Matches in SemOpenAlex for { <https://semopenalex.org/work/W1963558950> ?p ?o ?g. }
- W1963558950 endingPage "n/a" @default.
- W1963558950 startingPage "n/a" @default.
- W1963558950 abstract "[1] Using the Weather Research and Forecasting model coupled with a spectral-bin microphysics (“SBM”) and measurements from the Atmospheric Radiation Measurement Mobile Facility field campaign in China (AMF-China), the authors examine aerosol indirect effects (AIE) in the typical cloud regimes of the warm and cold seasons in Southeast China: deep convective clouds (DCC) and stratus clouds (SC), respectively. Comparisons with a two-moment bulk microphysics (“Bulk”) are performed to gain insights for improving bulk schemes in estimating AIE in weather and climate simulations. For the first time, measurements of aerosol and cloud properties acquired in China are used to evaluate model simulations to better understand aerosol impact on clouds in the southeast of China. It is found that changes in cloud condensation nuclei (CCN) concentration significantly change the timing of storms, the spatial and temporal distributions of precipitation, the frequency distribution of precipitation rate, as well as cloud base and top heights for the DCC, but not for the SC. Increasing CCN increases cloud droplet number (Nc) and mass concentrations, decreases raindrop number concentration, and delays the onset of precipitation. Compared with SBM, Bulk predicts much higher Ncand the opposite CCN effects on convection and heavy rain, stemming from the fixed CCN prescribed in Bulk. CCN have a significant effect on ice microphysical properties with SBM but not Bulk and different condensation/deposition freezing parameterizations employed could be the main reason. This study provided insights to further improve the bulk scheme to better account for aerosol-cloud interactions in regional and global climate simulations, which will be the focus for a follow-on paper." @default.
- W1963558950 created "2016-06-24" @default.
- W1963558950 creator A5004388090 @default.
- W1963558950 creator A5009202385 @default.
- W1963558950 creator A5023960433 @default.
- W1963558950 creator A5029189683 @default.
- W1963558950 creator A5037950211 @default.
- W1963558950 creator A5054409245 @default.
- W1963558950 creator A5057467070 @default.
- W1963558950 creator A5068932897 @default.
- W1963558950 date "2012-01-19" @default.
- W1963558950 modified "2023-09-30" @default.
- W1963558950 title "Aerosol impacts on clouds and precipitation in eastern China: Results from bin and bulk microphysics" @default.
- W1963558950 cites W1531049992 @default.
- W1963558950 cites W1965848310 @default.
- W1963558950 cites W1967807857 @default.
- W1963558950 cites W1969498218 @default.
- W1963558950 cites W1972570371 @default.
- W1963558950 cites W1972791564 @default.
- W1963558950 cites W1983192696 @default.
- W1963558950 cites W1987257833 @default.
- W1963558950 cites W1990032228 @default.
- W1963558950 cites W1997344618 @default.
- W1963558950 cites W1998340862 @default.
- W1963558950 cites W2002608046 @default.
- W1963558950 cites W2002712953 @default.
- W1963558950 cites W2007076394 @default.
- W1963558950 cites W2009155576 @default.
- W1963558950 cites W2010575511 @default.
- W1963558950 cites W2019895406 @default.
- W1963558950 cites W2021575707 @default.
- W1963558950 cites W2022426677 @default.
- W1963558950 cites W2026897951 @default.
- W1963558950 cites W2028236957 @default.
- W1963558950 cites W2031675844 @default.
- W1963558950 cites W2032784417 @default.
- W1963558950 cites W2037162868 @default.
- W1963558950 cites W2038197566 @default.
- W1963558950 cites W2046779413 @default.
- W1963558950 cites W2058531309 @default.
- W1963558950 cites W2059443693 @default.
- W1963558950 cites W2059881729 @default.
- W1963558950 cites W2060220274 @default.
- W1963558950 cites W2064465292 @default.
- W1963558950 cites W2065989916 @default.
- W1963558950 cites W2066892174 @default.
- W1963558950 cites W2071796385 @default.
- W1963558950 cites W2073247318 @default.
- W1963558950 cites W2074270994 @default.
- W1963558950 cites W2075975755 @default.
- W1963558950 cites W2078112693 @default.
- W1963558950 cites W2079596572 @default.
- W1963558950 cites W2079863426 @default.
- W1963558950 cites W2085006979 @default.
- W1963558950 cites W2087069095 @default.
- W1963558950 cites W2088763605 @default.
- W1963558950 cites W2089876101 @default.
- W1963558950 cites W2090817074 @default.
- W1963558950 cites W2091208209 @default.
- W1963558950 cites W2094256543 @default.
- W1963558950 cites W2094761433 @default.
- W1963558950 cites W2097548381 @default.
- W1963558950 cites W2097974171 @default.
- W1963558950 cites W2101873673 @default.
- W1963558950 cites W2102194602 @default.
- W1963558950 cites W2102923230 @default.
- W1963558950 cites W2114883075 @default.
- W1963558950 cites W2115466864 @default.
- W1963558950 cites W2120805045 @default.
- W1963558950 cites W2124613947 @default.
- W1963558950 cites W2125765412 @default.
- W1963558950 cites W2131378770 @default.
- W1963558950 cites W2132094274 @default.
- W1963558950 cites W2133318821 @default.
- W1963558950 cites W2134835764 @default.
- W1963558950 cites W2143290917 @default.
- W1963558950 cites W2144022504 @default.
- W1963558950 cites W2144855938 @default.
- W1963558950 cites W2145884068 @default.
- W1963558950 cites W2147114223 @default.
- W1963558950 cites W2148854824 @default.
- W1963558950 cites W2152517759 @default.
- W1963558950 cites W2152703640 @default.
- W1963558950 cites W2158669608 @default.
- W1963558950 cites W2163667214 @default.
- W1963558950 cites W2173406123 @default.
- W1963558950 cites W4230461688 @default.
- W1963558950 doi "https://doi.org/10.1029/2011jd016537" @default.
- W1963558950 hasPublicationYear "2012" @default.
- W1963558950 type Work @default.
- W1963558950 sameAs 1963558950 @default.
- W1963558950 citedByCount "145" @default.
- W1963558950 countsByYear W19635589502012 @default.
- W1963558950 countsByYear W19635589502013 @default.
- W1963558950 countsByYear W19635589502014 @default.
- W1963558950 countsByYear W19635589502015 @default.
- W1963558950 countsByYear W19635589502016 @default.
- W1963558950 countsByYear W19635589502017 @default.