In ihrem aktuellen ERC Starting Grant-Projekt „A-LIFE“ untersucht Bernadett Weinzierl den Einfluss von Ruß-Mineralstaub-Schichten auf die Atmosphäre und das Klima.
Since summer 2016, a CIMEL sun photometer – provided by the Universidad de Valladolid (Spain) – is installed at the roof of Boltzmanngasse 5, Vienna, and performs measurements following the AERONET protocol.
AERONET is a...
The NASA-sponsored Atmospheric Tomography Mission (ATom) investigates how human emissions affect air quality and climate change in the atmosphere by making measurements with a DC-8 aircraft that will carry out repeated climbs and...
"Rauchende Kamine, blauer Dunst und Feinstaub: Aerosole und die menschliche Gesundheit", beim Junior Science Club des Stadtschulrats für Wien, Wipplingerstraße 28, 1010 Wien, Österreich am 24.6.2016
"Meteorological and aerosol effects on marine cloud microphyscial properties" Contributor: Mag. Anna Wonaschütz, PhD
"Two papers from the CLOUD experiment published in the journal Nature: the CLOUD consortium reports the first observation of ion-induced nucleation of pure biogenic particles and identifies the mechanisms of early biogenic...
Bernadett Weinzierl gibt im Gespräch mit Johannes Büchs, ARD, am 03.05.2016 im Körber Forum (Hamburg) einen Überblick über Aerosolmessungen auf dem Forschungsflugzeug und die Auswirkungen von Aerosolpartikeln auf die Atmosphäre...
Josef Gasteiger has started his work as post-doc in the Aerosol Physics & Environmental Physics group at the beginning of May 2016.
From 4-6 April 2016, the NOSA Symposium was held at the Department of Chemistry, Aarhus University, Denmark. Bernadett Weinzierl was invited as keynote speaker to talk about "Long-range transport of aerosols: new insights from...
Maximilian Dollner has started his work as a PhD student and university assistant in the group of Bernadett Weinzierl on 1st March 2016.
Univ-Prof. Dr. Bernadett Weinzierl
Boltzmanngasse 5, 1090 Wien Austria
Boltzmanngasse 5, 1090 Wien Austria
Currently we can offer a number of interesting projects for a master thesis
Aerosols are small solid or liquid particles suspended in air, ranging in size from molecular clusters to particles and small droplets with diameters of several hundred micrometers. Small particles are inhalable and can be detrimental to human health. Atmospheric aerosols are highly heterogeneous in space and time, and are difficult to implement into climate models. Aerosols influence atmospheric radiative transfer and the hydrological cycle, and their interaction with clouds is a major source of uncertainty for future climate predictions.
The AEP group is oriented towards basic aerosol science. Currently, research focuses on the following topics:
1) abundance and properties of Cloud Condensation Nuclei,
2) measurement and intercomparison of measurement methods for black and brown carbon in aerosols,
3) nucleation and nanoparticle formation in ambient and laboratory settings,
4) impacts of meteorology and biogenic contributions on ambient atmospheric aerosols,
5) development of new measurement methods for the characterization of nanometer-sized particles.
A particular strength of the group is in the development, adaptation and testing of measurement techniques, with a long track record of ground-breaking designs and technologies. Inter-disciplinary research investigates zones in exoplanetary systems supporting life based on solvents other than water. Current research is continually integrated into lectures and lab classes on aerosol science, environmental science and global change.