Flood hazard map Trier – Level 12.00 m – Flood hazard map Trier – Level 12.00 m, pressure water

Flooding areas in the urban area of Trier in case of flooding at specified level – Extract from the local flood protection concept Trier, development of flooding areas in 10 cm increments – Map series of water levels 9.10 m to 12.70 m at the level of Trier. The flood areas shown are based on the intersection of the calculated maximum water levels with a digital terrain model. Status: 5/2021: Pressure water areas in the urban area of Trier during flooding – Extract from the local flood protection concept Trier, development of flooding areas in 10 cm increments – Map series of water levels 9.00 m to 12.70 m at the level of Trier – (stand: 5/2021). Note: The pressure water surfaces represent what the expansion of the flooding areas would be if the water level in the Moselle reached horizontally to the foreland. These areas are not directly connected to the Moselle and can be flooded via the sewer network or groundwater regardless of the surface runoff.特里尔市区指定水位下的淹没区域——摘自《特里尔本地防洪规划》，以10厘米为增量的淹没范围演变——特里尔市区水位9.10米至12.70米系列地图。所示淹没区域基于计算所得最高水位与数字地形模型的叠加交集。状态：2021年5月。 特里尔市区洪水期间的承压水域——摘自《特里尔本地防洪规划》，以10厘米为增量的淹没范围演变——特里尔市区水位9.00米至12.70米系列地图（状态：2021年5月）。 注： 承压水面代表了当摩泽尔河（Moselle）水位蔓延至前滩区域时的淹没范围扩张场景。 此类区域与摩泽尔河并无直接连通性，可通过排水管网或地下水途径发生积水，不受地表径流影响。