Search for dissertations about: "Claudia Mohr"
Found 5 swedish dissertations containing the words Claudia Mohr.
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1. Insights into key processes governing atmospheric aerosol loadings and their interactions with clouds
Abstract : Aerosol particles are ubiquitous in the atmosphere and an essential part of the atmospheric radiation balance regulating the Earth’s temperature. Aerosol-cloud interaction still remains the largest single uncertainty in future climate projections. In addition, aerosols are also responsible for air pollution, causing severe health effects. READ MORE
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2. Chemical composition of Arctic aerosols and their link to clouds
Abstract : The Arctic is a place particularly vulnerable to climate change, warming at an accelerated rate compared to the rest of the Earth. In this remote environment, the atmosphere, the ocean, the ice, and the land are all interlinked and are shaping a very complex system. READ MORE
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3. Bioaerosols and their importance for low-level Arctic clouds
Abstract : Bioaerosols are microorganisms or functional parts of them or other biological matter suspended in air. Examples are bacteria, viruses, pollen, spores, or smaller plant debris. In the atmosphere, bioaerosols can play various functional roles, such as facilitating the spread of genetic material. READ MORE
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4. Chemical composition of summertime High Arctic aerosols
Abstract : This thesis presents new insights into the chemical composition of semi-volatile compounds in aerosol samples collected in the central Arctic Ocean close to the North Pole in September 2018. The central Arctic Ocean is an inaccessible location due to the lack of land areas along with heavy pack ice conditions. READ MORE
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5. Chemical perspectives on aerosol-cloud interactions in the High Arctic
Abstract : Atmospheric aerosol particles have important yet highly uncertain impacts on the Earth’s climate, with the largest uncertainties residing in the interactions between aerosols and clouds. The extent to which aerosols act as cloud condensation nuclei (CCN) depends on the chemical composition and size of the particles. READ MORE