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  1. In a changing climate, a key role may be played by the response of convective-type cloud and precipitation to temperature changes 1,2,3.Yet, it is unclear if convective precipitation intensities ...
    Author:Christopher Moseley, Cathy Hohenegger, Peter Berg, Jan O. Haerter, Jan O. HaerterPublished:2016
  2. agupubs.onlinelibrary.wiley.com

    The simulations show a strong sensitivity to how the microphysical scheme partitions the clouds and precipitation (increasing CCN increases cloud amount while decreasing precipitation). This has implications for studies of convective self-aggregation that implicitly employ a variety of one moment and two moment microphysics scheme.
    Author:Hassan Beydoun, Corinna HoosePublished:18 March 2019
  3. sciencedirect.com

    Feb 1, 2023The aerosol-cloud-precipitation interaction is considered an indirect effect of aerosols (Li et al., 2016; Kant et al., 2019a). The ways in which aerosols influence cloud microphysics and precipitation are substantially different for different types of clouds which are controlled by the thermodynamics and dynamics of the atmosphere.
  4. In a changing climate, a key role may be played by the response of convective-type cloud and precipitation to temperature changes. Yet, it is unclear if precipitation intensities will increase mainly due to modified thermodynamic forcing or due to stronger convective dynamics. In gradual self-organization, convective events produce highest intensities late in the day. Tracking rain cells ...
    Author:Christopher Moseley, Cathy Hohenegger, Peter Berg, Jan O. Haerter, Jan O. HaerterPublished:2015
  5. sciencedirect.com

    Dec 1, 2024The development of convective clouds and subsequent precipitation further enhances turbulence, leading to additional increases in TKE as the boundary layer interacts with the convective system. The strong updrafts and downdrafts within these convective cells also contribute to the deepening of the PBL, as observed in the profiles of Fig. 10 .
  6. May 23, 2024Aerosol-cloud interactions (ACIs) have been recognized as playing the central role in the regulation of the energy balance and climate of the Earth (1-5).By serving as cloud condensation nuclei (CCNs), aerosols can regulate cloud properties and the hydrologic cycle and, thus, they exert important forcing over the radiation budget and climate change (6-13).
  7. pubmed.ncbi.nlm.nih.gov

    We investigate the sensitivity of self-aggregated radiative-convective-equilibrium cloud-resolving model simulations to the cloud condensation nuclei (CCN) concentration. Experiments were conducted on a long (2,000-km × 120-km) channel domain, allowing the emergence of multiple convective clusters a …
  8. as a whole acquires a memory of past precipitation and inter-cloud dynamics, driving extremes. Our results implicate that the dynam-ical interaction between convective clouds must be incorporated in global climate models to describe convective extremes and the di-urnal cycle more realistically. D R A F T August 8, 2018, 10:32am D R A F T
  9. sciencedirect.com

    Jun 1, 2024Aerosol-cloud-precipitation-interactions generically referred to as aerosol indirect effect are greatly dependent upon variability in physical and chemical properties of aerosols with time & space and are essentially interlinked with vertical growth of precipitation micro-processes. ... Aerosol-convective cloud interaction is not only concerned ...
  10. acp.copernicus.org

    Abstract. Aerosol-cloud interactions remain largely uncertain with respect to predicting their impacts on weather and climate. Cloud microphysics parameterization is one of the factors leading to large uncertainty. Here, we investigate the impacts of anthropogenic aerosols on the convective intensity and precipitation of a thunderstorm occurring on 19 June 2013 over Houston with the ...
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