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InIt’s AirbornebyJoey Fox·Jan 14, 2025Using CO2 and Particulate Matter to Assess Airborne Disease RiskCO2 is a helpful tool for assessing airborne transmission risk. Steady state particulate matter is not.A response icon1A response icon1
InIt’s AirbornebyJoey Fox·Sep 10, 2024How Clean Air Delivery Rates were Selected in ASHRAE 241 — Part 11How People Get InfectedA response icon1A response icon1
InLifestyle TodaybyPaul Smales·Aug 6, 2024Covid Pot PourriWhich one will you succumb toA response icon1A response icon1
InIt’s AirbornebyJoey Fox·May 28, 2024Is Airborne The Right Word?A new document by the WHO tries to settle this issueA response icon1A response icon1
InThrough the FogbyMarie Snyder·Apr 25, 2024Imagine If Goliath Had WonA group of scientists backed by years of solid science couldn’t sway the mighty World Health Organization from their path of destruction…
InIt’s AirbornebyJoey Fox·Apr 19, 2024What The Heck Are Droplets?The term ‘droplet’ has been extremely confusing and has had significant consequences for addressing airborne transmission.A response icon1A response icon1
InIt’s AirbornebyJoey Fox·Apr 10, 2024Ventilation Mitigates Short-Range TransmissionThere’s no basis for the common assumption that ventilation only helps with long-range transmissionA response icon1A response icon1
InIt’s AirbornebyJoey Fox·Mar 4, 2024ASHRAE 241 Always Applies — Part 10Dispelling the myth that it only applies during a pandemicA response icon2A response icon2
