| A1 | Modeling Motion and Dynamic Processes in Image Sequences
(Spies, Haußecker, Garbe, Jähne) |
| A2 | Range Flow: The 3D Movement of Deformable Surfaces
(Spies) |
| A3 | Flux Measurements from Infrared Image Sequences
(Garbe) |
| A4 | Optimization of Filters for Low-Level Image Sequence Processing
(Scharr) |
| A5 | Scale Space Analysis for Image Sequences
(Scharr) |
| A6 | 3D-Modelling of Plant Leafs using Depth-from-Motion
(Kirchgeßner) |
| |
| B1 | Small Scale Ocean-Surface Roughness Measurements and their Correlation to Air-Sea Flux Measurements
(Bock) |
| B2 | Mechanisms of Gas Exchange at the Air-Sea Interface: the Controlled Flux Technique (CFT)
(Schimpf, Popp, Garbe, Jähne) |
| B3 | Depth-Resolved Gase Profiles by Laser-Induced Fluorescence (LIF)
(Reinmuth) |
| B4 | Scale Space Analysis to Investigate Spectra of Amplitude Distributions of Wind Waves
(Fuß, Carstens, Hilsenstein, Jähne) |
| B5 | Modeling of Air-Water Gas Transfer
(Jähne and Bock) |
| B6 | Research Plan Project B
(Jähne, Garbe, Fuß, Kalkenings, Popp) |
| |
| C1 | Analysis of global gas emissions from multispectral image
sequences |
| C2 | Differential Optical Absorption Spectroscopy (DOAS)
(Kraus, Wenig, Leue, Wagner, Kalkenings, Jähne, Platt) |
| C3 | Tropospheric NO2 from GOME Image
Sequences |
| C4 | Cloud Classification and Influence of Clouds on GOME measurements |
| C5 | Time Analysis of GOME Image Sequences |
| C6 | Imaging Infrared Differential Optical Absorption Spectroscopy |
| |
| D1 | Dynamics of Root Growth
Quantification by Digital Image Sequence
(Walter, Wilms, Küster, Spies, Kirchgeßner et al.) |
| D2 | Growth Regulation and Biomechanics:
How Tensile Forces Affect Midrib Elongation
(Walter, Spies, Schurr et al.) |
| D3 | Thermography to map water relations to plant leaves
(Kümmerlen, Ehrler, Prokop, Jähne, Stitt, Schurr) |
| D4 | Optical probing of growing leaves -
tools for analysis of structure, function and composition
(Smoljar, Kirchgeßner, Wilms, Kalkenings, Jähne, Stitt, Schurr) |
| D5 | Time- and space-resolved measurement of growth, physiological and molecular processes in plants |
| |
| E1 | Ca2+-regulation in skeletal muscle |
| E2 | Ca2+-sparks in skinned skeletal muscle fibres |
| E3 | Mathematical modelling of the Ca2+-regulation in skeletal muscle fibres |
| E4 | Motor protein interactions studied in the vitro motility assay |
| E5 | Modelling of the actin filament movement in the vitro motility assay |
| |
| F1 | Multi-color Image Analysis for Automated Diagnostics in Molecular Cytogenetics
(Saracoglu and Eils) |
| F2 | TIme-Resolved Analysis and Visualization of Dynamic Processes in Living Cells
(Gebhard, Gerlich, Mattes, Tvarusko and Eils) |
| F3 | Computer Modelling of the Dynamic Nuclear Organization and Virtual Microscopy
(Kreth, Edelmann, Cavallo, Cremer and Cremer) |
| F4 | 4D Image Sequence Analysis
(Cavallo, Kreth, Edelmann, Cremer and Cremer) |
