Fig 1.
Schleswig-Holstein study area, showing the differentiation between main landscape types and the location of the local case study Bornhöved Lakes District (based on data from Landesamt für Landwirtschaft, Umwelt und ländliche Räume and Natural Earth).
Fig 2.
Simplified nitrogen cycle (after [64]).
Fig 3.
Colours are indicating quantitative (red) /qualitative approach (green).
Table 1.
Nodes and corresponding states.
Fig 4.
Sensitivity analysis for the node nutrient regulation ES potential in Schleswig-Holstein.
Intensity/strength of red colour indicates strength of influence.
Table 2.
Input data.
Fig 5.
The width of the arcs indicates strength of influence.
Fig 6.
Excerpt of the BBN for Schleswig-Holstein focusing on changing nutrient regulation ES potential level, exemplarily for original low potential (1, left) and high potential (4, right).
Fig 7.
BBN for Schleswig-Holstein, landscape type Hügelland set as evidence.
Fig 8.
BBN for Schleswig-Holstein, landscape type Marsch set as evidence.
Fig 9.
BBN for Schleswig-Holstein, landscape type Geest set as evidence.
Fig 10.
BBN for Bornhöved Lakes District.
The width of the arcs indicates strength of influence.
Fig 11.
BBN for Bornhöved Lakes District, landscape type Hügelland set as evidence.
Fig 12.
BBN for Bornhöved Lakes District, landscape type Geest set as evidence.
Fig 13.
Probability distribution of the preliminary and new nutrient regulation ES potential.