Our Program Committees and Session Chairs have been in discussions with various universities, government organizations, community groups and industry members about creating sessions that can be the most beneficial to our attendees. Below is the preliminary list of ASIC Speakers that will be sharing their experiences, research and knowledge with you. We will be continuing to recruit people and organizations to offer podium presentations as well as poster presentations at the conference.
Learn more about our Session Topics
Are you interested in adding your work to our program? Consider submitting an abstract for review. You can host a Podium Presentation in one of our sessions or provide a Poster Presentation to describe your work.
Download list of Podium Abstracts here.
Download list of Poster Abstracts here.
Plenary Panel Presentations
Plenary Panel |
First Name |
Last Name |
Organization |
California Community Air Protection | Veronica | Eady | CARB |
California Community Air Protection | Wayne | Nastri | SCAQMD |
California Community Air Protection | Eric | Stevenson | BAAQMD |
California Community Air Protection | Alan | Abbs | CAPCOA |
Community Perspectives and Connections | Penelope "Jenny" | Quintana | San Diego State University |
Community Perspectives and Connections | Kris | Ray | Colville Confederated Tribes |
Community Perspectives and Connections | Calvin | Cupini | Clean Air Carolina |
Community Perspectives and Connections | Adrienne | Hollis | WE ACT |
Federal Connections | Meredith | Kurpius | US EPA |
Federal Connections | Erika | Sasser | US EPA |
Federal Connections | Katherine | Webber | US DOS |
International Perspectives and Connections | Lyng-Jyn | Chen | Academica Sinica |
International Perspectives and Connections | Tonny | Xie | Bluetech Clean Air Alliance |
International Perspectives and Connections | Sean | Khan | United Nations Environment |
International Perspectives and Connections | Alena | Bartonova | NILU Norwegian Institute for Air Research |
International Perspectives and Connections | Emmanuel | Appoh | Ghana Environmental Protection Agency |
General Session Presentations
Session Topic |
First Name |
Last Name |
Organization |
Presentation Title |
Community and Citizen Science Session #3 | Stephen | Krabbe | US EPA Region 7 | Kansas City Transportation Local-Scale Air Quality Study (KC-TRAQS): Application of Citizen Science for Examining Local Air Quality |
Community and Citizen Science Session #3 | Wendy | Griswold | University of Memphis | Engaging Community Members to Become Empowered Community Scientists |
Community and Citizen Science Session #3 | Orly | Stampfer | University of Washington | The Community Engagement Process in Studying the Use of Low-Cost Air Sensors in a Highly Impacted, Multi-Cultural Rural Setting |
Community and Citizen Science Session #3 | Gregory | Newmark | Kansas State University | Lessons from the Shared Air/Shared Action: Community Empowerment through Low-Cost Air Pollution Monitoring Project |
Community and Citizen Science Session #3 | Hilary | Hafner | Sonoma Technology, Inc. | Community Sensor Training: Best Practices and Lessons Learned |
Community and Citizen Science Session #3 | Seung-Hyun | Cho | RTI International | Field Implementation of Citizen Science Air Quality and Exposure Study (not for publishing) |
Community and Citizen Science Session #3 | Brian | Miles | CGI | Establishing a Community Based Air Sensor Network: Lafayette Engagement and Research Network |
Community and Citizen Science Session #2 | Nancy | Carmona | University of Washington, Department of Environmental and Occupational Health Sciences | Developing a Community-Engaged Low-cost Air Monitoring Network in Seattle, Washington |
Community and Citizen Science Session #2 | Ernie | Weijers | National Institute for Public Health and the Environment(RIVM) | Citizen science and regulatory monitoring: bridging the gap? |
Community and Citizen Science Session #2 | Michael | Ogletree | City & County of Denver; Department of Public Health & Environment | Air Quality Community Action Network (AQ-CAN) |
Community and Citizen Science Session #2 | Jill | Johnston | University of Southern California | Storytelling and air monitoring: A day in the life of an environmental justice youth of color |
Community and Citizen Science Session #2 | Anna | Scott | Johns Hopkins University | Greater Baltimore Open Air |
Community and Citizen Science Session #2 | Jennifer | Gabrys | Citizen Sense, Goldsmiths, University of London | Citizen Sensing: From Data to Action |
Community and Citizen Science Session #2 | Adrienne | Hollis | WE ACT for Environmental Justice | Cleaner Air, Cleaner Communities: 6 Steps to Develop Environmentally Just State Implementation Plans |
Community and Citizen Science Session #2 | Sacoby | Wilson | School of Public Health, University of Maryland-College Park | Use of Citizen Science Tools to Engage, Inpower, and Advance Environmental Justice and Health Equity |
Community and Citizen Science Session #1 | Amanda | Kaufman | US Environmental Protection Agency | Citizen Science and Government Collaborations: Developing Tools to Facilitate Community Air Monitoring |
Community and Citizen Science Session #1 | Trina | Mackie | Touro University California | The Vallejo Citizen Air Monitoring Network: Building Awareness and Strengthening Advocacy for Environmental Justice |
Community and Citizen Science Session #1 | Gustavo | Aguirre Jr | Central California Environmental Justice Network | From the Ground Up: An Environmental Justice Approach to Community Science and Air Monitoring |
Community and Citizen Science Session #1 | Margaret | Rice | New York City Department of Health & Mental Hygiene | City government, academia, and local communities: Cooperative approaches to citizen data collection |
Community and Citizen Science Session #1 | Calvin | Cupini | Clean Air Carolina | Leveraging Citizen Science and the Internet of Things to create a statewide community monitoring network |
Community and Citizen Science Session #1 | Kris | Ray | Confederated Tribes of the Colville Reservation | Using Sensors and Portable Monitors to Guild a Tribal Air Quality Program |
Community and Citizen Science Session #1 | Ms. Margaret | Gordon | West Oakland Environmental Indicators Project | On the Ground Urban Citizen Science |
Community and Citizen Science Session #1 | Luis | Olmedo | CCV, IVAN AIR | Community air Monitoring with Low-Cost Sensors |
Data Analytics | Jennifer and Steve | Eberwein / Drevik | Mojave APCD / Agilaire | Real Time Normalization of Small Sensor Data |
Data Analytics | Tongshu | Zheng | Duke University | Gaussian process regression models for dynamic low-cost particulate matter sensor calibration in a wireless sensor network in New Delhi (Not for publishing) |
Data Analytics | L. Drew | Hill | Ramboll, Environment & Health, San Francisco | Improving pollution source resolution for real time low cost sensors using widely available data resources: a proof of concept |
Data Analytics | David | Lary | University of Texas at Dallas | Sensor networks: data processing for better spatial and temporal resolution |
Data Analytics | Christoph | Hueglin | Empa, Swiss Federal Laboratories for Materials Science and Technology, Duebendorf, Switzerland | Assessment of the Performance of NO and NO2 low cost sensors over extended time periods in a real world application |
Data Analytics | Brandon | Feenstra | South Coast AQMD | Development of a backend application to ingest, validate, analyze, and map data from a large PM sensor network |
Data Analytics | R | Subramanian | Carnegie Mellon University | Machine learning and data analytics to calibrate sensors and map air quality in real-time with the RAMP network (not for publishing) |
Data Assimilation | Jun | Wang | University of Iowa | Resolving uncertainties in the urban air quality, climate, and vegetation nexus through citizen science, satellite imagery, and atmospheric modeling (not for publishing) |
Data Assimilation | Alena | Bartonova | NILU Norwegian Institute for Air Research | Data fusion techniques for mapping urban air quality using low-cost sensor networks |
Data Assimilation | Karin | Tuxen-Bettman | Big Data for Air Quality: Sensors, Satellites, and Spatial Analysis, Oh My! | |
Data Assimilation | Michael | Heimbinder | HabitatMap | The AirCasting Platform: Communicating & Visualizing Air Quality Data |
Data Assimilation | Theo | Damoulas | University of Warwick & The Alan Turing Institute | Probabilistic Machine Learning for Air Quality Sensor Integration |
Data Assimilation | Tim | Dye | TD Environmental Services | Data Deluge: It's occurring, Now What? How to Make the Most of Air Sensor Data Using New Tools |
Data Communication | Kayla | Schulte | University of Oxford | Air Quality Platform Problematics: Illuminating the Gap Between Design & Application |
Data Communication | Jim | Menard | IBM/The Weather Company | Effectively communicating air quality to a largely apathetic general population |
Data Communication | Alexa | Wilkie | Public Health Institute / CDPH | Community engagement in development of a community air monitoring network in Imperial County, California |
Data Communication | Maria Harris | Ms. Margaret | Environmental Defense Fund | Street-level air pollution data and advocacy in Oakland |
Data Communication | Susan Lyon | Stone | US Environmental Protection Agency | Integrating Communication of Data from Air Quality Monitors, Sensors, and Satellites |
Data Communication | Jason | Low | South Coast AQMD | Sensing the need to communicate sensor data |
Data Communications | Elena | Austin | University of Washington | Engaging Community to Design Data Communication for the Ysidro Air Quality Study |
Data Communications | Mena | Shah | California Air Resources Board | Community Air Monitoring Data Portal |
Data Sharing & Harmonization | Dan | Webster | Sage Bionetworks | Sensor technology in the All of Us Research Program |
Data Sharing & Harmonization | David L. | Elam, Jr. | TRC | Advancing the Application of Low-cost Sensors with Voluntary Consensus Standards |
Data Sharing & Harmonization | Michel | Gerboles | European Commission - Joint Research Centre | AirSensEUR: An open sensor box for air quality monitoring |
Data Sharing & Harmonization | Abhijit | RS | EDF | Air Quality Data Commons, an open source, open access platform for air quality data |
Data Sharing & Harmonization | Janet | Fredericks | Woods Hole Oceanographic Institution | Standards-based Tools for Creating and Managing Metadata for EnviroSensing Data |
Data Sharing & Harmonization | John | Graybeal | Stanford | Building a Principled Inter-operable Data System for Air Sensors |
Data Sharing & Harmonization | Steve | Liang | Sensor Up |
From Air Quality Monitoring Silos to System of Systems - Best Practices based on OGC SensorThings API |
Emerging Technologies | David | Broday | Technion | Wireless Distributed Environmental Sensor Networks for Air Pollution Measurement: The Promise and the Current Reality |
Emerging Technologies | Matthew | Landis | U.S. EPA Office of Research and Development | U.S. EPA Wildland Fire Sensor Challenge: Submission Evaluation Results and Winner(s) (not for publishing) |
Emerging Technologies | Philip | Father | Scepter, Inc. | Atmospheric Monitoring in 2020 |
Emerging Technologies | Kevin | Cromar | NYU | Using Satellite Data for Health and Air Quality Applications |
Emerging Technologies | Suresh | Dhaniyala | Clarkson University | A new low-cost, electrical-mobility based aerosol sensor for wide size range measurements |
Emerging Technologies | Zhi | Ning | The Hong Kong University of Science and Tecnology | Development and Validation of a Baseline Correction Method for Long-Term Unattended Field Deployment of Electrochemical Sensors |
Exposure & Health | Darby | Jack | Columbia University | Temporal and spatial variation in personal air pollution exposures in New York City bicycle commuters: evidence from the Biking and Breathing study |
Exposure & Health | David | Peden | University of North Carolina | Development of wearable environmental and physiological sensors |
Exposure & Health | Edmund | Seto | University of Washington | The Influence of Personal Behaviors on Personal Air Pollution Exposures and Acute Health Effects |
Exposure & Health | Jeffery | Williams | CARB | Personal Exposure to Particles and Gaseous Pollutants |
Exposure & Health | John | Balmes | University of California, San Francisco and Berkeley | Air Quality Monitoring and Emissions Reduction at the Community Level in California: A New Paradigm |
Exposure & Health | Rima | Habre | University of Southern California | An Health Platform for Predicting Risk of Pediatric Asthma Exacerbation Using Personal Sensor Monitoring Systems: The Los Angeles PRISMS Center |
Field Experience | Shih-Chun Candice | Lung | Research Center for Environmental Changes, Academia Sinica, Taiwan | Application of PM2.5 Low-cost-sensors to Assess Community Sources |
Field Experience | Jesse | Kroll | MIT | Distributed air quality monitoring near a major point source: Measurements of volcanic air pollution on the Island of Hawaii using low-cost sensors |
Field Experience | Gustavo | Olivares | NIWA | Community Observation Networks for Air - New Zealand's experience with community engagement about air quality |
Field Experience | Adrian & Pierre | Arfire / Pernot | Airparif | Navigating the Brave New World of Low-Cost Air Quality Sensing |
Field Experience | Sunil | Gulia | Delhi Zonal Center, CSIR-National Environmental Engineering Research Institute, Nagpur, MS, India | Sensor based Wireless Air Quality Monitoring Network - A Smart Tool for Urban Air Quality Management: A Case Study of Highly Urbanized Megacity, Delhi, India |
Field Experience | Ashley | Collier-Oxandale | University of Colorado Boulder | Proposed Best Practices for Quantifying, Siting, and Using Gas-Phase Sensors in Partnership with Communities |
Field Experience | Benjamin | Barratt | King's College London | Sensing in three dimensions: Field experience from the Hong Kong D3D Study |
Field Experience | Karen | Canales | Little Village Environmental Justice Organization | Validation of our lived experiences through field experience |
Gas & Vapor Sensing | Igor | Paprotny | University of Illinois at Chicago | Selective Chemoresistive Hybrid Metal Oxide/Carbon Nanotube-based VOC and Methane Sensors |
Gas & Vapor Sensing | Dr. Ardevan | Bakhtari | Scentroid | High Accuracy multi-gas monitoring using automated self-calibration |
Gas & Vapor Sensing | Markus | Knoll | Graz University of Technology / Institute of Electronic Sensor Systems | Development of a low-cost, low-power, photoacoustic based nitrogen dioxide (NO2) sensor network for air pollution measurements |
Gas & Vapor Sensing | Amanda | Billingsley | AQMesh | Experience of global small sensor co-location comparison studies with AQMesh |
Gas & Vapor Sensing | Geoff | Henshaw | Aeroqual Ltd | Creating air quality intelligence from low cost gas sensors |
Gas & Vapor Sensing | Georgia | Miskell | University of Auckland | A simple and effective technique for remotely calibrating low-cost gas air quality sensors when deployed in the field. |
Gas & Vapor Sensing | Michael | Hannigan | University of Colorado | How can we use sensors to learn about air quality near energy/transportation infrastructure? |
Gas & Vapor Sensing | Ron | Williams | U.S. Environmental Protection Agency | Field and Laboratory Performance Evaluation of an Ozone Sensor |
Indoor Air Quality | Olivier | Lefebvre | Climate Solutions Consulting | HAPEx: a low cost PM2.5 sensor to monitor household expsoure to solid fuel emissions |
Indoor Air Quality | Ajay | Pillarisetti | University of California, Berkeley | Using lower cost sensors to understand household energy use and its implications on pollution exposure and health |
Indoor Air Quality | Ang | Zhao | Rock Environment and Energy Institute | The PM2.5 Levels in the Metro Cars and Commuters' Awareness: A Questionnaire-based Investigation and AirBeam-based Monitoring in 10 Metro Lines of Beijing |
Indoor Air Quality | Bob | Thompson | US EPA | Which Sensors? When? How Much? Next Steps |
Indoor Air Quality | Martin | Lukac | Nexleaf Analytics | Using Data to Implement Cleaner Air Solutions |
Indoor Air Quality | Yifang | Zhu | University of California Los Angeles | Monitoring Indoor Air Quality Using Low Cost Sensors at a Community Scale |
Low & Middle Income Countries | Emmanual | Appoh | Ghana EPA | Overview of Air Quality Monitoring in Accra, Ghana |
Low & Middle Income Countries | Sean | Khan | UNEP | Application of affordable monitoring for low and middle income countries |
Low & Middle Income Countries | Saliou | Souare | Centre de Gestion de la Qualité de l'Air à Dakar (CGQA) | Air Quality Monitoring in Dakar, Senegal |
Low & Middle Income Countries | R. | Subramanian | Carnegie Mellon University | Air Quality in East Africa: Measurements with Portable and Low-Cost Sensors (not for publishing) |
Mobile Technologies | Kirsten | Koehler | Johns Hopkins University | Low-cost Air Pollution Monitors for Deployment in an Urban Setting |
Mobile Technologies | Anthony | Miller | Entanglement Technologies, Inc. | Mobile BTEX and VOC Monitoring with the AROMA Vapor Analyzer: Results and Lessons from Field Studies and Emergency Response Deployments |
Mobile Technologies | Priyanka | deSouza | Massachusetts Institute of Technology | City Scanner: High-Resolution Mobile Air Quality Monitoring |
Mobile Technologies | Bassam | Dgheim | Aclima Inc | Sensor performance characteristics from an extended mobile monitoring deployment |
Mobile Technologies | Albert | Presto | Carnegie Mellon University | Intra-city variability of PM exposure driven by carbonaceous sources |
Mobile Technologies | Marianne | Hatzopoulou | Department of Civil Engineering, University of Toronto | CAPTURING THE EFFECT OF DATA COLLECTION PROTOCOL ON LAND-USE REGRESSION MODELS AND EXPOSURE SURFACES FOR ULTRAFINE PARTICLES, BLACK CARBON, and NOISE |
Mobile Technologies | Nico | Schulte | California Air Resources Board | Interpreting On-Road Mobile Air Pollution Measurements in Multiple Communities |
Monitor Siting | Ajith | Kaduwela | Air Quality Research Center, UC Davis | Particle Measurements in Sri Lanka using Low-Cost Air Sensors |
Monitor Siting | Christine | Kendrick | City of Portland Bureau of Planning and Sustainability | Building Best Practices for an Air Quality Distributed Sensor Network |
Monitor Siting | Holger | Eisl | Barry Commoner Center for Health and the Environment, Queens College, NY | The role of Citizen Science Projects in the context of information made available by the New York City Community Air Survey |
Monitor Siting | Kate | Hoag | Bay Area Air Quality Management District (BAAQMD) | Study design considerations for successful air sensor projects |
Monitor Siting | Alena | Bartonova | NILU Norwegian Institute for Air Research | Sensor networks for public and regulatory information |
Monitor Siting | Steven | Brown | Sacramento Metropolitan Air Quality Management District | Wintertime Air Toxics from Wood Smoke in Sacramento |
Monitor Siting | Kun-Hsing | Liu | Green Energy and Environmental Research Laboratories, Industrial Technology Research Institute | The fast deployment method of widespread low-cost and portable sensors for national ambient air monitoring |
Particle Sensing | Graeme | Carvlin | Puget Sound Clean Air Agency | Calibration, QC, and Visualization of Data from the Purple Air Monitor |
Particle Sensing | Eben | Cross | Aerodyne Research Inc. | Understanding the fundamental limits of low-cost optical particle counters in the "real world" |
Particle Sensing | Kyle | Alberti | Aeroqual | Low-cost air quality sensor network deployment and data analysis |
Particle Sensing | Lara | Gundel | Lawrence Berkeley National Laboratory | Minimizing the influence of environmental conditions on the performance of low-cost PM sensors |
Particle Sensing | Pratim | Biswas | Washington University in St. Louis | Innovative Designs for Low Cost PM Sensors: Calibration, Characterization, and Application |
Particle Sensing | Sreenath | Avula | TSI Inc | An Overview of TSI's capabilities in product development from conception to commercialization |
Particle Sensing | Meilu | He | Clarkson University | Low-cost optical sensors: Laboratory and field performance evaluation |
Particle Sensing | Vasileios | Papapostolou | South Coast AQMD | South Coast Air Quality Management District – Air Quality Sensor Performance Evaluation Center |
Regulation and Performance Standards | Caroline | D'Angelo | U.S. Department of State | Air Sensors and U.S. Diplomacy |
Regulation and Performance Standards | Kristen | Benedict | U.S. EPA | The Emergence of Sensors - An EPA Perspective |
Regulation and Performance Standards | Michel | Gerboles | JRC | PERFORMANCE EVALUATION OF SENSORS FOR GASEOUS POLLUTANTS AND PARTICULATE MATTER MONITORING IN AMBIENT AIR |
Regulation and Performance Standards | Eric | Stevenson | Bay Area Air Quality Management District | Assembly Bill 617 and Low Cost Sensors - How Can This Technology Provide Actionable Results |
Regulation and Performance Standards | Craig | Kreman | Quapaw Tribe of Oklahoma | How sensors are and can be used in Indian Country |
Regulation and Performance Standards | Kyle | Vagadori | California Air Resources Board | Opportunities to Utilize Low-Cost Sensors to Address Regulatory Air Monitoring Network Resource Constraints |
Regulation and Performance Standards | Andrea | Polidori | South Coast Air Quality Management District | AQ-SPEC: Lessons Learnt and New Challenges |
Regulation and Performance Standards | Liu | Baoxian | Beijing EPA | Air Quality Monitoring in Beijing: Application of Traditional and Innovative Technologies |
Source Characterization | Naomi | Zimmerman | Carnegie Mellon University (now at The University of British Columbia) | Integrating Spatiotemporal Variability and Modifiable Factors into Air Pollution Estimates (not for publishing) |
Source Characterization | Shaohua | Hu | California Air Resources Board | Development and Establishment of a Monitoring Network using Portable Emissions AcQuisition System to Quantify Heavy-Duty In-Use Vehicles Emissions in California |
Source Characterization | Stephen | Feinberg | ORAU/US EPA | Kansas City Transportation Local-Scale Air Quality Study (KC-TRAQS): Examining Local Air Quality with a Network of Low-cost Sensors. |
Source Characterization | Jinsol | Kim | UC Berkeley | Characterizing urban emissions using low-cost, high-density sensor network (not for publishing) |
Source Characterization | Chelsea | Preble | University of California, Berkeley | Plume Capture Method to Characterize On-Road Emissions by Heavy-Duty Diesel Trucks |
Source Characterization | Andrew | Grieshop | North Carolina State University | Ambient and Fenceline Observations from Low-cost Gas and Particle Sensor Packages Deployed in Rural Malawi |
Source Characterization | R | Subramanian | Carnegie Mellon University | Characterizing point, line, and area sources with RAMP monitors: Case studies from Pittsburgh, PA and San Juan, PR (not for publishing) |
Source Characterization | Jingkun | Jiang | Tsinghua University | Data analysis of the particulate matter sensor network in two Chinese cities (not for publishing) |
Youth Education | Amal | Kaduwela | Albany High School, 603 Key Route Blvd. Albany, CA 94706, U.S.A | Development of Low-Cost Air Sensor Packages for Youth Education, Citizen/Community Science, and Developing Countries |
Youth Education | Daniel Santiago | Madrigal | Public Health Institute | Using a community air monitoring network to develop environmental health literacy and leadership with youth in Imperial Valley, CA |
Youth Education | Eric | Canteenwala | U.S. EPA Region IX, Children's Environmental Health Program | Air Quality Sensors and Environmental Education at EPA |
Youth Education | Luz | Guel | The Mount Sinai Transdisciplinary Center on Early Environmental Exposures | Team Science: A Cross-Disciplinary Training Approach to Citizen Science |
Youth Education | Rachelle | Duvall | US EPA | Student and Teacher-led Data Collection using Air Sensors during the DISCOVER-AQ Study |
Youth Education | Signe | Waldbauer | Durham School of the Arts | Building and Coding Low Cost Air Monitors in an Urban School Campus |