Dataset underlying the study "Wetland topography drives salinity resilience in freshwater tidal ecosystems"

The dataset contains the input files of twenty (20) simulations using Delft3D Flexible Mesh (DFM). The simulations represent wetlands with different morphologies:00. flat/reference 01. de-embanked 02. willow plantation (high) 03. willow plantation (low) 04. marshThis wetland morphologies have been exposed to four types of boundary conditions: D. representative drought conditions: Mean water level of 0 m; tidal range of 1.50 m; background salinity of 0 psu; event duration of 30 days; change in water level during event of -0.10 m; change in salinity during event of +6 psu. DE. representative drought conditions (excl. water level change): Same as [drought] except no change in water level during event. F. representative flood conditions: Mean water level of 0 m; tidal range of 1.50 m; background salinity of 0 psu; event duration of one (1) day; change in water level during event of +1.41 m; change in salinity during event of +25 psu. FE. representative flood conditions (excl. water level change): Same as [flood] except no change in water level during event.Model simulations are labelled as <boundary-condition><wetland-morphology>, e.g., "D00" refers to representative drought conditions with the flat/reference wetland morphology.

本数据集包含20组采用Delft3D Flexible Mesh (DFM)开展的模拟试验输入文件。本次模拟覆盖四类不同地貌的湿地，具体包括：00. 平坦基准型、01. 退堤型、02. 高株柳树种植区、03. 低株柳树种植区、04. 沼泽型。上述湿地地貌分别施加了四类边界工况：D. 典型干旱工况：平均水位0 m，潮差1.50 m，背景盐度0 psu，事件持续时长30天，事件期间水位变化量为-0.10 m，盐度变化量为+6 psu。DE. 典型干旱工况（不含水位变化）：与上述干旱工况参数一致，仅事件期间无水位变化。F. 典型洪涝工况：平均水位0 m，潮差1.50 m，背景盐度0 psu，事件持续时长1天，事件期间水位变化量为+1.41 m，盐度变化量为+25 psu。FE. 典型洪涝工况（不含水位变化）：与上述洪涝工况参数一致，仅事件期间无水位变化。模型模拟的命名规则为<边界条件><湿地地貌编号>，例如"D00"代表采用典型干旱工况且匹配平坦基准型湿地地貌的模拟试验。