It has been increasingly recognized that aerosols can affect climate by indirectly alter cloud microphysical and radiative properties, however, the details of aerosol-cloud interactions remain largely elusive regarding the dispersion effect and separation of aerosol effects from cloud dynamics. This work ...
In the following short presentation we describe observations made by CSL scientists of newly formed particles in the tropical upper troposphere onATom, and how, by linking with modeling studies, we showed this to be important on a global scale for cloud-radiation interactions. The results presented...
As solar radiation decreases further, condensation and, thus, the LWP increase, which leads to the presence of the surface precipitation. This stabilizes the entire MBL and thus prevents the interactions that cause the evaporation of rain to enhance the cloud-base instability. In cases with the ...
1. Aerosol-cloud-radiation mechanisms in climate model and the application 2. Direct and indirect effects of pollutants on weather and climate 3. The interactions between pollutants and Asian monsoon system 4. Pollutants-radiation-cloud interactions and the effects/feedbacks to climate and environment ...
radiation back to space, thus exerting a negative climate forcing. This is known as the cloud albedo effect or the Twomey effect1. Although extensive investigations have been made to quantify the radiative forcing by aerosol–cloud interaction (RFaci), significant uncertainties remain on its ...
Analysis of the aerosol-radiation-cloud interactions through the use of regional climate/chemistry coupled models 来自Semantic Scholar 作者 Baró Esteban, Rocío 摘要 The response of the climate systems to aerosols and their effect on the radiative budget of the Earth is the most unc... 收藏 ...
Transboundary aerosol transport process and its impact on aerosol-radiation-cloud feedbacks in springtime over Northeast Asia Article Open access 22 March 2022 Data availability GPM data can be accessed online at https://pmm.nasa.gov/data-access/downloads/gpm. TRMM data are available from https...
Aerosols affect precipitation by modifying cloud properties such as cloud droplet number concentration (CDNC). Aerosol effects on CDNC depend on aerosol properties such as number concentration, size spectrum, and chemical composition. This study focuses on the effects of aerosol chemical composition on ...
The estimates of global and annual mean radiative forcing due to aerosol–radiation interaction still include considerable uncertainties [6]. Aerosols exert a perturbation of the radiation fluxes at the surface, within the atmosphere and at the top-of-the-atmosphere (TOA) via their interaction with...
(2011) applied Aqua-MODIS C5.1 DT aerosol products to study the relationship between aerosol, cloud, and large-scale dynamics over Australia during 2002–2009. Costantino and Bréon (2013) analyzed the aerosol interaction with warm boundary layer clouds over the South-East Atlantic based on Aqua ...