Find Academic Supervisors

Atte MoilanenView profile

Professor

• Conservation Biology
• Spatial Conservation Planning
• Biodiversity Offsetting
• +3 more

Atte Moilanen is a Professor in the Department of Geosciences and Geography at the University of Helsinki, Faculty of Science. He leads the Conservation Informatics Research Group and has been actively publishing since 1995, with 184 publications to his name. His research is primarily focused on conservation biology, spatial planning, and ecological compensation. Moilanen's research interests center on spatial conservation planning, biodiversity offsetting, and ecological compensation. His work develops systematic approaches for conservation prioritization, with applications in terrestrial and marine environments. He has pioneered methods for evaluating trade-offs between species targets and coverage in conservation planning, and has developed frameworks for biodiversity offsetting that account for time discounting and additionality. His research bridges theoretical conservation biology with practical applications for environmental policy and land-use planning. His recent publications (2021-2025) demonstrate a strong focus on integrating biodiversity conservation with other societal needs. Key themes include urban green space planning, marine spatial planning, forest conservation in boreal regions, and the development of robust metrics for biodiversity offsetting. His work increasingly addresses the integration of carbon sequestration with biodiversity conservation, reflecting growing concerns about climate change. Finnish Academy of Science and Letters (2017) Society for Conservation Biology, Distinguished Service Award (2018) Moilanen has supervised doctoral students including Peter Kullberg since 2013 and has been involved in numerous research projects totaling over 203 academic activities. His grant portfolio includes significant projects like BOOST II (2024-2027), MetZo SYKE (2023-2024), and IBC CARBON (2021-2023), funded by the Finnish Academy of Science and the Finnish Environment Centre. His work has substantial practical impact, informing environmental policy and conservation practice in Finland and internationally. He actively participates in academic networks, having hosted numerous academic visitors at the University of Helsinki and participated in international conferences including the 27th International Congress for Conservation Biology in 2015. His research group develops the Zonation software for spatial conservation prioritization, which has become a standard tool in systematic conservation planning worldwide.

• Ecology
• Conservation Biology
• Amazonian Forest Ecology
• +5 more

Joseph E. Hawes is a Lecturer in Ecology and Conservation at the University of Cumbria's Institute of Science and Environment, where he has been employed since June 2023. His academic career includes post-doctoral fellowships at the Norwegian University of Life Sciences (2019-2023), Anglia Ruskin University (2016-2019), Universidade do Estado do Amazonas (2015), and Museu Paraense Emílio Goeldi (2014-2015). His educational background includes a PgCert in Learning and Teaching in Higher Education from Anglia Ruskin University (2019-2020), a PhD from the University of East Anglia (2008-2012), an MSc in Applied Ecology & Conservation from the University of East Anglia (2004-2005), and a BSc in Biology from the University of Nottingham (1999-2002). Hawes specializes in Amazonian ecology and conservation biology, with research interests spanning tropical forest ecology, biodiversity conservation, wildlife management, forest fragmentation effects, and plant-animal interactions. His work frequently addresses the impacts of human activities on Amazonian ecosystems and develops conservation strategies for vulnerable species and habitats. Recent research has focused on Amazonian tree diversity, primate ecology, insect communities, and the effects of habitat modification on biodiversity patterns. Analysis of his recent publications reveals a strong focus on Amazonian biodiversity patterns, with particular emphasis on tree species distribution, primate dietary strategies, and invertebrate communities. His work often employs large-scale collaborative approaches, integrating field data with spatial analysis to address conservation challenges in one of the world's most biodiverse regions. The research demonstrates increasing sophistication in analytical approaches, incorporating phylogenetic, functional trait, and spatial analyses to understand ecosystem dynamics. Hawes has contributed to numerous collaborative research projects with institutions across Brazil, Europe, and North America, though specific awards or honors are not prominently featured in the available information. His research program demonstrates strong connections with Amazonian conservation initiatives, particularly those involving community-based management approaches and sustainable-use protected areas. Much of his work involves field research in the Brazilian Amazon, often in collaboration with local institutions, suggesting active engagement with research teams operating in the region.

• Phylogenetics
• Community Assembly
• Beta Diversity
• +3 more

Juan Ernesto Guevara-Andino serves as Associate Professor at the University of the Americas (UDLA) in Quito, Ecuador, appointed within the General Directorate of Research since September 2017. His academic profile centers on biodiversity research across Amazonian and Galapagos ecosystems. Educational background: PhD in Integrative Biology, University of California Berkeley (2012-2017) His research investigates phylogenetic patterns, community assembly processes, and biogeographical drivers in hyperdiverse tropical regions. Specializing in Amazonian forest dynamics, he employs field-based taxonomic studies combined with spatial modeling to analyze beta diversity, endemism, and conservation priorities. Key contributions include documenting new plant species in Ecuadorian Amazonia and developing frameworks for floristic district delineation using phylogenetic data. Publication analysis (2013-2017) reveals consistent focus on Amazonian tree diversity, with recurring themes of species discovery (particularly Elaeocarpaceae), conservation status assessment, and neutral modeling of forest migration. His collaborative work addresses urgent conservation challenges through large-scale biodiversity analyses published in journals including Science and Ecology and Evolution . Research funding includes: Lewis and Clark Funds for Exploration and Field Research (American Philosophical Society, 2016)

• Sociology of the Body
• Urban Studies
• Health and Well-being
• +5 more

Dr. Charlotte Bates is a Senior Lecturer at Cardiff University's School of Social Sciences, specializing in sociological inquiries exploring the intersections of the body, everyday life, and place. Her work emphasizes belonging and human-environment relationships, with research focusing on swimming, wellbeing, inclusive design, care practices, and illness. She employs innovative methods like video ethnography, sensory research, and mobile methodologies. Bates is particularly known for her studies on outdoor swimming's psychological and social impacts, as well as interdisciplinary collaborations blending art, design, and sociology. She is available for postgraduate supervision and actively publishes on topics ranging from urban water cultures to climate adaptation. Her teaching integrates creative research practices, emphasizing 'artful' methodologies. Recent publications highlight trends in environmental sociology, health studies, and urban studies, with a focus on liquid spaces (rivers, seas, cities). While no specific awards are listed, her work has been disseminated through Google Scholar and academic journals. Bates' research often critiques conventional academic frameworks to prioritize embodied experiences and sensory engagement.

Jerome DuprasView profile

Professor

• Ecological economics
• Human geography
• Regional planning
• +3 more

Jerome Dupras is a Professor and researcher at the Department of Natural Sciences at the University of Quebec in Outaouais (UQO), where he also serves as the Canada Research Chair in Ecological Economics. His work bridges ecological economics, human geography, and regional planning with a focus on understanding and measuring the contribution of biodiversity and ecosystems to human well-being. He is affiliated with ISFORT (Institute of Temperate Forest Sciences) and maintains active roles in academic, policy, and community initiatives. Professor Dupras's research interests center on the economic valuation of ecosystem services, the relationship between ecosystems and the production of ecosystem services, and land-use planning and governance. His scholarly work explores how socio-ecological modeling, economic theory, and environmental governance can inform sustainable development frameworks that respect ecological limits and community needs. His recent publications demonstrate a strong focus on payment for ecosystem services schemes, urban forestry resilience, mangrove conservation in Benin, and agricultural floodplain management in Quebec. His research output shows consistent thematic development across multiple disciplines, with increasing emphasis on participatory approaches, environmental justice considerations, and the application of ecological economics to real-world policy challenges. Dupras's work spans theoretical development and practical implementation, particularly in the context of Quebec's environmental policies and international conservation efforts. 2024 - Ranked 74th in L'actualité's list of the 100 most influential people in Quebec 2023 - Acfas Pierre-Dansereau Prize for Social Commitment 2023 - Appointed to the National Order of Quebec 2022 - Elected to the Royal Society of Canada's College of New Scholars, Artists and Scientists 2019 - Quebec Chair of the Royal Academy of Belgium 2018 - Received the Emerging Talent Excellence Award from the University of Quebec Dupras actively mentors numerous graduate students at both master's and doctoral levels, with a focus on ecological economics, conservation policy, and sustainable land use. His research team includes multiple postdoctoral fellows working on projects related to municipal environmental policy, community-based conservation, and ecosystem service valuation. He has secured significant research funding to support his work on ecological economics frameworks and their practical applications in environmental governance.

Peter Stubkjær AndersenView profile

Associate Professor

• Landscape management
• Landscape planning
• Landscape ecology
• +5 more

Peter Stubkjær Andersen serves as an Associate Professor in Landscape Architecture, Planning and Design within the Department of Geosciences and Natural Resource Management at the University of Copenhagen. His academic profile centers on landscape management and planning with specialized expertise in landscape ecology, ecosystem services, landscape multifunctionality, and innovative planning processes that integrate stakeholder perspectives. His educational foundation includes an MSc in Forestry Management (2004) and a PhD in Landscape Management (2013), both from the University of Copenhagen. These qualifications underpin his research approach that bridges theoretical understanding with practical landscape solutions. Professor Andersen's research program explores critical intersections between agricultural practices and environmental sustainability. His work frequently employs spatial analysis and co-creative methodologies to address landscape-scale challenges, particularly focusing on nitrogen management systems and their ecological consequences. He develops planning frameworks that accommodate multiple landscape functions while addressing specific environmental pressures in agricultural contexts. His recent publications demonstrate consistent scholarly output across environmental journals and reports, with strong emphasis on ecosystem service assessment, landscape planning methodologies, and stakeholder-informed decision-making processes. These works often present case studies from both Danish and international contexts, reflecting his engagement with European research initiatives. WaterProtect (2017-2020) - European Horizon 2020 project on groundwater protection in agricultural areas N-sædskifter (2019-2020) - Danish project addressing crop rotations and nitrogen leaching reduction dNmark Research Alliance (2013-2018) - Nitrogen management research program Landscape Futures (2013-2017) - Dialogue-based planning processes project As an educator, Andersen coordinates key courses including Landscape and Restoration Ecology and Thematic Course II: Rural Landscapes - Management and Planning, while also teaching several Danish-language courses on natural resource management, landscape administration, and public planning challenges. His teaching integrates research insights with practical planning considerations, emphasizing the complex relationships between landscape functions and human management systems.

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.

Daniel J. HornbachView profile

Professor

• Aquatic Ecology
• Freshwater Mussel Conservation
• Stream Ecology
• +6 more

Daniel J. Hornbach serves as the John S. Holl Professor of Environmental Studies at Macalester College in St. Paul, Minnesota. He holds appointments in both the Environmental Studies and Biology Departments, with collaborative work extending to the Geology Department through his partnership with Professor Kelly MacGregor. His research focuses on aquatic ecosystems, particularly freshwater mussel conservation and stream ecology. Hornbach earned his BS (1974) and MS (1976) from the University of Dayton, followed by a PhD from Miami University in Oxford, Ohio (1980). His academic journey has led to significant contributions in freshwater ecology and conservation biology. Hornbach's research spans multiple areas of aquatic ecology, with particular emphasis on freshwater mussel biology and conservation. His work examines life-history evolution using fingernail clams, the physiology of freshwater mussels, impacts of zebra mussels on native species, effects of land use on aquatic ecosystems, seasonal variation in stream metabolism, and decomposition rates of native versus non-native plants. He has conducted extensive research on the St. Croix River, a National Wild and Scenic River, and more recently on the Minnesota River, which some environmental groups consider one of the most polluted rivers in the nation. His publication record shows consistent research productivity through 2025, with recent work focusing on freshwater mussel population dynamics, ecosystem metabolism in ponds and streams, and the impacts of land use on aquatic ecosystems. His research demonstrates increasing interdisciplinary collaboration, with recent publications involving colleagues across multiple institutions and disciplines including biogeochemistry, fluid dynamics, and conservation policy. John S. Holl Professorship Dedication of the Dan Hornbach Environmental Studies Lab (October 2024) Hornbach has mentored over 70 students in his research projects, with many former students co-authoring publications. His work has been funded by major agencies including the EPA, Fish and Wildlife Service, National Park Service, and the state of Minnesota. He has been involved with the Ecological Research as Education Network (EREN), an NSF-supported Research Coordination Network, serving as a Core Network Participant since its inception. Hornbach has also served on two Endangered Species Recovery Teams sponsored by the Fish and Wildlife Service. Hornbach leads the Hornbach Lab, which conducts research on freshwater mussels in the St. Croix and Minnesota Rivers. His team collaborates with researchers at the University of Minnesota and other institutions, and has established long-term monitoring sites for studying ecosystem processes in various aquatic environments. The lab's work combines field research, laboratory analysis, and collaborative network science to address pressing conservation questions.

• Fish Taxonomy
• Molecular Phylogeny
• Deep-Sea Biogeography
• +5 more

Peter Rask Møller serves as Associate Professor and Curator at the Natural History Museum, University of Copenhagen, where he leads research in fish taxonomy and biogeography. His work centers on morphological and molecular analysis of fish species across diverse environments including deep-sea, hydrothermal vents, caves, coral reefs, and polar regions. He maintains an active role in supervising student projects and teaching vertebrate and marine faunistics courses. Dr. Møller's primary research interests focus on fish systematics, particularly deep-sea fish, cryptic coral reef species, cave fish, Arctic fish, and Danish and Greenlandic fish fauna. His work involves reconstructing fish evolution using morphological and molecular data, studying invasive fish species, and developing field methodologies. He has maintained a long-standing commitment to documenting Danish fish fauna through the Danish Fresh- and Saltwater Fish Atlas project (www.fiskeatlas.dk), which began in 2006 with freshwater fish and expanded to marine species in 2009. His recent publications (2024-2025) demonstrate a strong trend toward interdisciplinary approaches combining traditional taxonomy with modern techniques like environmental DNA analysis and machine learning. These works span conservation genomics, marine pollution monitoring, rare species discovery, and spatial ecology of marine species. The research shows particular emphasis on Scandinavian and Arctic marine ecosystems with growing international collaborations across multiple continents. As an educator, Dr. Møller supervises Bachelor's, Master's, and Ph.D. projects in fish biology, morphology, and phylogeny, occasionally extending to aquaculture and conservation topics. He primarily teaches in the courses 'Danmarks Fauna - Hvirveldyr' (Denmark's Fauna - Vertebrates) and 'Marin Faunistik' (Marine Faunistics summer course), emphasizing both collection-based taxonomic projects and field-oriented research connected to the Fish Atlas projects. His work with the Fish Atlas projects has created significant public engagement opportunities, with the project remaining open to all interested participants. Despite the lack of explicitly listed scientific awards in the provided information, his extensive media presence (including radio appearances on P1 about Atlantic Ocean features) and substantial research output (193 publications) indicate recognition within his field.

Lara SousaView profile

Researcher

• Behavioral Ecology
• Spatial Ecology
• Marine Biology
• +5 more

Dr. Lara Sousa is a Research Staff member at the Wildlife Conservation Research Unit (WildCRU), University of Oxford. Her research focuses on behavioral and spatial ecology of wild vertebrates, particularly marine species and African carnivores. She holds a BSc in Biology from the University of Évora, an MRes in Marine Biology from the University of Aveiro, and a PhD from the University of Southampton. Her doctoral work examined the behavior, predator-prey interactions, and fisheries impacts on ocean sunfish in the North Atlantic. At WildCRU, she leads the Trans-Kalahari Predator Project, investigating spatial ecology of lions, leopards, and hyaenas in Zimbabwe to understand population densities, habitat selection, and intraguild interactions. She employs satellite tagging and camera trap surveys for species distribution studies. Her work integrates environmental drivers and anthropogenic threats to guide conservation strategies. Key research areas include spatial ecology of large carnivores, marine megafauna tracking, and the impact of human activities on wildlife. Collaborations span marine species (e.g., blue sharks, hammerhead sharks) and terrestrial systems (e.g., African wild dogs, cheetahs). She has published extensively on topics ranging from climate-driven species redistribution to conservation policy implications of human-carnivore conflict. Her interdisciplinary approach bridges ecology, conservation, and technology to address global biodiversity challenges.

• Environmental Science
• Computational Science
• Earth Observation
• +3 more

Robin Zbinden is a Researcher at the École Polytechnique Fédérale de Lausanne (EPFL) , affiliated with the School of Architecture, Civil and Environmental Engineering (ENAC) . He is part of the Laboratoire de science computationnelle pour l'environnement et l'observation de la Terre (ECEO) , focusing on computational methods for environmental and Earth observation challenges. His work bridges machine learning, remote sensing, and ecological modeling to address climate-driven environmental questions. He is also a doctoral student in the Programme doctoral en informatique et communications at EPFL, specializing in data-driven approaches for species distribution and environmental systems. Research interests include species distribution modeling (SDM), multi-modal data fusion, and algorithmic solutions for imbalanced ecological datasets. His work emphasizes adaptive machine learning frameworks like MaskSDM , integrating climate, satellite, and field data to predict species responses to environmental changes. Applications span biodiversity conservation, climate impact assessments, and sustainable food systems. His lab’s computational methods prioritize explainability and scalability, addressing gaps in ecological modeling robustness and generalization. Notable contributions include foundational work on MaskSDM (2025), which enhances SDM flexibility through Shapley values, and studies on monarch butterfly migration under climate shifts. His 2024 research on pseudo-absence selection for deep learning models and 2023 exploration of neural networks in SDM highlight methodological innovations. Recent projects address food environment metrics via sales logs and carbon footprint perception studies (2019). Collaborations span environmental policy, geospatial analysis, and interdisciplinary sustainability challenges. Lab affiliations include the ECEO team at EPFL Valais Wallis, where he develops computational tools for environmental observation. His research narrative combines technical algorithm design with ecological applications, aiming to bridge data science and real-world conservation needs.

Jessica MeeuwigView profile

Professor

• Fisheries Ecology
• Marine Conservation
• Marine Policy
• +3 more

Jessica Meeuwig is a Professor and Professorial Fellow at the School of Biological Sciences, University of Western Australia, holding the Wen Family Chair in Conservation. She is also affiliated with the UWA Oceans Institute. Her roles include leading research on marine conservation, fisheries ecology, and marine policy. Research Interests: Her work focuses on fish and fisheries ecology, predictive modeling for conservation, marine policy development, and the ecological impacts of ocean infrastructure. Key areas include marine protected areas, pelagic predator behavior, and the effects of human activity on marine ecosystems. She emphasizes sustainable fisheries management and climate adaptation strategies. Grants & Projects: She leads major grants including 'Supporting global marine conservation' (Blue Abacus Ltd), 'Community-Driven Monitoring of the open-ocean wildlife of the Cocos (Keeling) Marine Park' (Parks Australia), and 'Blue Carbon sequestration supports climate adaptation in the Indian Ocean' (Australia-India Council). These projects address marine biodiversity, climate resilience, and policy interventions. Labs & Teams: Collaborates extensively with the UWA Oceans Institute, Australian Institute of Marine Science, and international partners. Her work leverages interdisciplinary approaches, including underwater video surveys (BRUVS), drone technology, and ecological modeling to assess marine ecosystems.

• Invasion Biology
• Wildlife Ecology
• Conservation Biology
• +3 more

Professor Phill Cassey is an academic leader in invasion science and wildlife ecology at the University of Adelaide, holding the prestigious ARC Industry Laureate Fellowship. He is affiliated with the School of Biological Sciences within the Faculty of Sciences, Engineering and Technology. His research focuses on global change biology, conservation, and wildlife trade dynamics, addressing complex challenges in environmental crime and invasive species management. Research Interests: Cassey’s work spans invasion biology, wildlife trade policy, and the application of genetic and isotopic techniques to trace species origins. He emphasizes interdisciplinary approaches, integrating ecological modeling, policy analysis, and environmental DNA (eDNA) methods to tackle biosecurity threats. His lab, the Invasion Science & Wildlife Ecology Group, develops innovative solutions for managing invasive species and mitigating ecological impacts of trade. Publications: His recent articles highlight advancements in detecting invasive species via trace DNA, analyzing global trade networks for invertebrates and reptiles, and modeling gene drives for pest control. Research trends reveal a focus on policy-relevant science, leveraging big data and social media to track species movements and inform conservation strategies. Awards & Grants: Recipient of the ARC Industry Laureate Fellowship, Cassey has secured over 8 competitive grants, including Discovery and Linkage Projects. His work bridges academia and industry, emphasizing practical biosecurity solutions. Advising & Teaching: Former Head of the Ecology & Evolutionary Biology Department, he coordinates the University of Adelaide’s BSc Advanced program and supervises postgraduate students. His grants support training in ecological research methods and interdisciplinary collaboration. Labs & Teams: Leads the Invasion Science & Wildlife Ecology Group, a research-intensive team addressing global challenges in biosecurity and conservation through cutting-edge analytical techniques and policy engagement.

Clark RushingView profile

Associate Professor

• Wildlife Sciences
• Avian Ecology
• Migratory Connectivity
• +3 more

Clark Rushing is an Associate Professor of Wildlife Research at the University of Georgia's Warnell School of Forestry and Natural Resources. His work focuses on migratory connectivity, avian population dynamics, and conservation biology. He employs interdisciplinary approaches combining stable isotope analysis, genomic tools, and statistical modeling to address ecological challenges. Research interests include migratory bird ecology, climate change impacts on wildlife, and the integration of spatial and temporal data across the annual cycle. Key focus areas are migration patterns, carry-over effects, and population management strategies for threatened species like the Mojave desert tortoise and Kirtland's warbler. Recent work emphasizes data-driven solutions for conservation, including migratory connectivity quantification and value-of-information frameworks for prioritizing research needs. His lab collaborates with federal agencies to develop adaptive management strategies for imperiled species.

Felipe ZapataView profile

Associate Professor

• Evolutionary Biology
• Biodiversity Conservation
• Phylogenetics
• +4 more

Felipe Zapata is Associate Professor in Ecology and Evolutionary Biology at UCLA and Co-Director of the Center for Tropical Research. His interdisciplinary research examines biodiversity evolution across phylogenetic, temporal and spatial scales, integrating genomics, phylogenetics, biogeography, and ecophysiology to understand diversification processes and inform conservation strategies. Research employs field biology, museum science, and computational approaches to study tropical and desert plant radiations, biocultural diversity relationships, and conservation prioritization. Recent work focuses on scale-dependent biodiversity patterns, genomic signatures of speciation, and vulnerability assessments of ethnobotanical resources. Publications demonstrate consistent focus on evolutionary mechanisms in plant systems, with recent expansion into biocultural conservation and sustainable development. Genomic approaches are increasingly prominent in research methodology.