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--- projects:itars:euraxess-ad [2012/05/14 12:42] – karin
+++ projects:itars:euraxess-ad [2021/01/22 21:17] (current) – external edit 127.0.0.1
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 Single projects will focus on:
-  * Modification of aerosol optical properties due to humidity from lidar and microwave radiometer;
+  * Modification of aerosol optical properties due to humidity from lidar and microwave radiometer (ESR1);
-  * Signal processing and data fusion between multi-spectral lidar and radiometer sensors: Algorithms and error estimation;
+  * Signal processing and data fusion between multi-spectral lidar and radiometer sensors: Algorithms and error estimation (ESR2);
-  * Synergy between Doppler radar and Raman lidar for aerosol investigation;
+  * Synergy between Doppler radar and Raman lidar for aerosol investigation (ESR3);
-  * Microphysical retrieval of aerosol parameters using multi-wavelength lidar and depolarization signals;
+  * Microphysical retrieval of aerosol parameters using multi-wavelength lidar and depolarization signals (ESR4);
-  * Cloud-radiation parameterisations based on 3D radiative transfer and sensor synergy;
+  * Cloud-radiation parameterisations based on 3D radiative transfer and sensor synergy (ESR6);
-  * Observation of crystal habits and sizes in ice / mixed phase clouds;
+  * Observation of crystal habits and sizes in ice / mixed phase clouds (ESR7);
-  * Combination of Doppler lidar and Doppler radar measurements to study vertical motion in context with ice formation in clouds;
+  * Combination of Doppler lidar and Doppler radar measurements to study vertical motion in context with ice formation in clouds (ESR8);
-  * Investigating cloud sub-grid variability from scanning micro-wave radiometer and cloud radar;
+  * Investigating cloud sub-grid variability from scanning micro-wave radiometer and cloud radar (ESR10);
-  * Improvements of Integrated Profiling Technique (IPT) by inclusion of lidar;
+  * Improvements of Integrated Profiling Technique (IPT) by inclusion of lidar (ESR11);
-  * Study of the planetary boundary layer and its influence on cloud development;
+  * Study of the planetary boundary layer and its influence on cloud development (ESR12);
-  * Investigation of the performance of Air Quality Modelling (AQM) in forecasting the distribution of pollutants over Europe.
+  * Investigation of the performance of Air Quality Modelling (AQM) in forecasting the distribution of pollutants over Europe (ESR13).
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 **Research Fields**
-Environmental science - Other; Physics - Applied physics; Applied Physics (Environmental), Signal processing (signals, systems, and noise), Statistics (errors and estimation); Applied Physics, Remote Sensing; Mathematics, Applied and Computational Mathematics, Algorithms; Physics, Computational and Mathematical Physics; Atmospheric Physics/Meteorology; Air quality modeling, Model evaluation, Air quality forecast.
+Environmental science - Other; Physics - Applied physics;  Mathematics, Applied and Computational Mathematics, Algorithms; Physics, Computational and Mathematical Physics.
 **Career Stage**