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Tural AliyevView profile

Researcher

• Urban Planning
• Environmental Governance
• Urban Retrofitting
• +6 more

Dr. Tural Aliyev is a Postdoctoral Researcher at the Swiss Federal Institute of Aquatic Science and Technology (Eawag), part of the ETH domain, and an associated researcher at the Governance of the Environment and Territorial Development (GEDT) group at the University of Geneva. His work bridges environmental science and urban planning, with a focus on the Policy Analysis and Environmental Governance (PEGO) group at Eawag, which connects Eawag with the University of Bern. Dr. Aliyev actively contributes to the GreenCityNet project, which aims to establish social-ecological networks that enhance biodiversity within urban green areas. Dr. Aliyev's research focuses on urban retrofitting, cities in transition, environmental strategy, and sustainable infrastructures, with particular emphasis on post-socialist cities in the Caspian Sea region. His work explores how cultural backgrounds influence preferences in urban green spaces, the relationship between urban parks and mental/physical well-being, and the implementation of nature-based solutions in cities. His research spans Europe, Switzerland, and the Caucasus region, with special attention to Baku, Azerbaijan and other post-Soviet urban contexts. His scholarly contributions include numerous publications analyzing urban transformation in Baku and Tehran, waterfront urban areas, disaster risk reduction, and sustainable retrofitting of industrial territories. His research demonstrates a consistent focus on integrating environmental considerations into urban planning, particularly in transitional contexts where cities face complex challenges related to sustainability and resilience. Top 4 thesis selection by Agence Universitaire de la Francophonie (AUF) and Fondation 2100 Recipient of Swiss Government Excellence Scholarships Dr. Aliyev is actively involved in academic and professional communities, serving as a board member of the Eawag Postdoctoral Scientists Association (EPSA). His teaching activities at the University of Geneva include courses on Global Cities, Urban Futures, Cities in Transition, and Global Environment, Energy and Risk, contributing to the Master in Innovation, Human Development and Sustainability program. His work with the United Nations Economic Commission for Europe (UNECE) and United Nations Environment Programme (UNEP) demonstrates his commitment to applying research to real-world urban challenges, particularly through the Center of Excellence for Smart Sustainable Cities and Sustainable Urban Development.

Daniel MoscoviciView profile

Professor

• Environmental Planning
• Sustainability
• Sustainable Viticulture and Oenology
• +12 more

Daniel Moscovici is a Professor of Environmental Studies & Sustainability in the School of Natural Sciences and Mathematics at Stockton University, an institution with campuses in the ecologically sensitive Pinelands National Reserve and on the Atlantic City Boardwalk. His academic and professional work bridges environmental planning, sustainability policy, and experiential education. Education: B.S. in Natural Resource Economics, Lehigh University (2000) M.B.A. in International Environmental Management, Villanova University (2003) M.S. in Environmental Studies, University of Pennsylvania (2005) Ph.D. in Environmental Planning, University of Pennsylvania (2009) Daniel's research interests are highly interdisciplinary, focusing on sustainable viticulture and oenology, land preservation, urban sustainability, cruise tourism impacts on island nations, ski mountain sustainability, and environmental pedagogy. His work emphasizes balancing economic, environmental, and social dimensions of sustainability. He integrates Geographic Information Systems (GIS) and field-based methodologies into both research and teaching. His recent publications span topics including wine sustainability certifications, ecological footprint analysis of city sustainability plans, cruise tourism impacts in Dominica, and land preservation in the Northern Forest. These works reflect a consistent trend toward policy-relevant, interdisciplinary sustainability research with practical applications for communities, industries, and governments. Scientific Awards: Fulbright Scholar Program grant from the U.S. Department of State (2019–2020) Daniel has advised numerous student field study courses and research projects, including international trips to Costa Rica, Dominica, Italy, the UK, Aruba, and Chile. He has secured multiple grants from the NJ Department of Environmental Protection and other agencies, focusing on wildlife connectivity, waste/water management, and sustainable tourism. His teaching philosophy emphasizes internationalization, interdisciplinarity, and sustainability, with a strong focus on active, field-based learning. He is involved in several research initiatives, including a campus organic farm, public land recreation planning, and sustainable certification development for New Jersey wineries. His work at Stockton University includes partnerships with local municipalities for Sustainable Jersey Certification and international collaborations on wine sustainability.

• Operations Research
• Supply Chain Management
• Sustainability
• +4 more

Prof. Dr. Maik von Fischer is a Professor of General Business Administration (Supply Chain Management and Sustainability) at Hochschule Hannover and affiliated with the Institute for Business Administration and Business Informatics at University of Hildesheim . His research focuses on the intersection of operations research , urban logistics , and sustainability , particularly in e-grocery and last-mile delivery systems. He specializes in simulation modeling, digital twin applications, and environmental impact assessment. Research Trends: His recent publications analyze sustainability in urban freight, digital nudging in retail, and optimization of e-grocery fulfillment strategies. Key subfields include autonomous vehicle integration, stakeholder analysis, and framework development for organizational simulation studies. Collaborations: von Fischer frequently collaborates with researchers like Christian von Viebahn , Matthias Auf der Landwehr , and Julia Rieck , contributing to interdisciplinary projects such as the IT for Caring Society initiative. His work has been presented at major conferences like Winter Simulation Conference (WSC) and International Conference on Information Systems (ICIS).

Ryan W. KirkView profile

Associate Professor

• Geographic Information Systems (GIS)
• Environmental Geography
• Land Use Change
• +7 more

Ryan W. Kirk serves as Associate Professor of Geography and Environmental Studies and Chair of the Department of Environmental Studies at Elon University's College of Arts and Sciences. He holds joint appointments in both the Department of History & Geography and the Department of Environmental Studies, reflecting his interdisciplinary approach to environmental scholarship. His office is located in Lindner Hall - Arts & Sciences, where he teaches courses ranging from introductory geography to specialized GIS applications and environmental management. Ph.D. in Natural Resources Science and Management (2009), University of Minnesota M.S. in Forestry (2005), University of Minnesota B.S. in Business Administration and Management Information Systems (1996), William Jewell College Kirk's research centers on the application of Geographic Information Systems (GIS) to environmental challenges, with particular focus on the Southern Appalachian Mountains region. His work spans forest management, urban and rural land development policy, water resources management, and wildlife ecology. He has developed innovative research using Twitter and smartphone location data to study community interactions and consumer behavior, demonstrating his commitment to applying spatial analysis to contemporary issues. Kirk frequently collaborates across disciplines with colleagues in Communications, Psychology, Sport and Event Management, Public Health, Economics, Political Science, and History. His recent scholarly output shows a consistent focus on land use change patterns, water quality management in the Piedmont region, and forest ecology of the Elon University Forest. Kirk has pioneered research on the internationalization of U.S. college soccer, using this global sport as a lens to examine broader patterns of globalization. Kirk maintains an active advising role with numerous students, particularly those interested in environmental management, water resources, forest ecology, urban planning, and GIS applications. His teaching philosophy prioritizes critical thinking, resourcefulness, and subject matter knowledge, resulting in consistently strong student evaluations across his courses. He coordinates the GIS Interdisciplinary Program at Elon and leads multiple current research projects including land use change in the Southern Appalachian Mountains, water quality management in the Piedmont Region, forest ecology studies in the Elon University Forest, and applications of GIS across academic disciplines.

• Agriculture
• Multidisciplinary Soil Science
• Meteorology & Atmospheric Sciences
• +8 more

Dr. Alberto Sanz Cobena is a full Professor in the Department of Chemistry and Food Technology at the School of Agronomic and Forestry Engineering (ETSIAAB), Universidad Politécnica de Madrid (UPM). He has led numerous research projects, including EU-funded FP7-ENV-2011 (2011–2015), national projects like PID2019-10792RB-I00 (as Principal Investigator), and private collaborations with Agrotain and EuroChem Agro. His international research experience includes positions at Wageningen University, ILRI (Kenya), and CNRS/UPMC (France). Academic Affiliation: UPM, Department of Chemistry and Food Technology Research Networks: Global Research Alliance, REMEDIA network (co-founder), UNECE Task Force on Reactive N International Collaborations: 10+ countries across public and private sectors His research focuses on nitrogen dynamics and greenhouse gas mitigation in agricultural systems, spanning parcel-scale experiments to national and Mediterranean regional analyses. Key methodologies include meta-analysis , nutrient budget modeling , and LCA-based carbon footprinting . He has published 55 SCI-indexed articles (50 Q1, 5 Q2) with an h-index of 23 (Web of Science) and 25 (Google Scholar), totaling 1,903 citations (WOS) and 2,819 (GS). Recent work emphasizes agroecological transitions (e.g., Farm to Fork Strategy), nitrogen circularity , and sustainable food systems . His articles highlight innovations like the NBCalCer model for nitrogen cost-benefit analysis and OpenToolFlux for GHG flux estimation. He has directed 20 final-degree projects, co-supervised 3 PhD theses, and tutored Juan de la Cierva postdoctoral researcher Eduardo Aguilera Fernández. His outreach includes 6 organized international workshops and active participation in scientific dissemination events like Semana de la Ciencia.

• Housing Precarity
• Homelessness
• Policy Barriers to Health Care Access
• +5 more

Jennifer Nations is a Researcher at the University of California, San Diego , serving as the Managing Director of the Homelessness Hub. Her work focuses on applied research addressing inequality and resource distribution for populations experiencing homelessness and housing precarity. Education: Ph.D., Sociology, University of California, San Diego (2017) Dr. Nations' research spans housing policy, fiscal governance, transportation equity, and health as social determinants. Her studies often intersect with local government practices, evaluating how policies shape access to services and resources for marginalized communities. Recent publications highlight trends in municipal taxation, eviction prevention strategies, transit accessibility for unhoused populations, and the fiscalization of higher education. These works emphasize policy barriers, community engagement, and systemic inequities within urban contexts. At Homelessness Hub, she leads grant-funded studies on housing instability, affordable housing, transportation, evictions, and health, alongside philanthropy-funded research on service accessibility and government processes in program design. Notable Collaborations: Fiscal Democracy Project, UC San Diego Scholars Strategy Network Labs & Initiatives: Managing Director, Homelessness Hub

• E-Commerce Logistics
• City Logistics
• Logistics Trends
• +6 more

Sandra Eitler is a Professor and Deputy Program Director for Logistics and Strategic Management at the University of Applied Sciences Vienna, leveraging her business diploma and extensive industry experience to drive applied logistics research. Her research centers on E-Commerce & City Logistics , Logistics Trends and Innovations , and Sustainability & Human Resources in Logistics , with emphasis on digitalization's impact on workforce competencies and strategies to enhance logistics career attractiveness through education reform. Recent publications (2014-2019) reveal consistent focus on urban logistics solutions, micro-hub innovations, Belt and Road Initiative analysis, and digital transformation in freight transport, with strong thematic threads in sustainability integration and human resource adaptation. Dr. Eitler leads multiple high-impact research initiatives: alBOX: Developing business models for flexible parcel segment logistics Logistik Concierge: Creating micro-hub integration services for parcel stations Inned: Designing technology-enhanced transport infrastructure networks CommunityHub: Analyzing shared urban logistics space potential Q4: Researching multimodal freight node applications Benchmark TransSped: Building vehicle data-driven transport company benchmarking tools

Joe ParcellView profile

Professor

• Risk Management
• Supply Chain Management
• Agricultural Policy
• +3 more

Joe Parcell is a Professor and Director of the Center for Risk Management Education and Research at the Department of Agricultural Economics, Kansas State University. He holds a B.A. in Mathematics from the University of Northern Iowa (1993), and both an M.S. (1996) and Ph.D. in Economics (1998) from Kansas State University. His research focuses on strategic risk management, policy solutions for agribusiness resilience, and systems design in decision-making processes. Key areas include supply chain optimization, agricultural policy analysis, and agribusiness management. He has over 25 years of academic and consulting experience. Recent publications (2020–2024) emphasize market dynamics, conservation practices, and policy applications in livestock and crop sectors. His work bridges theoretical models with practical applications, addressing issues like commodity pricing strategies, hedging mechanisms, and grant-funded business development. As an educator, Parcell teaches courses such as AGEC 751: Risk Management Fellows Seminar. He leads the Center for Risk Management, fostering interdisciplinary approaches to agricultural challenges. His research often intersects with global trends in commodity markets and sustainable farming practices. Professional activities include advising on federal programs like USDA’s Swine Contract Library and evaluating market institutions. He collaborates with stakeholders across academia, industry, and government to advance evidence-based solutions.

David OsherView profile

Assistant Professor

• Cognitive Neuroscience
• Neural Connectivity
• Visual Perception
• +5 more

Dr. David Osher is an Assistant Professor in the Department of Psychology at The Ohio State University, directing the Cognition and Brain Circuitry Laboratory. His work focuses on brain connectivity, neural function, and behavior using computational modeling, neuroimaging, and machine learning techniques. Key research areas include visual perception, attention mechanisms, and the prediction of brain responses via structural/functional connectivity patterns. Educational background: Ph.D. in Neuroscience from MIT (2013), B.S. in Psychology from The Ohio State University (2006). Postdoctoral training at Boston University with David Somers. Awards include the Ohio Supercomputer Champion Award (2019-2024), NEI Early Career Scientist Travel Grant, and multiple Hariri Institute awards for computational research. Research employs behavioral assessments, eye-tracking, fMRI, and diffusion neuroimaging. The lab explores how innate connectivity patterns shape cortical selectivity and predict functional responses. Recent work emphasizes cerebellar contributions to attention networks and personalized cortical atlases for high-level vision. Collaborations span cognitive neuroscience, computational modeling, and clinical applications. Lab members include Isaac Liao, Terra Miller, Derrek Montalvo, and others. Active projects involve configural processing, preterm birth impacts on brain networks, and neural mechanisms of convergence insufficiency. Funding sources include NIH grants and supercomputing initiatives.

Li-Ming HsuView profile

Academic

• Neuroimaging
• Functional MRI
• Addiction Models
• +3 more

Li-Ming Hsu is a Research Assistant Professor in the Department of Radiology at the UNC School of Medicine. His work focuses on neuroimaging techniques, particularly functional MRI (fMRI), to study brain networks and their roles in behavior, disease, and addiction. He specializes in translating rodent models to human applications, developing machine learning tools for neuroimaging analysis, and investigating the neurobiological mechanisms underlying brain functions. His research emphasizes understanding addiction mechanisms through rodent models, such as nicotine and cocaine studies, while advancing imaging methodologies like SORDINO and U-Net-based segmentation. He has pioneered techniques like optogenetic fMRI and chemogenetic stimulation to map therapeutic brain circuits. His work bridges fundamental neuroscience with clinical applications, aiming to improve diagnostic tools and therapies for neurological disorders like Alzheimer’s disease and depression. Key Areas: Neuroimaging, functional MRI, addiction models, network neuroscience, machine learning Awards: ISMRM Magna Cum Laude Merit Awards (2020, 2016) Methodologies: Optogenetics, deep learning, rodent-human translation, network redundancy analysis Publications reveal a focus on brain network dynamics in health and disease, with contributions to Alzheimer’s early detection, addiction circuitry, and fMRI methodological improvements. His work emphasizes translational potential, seeking to advance both basic science and clinical outcomes.

• Supply Chain Digitalisation
• Supply Chain Optimisation
• Operations Management
• +5 more

Prof. Hadi Ghaderi is a Professor of Management and Major Discipline Coordinator for Logistics and Supply Chain Management at Swinburne Business School (Swinburne University of Technology). He leads the Supply Chain Decarbonisation initiative and the Disruptive Mobility research stream at Swinburne’s Smart City Research Institute. His work bridges research and teaching, emphasizing practical, problem-based learning. Notable recognitions include inclusion in Stanford’s 2023-2024 Top 2% Cited Scientists and the 2018 Faculty Teaching Excellence Award for inspiring student engagement. Research focuses on supply chain digitalisation, decarbonisation, intelligent transport systems, and urban logistics. Key projects include crowd-shipping optimization, 5G-enabled smart cities, and low-emission truck adoption strategies. He collaborates with industry and government to deliver solutions like AIoT-CitySense for infrastructure maintenance and OPL-based delivery systems. Professional accolades include finalist status in the Excellence in Research and Development Award (2023) and High Commendation in Environmental Excellence (2023). He supervises PhD candidates addressing decarbonisation, smart platforms, and sustainable urban delivery systems.

• Neuroscience
• Brain Connectivity
• Neuroimaging
• +6 more

Svenja Caspers is a Professor at the Institute of Anatomy I of Heinrich Heine University Düsseldorf and affiliated with the Institute for Neuroscience and Medicine (INM-1) at Forschungszentrum Jülich . Her research focuses on decoding the structural and functional architecture of the human brain, particularly within association cortices like the parietal lobe, and their connections to subcortical regions. She combines postmortem techniques (3D-Polarized Light Imaging) with in-vivo MRI studies (1000BRAINS, German National Cohort) to investigate brain connectivity, cortical folding, and age-related changes. Research Interests: Caspers’ work spans brain connectivity, aging, neuroimaging, and cortical organization. She explores microstructural parameters (fiber density, spread) and their genetic/environmental influences, integrating structural and functional MRI data to reveal interactions in aging brains. Scientific Contributions: Her studies employ advanced methodologies like diffusion imaging, polarized light microscopy, and ALE meta-analysis to map fiber tracts, cortical folding, and cognitive networks. Collaborations with epidemiological cohorts highlight population-level insights into brain aging. Labs & Teams: Caspers leads research within the Connectivity Group at INM-1 and the Institute of Anatomy I , working with multidisciplinary teams in projects like 1000BRAINS and the German National Cohort MRI Study.

• Functional Neuroimaging
• Schizophrenia
• Brain Connectivity
• +3 more

Pierre Orban is an Adjunct Professor at the University of Montreal's Faculty of Medicine, Department of Psychiatry and Addictology. He focuses on functional neuroimaging, biomarker development for schizophrenia, and neuromodulation techniques like transcranial magnetic stimulation. Affiliation: CR-IUSMM (Centre de recherche de l'Institut universitaire en santé mentale de Montréal) Research Grants: IRSC (2019-2031), FRQS (2019-2023, 2020-2021), RBIQ (2017-2018) His research integrates functional brain connectivity analysis, machine learning for treatment prognosis, and neuromodulation. Key projects include optimizing non-invasive brain stimulation for schizophrenia and studying inter/intra-individual variability in brain dysconnectivity. Recent publications address network subtypes in psychiatric disorders and Parkinson's disease neurophysiology. Scientific awards include the FRQS Researcher Fellowship (Junior 1, 2019-2023). He mentors graduate students in schizophrenia neuroimaging and mental health technology. Collaborations span Alzheimer's Disease Neuroimaging Initiative and Quebec Parkinson Network.

• Supply Chain Optimization
• Logistics Planning
• Stochastic Optimization
• +2 more

Reem Khir is an Assistant Professor at Purdue University's Edwardson School of Industrial Engineering specializing in supply chain optimization and logistics systems. Her research develops mathematical models and machine learning approaches for complex transportation and production systems. Education credentials: PhD in Industrial Engineering (Supply Chain Engineering) from Georgia Tech (2022) MS in Industrial Engineering from Georgia Tech (2018) MS in Engineering Management from Qatar University (2014) BS in Industrial and Systems Engineering from Qatar University (2011) Research focuses on optimization under uncertainty in logistics networks, machine learning for constrained optimization problems, and data-driven decision frameworks. Application areas include parcel delivery systems, trucking networks, and energy infrastructure planning. Publications demonstrate methodological contributions to dynamic load planning, robust sortation operations, and hybrid optimization-learning approaches. Recent work integrates explainable AI with traditional optimization techniques for enhanced decision support in logistics. Laboratory affiliations include Purdue's industrial engineering research groups. Industry collaborations appear focused on express logistics and energy systems.

Jörn DiedrichsenView profile

Professor

• Computational Neuroscience
• Motor Control
• Neuroimaging
• +3 more

Jörn Diedrichsen is a Professor in Computational Neuroscience at Western University, leading the Diedrichsen Lab and co-directing the Sensorimotor Superlab collaboration with Andrew Pruszynski and Paul Gribble. His research focuses on understanding motor control, cerebellar function, and applying data science techniques to neuroimaging and electrophysiological data. He holds graduate degrees in Neuroscience and Statistics from UC Berkeley and is a key figure in Western’s Data Science initiatives. Research Interests: Motor learning, cerebellum structure and function, neuroimaging analysis, statistical methods, and sensorimotor integration. The lab develops tools for cerebellar imaging and multivariate analysis, addressing questions like how the brain coordinates movements and learns new skills. Recent Articles: Recent work includes studies on muscle activity learning paradigms, cortical sequence planning areas, and cerebellar growth models. These contributions highlight advancements in understanding motor skill optimization, neural dynamics during movement, and developmental cerebellar changes. Awards: His lab’s trainees (Caroline Nettekoven, Diego Piza, Hayley Shanks) received the 2024 CAN-CIHR-INMHA Brain Star Award. He leads projects like the Raynor Cerebellar Growth Chart and collaborates on grants from CIHR, NSERC, and BrainsCAN. Advising & Grants: Supervises MSc/PhD students in Neuroscience, Computer Science, and Statistics. Current funding supports studies on motor control, cerebellar imaging, and neurodevelopmental models. Open positions emphasize interdisciplinary research in machine learning for health sciences. Labs & Teams: The Diedrichsen Lab and Sensorimotor Superlab foster collaborations across disciplines, with ongoing projects on cerebellar exclusion in research and tool-based sensory remapping. The lab actively promotes open science and methodological innovation in neuroscience.