Dr. Robert Allan is the School Director of Teaching and Learning at the School of Applied Sciences, University of Huddersfield. He is a member of the Centre for Human and Physical Geography and the Centre for Climate Resilient Societies. With over 20 years of experience, his work focuses on widening participation in Higher Education and addressing barriers faced by students from under-represented groups like BAME and white working-class males. Education Research: Student transition, engagement mechanisms, widening participation, and social inclusion. Chemistry Research: Anion-binding cryptands, phosphate sequestration, and supramolecular chemistry. Scientific Collaborations: Interdisciplinary projects with global institutions, particularly in climate resilience initiatives. Teaching & Supervision: Currently accepting PhD students; expertise in extended degree programmes and reflective learning strategies.
Sarah Cadieux is a Senior Lecturer and Associate Director of Environmental Science at Rensselaer Polytechnic Institute (RPI). She holds a Ph.D. in Geology from Indiana University (2015), an M.S. from the University of Tennessee (2011), and a B.A. from Mount Holyoke College (2008). Her research focuses on freshwater ecosystems as climate change sentinels, particularly biogeochemical cycling in Arctic and urban environments. Key projects include microplastic contamination in drinking water, greenhouse gas emissions from Arctic lakes, and methane dynamics in Greenland. Cadieux emphasizes interdisciplinary approaches combining limnology, isotope geochemistry, and community science. She collaborates with the NATURE Lab and Hudson River Watershed Alliance on water quality initiatives. Teaching responsibilities include courses like Earth's Climate: Past, Present and Future and GIS for Sciences. Her work bridges scientific research with public engagement through projects like the Water Justice Lab collaboration. Education: Ph.D., Indiana University (2015); M.S., University of Tennessee (2011); B.A., Mount Holyoke College (2008) Research Themes: Microplastics pollution, Arctic biogeochemistry, methane cycling, geoscience education Community Engagement: Board member, Hudson River Watershed Alliance; steering committee, Riverkeeper Teaching: Courses include Geology 1-2 series, Introduction to Geobiology, and GIS applications Her recent studies reveal microplastic concentrations in Troy, NY tap water (156 particles/L), highlighting human exposure risks. This work merges scientific rigor with artistic visualization to make invisible pollutants tangible. Cadieux's Arctic research explores methane emissions linked to climate feedbacks, using stable isotopes and microbial community analysis. She has pioneered passive sampling techniques for methane in Arctic lakes and contributed to Mars analog studies through sedimentological comparisons.
Dr. Emily Chiang is an Associate Professor in the School of Engineering at the University of Guelph since 2014. She holds a PhD in Bioscience Engineering from KU Leuven, Belgium, and degrees in Chemical Engineering from the University of Toronto. Her research focuses on mineral carbon sequestration in agricultural soils, waste valorization, and sustainable process engineering. Key projects include using wollastonite to enhance CO2 sequestration and developing antimicrobial water disinfection technologies. Education: PhD in Bioscience Engineering, KU Leuven (Belgium) Master’s and Bachelor’s in Chemical Engineering, University of Toronto Research Themes: Carbon sequestration via mineral weathering in agroecosystems Valorization of industrial waste for sustainable materials Process intensification for environmental remediation Key Contributions: Pioneered verification of wollastonite-induced soil carbonation and developed novel antimicrobial surfaces for water disinfection. Her work integrates geochemical modeling, field trials, and industrial collaboration. Funding & Awards: NSERC Discovery Grant (2015) Ontario Early Researcher Award (2019) Multiple grants from federal/provincial agencies Advising & Innovation: Leads research teams advancing CO2 removal technologies and waste-to-resource systems. Active in translating findings into industry partnerships and policy recommendations. Labs & Collaborations: Collaborates with government agencies, NGOs, and industries on projects like mineral amendment trials and bio-based carbon capture systems.
Joel Gagnon is a Professor at the University of Windsor's School of the Environment with a hybrid appointment at the Great Lakes Institute for Environmental Research (GLIER). He leads the Element and Heavy Isotope Analytical Laboratories, focusing on analytical environmental chemistry and geochemistry. His expertise includes laser ablation mass spectrometry, microanalytical method development, and environmental forensics. Education: B.Sc. (Honours) in Geology, University of Windsor M.Sc. in Geology, University of Windsor Ph.D. in Geology, McGill University Research Interests: Joel's work spans analytical geochemistry, laser ablation techniques (e.g., excimer/femtosecond lasers), and environmental applications such as heavy metal pollution assessment. He explores mineral deposits, hydrothermal systems, and biogeochemical processes using advanced instrumentation. His lab develops methods for elemental/isotopic analysis of geological and biological materials (e.g., fluid inclusions, otoliths). Labs & Facilities: He oversees state-of-the-art facilities including excimer and femtosecond laser ablation systems, ICP-MS, and other analytical tools. These support collaborative projects in environmental monitoring and mineral exploration. Advising & Opportunities: His research group seeks motivated students for M.Sc./Ph.D. projects in environmental geochemistry, method development, or mineral deposit studies. Projects integrate analytical innovation with environmental or geological applications.
Dr. Allison Enright is an Assistant Professor in the Department of Earth Sciences at the University of New Brunswick. Her research focuses on developing innovative sensor-based tools for in situ analysis of environmental systems, integrating geophysical and electrochemical methods with statistical analyses. Key areas include energy transduction in microbial systems, biogeochemical cycling of metals and nutrients, and applications in astrobiology, environmental monitoring, and remediation. Professional affiliations include roles as Membership Manager of The Geobiology Society, Advisory Board Member and Moderator for EarthArXiv, and NASA Grant Panelist/External Reviewer. Her work bridges environmental microbiology, geochemistry, and engineering to address critical challenges in Earth systems science and planetary exploration. Recent research emphasizes microbial interactions with minerals (e.g., pyrite) under electrical gradients, thermal effects on aquifer biogeochemistry, and sensor-based monitoring strategies for contaminated environments. She actively promotes open science practices through preprint advocacy and collaborative networks like the Community of Open Science Grassroots Networks (COSGN).
Claude Nambaje serves as a Postdoctoral Fellow in the Department of Earth Sciences at the University of New Brunswick's Fredericton campus, focusing on critical metal resources and tectonic processes across global geological settings including Rwanda, Canada, and India. His research spans multiple interconnected domains in economic geology: Mineral System Analysis : Investigating lithium, tin, tantalum, and niobium mineralization in pegmatites and hydrothermal systems, with emphasis on structural controls and deposit genesis Geochemical Processes : Applying advanced techniques like SHRIMP U-Pb dating and micro-characterization to understand crustal evolution and ore formation Sustainable Resource Development : Developing novel mineral processing methods using biopolymers for cassiterite beneficiation and tailings reclamation Tectonic Frameworks : Reconstructing Precambrian to Neoproterozoic geological events through studies of Archean crust and oxygenation triggers Publication trends (2018-2025) reveal consistent focus on East African geology (particularly Rwanda's Karagwe-Ankole Belt) and Canadian mineral systems, with growing emphasis on critical metals for clean energy technologies. His work integrates field geology, laboratory experimentation, and theoretical modeling to address mineral exploration challenges. No scientific awards or grant funding details are documented in the current sources. Academic advising responsibilities and laboratory facilities are not specified in available materials, though collaborative research with Rwandan and Canadian institutions is evident through publication contexts.
Fazilat Yousefi is a Postdoctoral Fellow in the Department of Earth Sciences at the University of New Brunswick (UNB), specializing in geochemical and petrological studies of magmatic systems. Her current research focuses on Heavy Rare-Earth Elements (HREE) and Yttrium enrichment in Early Devonian A-type granites within New Brunswick, supported by the NRCan-NBDNRED project. Previous work includes a PhD study on Devonian adakitic porphyritic intrusive rocks linked to porphyry Cu-Mo-Au mineralization in the Northern Appalachians. Education: PhD in Earth Sciences from the University of New Brunswick. Research interests span petrogenesis of magmatic rocks, rare earth element enrichment mechanisms, porphyry fertility indices, and the application of machine learning in mineral prospectivity mapping. She has conducted extensive field and laboratory studies, including zircon U-Th-Pb isotopic analyses, titanite and magnetite mineral chemistry, and melt inclusion analysis across North America and Iran. Her work bridges magmatic processes and economic geology, with contributions to understanding critical mineral resources and the geodynamic context of porphyry systems. Research locations include New Brunswick’s Northern Appalachians and Iran’s Torud-Ahmad Abad magmatic belt. Labs/Teams: Collaborates with Dr. David Lentz (UNB) and international teams studying magmatic-hydrothermal systems. Active in interdisciplinary projects combining geology, geochemistry, and computational methods.
Dr. Chinchu Cherian is an Assistant Professor (Tenure-Track) in Civil Engineering at the School of Engineering, University of Northern British Columbia (UNBC). She holds a PhD in Geotechnical Engineering from IIT Madras (2018), an M.Tech in Environmental Geotechnology from NIT Calicut (2012), and a B.Tech in Civil Engineering from Mahatma Gandhi University (2010). Dr. Cherian also served as a Mitacs Elevate Postdoctoral Research Fellow and Lecturer at UBC Okanagan, contributing to teaching and industry-research collaborations. She is a Professional Engineer (PEng) registered with EGBC. Her research focuses on climate change impacts on cold-region road infrastructure, freeze-thaw effects on soils, and sustainable construction materials derived from industrial waste. She employs advanced analytical techniques such as SEM/TEM, XRD, FTIR, TGA, and AAS. Dr. Cherian has pioneered waste valorization projects, including using wood ash and textile waste for soil stabilization, and collaborates with companies like AggreBind Inc. and Domtar Pulp Mill. Dr. Cherian has received notable recognitions, including the Best Paper Award at the 2021 UBC Postdoctoral Research Day and the IGS-Shri A. G. Dastidar Biennial Award (2019). She has supervised 11 graduate students (7 MASc, 3 PhD) and mentored interns, offering specialized laboratory training and research guidance. Her teaching spans statics, fluid mechanics, and geotechnical engineering at both UNBC and Okanagan College. She actively contributes to professional committees, including the Canadian Geotechnical Society’s Education and EDI committees, and maintains affiliations with the ASCE and CSCE. She is establishing a research lab at UNBC to advance sustainable geotechnical practices and has secured $60,000 in startup funding. Previously, her Mitacs fellowship (2019–2021) supported $120,000 in collaborative research. Her work emphasizes circular economy principles, industrial byproduct recycling, and resilient infrastructure for northern regions.
Ioannis Iliopoulos is a Professor at the Department of Geology, University of Patras. His research focuses on Metamorphic Petrology, Industrial Minerals, Sustainable Development, and Archaeometric Studies, particularly in ceramic and stone artifact provenance analysis. He holds a BSc and PhD from the University of Patras. Education: BSc in Geology, University of Patras PhD in Geology, University of Patras Research Interests: Dr. Iliopoulos combines geochemical and mineralogical techniques to explore ancient material production. His work emphasizes ceramic technology, archaeological provenance studies, and the application of advanced analytical methods like p-XRF, OSL dating, and microstructural analysis in archaeology. He also investigates metamorphic processes and geological heritage preservation. Publications: His recent work highlights interdisciplinary approaches to ceramic production in Greece and beyond, including studies on Bronze Age Helike, Mycenaean Kastrouli, and Andean archaeological sites. He has contributed to methodological advancements in color analysis, obsidian characterization, and rock art chronology. Academic Engagement: Teaches courses such as 'Computer Applications in Earth Sciences' and 'Petrology of Igneous and Metamorphic Rocks.' Active in international projects like the SELAP and collaborations with institutions in archaeometry and geochemistry. Labs & Teams: Engaged with University of Patras geology laboratories and collaborates with global archaeometric networks.
Ian Stimpson is a Senior Lecturer in Geophysics at Keele University's School of Life Sciences, serving as School Examinations Officer. With over 30 years of research experience, he investigates natural/induced earthquakes, anthropogenic hazards, near-surface geophysics, and geoconservation. His research spans geothermal energy applications, geophysical analysis of glacial deposits, industrial heritage archaeology, Staffordshire geology, rock mechanics, and geological education. Current projects include subsurface characterization using novel geophysical methods and conflict archaeology investigations. Stimpson's recent publications showcase his forensic geophysics expertise, including geophysical monitoring of simulated burials, conflict site investigations (WW1/WW2), and development of XR educational tools. His work consistently applies multi-method geophysical approaches to archaeological and forensic problems. Supervised PhD students: Cathrene Rowell (current), Karl Clark, Stuart Campbell, James Foey, Raad Eissa, Aidan Parkes (past)
Dr. Andrea Erhardt is Associate Professor and Director of the Kentucky Stable Isotope Geochemistry Laboratory (KSIGL) in Earth and Environmental Sciences at the University of Kentucky. Her research applies isotopic tracers to study paleoceanography, environmental change, and biogeochemical cycles. Current projects reconstruct hydroclimate using speleothem isotopes, analyze cave system calcium ratios, and investigate groundwater flow using isotopic signatures. Her group develops methods for preserving dissolved carbon species in challenging conditions. As Director of Graduate Studies, she oversees academic programs and mentors students in geochemical techniques. Collaborative work includes paleolimnological studies of Sierra Nevada lakes and archaeological isotope applications.
Meghan Burchell is an Associate Professor and Acting Associate Dean (Research) in the Faculty of Humanities and Social Sciences at Memorial University. Her research integrates archaeology with scientific methods to examine long-term human-environment interactions in coastal regions. Research interests focus on: Reconstructing past environments through biogeochemical proxies Analyzing archaeological shell middens using sclerochronology Documenting historical human adaptations to coastal ecosystems Investigating climate impacts on marine resource availability Methodologically, her work employs stable isotope analysis, radiocarbon dating, and growth pattern analysis of marine organisms to develop high-resolution environmental records. Field investigations span coastal regions including British Columbia, Newfoundland, and the Arctic, examining human settlement patterns and subsistence strategies across millennia. Dr. Burchell maintains active field research programs and laboratory facilities for archaeological science at Memorial University.
Barry Gaulton is a Professor at Memorial University's Department of Archaeology within the Faculty of Humanities and Social Sciences. He serves as Editor of Newfoundland and Labrador Studies and was awarded the President’s Award for Public Engagement Partnerships in 2017. His research primarily focuses on historical archaeology in Eastern North America, with specialized interests in early modern fisheries, vernacular architecture, and European settlement patterns. He maintains a long-standing community-university partnership with the Colony of Avalon Foundation at Ferryland, Newfoundland. His research employs interdisciplinary methods to explore colonial lifeways and material culture. Key projects include the Avalon Historic Petroglyph Project documenting Indigenous rock art, investigations of transhumant forager-fishers in Trinity Bay, and comparative studies of French colonial artifacts. His publications demonstrate sustained focus on trade networks, cultural adaptation in coastal environments, and public archaeology initiatives. Recent articles show increasing methodological sophistication through isotopic analysis of rodent diets to infer human behaviors and geochemical sourcing of colonial artifacts. Thematically, his work illuminates how material culture reflects transatlantic economic relationships in the 17th-18th centuries, while field projects emphasize participatory approaches to heritage preservation. Gaulton received the President’s Award for Public Engagement in 2017 for collaborative work with the Colony of Avalon Foundation. His laboratory facilities support artifact conservation and isotopic analysis of archaeological materials. He collaborates extensively with graduate students and community organizations. Ongoing excavations at Ferryland continue to uncover structures from George Calvert's 1621 colony, advancing understanding of early English settlement through meticulous stratigraphic documentation.
Neil Redmond is a Visiting Assistant Professor at the University of Connecticut, specializing in paleoceanography. His research focuses on reconstructing ancient ocean chemistry and circulation through analyses of marine sediments, hydrothermal vents, and biogenic microfossils. He investigates how these systems influence global geochemical cycles, with particular emphasis on trace metal scavenging, radioisotope dynamics, and sediment particle behavior. Education: Ph.D. in Marine Science, University of Southern Mississippi M.S. in Oceanography, University of Rhode Island B.S. in Geology and Geological Oceanography, University of Rhode Island Research Interests: Neil explores the roles of hydrothermal vents in ocean chemistry, phytoplankton fossils as glacial period indicators, and modern/past cycling of geochemical tracers. He emphasizes interdisciplinary approaches, combining fieldwork in remote ocean regions with laboratory analyses of isotopes like thorium-230 and uranium series. Publications highlight advancements in understanding Pacific and Southern Ocean dynamics, including dust fluxes, metal scavenging, and paleoceanographic proxies. His 2022 children’s book-style conference abstract exemplifies his commitment to science communication, which he teaches through courses like ERTH 2050W (Communication in Earth/Environmental Science) and ERTH 2310E (National Parks Sustainability). No scientific awards are listed, but his work reflects innovative methods in both field research and outreach education.
Gary Robbins is a Professor at the University of Connecticut, specializing in Hydrogeology and Environmental Science. His research focuses on groundwater contamination fate, transport, and sustainability, with current projects exploring low-cost bedrock fracture flow characterization, bacterial groundwater tracers, and arsenic pesticide impacts. He holds a Ph.D. in Geology from Texas A&M University, an M.S. from Brown University, and a B.S. from Brooklyn College. His research interests include developing methods for sampling domestic wells, applying dissolved oxygen alteration techniques, and analyzing recharge sources via bacterial communities. Robbins teaches advanced hydrogeology (ERTH 5710) and field methods in hydrogeology (ERTH 5790). Recent publications emphasize road salt effects on wetlands, arsenic contamination from legacy pesticides, and innovative fracture flow characterization methods. His work bridges environmental engineering and geology to address real-world water resource challenges. No scientific awards were explicitly mentioned in the provided texts. Advising activities or grants are not detailed, though his research projects suggest active involvement in field-based studies and methodological advancements.
