Searched for: subject%3A%22Aerosol%255C-Cloud%255C+Interactions%22
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Kroese, Willem (author)
Uncertainty in the radiative forcing from anthropogenic activities since the Industrial Revolution is dominated by how clouds respond to aerosol. Climate projections are limited by this uncertainty. The cloud response to aerosol is influenced by the meteorological conditions of the atmosphere wherein the cloud is suspended. Understanding the...
master thesis 2023
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Hoffmann, Fabian (author), Glassmeier, F. (author), Yamaguchi, Takanobu (author), Feingold, Graham (author)
Stratocumulus occur in closed- or open-cell states, which tend to be associated with high or low cloud cover and the absence or presence of precipitation, respectively. Thus, the transition between these states has substantial implications for the role of this cloud type in Earth’s radiation budget. In this study, we analyze transitions between...
journal article 2023
document
Kroese, Willem (author)
Cloud droplet number concentrations change due to perturbations in aerosol concentrations. The strength of this correlation covaries with meteorology. Using polarimetric aerosol estimates and MODIS-2 cloud retrievals we compute the interaction strength per meteorological regime, which we determined using clustering techniques on MERRA-2...
student report 2022
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Mamali, D. (author)
Atmospheric aerosol particles are solid or liquid particles suspended in the atmosphere. They are directly emitted into the atmosphere or they are formed via the oxidation of gaseous precursors. Understanding the behavior of particles in the atmosphere is particularly important because they can affect the Earth’s climate, visibility, air quality...
doctoral thesis 2020
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Tenner, Elma (author)
Climate change and human influences are widely investigated. However, the processes of aerosol-cloud interactions are still not adequately known and the associated lack of knowledge causes uncertainties in climate change prediction. Therefore this study presents different approaches to investigate those interactions, in particular the Twomey...
master thesis 2017
Searched for: subject%3A%22Aerosol%255C-Cloud%255C+Interactions%22
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