Data shows that in the US, response to #Covid19 stay-home orders differed according to population density https://t.co/hnjmkiKzNn v @hamidi_shima Trips to grocery stores/pharmacies & transit stations (essential trips) dropped more significantly in dens
Using #Google data i.e. anonymized mobility information from Android, iPhone, & Google Maps users in the U.S., our research shows challenges of #COVID19 stay@home order; thanks 2 @JohnsHopkinsSPH 4 perfectly highlighting some of our findings @sjsucoss
RT @hamidi_shima: check out our new paper: Challenges of adherence to stay-at-home orders in dense areas: Trips to parks INCREASED on avera…
RT @hamidi_shima: check out our new paper: Challenges of adherence to stay-at-home orders in dense areas: Trips to parks INCREASED on avera…
RT @hamidi_shima: check out our new paper: Challenges of adherence to stay-at-home orders in dense areas: Trips to parks INCREASED on avera…
RT @hamidi_shima: check out our new paper: Challenges of adherence to stay-at-home orders in dense areas: Trips to parks INCREASED on avera…
check out our new paper: Challenges of adherence to stay-at-home orders in dense areas: Trips to parks INCREASED on average while essential trips reduced @ahoura_z @The_ACSP @APA_Planning @apatpd @AmericanHealth @NASEMTRB @trbhealth https://t.co/lZy2GFUgtu