SARMADI, FAHIMEH Understanding Orographic Precipitation across the Australian Snowy Mountains The Snowy Mountains are the tallest mountains in the Australian Alps and feed some of the major river systems of the Murray-Darling Basin. This study looked at the climatology and predictability of wintertime precipitation in this region. Motivated by the recent drought in southeastern Australia, this study employed a clustering analysis to categorize the climatology of daily precipitation with the aim of improving the precipitation forecasts of the ACCESS-R model. To reach a deeper understanding of the dynamical and physical processes that characterize the precipitation characteristics in this region, numerical simulations of the meteorology for a case study was performed. high-resolution numerical modelling;Orographic Precipitation;climatology;Statistical postprocessing;Model Evaluation and Sensitivity;Cloud Microphysics;the Snowy Mountains;southeast Australia;Atmospheric Sciences 2019-04-03
    https://bridges.monash.edu/articles/thesis/Understanding_Orographic_Precipitation_across_the_Australian_Snowy_Mountains/7151711
10.26180/5bb1d3cb018b9