AQUA modis file

This study examined the River Murray sediment plume, which was produced during the major flood event of 2022-2023. This flood resulted from successive La Niña events, causing high rainfall across the Murray-Darling Basin and ultimately leading to significant riverine flow through South Australia. The flood was characterised by a significant increase in riverine discharge rates, reaching a peak of 112,707 ML/day through the Lower Lakes barrage system from November 2022 to February 2023. The water quality anomaly within the coastal region (本研究针对2022-2023年重大洪水事件期间形成的墨累河（River Murray）泥沙羽流展开了系统性考察。此次洪水由连续多轮拉尼娜（La Niña）事件引发，致使墨累-达令盆地（Murray-Darling Basin）全域出现高强度降雨，最终催生了流经南澳大利亚州的大规模河道径流。本次洪水以河道径流量显著攀升为典型特征，2022年11月至2023年2月期间，下湖拦河坝系统（Lower Lakes barrage system）的峰值径流量达到112,707兆升每日（ML/day）。该沿海区域内出现的水质异常（