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- W4296281024 endingPage "12075" @default.
- W4296281024 startingPage "12055" @default.
- W4296281024 abstract "Abstract. A new empirical parameterization (EP) for multiple groups of primary biological aerosol particles (PBAPs) is implemented in the aerosol–cloud model (AC) to investigate their roles as ice nucleating particles (INPs). The EP describes the heterogeneous ice nucleation by (1) fungal spores, (2) bacteria, (3) pollen, (4) detritus of plants, animals, and viruses, and (5) algae. Each group includes fragments from the originally emitted particles. A high-resolution simulation of a midlatitude mesoscale squall line by AC is validated against airborne and ground observations. Sensitivity tests are carried out by varying the initial vertical profiles of the loadings of individual PBAP groups. The resulting changes in warm and ice cloud microphysical parameters are investigated. The changes in warm microphysical parameters, including liquid water content and cloud droplet number concentration, are minimal (<10 %). Overall, PBAPs have little effect on the ice number concentration (<6 %) in the convective region. In the stratiform region, increasing the initial PBAP loadings by a factor of 1000 resulted in less than 40 % change in ice number concentrations. The total ice concentration is mostly controlled by various mechanisms of secondary ice production (SIP). However, when SIP is intentionally shut down in sensitivity tests, increasing the PBAP loading by a factor of 100 has an effect of less than 3 % on the ice phase. Further sensitivity tests revealed that PBAPs have little effect on surface precipitation and on the shortwave and longwave flux (<4 %) for a 100-fold perturbation in PBAPs." @default.
- W4296281024 created "2022-09-19" @default.
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- W4296281024 date "2022-09-16" @default.
- W4296281024 modified "2023-10-14" @default.
- W4296281024 title "The influence of multiple groups of biological ice nucleating particles on microphysical properties of mixed-phase clouds observed during MC3E" @default.
- W4296281024 cites W1583347401 @default.
- W4296281024 cites W1669255424 @default.
- W4296281024 cites W1856916442 @default.
- W4296281024 cites W1871967850 @default.
- W4296281024 cites W1958460501 @default.
- W4296281024 cites W1966805775 @default.
- W4296281024 cites W1974585830 @default.
- W4296281024 cites W1975470478 @default.
- W4296281024 cites W1993436181 @default.
- W4296281024 cites W1994735280 @default.
- W4296281024 cites W2002898709 @default.
- W4296281024 cites W2011522558 @default.
- W4296281024 cites W2015317407 @default.
- W4296281024 cites W2032958536 @default.
- W4296281024 cites W2037308536 @default.
- W4296281024 cites W2040801070 @default.
- W4296281024 cites W2051971694 @default.
- W4296281024 cites W2059584473 @default.
- W4296281024 cites W2065044882 @default.
- W4296281024 cites W2072208615 @default.
- W4296281024 cites W2089044192 @default.
- W4296281024 cites W2093674996 @default.
- W4296281024 cites W2098928784 @default.
- W4296281024 cites W2100365896 @default.
- W4296281024 cites W2101873673 @default.
- W4296281024 cites W2104647352 @default.
- W4296281024 cites W2105781483 @default.
- W4296281024 cites W2111830712 @default.
- W4296281024 cites W2118326608 @default.
- W4296281024 cites W2118423529 @default.
- W4296281024 cites W2118697213 @default.
- W4296281024 cites W2129502617 @default.
- W4296281024 cites W2131542468 @default.
- W4296281024 cites W2132197088 @default.
- W4296281024 cites W2135658417 @default.
- W4296281024 cites W2136291104 @default.
- W4296281024 cites W2139774107 @default.
- W4296281024 cites W2140247361 @default.
- W4296281024 cites W2145145936 @default.
- W4296281024 cites W2145192043 @default.
- W4296281024 cites W2150771364 @default.
- W4296281024 cites W2153113147 @default.
- W4296281024 cites W2157528493 @default.
- W4296281024 cites W2158989459 @default.
- W4296281024 cites W2163429302 @default.
- W4296281024 cites W2163819083 @default.
- W4296281024 cites W2164380558 @default.
- W4296281024 cites W2173573090 @default.
- W4296281024 cites W2174346177 @default.
- W4296281024 cites W2400512291 @default.
- W4296281024 cites W2492132828 @default.
- W4296281024 cites W2514447684 @default.
- W4296281024 cites W2525974560 @default.
- W4296281024 cites W2563243459 @default.
- W4296281024 cites W2586276912 @default.
- W4296281024 cites W2587328645 @default.
- W4296281024 cites W2591328181 @default.
- W4296281024 cites W2593887101 @default.
- W4296281024 cites W2614650722 @default.
- W4296281024 cites W2625361669 @default.
- W4296281024 cites W2671127546 @default.
- W4296281024 cites W2744023109 @default.
- W4296281024 cites W2789874230 @default.
- W4296281024 cites W2806853263 @default.
- W4296281024 cites W2907032940 @default.
- W4296281024 cites W2965141591 @default.
- W4296281024 cites W2994682853 @default.
- W4296281024 cites W3027754289 @default.
- W4296281024 cites W3036117470 @default.
- W4296281024 cites W3041185276 @default.
- W4296281024 cites W3090416536 @default.
- W4296281024 cites W3106882685 @default.
- W4296281024 cites W3155447921 @default.
- W4296281024 cites W3177035091 @default.
- W4296281024 cites W3180746853 @default.
- W4296281024 cites W3191434367 @default.
- W4296281024 cites W3203640766 @default.
- W4296281024 cites W4210799981 @default.
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- W4296281024 doi "https://doi.org/10.5194/acp-22-12055-2022" @default.
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