Maurizio Gasparo Morticelli is an Associate Professor in the Department of Earth and Marine Sciences at the University of Palermo (Italy), with a focus on geological modeling and tectonic analysis in the Mediterranean region. Research expertise in 3D geological reconstructions Specialization in tectono-sedimentary processes Key contributions to coastal landscape evolution and geohazard assessment Active in archaeometric studies of ancient Sicilian artifacts His publication record demonstrates consistent work on Sicilian fold-and-thrust belts, wedge-top basins, and multidisciplinary approaches combining stratigraphy, geophysics, and archaeology. Recent studies emphasize 3D modeling applications for urban geology, CO2 storage, and seismic hazard evaluation. Current projects involve integrating field data with geophysical surveys to decode Quaternary faulting and reconstruct geological systems from onshore to offshore environments. His work spans from the Tethyan margin evolution to practical applications in environmental risk management.
Professor İbrahim Ferid Öge is a distinguished academic at Muğla Sıtkı Koçman University, serving in the Faculty of Engineering within the Department of Mining Engineering. With extensive experience in rock mechanics and mining engineering, he contributes significantly to both academic instruction and research in his field. Education: Bachelor's Degree: Middle East Technical University - Faculty of Engineering - Department of Mining Engineering (2001-2006) Master's Degree: Middle East Technical University - Institute of Science - Mining Engineering (2006-2008) Doctorate: Middle East Technical University - Institute of Science - Mining Engineering (2008-2013) Professor Öge's research primarily focuses on rock mechanics, slope stability, and underground mining systems. His work addresses critical challenges in mining engineering, particularly concerning squeezing rock conditions, support systems, and numerical modeling of rock behavior. His expertise spans both theoretical and practical applications, with numerous field evaluations informing his research methodology. He has made significant contributions to understanding rock mass properties, deformation characteristics, and stability assessment in various mining environments. His publication record demonstrates a consistent trajectory of high-impact research in leading journals such as the Bulletin of Engineering Geology and the Environment, Tunnelling and Underground Space Technology, and International Journal of Rock Mechanics and Mining Sciences. His work shows a clear progression from fundamental rock mechanics investigations to increasingly sophisticated applications in coal mining, tunneling, and support system design. A notable trend is his integration of advanced analytical methods including multiple regression, neural networks, and 3D numerical modeling to solve complex mining engineering problems. Professor Öge has served as an editor for numerous prestigious journals including International Journal of Rock Mechanics and Mining Sciences, Tunnelling and Underground Space Technology, and Bulletin of Engineering Geology and the Environment, reflecting his standing in the international research community. He has successfully led multiple research projects for major mining companies in Turkey, focusing on rock mechanics, slope stability, and support system design. His projects include investigations for Çayeli Copper Mines, ESAN Eczacıbaşı Industrial Raw Materials, and various coal mining operations. These projects demonstrate his ability to translate academic research into practical mining solutions, with particular emphasis on safety and efficiency in challenging geological conditions. Professor Öge actively contributes to the mining engineering community through his participation in national and international conferences, including regular presentations at the Turkish International Mining Congress and Symposium. His research has established him as a leading expert in rock mechanics applications within the Turkish mining industry.
Bedri Kurtuluş is an Associate Professor at the Faculty of Engineering , Muğla Sıtkı Koçman University , specializing in Geological Engineering with a focus on Coğrafi Bilgi Sistemleri ve Uzaktan Algılama (Geographic Information Systems and Remote Sensing) . He earned his Bachelor's degree from Hacettepe University (2003), Master's from Université de Poitiers (2004), and PhD in Hidrojeoloji Mühendisliği (Hydrogeology Engineering) from Hacettepe University (2009). Research Interests: Hydrogeology, Karstic Aquifers, Groundwater Pollution, Remote Sensing, Environmental Geochemistry, Soft Computing Applications Research Trends from 2007–2023 show consistent work on karstic aquifer modeling, heavy metal contamination in lakes, and AI/soft computing applications for groundwater dynamics. His 2023 article on Fethiye-Göcek Bay sediment pollution highlights persistent environmental challenges in SW Turkey, while 2019–2022 studies on microplastic transport and hydraulic conductivity demonstrate methodological innovation. Karst aquifer characterization via geophysical methods (2020) and thermal remote sensing (2019) are recurring themes. Scientific Contributions include 15+ peer-reviewed articles (Elsevier, MDPI, Frontiers), with 2023–2021 works on pollution indices, AI-based discharge modeling, and UAV thermal monitoring. He has supervised theses on microplastic transport (2024), karst aquifer assessment (2019), and groundwater recharge (2015–2017). Key Projects : 2020–2024: Irrigation water allocation optimization in Saudi Arabia 2016–2023: EU-funded groundwater resilience study (GRECPIMA) 2013–2016: Amphibious UAV remote sensing for coastal investigation 2012–2019: Liwa Aquifer water well assessment (UAE) Leadership spans 10+ projects, including TÜBİTAK-funded studies on Aegean submarine faults (2019–2023) and Muğla groundwater resources (2018). He has served on editorial boards for journals like Computers & Geosciences (2017) and Journal of Arabian Geosciences (2020).
Assoc. Prof. Dr. Adem Yulu is a faculty member in the Department of Geography at Iğdır University's Faculty of Arts and Sciences, specializing in urban and regional geography with a focus on Eastern Turkey and Mount Ararat. His research examines socio-spatial dynamics, environmental challenges, and cultural heritage in high-altitude regions through interdisciplinary fieldwork and remote sensing. His educational background includes: Doctorate in Geography from Istanbul University (2012-2018), thesis: "Geographic distribution of the automotive industry in Turkey" Master's in Geography from Istanbul University (2009-2012), thesis: "Urban development and spatial change in Iğdır" Licence in Geography from Istanbul University (2005-2009) Dr. Yulu's research integrates Urban Geography , Environmental Geography , and Cultural Studies to analyze Mount Ararat's ecological systems, Kurdish nomadic communities, and tourism impacts. His work emphasizes sustainable development in vulnerable regions, combining ethnographic methods with geospatial analysis to address climate change adaptation and cultural preservation in Eastern Anatolia. His 21 journal articles (2019-2024) reveal three dominant trends: (1) Environmental studies of Balıkgöl (Ağrı) focusing on pollution and land cover change; (2) Ethnographic documentation of cultural extinction on Mount Ararat; (3) Comparative analyses of informal settlements in Manila and Iğdır. These intersect through his examination of how climate change and urbanization accelerate socio-ecological transformations in border regions. His scientific recognition includes: Evliya Çelebi Travel Writing Competition 2nd Prize (2023) for "The World of Others: Slum Neighborhoods of the Philippines" Dr. Yulu leads TÜBİTAK-funded projects including "Sosyal Bilimlerde Etnografik Yaklaşım" and "Serhat İllerinden Doğayi Dinliyorum," while advising student research on geological heritage and environmental pollution. His administrative service as Department Head (2021-2022) and Erasmus Coordinator demonstrates institutional leadership. Current grants focus on nature education in Mount Ararat and cross-cultural responses to urban poverty. He directs research teams for TÜBİTAK 2209-A projects and collaborates with Maden Tetkik Arama Genel Müdürlüğü on paleontological studies, maintaining active field research in Iğdır province and Mount Ararat's ecosystems.
Giovanni Distefano is a Researcher in Solid Earth Geophysics (SSD GEO/10) at the Department of Biological, Geological, and Environmental Sciences , University of Catania . His work focuses on the seismicity of the Etna area, the relationship between seismic and volcanic activity on Mount Etna, and geophysical precursors for earthquakes and eruptions. He collaborates with researchers at the National Institute of Geophysics and Volcanology . As an educator, he teaches the Seismology Laboratory for the Master's Degree in Geophysical Sciences and the Earth Physics Laboratory for the Master's Degree in Geological Sciences at the University of Catania. His office hours are Wednesdays and Thursdays from 11:00 to 13:00 (by prior email appointment). His publications emphasize seismic monitoring, geodetic strain analysis, and probabilistic modeling of volcanic hazards at Mount Etna, spanning from 1992 to 2018. University: University of Catania Department: Biological, Geological, and Environmental Sciences Role: Researcher in Solid Earth Geophysics Email: g.distefano@unict.it Office: Corso Italia, 57, Catania
Faramarz Nilfouroushan is a Senior Lecturer in Land Surveying at the University of Gävle, Sweden. His research focuses on tectonic geodesy, ground motion measurements, and geospatial information sciences using satellite geodetic data such as GNSS and InSAR. He actively contributes to advancements in geodetic infrastructure through collaborations with institutions like Lantmäteriet. Research Interests: His work integrates geodetic techniques with geological and hydrological data to analyze crustal deformation, subsidence in mining areas, landslide monitoring, and salt dome modeling. He explores the impact of precise gravity field modeling on aerial photogrammetry and sensor integration. Article Trends: Recent publications emphasize landslide deformation monitoring via EGMS and SBAS-InSAR, GNSS/IMU integration challenges, and subsidence analysis in Sweden and Iran using Sentinel-1 data. Themes include geodetic infrastructure development, environmental monitoring, and tectonic modeling. Projects & Collaborations: He leads contributions to the InSAR-Sweden Project, maintains Sweden’s ETRS89 realization, and evaluates nationwide InSAR services. His teams implement geodetic SAR for height system unification and sea level research in the Baltic Sea.
Francesco Muniz Miranda is an Associate Professor in the Department of Chemical and Geological Sciences at the University of Modena and Reggio Emilia (UNIMORE), Italy. He specializes in physical chemistry and computational spectroscopy , with a robust portfolio in density functional theory (DFT) , surface-enhanced Raman scattering (SERS) , and molecular dynamics simulations . His teaching includes courses on Chemical-physical methods for the characterization of materials and Physical Chemistry and Molecular Spectroscopy for both undergraduate and master's students. Research Interests His research spans a diverse range of fields, including: Computational modeling of molecular interactions and spectroscopic properties Enzyme catalysis and plastic degradation mechanisms (e.g., PETase) Nanomaterials and plasmonic systems for sensing and catalysis Metal-organic frameworks (MOFs) and their stability under extreme conditions Coordination chemistry and spin crossover phenomena Surface science and spectroscopy of nanostructured materials His work often integrates experimental validation with high-level computational modeling , bridging theory and application in materials science and catalysis. Publications and Research Output From 2025 to 2018, he has consistently published in high-impact journals. His recent work includes mechanistic studies on PETase-catalyzed plastic hydrolysis, DFT-based SERS analyses, and MOF stability studies. These articles reflect a strong focus on sustainability, advanced spectroscopy, and computational benchmarking. Teaching and Mentorship He teaches both undergraduate and master's level courses, emphasizing spectroscopic techniques, quantum chemistry, and materials characterization. His courses include practical components such as laboratory exercises and computational modeling, often using software for spectral simulation and analysis. Laboratory and Collaborations He is affiliated with the Department of Chemical and Geological Sciences at UNIMORE and has access to advanced instrumentation. He collaborates with national and international institutions, including universities in Florence and Belgium, and participates in interdisciplinary projects combining chemistry, physics, and materials science.
Jessica Meyer is an Assistant Professor in the Earth & Environmental Science Department at the University of Iowa, specializing in hydrogeology with a focus on characterizing groundwater flow in heterogeneous geologic materials including glacial sediments and fractured bedrock. Her research addresses critical environmental challenges through collaborative projects on contaminant transport, natural attenuation strategies, and groundwater-surface water interactions. Her educational background includes: PhD from the University of Guelph MS from the University of Waterloo BS from the University of Montana Dr. Meyer's research centers on hydrogeologic unit delineation to improve groundwater flow predictions and contaminant transport modeling. She develops quantitative methods for characterizing heterogeneous systems, studies nutrient and pesticide pollution in agricultural settings, and investigates water-solute exchanges between groundwater and surface water. Her work emphasizes field-based approaches to understand complex hydrostratigraphic controls in glacial deposits and fractured rock. Analysis of her recent publications reveals consistent innovation in high-resolution monitoring techniques, particularly vertical gradient measurements and multilevel systems for characterizing heterogeneous media. Her research spans fractured bedrock aquifers, glaciogenic sediments, and contaminated sites, with growing emphasis on radionuclide behavior in hydrocarbon plumes and iron cycling in ferruginous systems. Dr. Meyer teaches Fundamentals of Environmental Science (EES 1085), Hydrogeology (EES 4630), and Contaminant Hydrogeology (EES 4640). She developed the Ashton Prairie Living Laboratory (APLL) teaching infrastructure, including monitoring wells and multilevel systems, to support experiential learning across campus environmental science programs. She leads the Hydrogeology Research Group and utilizes university facilities including the Ashton Prairie Living Laboratory, Hydrogeology Lab, and Lab for Observing & Quantifying Aquatic & Terrestrial Ecosystems (LOQATE) for field and laboratory investigations of groundwater systems.
Bojan Guzina is the Shimizu Professor in the Department of Civil, Environmental, and Geo-Engineering at the University of Minnesota's College of Science and Engineering. His research focuses on direct and inverse problems involving wave motion, with applications spanning nondestructive evaluation of materials and structures, seismic imaging, medical diagnosis, and the design of metamaterials including seismic metabarriers. His research interests include: Inverse scattering and wave propagation in heterogeneous media Waves in periodic and random media, including phononic crystals and metamaterials Nonlinear waves in soft solids with applications to medical imaging Seismic imaging and geodynamics Nondestructive evaluation techniques for civil infrastructure Professor Guzina leads the Waves & Imaging Laboratory at the University of Minnesota, which employs advanced experimental techniques including 3D Scanning Laser Doppler Vibrometry to study wave phenomena in various materials. His research group has made significant contributions to the understanding of wave mechanics and inverse problems, with applications ranging from civil infrastructure assessment to medical diagnostics. His research has been recognized with numerous awards, including: ASCE Nathan M. Newmark Medal (2019) Professor Guzina has successfully mentored several PhD students who have gone on to faculty positions at prestigious institutions including UT Austin, Sorbonne Université, Chinese Academy of Sciences, and University of Colorado Boulder. His research has been supported by multiple grants from organizations including the National Science Foundation, Department of Energy, and Minnesota Department of Transportation. His laboratory, the Waves & Imaging Lab @UMN, conducts cutting-edge research on wave phenomena using both experimental and computational approaches, with a focus on developing novel methods for imaging and characterization of materials and structures.
J. Taylor Perron is a Professor of Geology in the Department of Earth, Atmospheric and Planetary Sciences at the Massachusetts Institute of Technology (MIT). He serves on the Martin Fellows Selection Committee and leads the Perron research group based in Building 54, 10th floor, Cambridge, Massachusetts. Professor Perron's research focuses on Geomorphology - the scientific study of landscapes. His work spans three primary interconnected areas: Landscape Evolution : Investigating how rivers, climate, and biology interact to shape Earth's surface over time, with particular interest in dynamic river networks, grain-scale sediment transport mechanics, islands and reefs, and connections between landscape evolution and biological evolution. Planetary Surfaces : Using spacecraft data to explore landforms on other worlds, especially rivers and coasts on Mars and Saturn's moon Titan, to understand planetary climate history and potential for life. Human Landscape : Collaborating with archaeologists to explore how physical landscapes influenced human prehistory, including studies of carbon-rich soils in the Amazon and archaeological remote sensing. Professor Perron's publication record demonstrates consistent focus on river network dynamics and drainage basin evolution. His innovative work on the Chi coordinate system for bedrock rivers has provided new methods for measuring drainage basin reorganization and river capture events. Recent publications show increasing integration of field observations from diverse locations including the Amazon Basin and Blue Ridge Escarpment with theoretical modeling approaches. Professor Perron leads an active research group at MIT, mentoring students and collaborating with researchers worldwide. His work combines fieldwork, mathematical and computational modeling, remote-sensing data analysis, and laboratory experiments to understand Earth's surface processes and their implications for both terrestrial and planetary landscapes. The Perron research group is based at MIT's Building 54, 10th floor in Cambridge, Massachusetts, where they investigate how geology, climate, and life intertwine to shape planetary surfaces across temporal and spatial scales.
Dr. Matthias Alberti serves as Manager of the Geological and Mineralogical Museum at Kiel University's Institute of Geosciences since May 2023, following research positions at Nanjing University (2020-2023) and prior appointments at Christian-Albrechts-Universität zu Kiel (2017-2020, 2013-2015). His academic foundation includes a PhD from Friedrich-Alexander-Universität Erlangen-Nürnberg (2009-2013) and geology studies at Julius-Maximilians-Universität Würzburg (2002-2004, 2006-2008), University of the Free State (2005), and University of Rajasthan (2016 Feodor Lynen Fellowship). Alberti's research integrates Palaeontology, Geochemistry, and Stratigraphy to reconstruct Jurassic environments through stable isotope analysis of fossils. His work focuses on Gondwanan regions—particularly western India, the Himalayas, and Central Iran—examining ammonite biostratigraphy, bivalve thermometry, and sedimentary basin evolution. Recent publications demonstrate expanding scope into Holocene climate dynamics and modern analogues for paleoenvironmental proxies. His 71+ publications reveal consistent methodological rigor in stable isotope (δ 18 O, δ 13 C) and trace element (Mg/Ca, Sr/Ca) analysis, with growing emphasis on climate seasonality and tectonic-climate interactions. Key contributions include Jurassic temperature curves for northeastern Gondwana and identification of fieldwork errors in paleontological data interpretation. Scientific recognition includes: Feodor Lynen Research Fellowship (2016) Alberti maintains extensive international collaborations across India, China, and Argentina, with research supported through institutional positions and fellowship funding. His museum leadership facilitates specimen-based research while advancing public engagement with earth sciences. Current work integrates museum collections with cutting-edge geochemical techniques to address Jurassic paleoclimate questions.
Alessandro Chelli is a Full Professor at the University of Parma , affiliated with the College of Mathematical, Physical and Natural Sciences and Department of Earth Sciences . He holds a PhD in Applied Geology, Geomorphology, and Hydrogeology from the University of Perugia and has conducted extensive research in Northern Apennines and Ligurian coastal areas. Research Focus: Coastal plain evolution (Holocene sea-level changes), rocky coast morphodynamics, Roman-era geoarchaeology, and deep-seated gravitational slope deformations. Teaching: Offers courses in Applied Geomorphology, Geomorphology, and Risk Mitigation since 2007, including recent modules for undergraduate and graduate programs. Collaborations: Works with University of Pisa (Prof. Marta Pappalardo), Liguria Archaeology Authority (Dr. Lucia Gervasini), and University of Cologne (Prof. Helmut Brückner).
Thomas R. Fenn is an Assistant Professor in the Department of Anthropology at the University of Oklahoma, specializing in archaeological sciences with a focus on ancient pyrotechnologies and trade networks across multiple continents. His research spans Sub-Saharan Africa, South Asia, East Asia, and the American Southwest, examining metallurgical practices, glass production, and cremation rituals through advanced analytical techniques. Ph.D. from the University of Arizona (2011) NSF-funded research on Indian glass production Active projects in Tunisia, Mongolia, Thailand, and Mexico Key research areas include: Provenance analysis using isotopic methods Archaeometallurgy and material exchange 3D photogrammetry for artifact documentation Mortuary practices in Neo-Punic Tunisia Prehistoric cremation pyrotechnology His recent publications (2022-2024) analyze: Ancient Indian glass production centers Tunisian tophet burials North Mexican cremation practices Thai bead exchange systems Alaskan pre-contact glass beads Teaching experience covers world archaeology, ancient civilizations, and specialized archaeological sciences courses. He actively involves students in field and laboratory research while employing cutting-edge analytical methods like LA-ICP-MS and SEM.
Nick Famoso is a Courtesy Research Associate in the Earth Sciences Department at the University of Oregon's College of Arts and Sciences . He currently serves as the Paleontology Program Manager and Museum Curator at John Day Fossil Beds National Monument , focusing on vertebrate paleontology and the impacts of volcanic activity on mammalian communities. Ph.D., Earth Sciences, University of Oregon, 2017 M.S., Geological Sciences, University of Oregon, 2013 B.S., Geology, South Dakota School of Mines and Technology, 2009 His research explores how large-scale volcanic eruptions (supervolcanoes) affect mammalian ecosystems, particularly recovery after the Picture Gorge Ignimbrite event in Oregon. He also investigates dental morphology, body mass correlations, and fossil track preservation. Recent publications include studies on Oligocene mammals in Montana and innovative inventory methods for paleontological resources. Famoso's work spans stratigraphy, biogeography, and evolutionary biology, with a focus on equids, carnivores, and insect fossils. He emphasizes critical thinking and scientific literacy in teaching, mentoring students through field and lab research to prepare them for STEM careers. At John Day Fossil Beds, he integrates paleontological conservation with public education initiatives.
Dr. Zhentao Li is a Postdoctoral Research Fellow at the School of Chemical Engineering , University of Queensland , focusing on coal reservoir characterization and unconventional gas recovery . His work integrates geophysical logging , machine learning inversion , and multiscale pore structure analysis to understand methane diffusion dynamics and reservoir productivity in coal seams. Current research explores natural fracture development , adsorption mechanisms , and 3D pore-fracture network modeling using advanced imaging techniques like FIB-SEM tomography and low-field NMR . Notable methodologies include: Hybrid geophysical logging approaches for gas evaluation Machine learning applications in logging inversion Nanoindentation for micromechanical heterogeneity Fractal analysis of pore structures 3D tomographic reconstruction of coal fractures His recent publications address challenges in coalbed methane recovery , gas diffusion pathways , and reservoir parameter estimation . Despite no formal awards listed, his collaborative work appears in journals like Fuel , Energy and Fuels , and Marine and Petroleum Geology . Affiliations include the University of Queensland and collaborations with institutions in China and Australia.
