FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2315980502> ?p ?o ?g. }

• W2315980502 endingPage "9804" @default.
• W2315980502 startingPage "9785" @default.
• W2315980502 abstract "Abstract. We use the HadGEM3-GA4, CESM1, and GISS ModelE2 climate models to investigate the global and regional aerosol burden, radiative flux, and surface temperature responses to removing anthropogenic sulfur dioxide (SO2) emissions from China. We find that the models differ by up to a factor of 6 in the simulated change in aerosol optical depth (AOD) and shortwave radiative flux over China that results from reduced sulfate aerosol, leading to a large range of magnitudes in the regional and global temperature responses. Two of the three models simulate a near-ubiquitous hemispheric warming due to the regional SO2 removal, with similarities in the local and remote pattern of response, but overall with a substantially different magnitude. The third model simulates almost no significant temperature response. We attribute the discrepancies in the response to a combination of substantial differences in the chemical conversion of SO2 to sulfate, translation of sulfate mass into AOD, cloud radiative interactions, and differences in the radiative forcing efficiency of sulfate aerosol in the models. The model with the strongest response (HadGEM3-GA4) compares best with observations of AOD regionally, however the other two models compare similarly (albeit poorly) and still disagree substantially in their simulated climate response, indicating that total AOD observations are far from sufficient to determine which model response is more plausible. Our results highlight that there remains a large uncertainty in the representation of both aerosol chemistry as well as direct and indirect aerosol radiative effects in current climate models, and reinforces that caution must be applied when interpreting the results of modelling studies of aerosol influences on climate. Model studies that implicate aerosols in climate responses should ideally explore a range of radiative forcing strengths representative of this uncertainty, in addition to thoroughly evaluating the models used against observations." @default.
• W2315980502 created "2016-06-24" @default.
• W2315980502 creator A5003443811 @default.
• W2315980502 creator A5015398848 @default.
• W2315980502 creator A5019573225 @default.
• W2315980502 creator A5024714508 @default.
• W2315980502 creator A5043794133 @default.
• W2315980502 creator A5049192564 @default.
• W2315980502 creator A5057670256 @default.
• W2315980502 creator A5077945303 @default.
• W2315980502 date "2016-08-04" @default.
• W2315980502 modified "2023-10-11" @default.
• W2315980502 title "Regional and global temperature response to anthropogenic SO&lt;sub&gt;2&lt;/sub&gt; emissions from China in three climate models" @default.
• W2315980502 cites W1480489343 @default.
• W2315980502 cites W1824711283 @default.
• W2315980502 cites W1857640071 @default.
• W2315980502 cites W1896396244 @default.
• W2315980502 cites W1910754480 @default.
• W2315980502 cites W1925412464 @default.
• W2315980502 cites W1943776401 @default.
• W2315980502 cites W1968340782 @default.
• W2315980502 cites W1969298331 @default.
• W2315980502 cites W1970871155 @default.
• W2315980502 cites W1973233492 @default.
• W2315980502 cites W1976144170 @default.
• W2315980502 cites W1979660112 @default.
• W2315980502 cites W1992759408 @default.
• W2315980502 cites W2001061636 @default.
• W2315980502 cites W2010341850 @default.
• W2315980502 cites W2011109821 @default.
• W2315980502 cites W2012247153 @default.
• W2315980502 cites W2012375906 @default.
• W2315980502 cites W2031867118 @default.
• W2315980502 cites W2033584544 @default.
• W2315980502 cites W2034026239 @default.
• W2315980502 cites W2043986368 @default.
• W2315980502 cites W2048512417 @default.
• W2315980502 cites W2050647958 @default.
• W2315980502 cites W2054161820 @default.
• W2315980502 cites W2054935702 @default.
• W2315980502 cites W2055811332 @default.
• W2315980502 cites W2062666350 @default.
• W2315980502 cites W2064898545 @default.
• W2315980502 cites W2065283385 @default.
• W2315980502 cites W2066613834 @default.
• W2315980502 cites W2069460427 @default.
• W2315980502 cites W2082020952 @default.
• W2315980502 cites W2083471549 @default.
• W2315980502 cites W2084562739 @default.
• W2315980502 cites W2084564677 @default.
• W2315980502 cites W2093559246 @default.
• W2315980502 cites W2099146720 @default.
• W2315980502 cites W2100770220 @default.
• W2315980502 cites W2103977502 @default.
• W2315980502 cites W2106963750 @default.
• W2315980502 cites W2110764018 @default.
• W2315980502 cites W2113383654 @default.
• W2315980502 cites W2114566128 @default.
• W2315980502 cites W2121112296 @default.
• W2315980502 cites W2121381239 @default.
• W2315980502 cites W2123293242 @default.
• W2315980502 cites W2125855972 @default.
• W2315980502 cites W2125927661 @default.
• W2315980502 cites W2130871986 @default.
• W2315980502 cites W2133484165 @default.
• W2315980502 cites W2139836399 @default.
• W2315980502 cites W2144936948 @default.
• W2315980502 cites W2145318668 @default.
• W2315980502 cites W2147073553 @default.
• W2315980502 cites W2152665751 @default.
• W2315980502 cites W2155654615 @default.
• W2315980502 cites W2157167608 @default.
• W2315980502 cites W2158989459 @default.
• W2315980502 cites W2160897099 @default.
• W2315980502 cites W2163882954 @default.
• W2315980502 cites W2171355244 @default.
• W2315980502 cites W2171984413 @default.
• W2315980502 cites W2345267547 @default.
• W2315980502 cites W4210992105 @default.
• W2315980502 cites W4254396919 @default.
• W2315980502 doi "https://doi.org/10.5194/acp-16-9785-2016" @default.
• W2315980502 hasPublicationYear "2016" @default.
• W2315980502 type Work @default.
• W2315980502 sameAs 2315980502 @default.
• W2315980502 citedByCount "40" @default.
• W2315980502 countsByYear W23159805022016 @default.
• W2315980502 countsByYear W23159805022017 @default.
• W2315980502 countsByYear W23159805022018 @default.
• W2315980502 countsByYear W23159805022019 @default.
• W2315980502 countsByYear W23159805022020 @default.
• W2315980502 countsByYear W23159805022021 @default.
• W2315980502 countsByYear W23159805022022 @default.
• W2315980502 countsByYear W23159805022023 @default.
• W2315980502 crossrefType "journal-article" @default.
• W2315980502 hasAuthorship W2315980502A5003443811 @default.
• W2315980502 hasAuthorship W2315980502A5015398848 @default.
• W2315980502 hasAuthorship W2315980502A5019573225 @default.
• W2315980502 hasAuthorship W2315980502A5024714508 @default.

• next