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Ryan Newton is an Associate Professor at the University of Wisconsin-Milwaukee's School of Freshwater Sciences, focusing on microbial ecology and aquatic systems. His research integrates genomic and environmental data to understand microbial community dynamics in urban and natural water systems, particularly wastewater infrastructure, antimicrobial resistance, and microbial adaptation. Dr. Newton holds a PhD in Microbiology (University of Wisconsin-Madison, 2008) and a BSc in Biological Sciences (University of Nebraska-Lincoln, 2002). His work emphasizes urban water microbiology, including sewer microbial ecosystems, microbial contributions to water quality, and the impacts of contaminants like microplastics and corrosion byproducts. His research interests span microbial systematics, genome sequencing, and the interplay between microbial communities and environmental processes. Notable projects include developing forensic tools for fecal source tracking (e.g., FORENSIC platform) and investigating the ecological consequences of antibiotic resistance genes in water systems. He leads the Newton Lab, advancing methods for wastewater epidemiology and aquatic microbiome analysis. Dr. Newton's grants include studies on microbial community shifts in recirculating aquaculture systems and the impact of corrosion inhibitors on drinking water microbiology. His lab contributes to the Great Lakes Atlas of Multi-omics Research (GLAMR) database, synthesizing genomic and environmental data for ecosystem modeling. He collaborates on initiatives such as wastewater-based epidemiology for public health monitoring and has pioneered methods to quantify activated sludge foaming in wastewater treatment. His work bridges fundamental microbial ecology with applied solutions for urban water challenges.

• Microbial ecology
• Aquatic system dynamics
• Genome & sequence analysis
• +4 more

Mike Allen is a Professor in the Department of Communication at the University of Wisconsin-Milwaukee (UWM), affiliated with the College of Letters & Science. He previously served as Editor of Communication Monographs and Communication Studies , and is recognized as one of the top 25 active research career scholars in communication based on publication volume. His primary research focuses on social influence across personal, organizational, media, and public spheres, with additional emphases on nonverbal communication, persuasion, and meta-analysis methodologies. Education includes a PhD from Michigan State University (1987) , MA from the University of Wyoming (1983) , and BA from Lewis and Clark College (1981) . Research interests span: Quantitative research methods Public speaking competency development Argumentation theory and practice Meta-analysis applications in communication studies Nonverbal behavior in relational contexts Social influence mechanisms in digital and organizational environments Recent article trends prioritize: Medical antibiotic efficacy analysis (SPECTRA study) Cultural acculturation processes among marginalized populations Educational communication dynamics in team-based and virtual learning environments Technology interventions for enhancing public speaking skills 2011 Central States Communication Association Federation Research Prize Top Paper awards at National Communication Association Conventions (2010) Editorial leadership roles in communication journals Advising and grants involve extensive collaborations with co-authors like Dr. LeFebvre and Bourhis, though no formal advisee names are explicitly listed. Research extends to interdisciplinary work in medical communication, educational technology, and cultural studies. His lab focuses on quantitative communication research and applies meta-analytic methods to diverse contexts.

• Social Influence
• Nonverbal Communication
• Persuasion
• +3 more

Ryan Dupont is the Cazier Professor in the Department of Civil and Environmental Engineering at Utah State University (USU), affiliated with the College of Engineering and the Utah Water Research Laboratory. He holds a PhD in Environmental Health Engineering from the University of Kansas (1982). His research focuses on bioremediation, wastewater engineering, stormwater treatment, emerging contaminants, and green infrastructure, with over 30 years of academic and administrative experience. Education: PhD, Environmental Health Engineering, University of Kansas, 1982 MS, Environmental Health Engineering, University of Kansas, 1979 BS, Civil Engineering, University of Kansas, 1977 Research interests span environmental engineering challenges, including contaminant remediation, water reuse, and sustainable infrastructure. He has led numerous projects funded by federal agencies and industry partners, addressing issues like groundwater remediation, stormwater management, and bioremediation technologies. Notable awards include the Cazier Endowed Professor Lifetime Achievement Award (2021) and the Richard I. Stessel Waste Management Award (2015). His work has been published in over 100 peer-reviewed articles and book chapters. Grants and projects include studies on stormwater harvesting, nutrient transformation in streams, and bioremediation of chlorinated solvents. He has advised multiple graduate students and contributed to industry partnerships through consulting roles. He is actively involved in the Utah Water Research Laboratory, advancing water resource management and sustainable engineering solutions.

• Environmental Engineering
• Bioremediation
• Wastewater Engineering
• +6 more

Dr. Liyuan (Joanna) Hou is an Assistant Professor at Utah State University's Utah Water Research Laboratory and Civil and Environmental Engineering Department, with an adjunct role in Biological Engineering. She earned a PhD from the University of Missouri (2019), MS from Chinese Academy of Sciences (2014), and BS from Huaqiao University (2011). Her research focuses on applied environmental microbiology, particularly microbial interactions with contaminants and waste valorization. Key themes include tracking pollutant transport via microbial analysis and leveraging biodegradation mechanisms for waste reduction. She has mentored numerous graduate students and holds grants totaling over $750,000. Awards include the 2025 CEE Undergraduate Research Mentor Award and 2022 Sigrid Leirmo Memorial Award. Her work spans lab-scale innovations to field applications, emphasizing sustainable biotechnology solutions. Education: PhD, Civil Engineering, University of Missouri-Columbia (2019) MS, Environmental Engineering, Chinese Academy of Sciences (2014) BS, Environmental Engineering, Huaqiao University (2011) Research Interests: Functional microbial communities in water systems Biodegradation mechanisms for pollutants Microplastic impact on algal blooms Antibiotic resistome dynamics in urban environments Grants: USDA NIFA grant ($747,793): Bioplastic production from dairy/paper wastes (2022-2025) O. N. Allen Soil Grant ($3,145): Polystyrene biodegradation (2020-2021) Labs/Teams: Active in Utah Water Research Laboratory and collaborates with SUNY ESF, UW-Madison, and Wisconsin-based institutions on interdisciplinary environmental projects.

• Environmental Microbiology
• Wastewater Engineering
• Biodegradation
• +6 more

Dr. Michelle Hummel is an Associate Professor in the Department of Civil Engineering at the University of Texas at Arlington (UTA), specializing in water resources and coastal resilience. Her research integrates numerical modeling, statistical analysis, and geospatial tools to study coupled human-natural systems and climate-driven coastal hazards. She holds a B.S. in Civil Engineering from Case Western Reserve University and M.S./Ph.D. in Environmental Engineering from UC Berkeley. Education Background: Ph.D., Civil Engineering (Environmental Engineering), UC Berkeley (2018) M.S., Civil Engineering (Environmental Engineering), UC Berkeley (2015) B.S., Civil Engineering, Case Western Reserve University (2014) Research Interests: Focus on coastal hazards, sea-level rise, flood modeling, infrastructure resilience, and participatory adaptation strategies. Her work emphasizes interdisciplinary collaboration to advance decision-making frameworks for vulnerable communities. Grants & Awards: Over $12 million in federal funding from NSF, NOAA, DOE, and others. Notable recognitions include the 2025 Lawrence Stephens Award and multiple NSF grants for coastal resilience projects. Advising: Mentored over 30 graduate students and postdocs in research areas spanning hydrology, urban planning, and environmental policy. Active in dissertation supervision and interdisciplinary teams. Labs/Teams: Leads the Coastal Resilience Lab at UTA, collaborating on projects like the Coastal Bend Climate Resilience Center and smart city initiatives in Texas Gulf Coast communities.

• Coastal Engineering
• Water Resources Management
• Climate Change Adaptation
• +5 more

Nidal Abu-Zahra is a Professor and Department Chair of Materials Science & Engineering at the University of Wisconsin-Milwaukee (UWM) within the College of Engineering & Applied Science. His research focuses on water treatment technologies, including developing filtration media, polymer foams, and membranes for heavy metal removal and lithium extraction from seawater using antibiofouling properties. He employs experimental and computational methods (Molecular Dynamics, Density Functional Theory) to advance material design. Education: PhD in Industrial Engineering (Cleveland State University, 1996), MS in Mechanical Engineering (University of Manchester, 1994), BS in Mechanical Engineering (University of Jordan, 1992). Research Interests : Water filtration systems and biofouling prevention Lithium extraction via perovskite systems Polymer functionalization and characterization Computational material modeling Recent Work Highlights : Developing self-cleaning membranes with photocatalytic surfaces Optimizing adsorbents for heavy metal recovery Exploring MOF-based materials for water purification Labs & Teams : His research group uses advanced instruments for polymer synthesis, computational modeling, and material characterization, contributing to interdisciplinary projects in environmental engineering and materials science.

• Water Filtration
• Biofouling Prevention
• Lithium Extraction
• +6 more

John Reisel is a Professor in the Department of Mechanical Engineering at the University of Wisconsin-Milwaukee (UWM), College of Engineering and Applied Science. His research bridges engineering education and sustainable energy systems, focusing on improving student success and developing environmentally conscious engineering solutions. His educational background includes: PhD in Mechanical Engineering from Purdue University (1994) MS in Mechanical Engineering from Purdue University (1991) BME from Villanova University (1989) Reisel's research spans Engineering Education and Energy/Environmental Systems . In education, he pioneers peer-led learning and bridge programs to boost retention. In energy, he develops neural network models for demand forecasting, solar thermal integration in biofuel production, and wastewater treatment technologies for textile dyes. His work directly impacts curriculum design and sustainable industrial practices. His publication history reveals a strategic dual focus: approximately half address educational interventions for engineering students, while the other half tackle energy modeling and environmental applications. This interdisciplinary approach connects pedagogical innovation with real-world sustainability challenges, particularly in biofuel production and industrial wastewater treatment. His scientific recognition includes: ASEE paper awards across multiple divisions (2010-2020) UWM's Distinguished Undergraduate Teaching Award (2005) CEAS Top 10 Research Expenditures ranking (2009-10) SAE Ralph R. Teetor Educational Award (1998) Reisel mentors students through research-intensive educational programs and serves as UWM's Secretary of the University. His grant-funded work demonstrates significant research impact, particularly in educational intervention studies and energy modeling projects. Community engagement includes board membership with Big Brothers/Big Sisters of Milwaukee and St. Hyacinth Emergency Food Pantry. His collaborations span environmental engineering (wastewater treatment), computer science (neural networks), and community organizations, reflecting a commitment to both academic excellence and societal impact.

• Engineering Education
• Air Pollution
• Combustion
• +2 more

Catherine Almquist, Ph.D., is a Professor in the Department of Chemical, Paper, and Biomedical Engineering at Miami University, affiliated with the Institute for the Environment and Sustainability. She joined Miami University in 2001, progressing from Assistant Professor to Professor. Her research focuses on environmental catalysis, photocatalysis, and adsorption technologies, with emphasis on pollution prevention and waste-to-value strategies. She holds a Ph.D. in Environmental Engineering from the University of Cincinnati (2001), an MS in Chemical Engineering (1997), and a BS from Ohio State University (1989). Her education includes: Ph.D., Environmental Engineering, University of Cincinnati (2001) M.S., Chemical Engineering, University of Cincinnati (1997) B.S., Chemical Engineering, Ohio State University (1989) Research interests span environmental catalysis and adsorption, with projects including novel adsorbents for fuel vapor recovery, CO₂ reforming of methane, and photocatalytic destruction of pollutants. She has authored ~30 peer-reviewed articles and one U.S. patent. Dr. Almquist actively mentors students in engineering education and research, contributing to AICHE, TAPPI, and ACS. Her recent articles highlight advancements in photocatalytic devices for fuel vapor control, PFAS removal via membrane-assisted extraction, and catalyst development for VOC oxidation. She has presented at conferences like the International Conference on Semiconductor Photocatalysis and the Clean Energy Alliance of Ohio. Dr. Almquist’s work bridges academia and industry, with experience at Battelle Memorial Institute (1990–1997) and Dow Corning (1989–1990). Her lab focuses on sustainable technologies, including anaerobic digestion of organic waste and mercury adsorbent synthesis from paper sludge.

• Environmental Catalysis
• Photocatalysis
• Adsorption
• +3 more

Hunter Schroer, PhD, PE, is an Assistant Professor in the Department of Civil, Architectural & Environmental Engineering at Missouri University of Science and Technology (Missouri S&T). He is also a Research Investigator at the Center for Research in Energy and Environment and the Thomas J. O’Keefe Center for Critical Minerals . Dr. Schroer holds a PhD and MS in Environmental Engineering from the University of Iowa and a BS in Mechanical Engineering from Baylor University. His professional experience includes roles as a research scientist and consulting engineer. His research focuses on environmental biotechnology , integrating computational and laboratory methods to advance clean water production , biogas recovery , and sustainable resource utilization . Key areas include anaerobic codigestion optimization, microbial community dynamics, and photolytic degradation of organic contaminants. He has pioneered sensor technologies for freshwater mussels to assess aquatic ecosystem health. Dr. Schroer’s recent work emphasizes data-driven approaches for biogas forecasting and SCADA system integration. His publications span anaerobic digestion chemistry, nitro compound degradation mechanisms, and plant-microbe interactions in pollutant metabolism. He is licensed as a Professional Engineer in Colorado and actively contributes to interdisciplinary energy and environment research initiatives.

• Environmental Biotechnology
• Waste Management
• Anaerobic Digestion
• +6 more

Yinyin Ye serves as Assistant Professor in the Department of Civil, Structural and Environmental Engineering at the University at Buffalo's School of Engineering and Applied Sciences. Her research addresses critical intersections between environmental engineering and public health through pathogen surveillance, disinfection science, and environmental exposure assessment. Her educational background includes: PhD in Environmental Engineering, University of Michigan (2018) MS in Environmental Engineering, University of Michigan (2014) BS in Water Wastewater Engineering, Tongji University (2012) Dr. Ye pioneers the integration of “omics” technologies with environmental engineering to develop early warning systems for infectious disease outbreaks. Her work focuses on the fate and transport of pathogens in engineered systems, environmental surveillance methodologies, and the development of advanced disinfection protocols. This research directly supports pandemic preparedness, water security, and sustainable agricultural practices through data-driven environmental health interventions. Analysis of her recent publications (2021-2025) reveals three dominant research trajectories: wastewater-based epidemiology for SARS-CoV-2 surveillance, fundamental studies on virus disinfection mechanisms using chlorine/UV, and computational innovations in viromic analysis. Her work consistently bridges laboratory-scale mechanistic studies with real-world public health applications, particularly in pandemic response systems. No specific scientific awards are detailed in the current profile information. While her research group website indicates active laboratory operations, the current profile does not specify graduate student advisees or research funding sources. Her team likely engages in collaborative projects related to environmental pathogen engineering and public health surveillance based on publication patterns. Dr. Ye leads an active research group focused on environmental pathogen engineering, as evidenced by her dedicated research group website. The team develops innovative approaches for pathogen surveillance in water systems and applies big data analytics to environmental health challenges, with particular emphasis on pandemic preparedness and sustainable water treatment solutions.

• Environmental Engineering
• Pathogen Disinfection
• Environmental Surveillance of Pathogens
• +3 more

Dr. Bing Zhang is a Professor of Biological Sciences at the University of Missouri's College of Arts and Science. His research focuses on synaptic plasticity, neural circuitry, and neurological disorder modeling using Drosophila melanogaster. He holds a PhD from Cornell University (1995) and has received awards including the Richard F. and Sharon A. Keister Faculty Enhancement Award (2017). His interdisciplinary work spans neurobiology, genetics, and environmental microbiology, addressing both fundamental biological mechanisms and applied challenges like wastewater treatment and pollution control. Education PhD in Biological Sciences, Cornell University, 1995 Research Interests Dr. Zhang's lab investigates synaptic development, glial-neuronal interactions, and neural circuit dysfunction in neurodegenerative diseases. Techniques include molecular genetics, electrophysiology, and biochemistry. Recent work explores environmental applications, such as microbial community dynamics in wastewater treatment and soil remediation strategies for heavy metal contamination. Awards & Honors Richard F. and Sharon A. Keister Faculty Enhancement Award in Biological Sciences (2017) Faculty Fellow, College of Arts and Science (2015) Midwest Representative, Fly Board, Genetics Society of America (2014) Advising & Grants No formal student advisee list provided. Research supported by studies on environmental policy impacts and microbial ecology, with grants likely tied to National Science Foundation or NIH funding (not explicitly stated in source texts). Labs & Collaborations Directs the Zhang Lab at MU, which collaborates on Drosophila models for human diseases (Alzheimer's, ALS) and environmental microbiology. Publications are tracked via the Zhang Lab website .

• Neurobiology
• Genetics and Genomics
• Molecular Biology
• +7 more

Tala Navab-Daneshmand is an Associate Professor and Associate Head of Graduate Programs in the Chemical, Biological, and Environmental Engineering Department at Oregon State University's College of Engineering. She holds the Warwick Family Engineering Faculty Scholar position and leads the Navab Lab, which focuses on environmental engineering research related to water quality and public health. Dr. Navab-Daneshmand earned her educational degrees from: PhD in Environmental Engineering from McGill University, Montréal MSc in Environmental Engineering from Tehran University, Tehran, Iran BSc in Civil Engineering from Amirkabir University of Technology, Tehran Dr. Navab-Daneshmand's research primarily focuses on the fate of pathogenic and antibiotic-resistant bacteria from wastewater systems to environmental reservoirs. Her work investigates microbial communities' structure and function in both engineered and natural systems, with the goal of designing solutions to reduce human health risks. The Navab Lab employs interdisciplinary approaches combining microbiology, molecular biology, process engineering, and statistics to address these critical environmental health challenges. Her research has significant implications for wastewater treatment practices, biosolids management, and water quality protection. Analysis of Dr. Navab-Daneshmand's recent publications reveals a strong focus on antibiotic resistance transmission through water and soil pathways, with particular attention to the connections between environmental contamination and public health outcomes. Her work spans laboratory, field, and computational approaches across multiple continents, examining how wastewater treatment processes affect antibiotic resistance gene transfer and how environmental reservoirs contribute to human exposure. Dr. Navab-Daneshmand has been recognized with the Warwick Family Engineering Faculty Scholar award, highlighting her contributions to engineering education and research. Dr. Navab-Daneshmand actively mentors a diverse group of students at various academic levels, including PhD, Master's, and undergraduate researchers. Her lab has received funding for projects such as the ISS Biofilms in Space Project and research on antibiotic resistance in wastewater systems across Oregon. She has also secured international research opportunities, including work in Bangladesh examining connections between arsenic exposure and antibiotic resistance. The Navab Lab maintains active research teams investigating multiple aspects of water quality and pathogen transmission. Current projects include studies on antibiotic resistance in municipal wastewater, bioremediation of wastewater effluents, biofilm architecture in space environments, and the impact of biosolids on soil resistome. The lab collaborates with researchers across disciplines and has established international partnerships for field research in countries including Bangladesh, Vietnam, and Zimbabwe.

• Environmental Engineering
• Wastewater Treatment
• Antibiotic Resistance
• +6 more

Kathryn Newhart is an Assistant Professor in the Chemical, Biological, and Environmental Engineering department at Oregon State University's College of Engineering. Her work bridges the water-data nexus through statistical and machine learning applications to optimize water/wastewater systems. Ph.D. in Civil and Environmental Engineering (2020) M.S. in Civil and Environmental Engineering (2018) B.S. in Environmental Engineering (2016) Dr. Newhart's research focuses on: Machine learning for water/wastewater treatment monitoring and control Decarbonization strategies in water systems Engineering education innovations using gamification Collaboration with utilities/non-profits for real-world deployments Her recent publications emphasize: Stochastic modeling for wastewater-based epidemiology Ultrafiltration process monitoring Energy terminology analysis in wastewater literature Escape room pedagogy for ethics training Data science tools for decarbonization Advanced fault isolation in decentralized systems Dr. Newhart integrates her industry experience (operator, engineer, data scientist) into practical teaching, emphasizing data science tools and critical thinking in environmental engineering education.

• Environmental Engineering
• Machine Learning
• Data Science
• +3 more

Lewis Semprini serves as a University Distinguished Professor in the Department of Chemical, Biological, and Environmental Engineering at Oregon State University's College of Engineering. With over three decades of research experience, he leads pioneering work in bioremediation of hazardous wastes and environmental contaminant transport. His academic credentials include: Ph.D. in Civil Engineering from Stanford University (1986) Engineer's Degree in Civil Engineering from Stanford University (1981) M.S. in Environmental Engineering from Stanford University (1979) B.S. in Chemical Engineering from the University of California, Berkeley (1974) Semprini specializes in integrated field, laboratory, and modeling studies of aerobic/anaerobic processes for treating chlorinated solvents, PAHs, and emerging contaminants. Current research demonstrates strong emphasis on hydrogel-encapsulated bacterial systems for cometabolic degradation of 1,4-dioxane and chlorinated solvents, with emerging focus on toxicity assessment of transformation products. His work bridges fundamental microbiology with practical groundwater remediation applications. He received the 2007 OSU Distinguished Professor Award and serves as a Superfund Research Program investigator, reflecting sustained grant funding for hazardous substance research. Semprini directs projects within Oregon State's Water and Environment research group, developing sustainable bioremediation technologies for soil and groundwater contamination through advanced material-bacteria interaction studies.

• Environmental Engineering
• Bioremediation
• Hazardous Waste Treatment
• +5 more

Dr. Lesley Joseph is a Senior Lecturer in Civil and Environmental Engineering at the University of South Carolina's Molinaroli College of Engineering and Computing. A licensed professional engineer (PE-ENV), he brings 10+ years of industry experience in water/wastewater systems design before joining academia. His research examines environmental justice, water quality disparities, and climate impacts on disadvantaged communities. Joseph's work focuses on sustainable water treatment using advanced materials like metal-organic frameworks, with applications in resource-limited settings. He develops low-cost solutions for heavy metal removal and investigates spatial inequities in environmental hazards. Honors include multiple NSF and EPA fellowships. His community-engaged research informs policy interventions addressing health disparities linked to water access and pollution.

• Environmental justice
• Water quality
• Health disparities
• +2 more