StanfordECHOLab (@stanfordecholab) 's Twitter Profile
StanfordECHOLab

@stanfordecholab

Research update from the Stanford Environmental Change and Human Outcomes Lab stanfordecholab.com

ID: 1443074363218010113

calendar_today29-09-2021 04:45:38

63 Tweet

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Marshall Burke (@marshallbburke) 's Twitter Profile Photo

We have a new paper + dataset out today measuring daily wildfire smoke PM2.5 across US back to 2006, expertly led by Marissa Childs StanfordECHOLab . Below is an animation of 2020 data. paper: doi.org/10.1021/acs.es… data: stanfordecholab.com/wildfire_smoke Quick thread below

Marshall Burke (@marshallbburke) 's Twitter Profile Photo

Check out our new paper on the impacts of wildfire smoke exposure on test scores, expertly led by Jeff Wen. Smoke exposure during school year lowers test scores at end of year, w/ monetized costs in billions annually. doi.org/10.1038/s41893…

Marshall Burke (@marshallbburke) 's Twitter Profile Photo

Really terrible outdoor air around Seattle today, but just as important to look at what's going on inside buildings as well as outside. And that picture is ... also very bad. Here's outdoor & indoor purple air this morning - lots of indoor readings way into the 100s. Terrible!

Really terrible outdoor air around Seattle today, but just as important to look at what's going on inside buildings as well as outside.  And that picture is ... also very bad. Here's outdoor & indoor purple air this morning - lots of indoor readings way into the 100s.  Terrible!
StanfordECHOLab (@stanfordecholab) 's Twitter Profile Photo

Come work with us! Great team environment, and great opportunity to build a skillset and CV that has gotten folks into top grad programs.

NBER (@nberpubs) 's Twitter Profile Photo

Improvements in air quality are slowing or being reversed in the US, and wildfires are substantially to blame, from Marshall Burke, Marissa L. Childs, Brandon De la Cuesta, Minghao Qiu, Jessica Li, Carlos F. Gould, Sam Heft-Neal, and Michael Wara nber.org/papers/w30882

Improvements in air quality are slowing or being reversed in the US, and wildfires are substantially to blame, from <a href="/MarshallBBurke/">Marshall Burke</a>, Marissa L. Childs, Brandon De la Cuesta, <a href="/minghao_qiu/">Minghao Qiu</a>, Jessica Li, Carlos F. Gould, Sam Heft-Neal, and Michael Wara nber.org/papers/w30882
Marshall Burke (@marshallbburke) 's Twitter Profile Photo

For those interested in evidence on the air quality and health benefits of transitioning from gas to electric cooking, check out these two new pre-prints lead by Carlos Gould. Both suggest large benefits using designs that improve on what's in literature. Quick 🧵

Marshall Burke (@marshallbburke) 's Twitter Profile Photo

Quick 🧵 on historic wildfire smoke event ongoing throughout eastern Canada and much of eastern US. Monitors showing very high levels of PM for thousands of miles. For reference, background levels are ~10ug, so these levels are way above normal.

Quick 🧵 on historic wildfire smoke event ongoing throughout eastern Canada and much of eastern US.  Monitors showing very high levels of PM for thousands of miles. For reference, background levels are ~10ug, so these levels are way above normal.
Marshall Burke (@marshallbburke) 's Twitter Profile Photo

For the average American, we StanfordECHOLab calculate that cumulative smoke exposure (PM2.5 exposure on each day, summed across days) through mid-2023 is already way worse than total cumul exposure in every year since 2006. And main fire season in West is just getting started.

For the average American, we <a href="/StanfordECHOLab/">StanfordECHOLab</a> calculate that cumulative smoke exposure (PM2.5 exposure on each day, summed across days) through mid-2023 is already way worse than total cumul exposure in every year since 2006. And main fire season in West is just getting started.
Marshall Burke (@marshallbburke) 's Twitter Profile Photo

Couple of wildfire papers out from our echo lab group this week. First one out yesterday, expertly led by Sam Heft-Neal StanfordECHOLab , on smoke effects on emergency dept visits in California. Some surprises! Quick thread ttps://www.pnas.org/doi/10.1073/pnas.2302409120

Marshall Burke (@marshallbburke) 's Twitter Profile Photo

Second paper on wildfire smoke from our @stanfordecholab group out this week. This one quantifies the contribution of wildfire to US PM2.5 trends. We find much broader wildfire influence than previously estimated, on both avgs and extremes. Quick thread. nature.com/articles/s4158…

Sammy Roth (@sammy_roth) 's Twitter Profile Photo

Startling new study from Marshall Burke, Michael Wara and company finds that wildfire smoke has slowed down air-quality progress in 30 states and reversed progress in 11 others. The worsening air pollution is especially bad in the West: washingtonpost.com/climate-enviro…

Marshall Burke (@marshallbburke) 's Twitter Profile Photo

New working paper on climate, wildfire smoke, and mortality, expertly led by Minghao Qiu StanfordECHOLab . We find that by mid-century in the US, damages from mortality from wildfire smoke are about equal to the sum of all other climate damages in recent estimates 🧵

Marshall Burke (@marshallbburke) 's Twitter Profile Photo

Announcing v2 of our climate adaptation conference at Stanford, this Oct 10-11. Please submit! Looking for empirical work on adaptation & will consider earlier-stage working papers as well as more polished work. Submission deadline July 15. Plz share, RT gsb.stanford.edu/faculty-resear…

Marshall Burke (@marshallbburke) 's Twitter Profile Photo

Are we adapting to climate change? In new preprint, we use decades of data on 21 outcomes around the world & measure whether they have become less sensitive to a given change in climate. We find clear evidence of such adaptation in only ~25% of cases. 1/x nber.org/papers/w32985

Are we adapting to climate change?  In new preprint, we use decades of data on 21 outcomes around the world &amp; measure whether they have become less sensitive to a given change in climate. We find clear evidence of such adaptation in only ~25% of cases. 1/x nber.org/papers/w32985