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More evidence that mitigating airborne pathogens and maintaining healthful air is essential:  A Univ. of Michigan study finds that COVID transmission via air was ~1000 times more likely than via contaminated surfaces on campus:  https://news.umich.edu/at-u-m-risk-from-surface-contamination-of-covid-19-was-much-lower-than-air-transmission/

Important report from a National Academies of Science, Engineering, and Medicine (NASEM) committee recommending future frameworks for expanding the availability of respiratory protection (historically, N95 masks but potentially newer approaches such as Taza Aya’s in the future) that go beyond the current limited list of professions to all workers potentially exposed to respiratory hazards (including airborne pathogens) and the public at large, including children.

A mandate for rethinking how we view - and what we demand of - personal respiratory protection!

Coronavirus loses 90% of its ability to infect us within 20 minutes of becoming airborne – with most of the loss occurring within the first five minutes, the world’s first simulations of how the virus survives in exhaled air suggest.

The findings re-emphasize the importance of short-range Covid transmission, with physical distancing and mask-wearing likely to be the most effective means of preventing infection. Ventilation, though still worthwhile, is likely to have a lesser impact.

“People have been focused on poorly ventilated spaces and thinking about airborne transmission over meters or across a room. I’m not saying that doesn’t happen, but I think still the greatest risk of exposure is when you’re close to someone,” said Prof