
1 minute read
3.2.8. Inclination study based on maps
3.2.8. Inclination study based on maps It was found that the greatest relative increase in area if the SCALGO rain fill model would have water level increase of 10 cm was at Case 3, and it was found that the lowest mean vvvvv inclination between the two areas, with the assumption of the shape of the areas is a circle, was at Case 2 (table 7 and 8 and fig 33, 34 and 35).
Table 7: The increase of area of water covered land according to SCALGO rain fill model if water level is raised by 10 cm.
Advertisement
Table 8: Assuming a circular shape of rain filled area and the rain fill + 10 cm area. Thereafter calculating the inclination between the inner and outer circle.
Figure 33:Orthophotoof Case 1 showing the rain fill area according to SCALGO model as it is and if raised by 10 cm.



Figure 34: Orthophotoof Case 2 showing the rain fill area according to SCALGO model as it is and if raised by 10 cm.
Figure 35: Orthophotoof Case 3 showing the rain fill area according to SCALGO model as it is and if raised by 10 cm.
