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Jonas GeldmannView profile

Associate Professor

• Conservation Biology
• Protected Areas Management
• Biodiversity Conservation
• +6 more

Jonas Geldmann is an Associate Professor at the Globe Institute, University of Copenhagen, where he leads research in the Section for Biodiversity. His work focuses on understanding and assessing the impact of conservation interventions, particularly how resources, management, governance, and socio-economic context influence the effectiveness of protected areas. Dr. Geldmann's research spans three main areas: global patterns of anthropogenic threats to biodiversity, understanding the impact of protected areas, and improving the effectiveness of protected areas. He utilizes large global datasets from conservation organizations, research institutions, and remote-sensing sources to develop correlative models of conservation success through quasi-experimental methods. His work on global threat patterns involves mapping the distribution of threats to biodiversity using IUCN Red List data for amphibians, birds, and mammals. He investigates how socio-economic, biological, and geological factors explain geographical threat patterns and how they relate to conservation interventions. In protected area research, he examines whether protected areas safeguard biodiversity and local livelihoods using data on management effectiveness and socio-economic context. Dr. Geldmann contributes to global conservation efforts through his involvement with the IUCN World Commission on Protected Areas' Management Effectiveness Specialist Group, working with managers worldwide to improve evidence-based conservation practices. He has published extensively in top journals including Nature, PNAS, and Conservation Biology, with his research receiving significant media attention and social media engagement. Current Research Group: Antonella Gorosabel (Marie Skłodowska-Curie fellow, 2023) Harith Farooq (postdoc, 2022) Helena Neri Alves Pinto (Marie Skłodowska-Curie fellow, 2023) Katherine Pulido Chadid (PhD student, 2022) Dr. Geldmann organizes the MSc course 'International Nature Conservation' and contributes to summer courses 'Herpetology' and 'Area-based Management'. He has successfully supervised numerous MSc and BSc students, with research topics spanning protected area effectiveness, threat mitigation, and conservation planning across multiple continents, including work in Africa, South America, and Asia.

• Genomics
• Conservation Biology
• Evolutionary Biology
• +3 more

Emily Louisa Cavill serves as both a Visiting PhD Student and Guest Researcher at the Section for Hologenomics within the Globe Institute at the University of Copenhagen, where she conducts cutting-edge genomic research with significant conservation applications. Her research expertise spans multiple interconnected domains: Genomics - specializing in population and conservation genomics methodologies Evolutionary Biology - investigating evolutionary histories through genomic analysis Ornithology - with particular focus on avian genetics and conservation Wildlife Conservation - developing genomic approaches for endangered species protection Population Genetics - analyzing genetic diversity patterns in natural populations Dr. Cavill's publication record demonstrates a strong trajectory of impactful research, with her work on dense bird diversity sampling published in Nature (2020) receiving 295 Scopus citations, coverage by 34 news outlets, and significant academic attention. Her recent publications continue this trend with innovative applications of genomics to conservation challenges. Her scientific contributions show particular strength in: Genomic analysis of endangered island species Evolutionary history reconstruction using whole genome sequencing Conservation strategies informed by genetic diversity assessments International collaborative research projects spanning multiple continents Dr. Cavill maintains active research collaborations across the global scientific community, with her work being widely cited and discussed in both academic and public spheres, reflecting its significance to contemporary conservation challenges.

Miguel Pinto da Silva Menezes de SequeiraView profile

Assistant Professor

• Plant Taxonomy
• Island Biogeography
• Paleobotany
• +5 more

Miguel Pinto da Silva Menezes de Sequeira serves as an Assistant Professor at the University of Madeira within the Faculty of Life Sciences , where he maintains his institutional address at the Life Sciences Centre on Campus da Penteada in Funchal, Portugal. As an active member of the Madeira Botany Group (Grupo de Botânica da Madeira), he contributes significantly to botanical research in Macaronesia. His research focuses on plant taxonomy and systematics , particularly of the Asteraceae family across Macaronesian archipelagos including Madeira, the Canary Islands, and the Azores. Dr. Sequeira's work encompasses paleobotany through fossil plant analysis, island biogeography examining evolutionary patterns, and conservation biology addressing threats to endemic species. His investigations frequently document new species records and analyze historical plant communities through volcanic charcoal and other paleontological evidence. Analysis of his recent publications reveals consistent focus on Macaronesian flora , with particular attention to endemic species and their conservation status. His research demonstrates increasing integration of modern technology like drone-based documentation while maintaining traditional taxonomic approaches. The work spans multiple disciplines including evolutionary biology, ecology, and historical biogeography, with strong emphasis on practical conservation applications for threatened island ecosystems. Dr. Sequeira actively mentors graduate students, having served on the thesis committee for Zita Ferreira's PhD research on the biosystematics of the genus Andryala. His collaborative projects frequently involve international teams working on paleobotanical sites, conservation management plans, and taxonomic revisions across the Macaronesian region. These collaborations often secure funding for expeditions to remote island locations and analysis of historical plant specimens. As a key member of the Madeira Botany Group, he participates in significant botanical initiatives including international conferences like the FloraMac2018 congress and commemorative events such as the celebration of Richard Thomas Lowe's 220th birthday. The group maintains active research programs documenting rare plant species, analyzing fossil records, and developing conservation strategies for threatened island flora.

WANG XishiView profile

Professor

• Fire Suppression
• Explosion Mitigation
• Combustion Safety
• +3 more

WANG Xishi is a Professor at the University of Science and Technology of China affiliated with the State Key Laboratory of Fire Science in Hefei. He has served as Director of the Clean and effective fire suppression section since 2010 and previously as Executive Director of the Experimental Facility Division (2005-2010), maintaining active research leadership through 2021 publications. Education: PhD, University of Science and Technology of China (2002) Professor Wang's research pioneers clean fire suppression and explosion mitigation technologies with emphasis on water mist systems. His work spans lithium-ion battery thermal runaway control, propane/ethanol-gasoline vapor explosion suppression, and laser-based flow diagnostics. Recent studies combine experimental validation with numerical modeling to address real-world safety challenges in energy storage and industrial environments, demonstrating significant improvements in suppression efficiency through innovative agent delivery mechanisms. His 2019-2021 publications reveal a strategic shift toward energy storage safety (35% of recent work) and alternative fuel explosions (30%), with growing integration of laser diagnostics for precision measurement. This reflects evolving research priorities aligned with China's high-tech development goals in battery technology and clean energy. Scientific Awards: Anhui province Science and Technology Progress Award, First-class (2010) 6th Anhui Provincial Excellent Academic Papers Award, First-class (2010) Outstanding contributor in high-tech Olympics (2008) Wang Kuan Cheng YuCai Award, First-class (2007) 5th Anhui Provincial Excellent Academic Papers Award, First-class (2007) 4th Anhui Provincial Excellent Academic Papers Award, Third-class (2003) Best Paper Award of 5th AOSFST, Second Prize (2001) Professor Wang has led approximately 30 research projects including ten major grants from China's Ministry of Science and Technology, National Natural Science Foundation, and Ministry of Education. His team has produced over 120 journal papers, three books/chapters, and 15+ patents, with his 2007 selection into the "New Century Talents Supporting Program" marking significant career recognition. Current projects focus on water mist optimization for next-generation battery safety systems. As Director of the Clean fire suppression section at SKLFS, he oversees laboratory facilities for large-scale fire/explosion testing and laser diagnostics. His team collaborates with international institutions including The University of Tokyo and Hong Kong universities, maintaining active participation in the International Association for Fire Safety Science as a Lifetime Member since 2011.

Christopher J. LepreView profile

Assistant Professor

• Stratigraphy
• Paleoclimate
• Rock Magnetism
• +6 more

Christopher J. Lepre serves as an Assistant Professor of Geology at Bowling Green State University's School of Earth, Environment and Society since 2002, with prior appointments as Assistant Teaching Professor at Rutgers University (2011-2021) and Paleomagnetics Lab Staff at Lamont-Doherty Earth Observatory (2010-2020). His academic foundation includes a Ph.D. (2009) and M.A. (2000) from Rutgers University and a B.A. (1998) from Montclair State University. Dr. Lepre's research spans stratigraphy, paleoclimate, rock magnetism, and human evolution, with specialized focus on the Triassic of North America and Plio-Pleistocene East Africa. His work integrates sedimentology, paleomagnetism, and spectrophotometry to reconstruct ancient environments related to dinosaur habitats, climate change, and hominin evolution. Key methodologies include analysis of hematite, pedogenic carbonates, and orbital forcing patterns to interpret paleohydrology and vegetation dynamics. His recent publications reveal a strong trend in Triassic paleoclimate reconstruction using magnetostratigraphy and stable isotopes, particularly in the Chinle and Moenkopi Formations of the American Southwest. Simultaneously, his African Rift Valley research examines C4 grassland dynamics during hominin evolution using sedimentological and geochemical proxies from sites like Koobi Fora and Kanapoi. Notable contributions include dating early stone tools at Lomekwi 3 and establishing orbital-scale climate controls on Plio-Pleistocene African environments. Dr. Lepre directs the Paleomagnetics Lab featuring spinner magnetometers, alternating field demagnetizers, and magnetic susceptibility meters, alongside sedimentology and spectrophotometry facilities. He teaches core geology courses including Sedimentology and Stratigraphy (GEOL 3160), Field Geology (GEOL 4940), and Life Through Time (GEOL 1050), with field instruction extending to Kenya. Graduate and undergraduate research opportunities focus on rock magnetism applications to climate change and human evolution, with financial support available through teaching and research assistantships.

Hannah GoodwinView profile

Associate Professor

• Film and Media Studies
• Science and Technology Studies
• Cinematic Archives
• +3 more

Hannah Goodwin serves as Faculty Associate Professor of Film and Media Studies and Nexus Track Chair for Journalism, Media, and Public Discourse at Mount Holyoke College. She is affiliated with the Department of Film Media Theater, The InterArts Council, The Arts & Technology Initiative, and The Nexus Program. Her educational background includes: Ph.D. and M.A. from University of California - Santa Barbara B.A. from Carleton College Goodwin's research bridges film/media studies with science and technology studies, examining cinema's relationship with astronomy, archival practices, and apocalyptic anxieties. Her work explores how media technologies engage with deep time perspectives amid climate change and extinction narratives. Stardust: Cinematic Archives at the End of the World (2024) analyzes entangled histories of cinema and astrophysics during Einstein's relativity era, while her international research investigates social media censorship in Mongolia, Turkey, and Zambia. Her publications reveal consistent interdisciplinary patterns connecting cinematic representation with scientific concepts across historical contexts. Recurring themes include temporal mobility, cosmic scales, environmental crisis, and archival memory, demonstrating how media forms mediate humanity's relationship with planetary-scale phenomena. Her recent honors include: Invited speaker at the "Cinema and Extinction" Symposium (University of Indiana, 2025) No specific information on current advisees or grant funding was provided in the source material, though her teaching responsibilities include Introduction to Media Studies, History of US Television, and special topics seminars. Goodwin collaborates extensively with researchers at UC Santa Barbara and UC Berkeley, co-organizing the "Mediating Deep Time" conference to explore media's capacity for engaging long-term perspectives. Her international team research on social media censorship demonstrates cross-continental scholarly partnerships addressing digital governance challenges.

Christopher McRobertsView profile

Professor

• Paleobiology
• Paleoecology
• Bivalve Molluscs
• +7 more

Christopher McRoberts is a Distinguished SUNY Professor at the State University of New York at Cortland with additional research affiliations as Research Associate at both the American Museum of Natural History and Binghamton University. His academic home is within the Geological Sciences department where he teaches core courses including Historical Geology (GLY 262), Invertebrate Paleontology (GLY 363), Sedimentary Geology (GLY 359), and specialized offerings like Mass Extinctions (GLY 529). Dr. McRoberts earned his PhD from Syracuse University in 1994. His research program has been consistently supported by competitive external funding, particularly from the National Science Foundation and the Petroleum Research Fund of the American Chemical Society, enabling extensive fieldwork across multiple continents. His primary research focuses on three interconnected areas: the paleobiology and paleoecology of bivalve molluscs; diversity and extinction patterns of Early Mesozoic marine invertebrate faunas; and the biochronology of Triassic bivalve molluscs. A significant portion of his work investigates the end-Triassic mass extinction, one of Earth's five largest extinction events, with field sites in Austria, Italy, North America, and Alaska. His research integrates systematic paleontology with geochemical and paleoecological analyses to understand biodiversity changes through the Triassic period. Analysis of his 15 most recent publications reveals a consistent focus on Triassic-Jurassic boundary studies, biostratigraphy, and bivalve evolution. His work spans multiple geographic regions including North America, Europe, and Asia, with particular emphasis on Norian and Rhaetian stage faunas. Methodologically, his research combines traditional paleontological approaches with modern geochemical techniques and high-precision dating methods. Distinguished SUNY Professor Editor-in-Chief of Albertiana journal Past Secretary General of the Subcommission on Triassic Stratigraphy Dr. McRoberts actively involves undergraduate students in all aspects of his field and laboratory research, providing valuable research training opportunities. His work has been supported by multiple National Science Foundation grants and the Petroleum Research Fund, enabling field expeditions to collect fossil bivalves across western North America, Canada, Mexico, and Europe. He maintains strong international collaborations with researchers from Austria, Italy, China, and other countries. As Editor-in-Chief of Albertiana and former Secretary General of the Subcommission on Triassic Stratigraphy (STS), he plays a significant role in the international geological community's efforts to define and refine the Triassic geological timescale under the auspices of the International Commission on Stratigraphy.

• Biodiversity
• Palaeontology
• Ordovician-Silurian boundary
• +4 more

Christian Mac Ørum Rasmussen is an Associate Professor in the Department of Geosciences and Natural Resource Management at the University of Copenhagen's Faculty of Science. His research focuses on biodiversity across geological time, particularly at the Ordovician-Silurian boundary, mass extinction events, and brachiopod paleontology. His primary research interests include biodiversity (both present-day and deep time), Ordovician-Silurian boundary studies, mass extinction events, paleoecology, and biogeography. His work frequently examines how climate change and extinction events have shaped marine ecosystems throughout Earth's history, with particular attention to brachiopod evolution and distribution patterns. Analysis of his most recent publications reveals a strong focus on Ordovician period research, with particular emphasis on stratigraphic correlation using carbon isotope analysis ($$\delta^{13}\text{C}_{\text{carb}}$$), brachiopod evolution, and the relationship between meteorite impacts and biodiversity patterns. His work spans multiple continents including Scandinavia, North Greenland, South China, and North America, demonstrating an international collaborative approach to paleontological research. Scientific Awards: Danmarks geologipris 2022 (Geology Prize of Denmark 2022), awarded March 11, 2023 Rasmussen has been active in public outreach and education, with numerous lectures on geology, paleontology, and climate history. His work has received significant attention with media coverage across multiple platforms and has been referenced in Wikipedia pages and picked up by news outlets. His research has accumulated substantial citations, with his 2019 PNAS paper on Early Paleozoic marine radiations receiving over 168 Scopus citations. His research activities demonstrate a strong connection between paleontological evidence and broader Earth system processes, particularly how climate change events have driven evolutionary patterns throughout geological history.

• Population Genetics
• Ancient DNA Analysis
• Molecular Ecology
• +5 more

Fernando Racimo serves as an Associate Professor at the University of Copenhagen's Globe Institute within the Section for Molecular Ecology and Evolution. His research bridges computational genomics, evolutionary biology, and archaeogenetics, with significant contributions to understanding human population history and ancient DNA analysis. Based at Øster Farimagsgade 5 in Copenhagen, he maintains an active research profile with numerous high-impact publications. His research interests focus on population genetics, ancient DNA analysis, and molecular ecology, with particular emphasis on reconstructing historical demographic patterns, analyzing genetic adaptation, and developing computational methods for evolutionary studies. His work frequently examines post-glacial human migrations in Eurasia, hominin evolution, and the intersection of genomic data with archaeological evidence. Recent research demonstrates innovative approaches to paleoproteomics and spatial genetic analysis. Racimo's publication record shows a strong trend toward interdisciplinary collaborations, with significant contributions appearing in top-tier journals including Nature, Science, and Nature Communications. His research spans from methodological developments in computational genomics to empirical studies of ancient human populations and extinct species. The work often involves large international teams and integrates diverse data sources including ancient proteins, genomic sequences, and archaeological context. Racimo actively participates in open science initiatives, as evidenced by his involvement in developing the BIAD Standards for archaeological data publication. His research has gained substantial visibility, with multiple publications being picked up by hundreds of news outlets, referenced in Wikipedia pages, and widely shared across academic social networks. While specific details about his mentoring activities aren't provided in the source material, his extensive collaborative network suggests active engagement with students and early-career researchers. His work on large-scale genomic projects likely involves securing significant research funding, though specific grant information isn't detailed in the available text.

• Mass Extinctions
• Paleontology
• Ordovician-Silurian Periods
• +5 more

Peter Sheehan is an Emeritus Adjunct Professor in the Department of Geosciences at the University of Wisconsin-Milwaukee (UWM), affiliated with the College of Letters & Science. He holds the Robert and Sally Manegold Distinguished Curatorial Chair at the Milwaukee Public Museum and has served as Curator III, IV, and V there. His academic career spans over five decades, with a PhD in Paleontology from UC Berkeley (1971) and an MA from the same institution (1967). He has held adjunct professorships at UWM since 1977 and previously lectured at the University of Western Ontario (1972-1973) and conducted postdoctoral research in Sweden (1971-1972). His research focuses on mass extinctions, particularly the Late Ordovician and Cretaceous-Paleogene events, brachiopod community ecology, and the ecological aftermath of extinction crises. Key projects include studying microbial mat expansion post-Ordovician extinction, K/T asteroid impact effects, and Silurian faunal radiations. He also investigates modern glacial meltwater dynamics in Antarctic regions like the Bellingshausen and Amundsen Seas. Professional Affiliations: Fellow of the Geological Society of America and Wisconsin Academy of Sciences, among others. Research Themes: Extinction mechanisms, sequence stratigraphy, paleobiogeography, and climate-ocean interactions. Fieldwork: Extensive work in the Great Basin (USA), Estonia, and Antarctica. Recent publications emphasize Antarctic ice shelf dynamics, Bay of Bengal monsoon influences, and glacial meltwater pathways. His work bridges paleontology with modern environmental science, addressing both historical and contemporary Earth system challenges.

Arthur LeskView profile

Professor

• Genomics
• Structural Biology
• Protein Structure and Evolution
• +3 more

Arthur Lesk is a Professor of Biology and Biochemistry and Molecular Biology at Pennsylvania State University, affiliated with the BMMB Graduate Program and Bioinformatics initiatives. His research focuses on genomics, protein structure evolution, and biological network analysis, with notable contributions to mammoth genome sequencing and alternative splicing studies. Collaborations include work with Profs. Miller and Schuster on comparative genomics of mammoths and elephants. Lesk has authored influential textbooks like Introduction to Protein Science and pioneered methods for protein folding pattern classification. His lab explores structural bioinformatics, regulatory network motifs, and systems-level biological organization, bridging computational and experimental approaches. Research Interests: Genomics: Comparative analysis of protein-coding genes, alternative splicing consequences, and evolutionary pressures Structural Biology: Protein folding patterns, evolutionary conservation, and functional implications of structural changes Biological Networks: Regulatory network motif connectivity, transcription pathways, and hierarchical network assembly principles Key Projects: Decoding mammoth/elephant genome differences to study protein evolution Developing MUSTANG structural alignment algorithms Mapping network motif combinations in yeast regulatory systems Advising & Grants: While no specific students are listed, Lesk’s work has been supported by grants enabling large-scale genomic projects and computational infrastructure development. His lab contributes to the UCSC Genome Browser and structural bioinformatics tools. Labs/Teams: Active in cross-disciplinary collaborations within PSU’s Biochemistry department and international genome sequencing consortia.

Shan HuangView profile

Assistant Professor

• Paleobiology
• Macroecology
• Macroevolution
• +5 more

Dr. Shan Huang is an Assistant Professor in Paleobiology at the University of Birmingham, affiliated with the School of Geography, Earth and Environmental Sciences. She holds a PhD in Ecology from the University of Georgia and advanced degrees in Ecology and Translation from Imperial College London and Sun Yat-sen University. Her research focuses on macroecology and macroevolution, particularly biodiversity dynamics across space and time, emphasizing the interplay between evolutionary history and environmental transitions. She employs interdisciplinary methods, integrating large datasets from ecology, paleontology, and geoscience to study processes shaping biodiversity. Her work spans organismal systems like mammals, marine bivalves, and parasites. Her research interests include understanding broad-scale biodiversity patterns, extinction mechanisms, body size evolution, and climate impacts. She has held postdoctoral positions at institutions such as the Senckenberg Biodiversity & Climate Research Centre and the University of Chicago. Dr. Huang’s recent publications explore topics like marine bivalve extinction vulnerability, mammalian body size evolution, and parasite dynamics under climate change. She actively supervises doctoral projects in biodiversity dynamics and future blue food systems. While no explicit scientific awards are noted, her extensive publication record reflects significant contributions to macroecological and paleobiological research. She collaborates widely, evidenced by co-authored papers in journals like Nature Communications and Global Ecology and Biogeography . Her work bridges theoretical frameworks with empirical data, addressing critical questions about biodiversity’s past, present, and future states.

• Paleobiology
• Biodiversity
• Evolutionary Biology
• +2 more

Roger Close is a Royal Society University Research Fellow affiliated with the University of Oxford. His research focuses on paleobiology, biodiversity dynamics, and evolutionary patterns across geological time scales. Research Interests : Paleobiology, Biodiversity, Evolutionary Biology, Fossil Record Analysis, Sampling Bias in Extinction Studies His recent work explores spatiotemporal diversity patterns in marine animals and tetrapods, addressing sampling biases in fossil record interpretations. Publications span topics from Phanerozoic biodiversity gradients to post-mass extinction recovery mechanisms. Scientific Awards : Royal Society University Research Fellowship

Kevin Paul JohnsonView profile

Researcher

• Coevolution
• Parasitology
• Phylogenetics
• +4 more

Kevin Paul Johnson is a Principal Ornithologist at the Illinois Natural History Survey and an affiliate in the Department of Entomology at the University of Illinois Urbana-Champaign. His research focuses on the coevolutionary dynamics between birds and their ectoparasitic lice, integrating micro- and macroevolutionary processes. He holds a PhD in Ecology (1997) from the University of Minnesota and a BS in Biology (1991) from Bethel College. Recent work includes studies on louse phylogeny, avian biogeography, and genomic adaptations in host-parasite systems. Research Interests Host-parasite coevolution Phylogenetic analysis of lice Avian biogeography Genomic adaptations in parasites Metagenomic interactions Molecular systematics Recent Research Trends : His 2025 publications emphasize integrative approaches combining phylogenetics, genomics, and biogeography across diverse systems—from Cretaceous bird-lice interactions to modern Columbidae-parasite dynamics. Key themes include adaptive radiation, host grooming behavior, and microbial symbiont diversity. Collaborations : Active in international collaborations, with recent work involving institutions in the U.S., China, and Spain. His datasets are publicly archived at the University of Illinois Urbana-Champaign.

• Avian Biology
• Conservation Biology
• Ecological Energetics
• +3 more

David C Houston is an Honorary Senior Research Fellow at the University of Glasgow's School of Biodiversity, One Health & Veterinary Medicine. His research focuses on avian biology, conservation biology, and ecological energetics, with a particular emphasis on scavenger behavior, thermoregulation, and reproductive strategies in birds. He has contributed to endangered species conservation efforts, including work with the Kakapo Recovery Team in New Zealand. Houston has also served on advisory boards for organizations like Scottish Natural Heritage and Fauna & Flora International. His research interests span avian physiology, ecological adaptations, and the impacts of environmental factors on wildlife. Notable studies include investigations into vulture plumage adaptations, nutritional strategies in endangered species, and the energetic models of scavenging behavior. Houston has collaborated internationally, presenting at conferences on vulture conservation and contributing to government workshops addressing ecological crises like vulture population declines in India. His work integrates field studies, experimental research, and theoretical models to address questions in conservation biology, evolutionary ecology, and animal behavior. Over 27 peer-reviewed publications reflect his expertise in avian biology, with recent contributions analyzing thermoregulatory adaptations, dietary constraints in gulls, and the ecological roles of scavengers.