ESSReS-II Research Projects (running)
- Predicting the future of northern North Atlantic shallow water ecosystems from fossile bioarchives
- Visualization in Earth System Sciences - Comparative Visual Analysis Methods for Integrated Modelled and Measured Data
- The role of the Agulhas Ridge as a barrier to bottom currents during the past 4 myrs
- Developing Strategies For Predicting Locations Of Past Hydrothermal Activity On Mars
- Remote Sensing of marine CDOM fluorescence using high spectrally resolved satellite data
- The use of FTIR-spectrometry for quantifying greenhouse fluxes between the biosphere and the atmosphere
- Satellite observations of nitrogen dioxide from biomass burning: environmental pollution from space
- Detecting Climate Change in Massive Multi-Dimensional Data Sets
- Spatial and temporal variability of accumulation and aerosol input in North Greenland
- Analysis and modeling of the distribution of tracers of glacial melt in the Southern Ocean with focus on the southeast Pacific sector
- Satellite based measurements and model calculation for studying effects of pollution
- Analysis of pyrogenic and biogenic emissions of VOC using satellite and ground-based observations
- Thickness maps of Arctic and Antarctic sea ice and the effect of snow covered sea ice on radar altimeter measurements
- The influence of western Weddell Sea shelf on the fringing basins
- Retrieval and modeling of sea ice thickness with the SMOS satellite
- Analysis of Arctic multiyear sea ice cover
- Seismostratigraphic analysis and paleobathymetry of the greater Weddell Sea region, Antarctica, for paleocurrent and paleoclimate simulation
- Retrieval of stratospheric aerosol profiles from satellite limb-scatter oberservations and climatology of stratospheric aerosols
- Momentum balance in sea ice
- Ground-based remote sensing observations of atmospheric trace gases in the near-infrared spectral region using the moon as light source during the polar night
- Developments in German Bight benthic ecology driven by climate change and anthropogenic utilization
- Analysis of Antarctic Radiation Observations in the Face of Global Climate Changes
- Glacial climate dynamics including millennial timescal variability