Table 3

Input parameters considered for the sensitivity analysis and their ranges of variation

ParametersLevel 1Level 2Level 3
Mesh size (m) Maximum mesh length in the river (main channel) 15 20 25 
 Maximum mesh in the flood plain 150 200 250 
Precipitation intensity (mm/h)  
Strickler roughness (m1/3/s) Constructed lands (discontinuous urban fabric, industrial, or commercial units) 40 50 70 
 Forests (broad-leaved, coniferous) 15 25 40 
 Moors and heathland 18 24 30 
 Agriculture and vegetated areas 18 28 37 
 Water courses and water bodies 20 35 50 
 Mineral sites 30 40 60 
Runoff coefficient (%) Constructed lands (discontinuous urban fabric, industrial, or commercial units) 80 85 90 
 Forests (broad-leaved, coniferous) 50 60 70 
 Moors and heathland 60 70 80 
 Agriculture and vegetated areas 40 50 60 
 Water courses and water bodies 100 100 100 
 Mineral sites 70 80 90 
ParametersLevel 1Level 2Level 3
Mesh size (m) Maximum mesh length in the river (main channel) 15 20 25 
 Maximum mesh in the flood plain 150 200 250 
Precipitation intensity (mm/h)  
Strickler roughness (m1/3/s) Constructed lands (discontinuous urban fabric, industrial, or commercial units) 40 50 70 
 Forests (broad-leaved, coniferous) 15 25 40 
 Moors and heathland 18 24 30 
 Agriculture and vegetated areas 18 28 37 
 Water courses and water bodies 20 35 50 
 Mineral sites 30 40 60 
Runoff coefficient (%) Constructed lands (discontinuous urban fabric, industrial, or commercial units) 80 85 90 
 Forests (broad-leaved, coniferous) 50 60 70 
 Moors and heathland 60 70 80 
 Agriculture and vegetated areas 40 50 60 
 Water courses and water bodies 100 100 100 
 Mineral sites 70 80 90 

Note: The levels 1, 2, and 3 for mesh size are representative of the fine resolution (total number of mesh elements: 582,161), the medium resolution (total number of mesh elements: 473,265), and the coarser resolution (total number of mesh elements: 401,769), respectively.

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