Open Positions
The following positions are available within the W2W consortium starting July 1st 2019, or as soon as possible:
PhD positions
- Multiscale analysis of the evolution of forecast uncertainty (A1a, Riemer)
- Multiscale analysis of the evolution of forecast uncertainty (A1b, Tost)
- Model error and uncertainty at the midlatitude tropopause (A3, Schäfler)
- Big ensembles to represent the evolution of forecast uncertainty (A6a, Craig)
- Big ensembles to represent the evolution of forecast uncertainty (A6b, Keil)
- Microphysical uncertainties in hailstorms using statistical emulation and stochastic cloud physics (B1b, Miltenberger)
- Sources of uncertainty for convective-scale predictability using ensembles (B3a, Keil)
- Sources of uncertainty for convective-scale predictability (B3b, Barthlott)
- Radiative interactions at the NWP scale and their impact on midlatitude cyclones predictability (B4a, Mayer)
- Radiative interactions at the NWP scale and their impact on midlatitude cyclones predictability (B4b, Mayer)
- 3D cloud-radiative impacts on midlatitude cyclones (B4c, Voigt)
- Disentangling the coupling of convection and tropical waves (B6, Knippertz)
- Improved rainfall forecasts for the tropics based on tropical waves (C2a, Knippertz)
- Predictability of tropical and hybrid cyclones over the North Atlantic Ocean (C3, Schömer)
- Statistical postprocessing of ensemble weather predictions (C5, Lerch)
- Stratospheric influence on the predictability of persistent tropospheric large-scale patterns and extreme events (C8a, Pinto)
- Stratospheric influence on tropospheric large-scale circulation patterns (C8b, Garny)
- Visual feature analysis from individual cases to collections of ensembles (C9, Rautenhaus)