Water chemistry data showed that th

Water chemistry data showed that the artificially inundated open water ponds in the lower reaches of the wetlands were hypersaline and, without intervention, were on a trajectory of increasing salinity. The inundation of the remaining saltmarsh mosaic upstream in Phase 1 had occurred as a result of more recent impoundment against downstream berms. This exposed these habitats to the poor water quality in the open water systems downstream and resulted in large-scale die-off of permanently inundated saltmarsh vegetation.

結果 (中文) 1:

水化学数据显示，高盐和人为淹没在下游的湿地池塘，不干预，盐度增加的轨迹上。淹没在第一阶段剩余的盐沼马赛克上游已发生的结果更近的蓄水对下游护堤。这些栖息地暴露在开放的下游供水系统水质较差，导致在大型模具常年被水淹没的盐沼植被

結果 (中文) 2:

水化学数据表明，人为地淹没了开放式池塘湿地的下游，盐度，不干预，在轨迹的盐度。其余的盐沼镶嵌在1期上游发生由于对下游护堤更近的蓄水淹没。这暴露了这些栖息地，水质差，在开放的水系统的下游，造成大规模的灭绝，永久淹没的盐沼植被
。

結果 (中文) 3:

水的化学数据显示人为地被淹没打开水池塘在中下游湿地含盐，无需干预，都上了轨道的盐度升高。发生，是因为最近蓄水对下游堤沼马赛克的剩余上游在阶段 1 中被淹没。这暴露了这些生境对下游开放的水系统的水质差，导致大规模地大批死亡，永久淹没盐沼植被.