RT @jdhill: "Reducing mortality from air #pollution in the United States by targeting emission sources," is now #openaccess! Please share,…

RT @jdhill: "Reducing mortality from air #pollution in the United States by targeting emission sources," is now #openaccess! Please share,…

RT @jdhill: "Reducing mortality from air #pollution in the United States by targeting emission sources," is now #openaccess! Please share,…

RT @jdhill: "Reducing mortality from air #pollution in the United States by targeting emission sources," is now #openaccess! Please share,…

RT @jdhill: "Reducing mortality from air #pollution in the United States by targeting emission sources," is now #openaccess! Please share,…

"Reducing mortality from air #pollution in the United States by targeting emission sources," is now #openaccess! Please share, especially with instructors of #sustainability or #environmental #science, #studies, #policy, or #economics courses! 🏭🚗🚜🏡⚡️ https

Worth reading. #openaccess

RT @jdhill: Here's the paper. Please share it with those interested in #airquality, #environmentalscience, #policy, and #education. Again,…

RT @cstacc: Important study with coauthors @CAPS_CMU and @cstacc. Half of the deaths from exposure to air #pollution in the US is attribute…

RT @cstacc: Important study with coauthors @CAPS_CMU and @cstacc. Half of the deaths from exposure to air #pollution in the US is attribute…

Important study with coauthors @CAPS_CMU and @cstacc. Half of the deaths from exposure to air #pollution in the US is attributed to fossil fuel combustion. The rest from nonfossil fuel combustion, #food and #agriculture, and other noncombustion processes.

RT @jdhill: In the U.S., "thousands more deaths each year are attributable to the #food and #agriculture sector than to the #electricity se…

RT @jdhill: Here's the paper. Please share it with those interested in #airquality, #environmentalscience, #policy, and #education. Again,…

RT @UMNIonE: Exposure to air pollution in the U.S. is associated with 100,000–200,000 deaths every year. Reducing that number effectively,…

RT @jdhill: How can knowing the #health impact of every air #pollution source in the United States help guide our efforts to improve #airqu…

RT @jdhill: How can knowing the #health impact of every air #pollution source in the United States help guide our efforts to improve #airqu…

RT @jdhill: In the U.S., "thousands more deaths each year are attributable to the #food and #agriculture sector than to the #electricity se…

In the U.S., "thousands more deaths each year are attributable to the #food and #agriculture sector than to the #electricity sector" from fine particulate matter-related #pollution that harms #AirQuality. 🚜🐮>🔌⚡️ Read about it here: https://t.co/YmI4eg7

Nice analysis by Sumil Thakrar and co-authors on what are the emission sources that contribute to PM2.5 air pollution mortality in the US. (Recent update: Sumil is now Dr. Thakrar. Congrats!) with @jdhill @joshapte @ctessum, myself, & others. https:

RT @UMNIonE: Exposure to air pollution in the U.S. is associated with 100,000–200,000 deaths every year. Reducing that number effectively,…

RT @jdhill: Here's the paper. Please share it with those interested in #airquality, #environmentalscience, #policy, and #education. Again,…

Here's the paper. Please share it with those interested in #airquality, #environmentalscience, #policy, and #education. Again, it should be #OpenAccess soon. https://t.co/YmI4efPVfi

RT @jdhill: How can knowing the #health impact of every air #pollution source in the United States help guide our efforts to improve #airqu…

RT @jdhill: How can knowing the #health impact of every air #pollution source in the United States help guide our efforts to improve #airqu…

RT @UMNIonE: Exposure to air pollution in the U.S. is associated with 100,000–200,000 deaths every year. Reducing that number effectively,…

Exposure to air pollution in the U.S. is associated with 100,000–200,000 deaths every year. Reducing that number effectively, efficiently, and equitably relies on attributing them to specific emission sources – a task that @jdhill and Steve Polasky, two of

RT @jdhill: How can knowing the #health impact of every air #pollution source in the United States help guide our efforts to improve #airqu…

RT @jdhill: How can knowing the #health impact of every air #pollution source in the United States help guide our efforts to improve #airqu…

RT @jdhill: How can knowing the #health impact of every air #pollution source in the United States help guide our efforts to improve #airqu…

RT @jdhill: How can knowing the #health impact of every air #pollution source in the United States help guide our efforts to improve #airqu…

RT @BryanWBrooks: “Reducing Mortality from Air Pollution in the United States by Targeting Specific Emission Sources” published ASAP @EnvSc…

RT @jdhill: How can knowing the #health impact of every air #pollution source in the United States help guide our efforts to improve #airqu…

RT @jdhill: How can knowing the #health impact of every air #pollution source in the United States help guide our efforts to improve #airqu…

“Reducing Mortality from Air Pollution in the United States by Targeting Specific Emission Sources” published ASAP @EnvSciTech Letters by @jdhill and colleagues. #AirQualityMatters #EnvironmentalHealthMatters #SystemsMatter

RT @jdhill: How can knowing the #health impact of every air #pollution source in the United States help guide our efforts to improve #airqu…

"exposure to air pollution is still associated with 100000–200000 deaths annually. Reducing the number of deaths effectively, efficiently, and equitably relies on attributing them to specific emission sources..Around half of the deaths can be attributed to

How can knowing the #health impact of every air #pollution source in the United States help guide our efforts to improve #airquality? In our new paper, we present four key insights. https://t.co/YmI4eg7wDS

RT @william_c_clark: Glorious paper "Reducing Mortality from Air Pollution in the US..." shows multidimensional approach to mitigation is b…

RT @william_c_clark: Glorious paper "Reducing Mortality from Air Pollution in the US..." shows multidimensional approach to mitigation is b…

RT @william_c_clark: Glorious paper "Reducing Mortality from Air Pollution in the US..." shows multidimensional approach to mitigation is b…

RT @william_c_clark: Glorious paper "Reducing Mortality from Air Pollution in the US..." shows multidimensional approach to mitigation is b…

RT @william_c_clark: Glorious paper "Reducing Mortality from Air Pollution in the US..." shows multidimensional approach to mitigation is b…

RT @william_c_clark: Glorious paper "Reducing Mortality from Air Pollution in the US..." shows multidimensional approach to mitigation is b…

Get fossil fuels out of grid and electrify everything.

RT @william_c_clark: Glorious paper "Reducing Mortality from Air Pollution in the US..." shows multidimensional approach to mitigation is b…

RT @william_c_clark: Glorious paper "Reducing Mortality from Air Pollution in the US..." shows multidimensional approach to mitigation is b…

RT @william_c_clark: Glorious paper "Reducing Mortality from Air Pollution in the US..." shows multidimensional approach to mitigation is b…

RT @william_c_clark: Glorious paper "Reducing Mortality from Air Pollution in the US..." shows multidimensional approach to mitigation is b…

RT @william_c_clark: Glorious paper "Reducing Mortality from Air Pollution in the US..." shows multidimensional approach to mitigation is b…

RT @william_c_clark: Glorious paper "Reducing Mortality from Air Pollution in the US..." shows multidimensional approach to mitigation is b…

Glorious paper "Reducing Mortality from Air Pollution in the US..." shows multidimensional approach to mitigation is better than conventional siloed ones hyping single sectors, activities, processes, pollutants. Situation different than even 5 yrs ago.

https://t.co/pu5fJAI7g3 [ASAP] Reducing Mortality from Air Pollution in the United States by Targeting Specific Emission Sources Sumil K. Thakrar†, Srinidhi Balasubramanian†, Peter J. Adams‡§, Ine^s M. L. Azevedo?, Nicholas Z. Muller§?, Spyros N. Pandis#@,