Use Case #11 Workflow

This sections describes an exemplary workflow performed to accomplish the climate problem given by Use Case #11 School Project on Arctic Climate Change.

  1. The user selects several CCI ECV data products from a checklist (geophysical quantities e.g. sea ice extent, glacier calving front location, corrected sea surface height, sea surface temperature, cloud optical thickness, aerosol type ).

  2. The user selects an ECV data product on a climate data server in Japan.

  3. The user selects the Operation Geospatial Gap Filling from the Operation Category Geometric Adjustments.

  4. The user selects the particular options (Method: nearest neighbour, apply to multiple data products).

  5. The user executes the Operation.

  6. The Toolbox performs a geospatial gap filling of the datasets.

  7. The user selects the Operation Reprojection from the Operation Category Geometric Adjustments.

  8. The user selects the particular options (polar stereographic grid, apply to multiple data products).

  9. The user executes the Operation.

  10. The Toolbox performs a reprojection of the data products onto the chosen polar stereographic grid.

  11. The user selects the Operation Map from the Operation Category Visualisation.

  12. The user selects options (multiple data products).

  13. The user executes the Operation.

  14. The Toolbox displays maps (including legend, land contours etc.) of the reprojected ECVs side by side and provides a slide-bar which allows the user to dynamically fade-out the interpolated grid cells.