Below are our Minute Madness Presentations:
| First | Last | Organization | Abstract/ Presentation Title |
| James | Sievwright | Environment and Climate Change Canada | Small Air Quality Sensor Applications to Improve Community Engagement in Western Canada |
| Maurizio | Barbiere | Joint Research Centre | Performance evaluation of low-cost sensors for the benzene and other Volatile Organic Compound in ambient air within the Key VOCs project. |
| Jonathan | Callahan | Mazama Science | A PM2.5 Swiss Army Knife for R |
| Edmund | Seto | University of Washington | Quality Control for Networks of Low-Cost Air Pollution Sensors |
| Shea | Caspersen | US EPA, Region 9 | Application of Visualization tools for Air Sensor Data Collected in Southern California |
| Yael | Etzion | Atmosfir Optics | Remote sensing data analytics accommodating multi-source characterization in a complex petrochemical/chemical industrial area |
| Gilad | Shpitzer | Atmosfir Optics | Remote sensing data analytics accommodating petrochemical/chemical industrial fence-line monitoring challenges |
| Steven | Chillrud | Lamont-Doherty Earth Observatory of Columbia University | Serial dilution of inverted flame source as calibration approach for black carbon monitors |
| Ying | Zhou | National Center for Environmental Health (NCEH), Centers for Disease Control and Prevention (CDC) | Review of real-time air pollution data in United States and their potential applications in environmental health tracking at CDC |
| Wen-Whai | Li | University fo Texas at El Paso | Associations of respiratory responses with traffic air pollution for asthmatic children attending a roadside school |
| Elizabeth | Noth | University of California, Berkeley | Overcoming Environmental Variability |
| Justin | Patts | NIOSH | Advancing Direct Reading and Sensor Technologies for Occupational Safety and Health: The NIOSH right sensors used right initiative for safety, health, well-being, and productivity |
| Monika | Vadali | MN Pollution control agency | A cost effective ambient air quality monitoring system for evaluation urban air quality |
| Parikshit | deshmukh | Jacobs Technology | Design and Evaluation of Fixed and Mobile Sensor-based systems for collection of local Air Quality Data |
| Damian | Bikiel | UBA-FCEyN / INQUIMAE-CONICET | Testing low-cost sensors by means of passive samplers |
| Charles | Pearson | California Air Resources Board/Incident Air Monitoring | Evaluation and Use of Sensors for Monitoring Smoke Impacts of Wildfires and Prescribed Burns |
| Xiaohui | Qiao | Tsinghua University | Low-cost sensor network to improve air quality management capability: a case study in Jining, China |
| Aileen | Nowlan | Environmental Defense Fund | Air Pollution Hyperlocal Mapping Using Fleet Vehicles |
| Brian | LaFranchi | Aclima Inc. | Methodology development for routine evaluation of atmospheric data quality aboard a mobile platform |
| Matthew | Adams | University of Toronto Mississauga | Siting Monitors for use in Land Use Regression Modelling |
| Guillermo | Villena | Institute for Advanced Sustainability Studies (IASS-Potsdam) | IMPLEMENTATION OF LOW-COST AIR QUALITY SENSORS FOR URBAN MEASUREMENTS ON STATIONARY AND MOBILE PLATFORMS |
| Stefan | Gillott | king's College London | Characterisation and Enhancement of low-cost aerosol sensors for use in air pollution monitoring in diverse environments. |
| Stavros | Amanatidis | California Institute of Technology | Miniaturizing particle sizing instruments for planned atmospheric studies: The Caltech-ADI Scanning Electrical Mobility Spectrometer |
| Anna | Mebust | EPA Region 9 | Performance testing of next-generation air sensors during wildfires |
| John | Watson | Desert Research Institute | Microsensor Smoke Detection for Spacecraft Fire Safety |
| Brian | Magi | University of North Carolina at Charlotte | Comparison and evaluation of PM2.5 measured in an urban setting using a low-cost optical particle counter and a Federal Equivalent Method Beta Attenuation Monitor |
| Gedi | Mainelis | Rutgers University | Comparison of Three Consumer-Grade Air Quality Monitors Using Different Particles |
| Tarun | Gupta | Indian Institute of Technology Kanpur | An Off-Centric Impactor to Reduce Particle Bounce Off: Its Design and Development |
| Ryan | Thompson | Mountain Air Engineering | Portable Dilution Sampling Equipment for Climate-Relevant Emission Source Characterization |
| David | Broday | Technion | Identifying the impact of a stone quarry on exposure to respirable particles |
| Christopher | Wallis | UC Davis Air Quality Research Center | Robust and Low Cost Drag Sphere Anemometer |
| Anubha | Goel | indian institute of technology kanpur, india | Particle-bound Polycyclic Aromatic Hydrocarbons (PPAHs) as indicators of Toxicity potential of particles |
| Steven | Brown | Sonoma Technology Inc | Variations in Wintertime PM Among Communities in Sacramento Measured with a Combination of Traditional and Low-Cost Sensor Methods |
| Kenneth | Davidson | US EPA | Using Air Sensors to Build Capacity to Measure Air Pollution Mitigation Strategies at Schools: A Case Study at Brookfield Elementary School, Oakland, CA |
| L.-W. Antony | Chen | University of Nevada, Las Vegas - Department of Environmental and Occupational Health | Undergraduate education using wearable sensors to train citizen scientists and increase air quality awareness |
| Walter | Ham | CA Air Resources Board | Linking Low-Cost Particle Sensor Measurements to Regulatory Monitoring |
