FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3206075432> ?p ?o ?g. }

• W3206075432 endingPage "118392" @default.
• W3206075432 startingPage "118392" @default.
• W3206075432 abstract "The short-term effects of ambient temperature on mortality have been widely investigated. However, the epidemiological evidence on the long-term effects of temperature on mortality is rare. In present study, we conducted a nationwide quasi-experimental design, which based on a variant of difference-in-differences (DID) approach, to examine the association between long-term exposure to ambient temperature and mortality risk in China, and to analyze the effect modification of population characteristics and socioeconomic status. Data on mortality were collected from 364 communities across China during 2006-2017, and environmental data were obtained for the same period. We estimated a 2.93 % (95 % CI: 2.68 %, 3.18 %) increase in mortality risk per 1 °C decreases in annual temperature, the greater effects were observed on respiratory diseases (5.16 %, 95 % CI: 4.53 %, 5.79 %) than cardiovascular diseases (3.43 %, 95 % CI: 3.06 %, 3.80 %), and on younger people (4.21 %, 95 % CI: 3.73 %, 4.68 %) than the elderly (2.36 %, 95 % CI: 2.06 %, 2.65 %). In seasonal analysis, per 1 °C decreases in average temperature was associated with 1.55 % (95 % CI: 1.23 %, 1.87 %), -0.53 % (95 % CI: -0.89 %, -0.16 %), 2.88 % (95 % CI: 2.45 %, 3.31 %) and 4.21 % (95 % CI: 3.98 %, 4.43 %) mortality change in spring, summer, autumn and winter, respectively. The effects of long-term temperature on total mortality were more pronounced among the communities with low urbanization, low education attainment, and low GDP per capita. In total, the decrease of average temperature in summer decreased mortality risk, while increased mortality risk in other seasons, and the associations were modified by demographic characteristics and socioeconomic status. Our findings suggest that populations with disadvantaged characteristics and socioeconomic status are vulnerable to long-term exposure of temperature, and targeted policies should be formulated to strengthen the response to the health threats of temperature exposure." @default.
• W3206075432 created "2021-10-25" @default.
• W3206075432 creator A5007477535 @default.
• W3206075432 creator A5008885437 @default.
• W3206075432 creator A5009985095 @default.
• W3206075432 creator A5010415228 @default.
• W3206075432 creator A5017558238 @default.
• W3206075432 creator A5025740397 @default.
• W3206075432 creator A5025811193 @default.
• W3206075432 creator A5026413295 @default.
• W3206075432 creator A5030986601 @default.
• W3206075432 creator A5034627692 @default.
• W3206075432 creator A5040040812 @default.
• W3206075432 creator A5044582737 @default.
• W3206075432 creator A5045057561 @default.
• W3206075432 creator A5047228381 @default.
• W3206075432 creator A5050583771 @default.
• W3206075432 creator A5050619502 @default.
• W3206075432 creator A5054118126 @default.
• W3206075432 creator A5059912107 @default.
• W3206075432 creator A5062640644 @default.
• W3206075432 creator A5066720510 @default.
• W3206075432 creator A5068779506 @default.
• W3206075432 creator A5079747338 @default.
• W3206075432 creator A5080504793 @default.
• W3206075432 creator A5082556337 @default.
• W3206075432 creator A5085557984 @default.
• W3206075432 creator A5088143008 @default.
• W3206075432 date "2022-01-01" @default.
• W3206075432 modified "2023-10-01" @default.
• W3206075432 title "Long-term exposure to ambient temperature and mortality risk in China: A nationwide study using the difference-in-differences design" @default.
• W3206075432 cites W1902490334 @default.
• W3206075432 cites W2012639032 @default.
• W3206075432 cites W2022981541 @default.
• W3206075432 cites W2038775358 @default.
• W3206075432 cites W2057411204 @default.
• W3206075432 cites W2086939291 @default.
• W3206075432 cites W2088780245 @default.
• W3206075432 cites W2109340807 @default.
• W3206075432 cites W2112856340 @default.
• W3206075432 cites W2115112857 @default.
• W3206075432 cites W2115933751 @default.
• W3206075432 cites W2121464855 @default.
• W3206075432 cites W2129619192 @default.
• W3206075432 cites W2162775913 @default.
• W3206075432 cites W2170856837 @default.
• W3206075432 cites W2217628180 @default.
• W3206075432 cites W2220109943 @default.
• W3206075432 cites W2282349626 @default.
• W3206075432 cites W2314578140 @default.
• W3206075432 cites W2337309238 @default.
• W3206075432 cites W2399041355 @default.
• W3206075432 cites W2591157579 @default.
• W3206075432 cites W2600361628 @default.
• W3206075432 cites W2618837496 @default.
• W3206075432 cites W2752713640 @default.
• W3206075432 cites W2765622977 @default.
• W3206075432 cites W2767666348 @default.
• W3206075432 cites W2768859360 @default.
• W3206075432 cites W2802979584 @default.
• W3206075432 cites W2891367791 @default.
• W3206075432 cites W2899794580 @default.
• W3206075432 cites W2950125675 @default.
• W3206075432 cites W2965780785 @default.
• W3206075432 cites W2973047653 @default.
• W3206075432 cites W2982281905 @default.
• W3206075432 cites W3036735067 @default.
• W3206075432 cites W3041389926 @default.
• W3206075432 cites W3080711656 @default.
• W3206075432 cites W4206384008 @default.
• W3206075432 cites W4241526697 @default.
• W3206075432 cites W4250171390 @default.
• W3206075432 doi "https://doi.org/10.1016/j.envpol.2021.118392" @default.
• W3206075432 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34678392" @default.
• W3206075432 hasPublicationYear "2022" @default.
• W3206075432 type Work @default.
• W3206075432 sameAs 3206075432 @default.
• W3206075432 citedByCount "4" @default.
• W3206075432 countsByYear W32060754322023 @default.
• W3206075432 crossrefType "journal-article" @default.
• W3206075432 hasAuthorship W3206075432A5007477535 @default.
• W3206075432 hasAuthorship W3206075432A5008885437 @default.
• W3206075432 hasAuthorship W3206075432A5009985095 @default.
• W3206075432 hasAuthorship W3206075432A5010415228 @default.
• W3206075432 hasAuthorship W3206075432A5017558238 @default.
• W3206075432 hasAuthorship W3206075432A5025740397 @default.
• W3206075432 hasAuthorship W3206075432A5025811193 @default.
• W3206075432 hasAuthorship W3206075432A5026413295 @default.
• W3206075432 hasAuthorship W3206075432A5030986601 @default.
• W3206075432 hasAuthorship W3206075432A5034627692 @default.
• W3206075432 hasAuthorship W3206075432A5040040812 @default.
• W3206075432 hasAuthorship W3206075432A5044582737 @default.
• W3206075432 hasAuthorship W3206075432A5045057561 @default.
• W3206075432 hasAuthorship W3206075432A5047228381 @default.
• W3206075432 hasAuthorship W3206075432A5050583771 @default.
• W3206075432 hasAuthorship W3206075432A5050619502 @default.
• W3206075432 hasAuthorship W3206075432A5054118126 @default.
• W3206075432 hasAuthorship W3206075432A5059912107 @default.

• next