Matches in SemOpenAlex for { <https://semopenalex.org/work/W4303980870> ?p ?o ?g. }
- W4303980870 abstract "Interactions between aerosols and meteorology have received increasing attention in recent decades. Through interactions with radiation, aerosols involve in thermodynamic processes and cause cloud adjustment, referred to as the direct and semi-direct effects respectively. They also involve in cloud microphysical processes by severing as cloud condensation nuclei or ice nuclei, referred to as indirect effect. Aerosol direct effect is found to potentially exacerbate air quality by stabilizing the planetary boundary layer (PBL). However, their impacts through the interaction with clouds, including semi-direct and indirect effect remain unclear. In this study, we conducted model simulations to evaluate the direct, semi-direct and indirect effects of aerosols in PBL structure and surface PM 2.5 concentration during three heavy haze events under overcast conditions. Overall, the aerosol-PBL feedback results in a 22%–36% decrease of PBL height and 5%–28% increase of PM 2.5 concentration. The indirect effect always has the largest impact on PBL and PM 2.5 pollution, accounting for 59%–84% of the changes. The semi-direct effect is the weakest on average, although it can exceed the direct effect at certain times and locations. Black carbon aerosols play the vital role in both the direct and semi-direct effects. Our findings promote the understanding of heavy haze formation, and highlight the dominant role of aerosol-cloud interaction in the feedback process of aerosols to PBL structure and air quality." @default.
- W4303980870 created "2022-10-10" @default.
- W4303980870 creator A5004373152 @default.
- W4303980870 creator A5005051690 @default.
- W4303980870 creator A5012677271 @default.
- W4303980870 creator A5045309022 @default.
- W4303980870 date "2022-10-10" @default.
- W4303980870 modified "2023-09-25" @default.
- W4303980870 title "The dominant role of aerosol-cloud interactions in aerosol-boundary layer feedback: Case studies in three megacities in China" @default.
- W4303980870 cites W1529495251 @default.
- W4303980870 cites W1667277804 @default.
- W4303980870 cites W1907369419 @default.
- W4303980870 cites W1969330706 @default.
- W4303980870 cites W1975638243 @default.
- W4303980870 cites W1984535346 @default.
- W4303980870 cites W1991146308 @default.
- W4303980870 cites W1992170152 @default.
- W4303980870 cites W1997218161 @default.
- W4303980870 cites W2000187063 @default.
- W4303980870 cites W2002570697 @default.
- W4303980870 cites W2006322549 @default.
- W4303980870 cites W2009218236 @default.
- W4303980870 cites W2010640017 @default.
- W4303980870 cites W2015559976 @default.
- W4303980870 cites W2021218829 @default.
- W4303980870 cites W2028191110 @default.
- W4303980870 cites W2031675844 @default.
- W4303980870 cites W2043945999 @default.
- W4303980870 cites W2045465689 @default.
- W4303980870 cites W2045936235 @default.
- W4303980870 cites W2059759349 @default.
- W4303980870 cites W2060220274 @default.
- W4303980870 cites W2064943738 @default.
- W4303980870 cites W2066887287 @default.
- W4303980870 cites W2067318157 @default.
- W4303980870 cites W2072692927 @default.
- W4303980870 cites W2073316325 @default.
- W4303980870 cites W2076531742 @default.
- W4303980870 cites W2083340840 @default.
- W4303980870 cites W2083441060 @default.
- W4303980870 cites W2090832538 @default.
- W4303980870 cites W2095413068 @default.
- W4303980870 cites W2107885646 @default.
- W4303980870 cites W2110179017 @default.
- W4303980870 cites W2121690346 @default.
- W4303980870 cites W2130042267 @default.
- W4303980870 cites W2144574762 @default.
- W4303980870 cites W2152811544 @default.
- W4303980870 cites W2177451271 @default.
- W4303980870 cites W2238158866 @default.
- W4303980870 cites W2312694547 @default.
- W4303980870 cites W2465847861 @default.
- W4303980870 cites W2483081001 @default.
- W4303980870 cites W2528679809 @default.
- W4303980870 cites W2559575197 @default.
- W4303980870 cites W2610316289 @default.
- W4303980870 cites W2620708719 @default.
- W4303980870 cites W2676986601 @default.
- W4303980870 cites W2722434101 @default.
- W4303980870 cites W2758564043 @default.
- W4303980870 cites W2765310213 @default.
- W4303980870 cites W2769592218 @default.
- W4303980870 cites W2788460227 @default.
- W4303980870 cites W2789150431 @default.
- W4303980870 cites W2791444549 @default.
- W4303980870 cites W2791736750 @default.
- W4303980870 cites W2800597780 @default.
- W4303980870 cites W2805807073 @default.
- W4303980870 cites W2883817061 @default.
- W4303980870 cites W2891044100 @default.
- W4303980870 cites W2899670816 @default.
- W4303980870 cites W2911244780 @default.
- W4303980870 cites W2970065952 @default.
- W4303980870 cites W2973013580 @default.
- W4303980870 cites W2976842965 @default.
- W4303980870 cites W2981005042 @default.
- W4303980870 cites W3011182785 @default.
- W4303980870 cites W3013311113 @default.
- W4303980870 cites W3036686135 @default.
- W4303980870 cites W3095983171 @default.
- W4303980870 cites W3114072931 @default.
- W4303980870 cites W360561479 @default.
- W4303980870 doi "https://doi.org/10.3389/fenvs.2022.1002412" @default.
- W4303980870 hasPublicationYear "2022" @default.
- W4303980870 type Work @default.
- W4303980870 citedByCount "3" @default.
- W4303980870 countsByYear W43039808702023 @default.
- W4303980870 crossrefType "journal-article" @default.
- W4303980870 hasAuthorship W4303980870A5004373152 @default.
- W4303980870 hasAuthorship W4303980870A5005051690 @default.
- W4303980870 hasAuthorship W4303980870A5012677271 @default.
- W4303980870 hasAuthorship W4303980870A5045309022 @default.
- W4303980870 hasBestOaLocation W43039808701 @default.
- W4303980870 hasConcept C111603439 @default.
- W4303980870 hasConcept C111919701 @default.
- W4303980870 hasConcept C121332964 @default.
- W4303980870 hasConcept C126314574 @default.
- W4303980870 hasConcept C153294291 @default.
- W4303980870 hasConcept C17744445 @default.
- W4303980870 hasConcept C196558001 @default.