Find Academic Supervisors

• Marine Biology
• Environmental Science
• Molecular Ecology
• +3 more

Dr. Ana Baricevic is an active marine researcher specializing in molecular ecology and environmental genomics, with particular focus on Adriatic Sea ecosystems. Her work bridges biomonitoring, toxicology, and biodiversity assessment through advanced molecular techniques. Her research program centers on diatom DNA metabarcoding standardization for freshwater biomonitoring, cytogenotoxicity mechanisms of marine toxins within the One Health framework, and regional genomic database development for Adriatic phytoplankton. This integrative approach connects molecular ecology with practical environmental assessment tools. Recent publication trends (5 articles in 2024-2025) reveal concentrated work on method validation, regional biodiversity databases, and marine toxin impacts. Her studies consistently target the Northern and Southern Adriatic regions using metabarcoding and transcriptomic approaches across environmental science and toxicology disciplines. Dr. Baricevic maintains an active collaborative network with institutions including the National Institute of Oceanography and Division for Marine and Environmental Research. Her advising capacity and grant portfolio cannot be confirmed from available data, though her publication rate suggests ongoing research activity. Current opportunities focus on molecular biomonitoring techniques and Adriatic Sea biodiversity projects.

• Metagenomics
• Physiology
• Phytoplankton
• +3 more

Martin Pfannkuchen is a Researcher at the Center for Marine Research, Ruđer Bošković Institute, Rovinj, Croatia, focusing on marine biological systems in the Adriatic Sea region through molecular and physiological approaches. His research expertise spans Metagenomics , Phytoplankton Physiology , and Biological Oceanography , with specialization in diatom DNA metabarcoding, marine plankton diversity assessment, and climate change impacts on microorganisms. Current projects investigate physiological acclimation mechanisms in marine diatoms and standardized biomonitoring protocols using molecular techniques. Publication trends since 2021 reveal consistent focus on Adriatic Sea ecosystems, with dual emphasis on methodological development (e.g., diatom DNA metabarcoding standardization) and ecological applications (e.g., plankton diversity responses to environmental change). Geographic scope centers on northern and southern Adriatic coastal zones, utilizing both field sampling and laboratory experiments. As part of the Center for Marine Research, he contributes to Croatia's marine science infrastructure through international collaborations with institutions including University of Bergen and Max Planck Institute. His work supports regional biomonitoring initiatives and climate change adaptation research in Mediterranean ecosystems.

Lene Rostgaard NielsenView profile

Professor

• Plant population genetics
• Adaptation
• Conservation
• +5 more

Lene Rostgaard Nielsen is a Professor in the Department of Geosciences and Natural Resource Management at the University of Copenhagen, specializing in Forest and Landscape Ecology. She has been a faculty member since 2003, progressing from Postdoctoral Fellow to her current position as Professor since 2022. Her work focuses on plant population genetics, particularly how tree species adapt to environmental changes and diseases. Dr. Nielsen received her educational training at the University of Copenhagen: Ph.D. in Botany (2002) M.Sc. (cand. scient.) (1998) Her research centers on plant population genetics with a focus on how long-lived tree species interact with and adapt to rapidly changing environments. She studies the impacts of increased temperatures, forest fragmentation, and human-introduced non-native species on endangered plants. Since 2006, her primary focus has been on genetic aspects of infectious diseases affecting host tree species, particularly ash dieback caused by Hymenoscyphus fraxineus. She investigates genetic mechanisms behind resistance and the role of microbiomes in tree resilience using field assessments, greenhouse experiments, and advanced molecular techniques including whole genome sequencing. Analysis of Dr. Nielsen's recent publications (2023-2025) reveals a strong focus on ash dieback disease, tree-pathogen interactions, and forest conservation. Her work spans evolutionary biology, population genetics, and forest pathology, with particular emphasis on Fraxinus excelsior (common ash). She employs cutting-edge genomic approaches including GWAS, RNA-seq, and metabarcoding to understand tree resistance mechanisms. Her research increasingly examines the role of microbiomes in tree health and has expanded to investigate cross-resistance between different tree pathogens. Dr. Nielsen has supervised numerous PhD students whose research aligns with her expertise: Feng Long: The Fraxinus excelsior holobiome (ongoing) Corrie Lynne Madsen: Detection of invasive pathogens in Danish forests (completed 2022) Kristin Lassen: Improving fruit production in Burkina Faso (completed 2016) Ida Hartvig: Conservation of Dalbergia timber species (completed 2015) Adja Diallo: Polyploidy in Acacia senegal (completed 2015) Lea Vig McKinney: Genetic aspects of ash dieback (completed 2013) She teaches 'Processes in Nature 1 - Plants and Landscape' at the BSc level and 'Tropical Botany' at the MSc level, integrating her research expertise into classroom instruction.

• Genomics
• Metagenomics
• Ancient DNA
• +5 more

Ida Broman Nielsen is an Academic employee at the Section for Geogenetics within the Globe Institute at the University of Copenhagen. Her research focuses on applying advanced genomic techniques to understand ecological and evolutionary processes across diverse biological systems, from soil microbiomes to ancient DNA analysis. Her research interests span multiple domains of molecular ecology and genomics. Nielsen specializes in metagenomic approaches using Oxford Nanopore sequencing technology, with particular expertise in environmental DNA (eDNA) analysis. Her work bridges disciplines including soil science, marine biology, archaeology, and plant-microbe interactions. She has made significant contributions to understanding how environmental factors shape microbial communities across different ecosystems. Analysis of Nielsen's publication record from 2022-2025 reveals a strong focus on methodological innovations in DNA sequencing and analysis, particularly for challenging environmental samples. Her research spans terrestrial and marine ecosystems, ancient and contemporary biological systems, and addresses both fundamental ecological questions and applied environmental concerns. The interdisciplinary nature of her work is evident in collaborations across fields from aquaculture to forensic science. While specific details about her advising activities aren't provided in the available information, her extensive collaborative network across multiple high-impact publications suggests active participation in research teams and projects. Her work has been featured in prominent scientific journals including Science, New Phytologist, and Environmental DNA, with several publications receiving significant attention in both academic and public spheres.

• Ancient DNA
• Population Genetics
• Conservation Genomics
• +4 more

Shyam Gopalakrishnan serves as an Associate Professor at the Section for Hologenomics within the Globe Institute at the University of Copenhagen. His research spans across multiple disciplines focusing on ancient DNA analysis, population genomics, and environmental DNA applications. Dr. Gopalakrishnan's research interests center on utilizing genomic approaches to address fundamental questions in evolutionary biology and conservation. His work combines cutting-edge genomic techniques with ecological and anthropological perspectives to understand species evolution, population history, and human-environment interactions. His research has significant implications for wildlife conservation efforts and understanding historical biodiversity patterns. His recent publications demonstrate a strong focus on analyzing ancient and contemporary genomes across diverse species, including mammals, marine organisms, and plants. These studies employ advanced genomic methodologies to reconstruct evolutionary histories, assess conservation status, and understand adaptation mechanisms. Dr. Gopalakrishnan's research has gained notable attention, with multiple publications being picked up by news outlets, blogged about, and referenced across social media platforms including X (formerly Twitter), Bluesky, and Facebook. His work on Greenland's sled dogs published in Science has received particularly wide attention. He maintains active collaborations across international research networks, as evidenced by the diverse authorship on his publications, which include researchers from multiple countries and institutions. His work bridges disciplines including genetics, ecology, archaeology, and anthropology.

• Environmental DNA Analysis
• Marine Biodiversity Monitoring
• Arctic Ecosystems
• +4 more

Steen Wilhelm Knudsen serves as a Guest Researcher at The Natural History Museum (Statens Naturhistoriske Museum), part of the University of Copenhagen's Faculty of Science, Department of Biology. His research integrates environmental DNA (eDNA) methodology with biodiversity monitoring across marine, freshwater, and terrestrial ecosystems. His primary research interests include Environmental DNA Analysis , Marine Biodiversity Monitoring , Arctic Ecosystems , Citizen Science Applications , Invasive Species Genetics , and Cryptobenthic Biodiversity . His work demonstrates particular expertise in applying eDNA techniques to study marine vertebrates, amphibians, and cryptic species across Nordic and Arctic regions. Analysis of his recent publications reveals a strong focus on methodological innovation in eDNA sampling, with increasing integration of citizen science approaches and multi-technique monitoring frameworks. His research spans from molecular techniques to landscape-scale ecological patterns, with significant contributions to understanding climate change impacts on Arctic biodiversity. His collaborative network includes prominent Danish researchers such as Møller P.R., Olsen M.T., and Rahbek C., with publications appearing in leading journals including Environmental DNA , Frontiers in Marine Science , and Diversity and Distributions . Dr. Knudsen maintains an active research profile with 46 documented research outputs including 36 journal articles, 4 conference abstracts, 3 reports, 2 books, and additional scholarly contributions. His work has gained significant attention with multiple news mentions, policy references, and substantial social media engagement.

Kaiya L. ProvostView profile

Assistant Professor

• Evolutionary biology
• Ornithology
• Phylogenomics
• +7 more

Kaiya L. Provost serves as Assistant Professor in the Department of Biology within Adelphi University's College of Arts and Sciences, where she leads research at the intersection of computational biology and avian evolutionary studies. Her work focuses on phylogenomics, bioacoustics of bird communication, and machine learning applications to biological questions, particularly regarding Southwestern desert organisms. Education: Ph.D. in Comparative Biology, Richard Gilder Graduate School, American Museum of Natural History (2020) Master's in Conservation Biology, Columbia University (2016) Bachelor's in Ecology and Evolutionary Biology, Cornell University (2014) Professor Provost's research program investigates how evolutionary processes shape biological diversity through genomic and behavioral lenses. She examines phylogeographic patterns in desert birds, cultural evolution in bird song, and develops computational methods for trait discovery across the Tree of Life. Her interdisciplinary approach bridges ornithology with artificial intelligence, using machine learning to analyze large-scale bioacoustic and genomic datasets while considering ecological and geographical contexts. Analysis of her 15 most recent publications (2021-2025) reveals three dominant research thrusts: (1) phylogenomic studies of parrots and desert birds using genomic landscape analysis, (2) bioacoustic investigations into how climate and cultural factors drive song variation across sparrow species, and (3) development of machine learning tools for evolutionary biology including hierarchical prototype learning and interpretable transformers. These works span computational biology, evolutionary ecology, and ornithology, appearing in high-impact journals across disciplinary boundaries. Professor Provost actively mentors the next generation of scientists through formal thesis supervision and undergraduate research projects. She has served as primary advisor for multiple Master's theses on topics including alarm call composition in shorebirds and desert bird color evolution, while chairing committees for research on foraging behavior and locomotion. Her lab website (kaiyaprovost.com) supports a collaborative research environment where students develop computational and analytical skills applicable to evolutionary biology careers.

Laura E. RoseView profile

Research Professor

• Evolutionary Biology
• Population Genetics
• Plant-Microbe Interactions
• +4 more

Research Professor Laura E. Rose leads evolutionary genetics research at the Institute of Population Genetics, Heinrich Heine University Düsseldorf. Her work bridges population genetics, phylogenetics, and plant-microbiome interactions to decode complex adaptations in plant systems. Her research program centers on reconstructing evolutionary histories of adaptive traits through: Quantitative analysis of natural genetic variation under controlled and field conditions Investigation of plant-microbiota metabolic networks and edaphic adaptation Synthetic biology approaches for plant performance optimization Theoretical modeling of plant development-metabolism interfaces Current projects include the Plant Metabolism and Metabolomics Facility and Imaging Platform development. Analysis of her 2016-2023 publications reveals a strategic evolution from foundational population genomics toward integrated plant-microbiome systems biology. Her work demonstrates increasing methodological sophistication in combining field phenotyping with multi-omics approaches, particularly in protist microbiome characterization and defense metabolite pathway analysis across monocot/dicot systems. Key thematic progression shows movement from single-species genetics toward complex community-level interactions. No scientific awards were documented in the provided materials. Mentoring activities and grant funding details were not specified in the source texts.

• Aerobiology
• Pollen Monitoring
• Atmospheric Chemistry
• +5 more

Dr. Andelija Milic is an accomplished researcher at Queensland University of Technology's Faculty of Science, specializing in aerobiology and atmospheric science. Her work focuses on pollen monitoring, airborne particulate matter, and the relationship between environmental factors and public health. She has been instrumental in the AusPollen Aerobiology Collaboration Network, contributing to national pollen monitoring standards and research. Her research interests span aerobiology, pollen monitoring systems, atmospheric chemistry, and the health impacts of airborne particles. Milic's work has significant implications for understanding how climate variations affect pollen distribution and allergen exposure, particularly in Australian contexts. She has pioneered methods for pollen identification, quality control in monitoring networks, and the application of environmental DNA analysis to study pollen diversity. Analysis of her publication record shows a strong focus on advancing pollen monitoring methodologies, understanding regional and seasonal variations in pollen distribution, and exploring the intersection between environmental factors and public health outcomes. Her research spans from fundamental atmospheric science to applied public health applications, with increasing emphasis on climate change impacts on pollen patterns. Among her notable contributions are the development of quality control protocols for pollen monitoring networks, investigations into long-term pollen trends in subtropical regions, and innovative citizen science approaches for pollen monitoring during the pandemic. Her work on the relationship between airborne pollen and SARS-CoV-2 infection rates represents important interdisciplinary research connecting environmental science and epidemiology. Dr. Milic has made significant contributions through her leadership in major collaborative projects including the AusPollen Partnership Project, which has established comprehensive pollen monitoring across eastern Australia. Her technical expertise spans advanced analytical methods including metabarcoding, environmental DNA analysis, and sophisticated statistical approaches to environmental data.