Minimum groundwater level — Flood 2006 (interpolated) (WMS service)

Minimum corridor distances 2006, interpolated surface representation The theme contains an interpolated synoptic representation of the smallest spacing in each case, but these have occurred at different times. For the evaluation, the groundwater levels measured at and after the passage of floods from spring 2006 up to 18.4.06 were taken into account.The Elbe has flown as a marginal condition with its actual flooding surface at a water level of 7.49 m at the level DD. The corridor distances were created by cutting the interpolated water levels with the terrain surface. Minimum corridor distances 2006, interpolated surface representation The theme contains an interpolated synoptic representation of the smallest spacing in each case, but these have occurred at different times. For the evaluation, the groundwater levels measured at and after the passage of floods from spring 2006 up to 18.4.06 were taken into account. The Elbe has flown as a marginal condition with its actual flooding surface at a water level of 7.49 m at the level DD. The corridor distances were created by cutting the interpolated water levels with the terrain surface.2006年最小廊道距离：插值曲面表示法。本数据集主题包含各情形下最小间距的插值全域概化表示，但各最小间距的发生时段并不一致。 本次评估纳入了2006年春季洪水过境时起至2006年4月18日期间测得的地下水位数据。易北河（Elbe）以DD基准面下7.49米水位对应的实际淹没范围作为边界条件。 廊道距离通过将插值水位与地形曲面求交得到。2006年最小廊道距离：插值曲面表示法。 本数据集主题包含各情形下最小间距的插值全域概化表示，但各最小间距的发生时段并不一致。 本次评估纳入了2006年春季洪水过境时起至2006年4月18日期间测得的地下水位数据。 易北河（Elbe）以DD基准面下7.49米水位对应的实际淹没范围作为边界条件。 廊道距离通过将插值水位与地形曲面求交得到。