herbarium digitization workflows . Current students investigate topics ranging from Saccharum genomics to Carex sedge conservation. Key article trends reveal a focus on invasive species dynamics , phylogenetic conservation tools , and ecosystem management across aquatic, riparian, and tropical habitats. Collaborative projects with institutions like ManganLab and NatureServe highlight interdisciplinary approaches. As director of the Arkansas State University Herbarium (STAR) and Laboratory Sciences Greenhouse, Dr. Marsico emphasizes project-based learning and specimen-based research . His former students have pursued careers in academia, conservation agencies, and environmental consulting.

Katharina SchmidView profile

Associate Professor

• Ethnic and Religious Diversity
• Intergroup Contact
• Intergroup Relations
• +7 more

Dr. Katharina Schmid serves as Associate Professor of Organizational Behaviour in the Department of People Management and Organisation at ESADE Business School, Ramon Llull University, Spain. Previously, she held research fellowships at the Max Planck Institute for the Study of Religious and Social Diversity and the University of Oxford. Her academic credentials include: PhD in Social Psychology from Queen's University Belfast BSc in Applied Psychology from University of Ulster Dr. Schmid's research centers on ethnic/religious diversity, intergroup contact, and social identity processes—particularly social identity complexity—with extensions into organizational behaviour, conflict management, and negotiation. She examines how neighborhood and workplace diversity shapes social cohesion, recently expanding into climate psychology and political phenomena like Brexit. Her work employs multi-method approaches across diverse international contexts. Recent publications (2022-2025) reveal consistent high-impact contributions across social psychology and interdisciplinary journals including Proceedings of the National Academy of Sciences , Nature , and American Psychologist . Key trends include nuanced analyses of contact valence/intensity, personality moderators in diversity attitudes, and large-scale behavioral interventions for climate action. As an active investigator at GLEAD - Leadership Development Research Centre, Dr. Schmid leads significant projects including 'DivCon' on diversity/contact dynamics and the International Climate Psychology Collaboration spanning 63 countries. Her research often involves cross-cultural teams and multi-method designs to address complex societal challenges.

• Sensory Science
• Food Analytics
• Consumer Research
• +3 more

Tormod Næs serves as an Adjunct Professor in the Department of Food Science at the University of Copenhagen, specializing in Food Analytics and Biotechnology. His dual institutional affiliation includes Nofima (Norwegian research institute), as evidenced by his professional email address. His research bridges statistical methodology with practical food science applications. His primary research interests focus on sensory science methodology , consumer behavior analysis , and multivariate statistics for food data . He pioneers techniques for interpreting complex datasets including temporal check-all-that-apply (TCATA) responses, L-shaped sensory-consumer matrices, and seafood storage stability metrics. His work emphasizes component-based methods like PCA and PLS to extract meaningful patterns from noisy food-related data. Analysis of his recent publications (2021-2025) reveals three dominant research thrusts: (1) Advanced statistical frameworks for sensory data integration, (2) Consumer segmentation based on product discrimination capabilities, and (3) Sustainable food systems research examining upcycled foods and labeling impacts. His methodological innovations consistently target real-world food industry challenges in quality assessment and product development.

Anika KükenView profile

Assistant Professor

• Computational systems biology
• Metabolic networks
• Plant biology
• +5 more

Dr. Anika Küken is a Junior group leader in the Bioinformatics Department at the University of Potsdam, working within the Institute of Biology and Biochemistry. She is actively involved in research as part of the CRC 1644 project, specifically working on project B6: "Plasticity of the Calvin-Benson cycle in Arabidopsis in response to changing light and nitrogen availability over a diurnal cycle." Her educational background includes: PhD in Systems Biology and Mathematical Modeling (2015-2020) from the Max Planck Institute of Molecular Plant Physiology Master of Science in Bioinformatics (2012-2015) from the University of Potsdam Bachelor of Science in Biology (2009-2012) from Humboldt University of Berlin Dr. Küken's research focuses on computational systems biology, particularly in identifying network patterns that explain emerging properties of biological systems. With plants as her primary model organisms, she investigates the interplay between molecular phenotypes and agriculturally relevant traits. Her work centers on developing large-scale kinetic models to study constraints in phenotypic plasticity of metabolic traits and their relationship to growth plasticity. She employs constraint-based modeling approaches to understand metabolic networks in plants. Her publication record reveals a strong focus on metabolic network analysis, with particular emphasis on concentration robustness, balanced complexes, and the structural properties of biochemical networks. Her research spans from fundamental network theory to practical applications in plant biology and metabolic engineering, with a consistent thread of using computational approaches to understand plant metabolism. Dr. Küken has received recognition for her work, most notably: Jeff Schell Price for best PhD thesis at Max Planck Institute of Molecular Plant Physiology (2020) As an educator, Dr. Küken teaches graduate-level courses including "Constraint-based modeling" and "Data integration in cellular networks." Her research is supported through her involvement in the CRC 1644 project, which focuses on understanding plant responses to environmental changes. Her laboratory focuses on computational approaches to plant systems biology, particularly examining metabolic networks in Arabidopsis thaliana and other plant systems. The research group works at the intersection of bioinformatics, systems biology, and plant physiology to develop models that can predict plant responses to environmental changes.

Genevieve LajoieView profile

Assistant Professor

• Plant-microorganism interactions
• Climate change
• Community Ecology
• +3 more

Genevieve Lajoie is an Assistant Professor in the Ecology and Microbial Evolution department at the National Institute of Scientific Research (INRS), specifically affiliated with the Armand-Frappier Center Health Biotechnologies. As a Regular Member of the Center for Forest Studies (CEF), she contributes to interdisciplinary research on forest ecosystems and their resilience to environmental changes. Dr. Lajoie earned her PhD in Biology from the University of Quebec in Montreal in 2020, following a Master's degree in Biology from the University of Sherbrooke in 2014 and a Bachelor of Science in Agriculture and Environmental Sciences from McGill University in 2012. Prior to her current position, she completed a Postdoctoral Researcher appointment at the University of British Columbia from September 2020 to August 2021. Dr. Lajoie's research focuses on the evolutionary ecology of microbes living in association with plants, particularly those inhabiting the phyllosphere (the surface and interior of plant leaves). Her work investigates how the functional composition of microbial communities influences their interactions with different plant genotypes and species, and the benefits they provide to host plants. She develops phylogenetic and functional approaches to study the evolution of host-symbiont associations and the origins of taxonomic pairings between plants and their microbial partners. Her laboratory aims to elucidate the role of plant microbiota in tree resilience to climate change and pathogens, as well as in the potential for species establishment beyond their current distribution ranges. Analysis of Dr. Lajoie's recent publications reveals a consistent focus on plant-microbe interactions, particularly in forest ecosystems. Her research spans microbial ecology, evolutionary biology, and climate change impacts, with a strong emphasis on the phyllosphere microbiome. Key themes include host specificity, community assembly processes, functional traits of microbial communities, and the impacts of environmental change on plant-microbe relationships. Her work often incorporates spatial and latitudinal gradients to understand biogeographical patterns in microbial communities. Dr. Lajoie serves as a Graduate Student Advisor, currently supervising doctoral candidate Clemence Pierrard. Her research is supported through collaborations with various institutions and researchers in the field of microbial ecology and forest science. Her laboratory at the Armand-Frappier Center Health Biotechnologies focuses on the intersection of plant science, microbiology, and evolutionary ecology, employing both field and laboratory approaches to understand the complex relationships between plants and their microbial associates in changing environments.

Kyle F. BennettView profile

Associate Professor

• Evolutionary Biology
• Molecular Ecology
• Marine Genomics
• +3 more

Dr. Kyle Bennett is an Associate Professor in the Department of Biological Sciences at Elmhurst University, specializing in molecular ecology and evolutionary biology with a focus on marine systems. His research employs genomic tools to investigate species boundaries and inheritance patterns in bivalves. His primary research examines Doubly Uniparental Inheritance (DUI) in Brachidontes mussels, where males possess both maternally and paternally inherited mitochondrial genomes. Current projects involve sequencing mitochondrial genomes across species to analyze mutation rates, evolutionary pressures in somatic versus sperm cells, and population genetics to reconstruct evolutionary histories. His work bridges molecular genetics, phylogenetics, and marine ecology. Dr. Bennett teaches foundational and advanced courses including General Biology, Evolution and Population Genetics, Invertebrate Zoology, and Aquatic Ecosystems. His publication record demonstrates consistent research output in marine molecular evolution, with recent work expanding into extremophile microbiology at Yellowstone National Park. No scientific awards are explicitly listed in the provided materials. Dr. Bennett integrates research with undergraduate education through the KEYSTONE First-Year Research Experience and Biology Capstone Seminar. His laboratory work involves student collaborators on mitochondrial genome sequencing and morphometric analyses, with findings presented at national conferences including the American Malacological Society and Ecological Society of America meetings.

Claus BeierView profile

Professor

• Biogeochemical cycling in terrestrial ecosystem
• Ecosystem functioning
• Climate change impacts on ecosystems
• +9 more

Claus Beier is a Professor at the Department of Geosciences and Natural Resource Management within the Faculty of Science at the University of Copenhagen. His research concentrates on ecosystem responses to air pollution and climate change, with particular focus on impacts on ecosystem functioning and feedback to the atmosphere. He has extensive experience using ecosystem manipulation approaches to understand these complex interactions. His primary research interests include biogeochemical cycling in terrestrial ecosystems, ecosystem functioning, climate change impacts on ecosystems, extreme events, and experimental design. Beier has made significant contributions to understanding how terrestrial ecosystems respond to multiple stressors including elevated CO 2 , drought, and warming through long-term experimental studies. Beier's research has evolved to focus increasingly on extreme climate events and their impacts on ecosystem functioning. His work often involves large-scale collaborative efforts, most notably through the VILLUM foundation Centre of Excellence CLIMAITE, where the University of Copenhagen, DTU, and AU collaborated to investigate multifactor climate change impacts on shrubland ecosystems. VILLUM foundation Centre of Excellence CLIMAITE Center for Skov og LAndskab (Chair since 2015) Geocenter Danmark (Member 2015-2020) COST action - ClimMani (Chair 2014-2018) His publication record demonstrates a strong focus on climate change impacts across multiple ecosystem types, with recent work examining tree mortality in California forests using advanced remote sensing and deep learning techniques, drought impacts on grasslands and shrublands, and nutrient cycling responses to multifactor climate change.

Ute ArmbrusterView profile

Professor

• Photosynthesis
• Plant Physiology
• Plant Metabolism
• +3 more

Prof. Dr. Ute Armbruster serves as a Professor at the Institute of Molecular Photosynthesis, Heinrich Heine University Düsseldorf, where she leads research on regulatory mechanisms of plant photosynthesis under natural light conditions. Her work integrates whole-plant spectroscopy, genetically encoded biosensors, and molecular techniques to investigate coordination between light and carbon reactions in photosynthetic processes. Her research focuses on thylakoid membrane dynamics, ion transport regulation, and photosynthetic acclimation to fluctuating light environments. Key investigations include proton antiport mechanisms, chloroplast energy sensing, and the role of proteins like KEA3 in optimizing photosynthetic efficiency. This work bridges molecular plant biology and environmental adaptation, emphasizing Arabidopsis thaliana as a model system for understanding fundamental photosynthetic regulation. Analysis of her 2014-2024 publications reveals consistent emphasis on thylakoid ion transporters and their impact on photosynthetic dynamics. Her studies demonstrate how KEA3-mediated proton regulation enhances plant performance under variable light, with implications for stress tolerance and growth optimization. The research predominantly employs genetic, biochemical, and physiological approaches within Arabidopsis systems. No scientific awards were mentioned in the provided documentation. No specific information regarding student advising or research grants was included in the source materials. Prof. Armbruster operates within the Institute of Molecular Photosynthesis, which features specialized facilities including a Plant Metabolism and Metabolomics Facility and an Imaging Platform. Her group participates in CEPLAS (Cluster of Excellence on Plant Sciences) initiatives, utilizing public datasets and tools for research on plant performance optimization, microbiota interactions, and synthetic biology applications.

Stanislav KoprivaView profile

Professor

• Plant Nutrition
• Sulfur Metabolism
• Mineral Nutrition
• +5 more

Professor Stanislav Kopriva leads a research group at the Institute for Plant Sciences, University of Cologne, where he serves as a faculty member and contributes significantly to the Cluster of Excellence on Plant Sciences (CEPLAS). As speaker of the Competence Area 'Food Security,' he actively works to embed CEPLAS research within broader societal contexts and promote knowledge transfer to countries in the Global South. His research group is firmly established within the university's infrastructure at Zülpicher Str. 47b in Cologne, Germany, with contact information readily available for collaboration. Professor Kopriva's research focuses on three interconnected areas: molecular mechanisms of sulfur homeostasis and its integration with general plant metabolism; alterations in mineral nutrition between C3 and C4 plants; and metabolic signals in plant-microbe interactions that contribute to plant nutrition. His group employs biochemical, genetic, and physiological approaches while exploiting natural variation to understand how plants integrate mineral nutrient uptake with environmental demands. This work has significant implications for improving nutrient use efficiency in crop plants and addressing food security challenges. The publication record shows a clear trajectory of research focusing on sulfur metabolism, plant nutrition, and plant-microbe interactions. Recent work increasingly examines the role of secondary metabolites in shaping root microbiomes, the molecular mechanisms of sulfur homeostasis across evolutionary time, and adaptations in nutrient metabolism under changing environmental conditions. The research spans model organisms like Arabidopsis thaliana to crop species, with growing emphasis on translating basic findings to agricultural applications, particularly regarding C4 crops and food security under climate change. Professor Kopriva actively collaborates with researchers across Europe and maintains a productive research program with numerous publications in high-impact journals. His group participates in multiple collaborative projects through CEPLAS and maintains connections with international research networks focused on plant nutrition and metabolism. While specific grant details aren't provided in the source material, his ongoing publication record and institutional affiliations indicate sustained research funding supporting his laboratory's activities. The research group operates within the Institute for Plant Sciences at the University of Cologne, contributing to CEPLAS research areas 1 and 2. They utilize various facilities including the Plant Metabolism and Metabolomics Facility and Imaging Platform mentioned in the CEPLAS infrastructure. The group's work integrates experimental approaches with computational modeling to understand complex plant-microbe-nutrient interactions, positioning them at the forefront of plant systems biology research.