CORINE Land Cover data smoothed following the CORILIS methodology. This methodology defines a procedure for smoothing Corine Land Cover data using a variant of the gaussian function called BiWeight. For each CLC class we obtain a probability surface that shows the % of that class within a specific radius. The naming of Corilis layers follows the pattern CORILIS??_R??L?_C?? where R is for Radius, L is for Level and C is for Class. The Level 3 classes are equivalent to the Level 3 classes of Corine. Level 1 classes are a special grouping defined for Environmental Accounting purposes. For example: CORILIS90_R05L3_C1 contains the smoothing results of CLC90 level 3, class 1 "Continous urban fabric" in a 5 km radius. For each pixel of the grid we get a value (ranging from 0 to 100) indicating the % of that class within the radius of 5 km.

CORINE Land Cover data smoothed following the CORILIS methodology. This methodology defines a procedure for smoothing Corine Land Cover data using a variant of the gaussian function called BiWeight. For each CLC class we obtain a probability surface that shows the % of that class within a specific radius. The naming of Corilis layers follows the pattern CORILIS??_R??L?_C?? where R is for Radius, L is for Level and C is for Class. The Level 3 classes are equivalent to the Level 3 classes of Corine. Level 1 classes are a special grouping defined for Environmental Accounting purposes. For example: CORILIS90_R05L3_C1 contains the smoothing results of CLC90 level 3, class 1 "Continous urban fabric" in a 5 km radius. For each pixel of the grid we get a value (ranging from 0 to 100) indicating the % of that class within the radius of 5 km.