Abstract: AbstractThe Maritime Continent is one of the wettest regions on the planet and has been shown to be important for global budgets of heat and moisture. Convection in the region, however, varies on several interrelated scales, ...

Abstract: rid and spectral nudging are effective ways of preventing drift from large-scale weather patterns in regional climate models. However, the effect of nudging on the wind speed variance is unclear. In this study, the impact ...

Abstract: hanges in the diurnal precipitation cycle as the Madden?Julian oscillation (MJO) propagates through the Maritime Continent are investigated to explore the processes behind seaward-propagating precipitation northeast of New ...

Abstract: AbstractDiabatic heating in the Maritime Continent region is controlled by a unique blend of mesoscale variability associated with steep topography and complex coastlines and intraseasonal variability associated with ...

Abstract: This work is motivated by the observation that large-amplitude wind fluctuations on temporal scales of 1?10 h present challenges for the power management of large offshore wind farms. Wind fluctuations on these scales are ...

Abstract: AbstractThe diurnal cycle of surface winds throughout the Maritime Continent plays a significant role in the formation of precipitation over the islands of the region and over the surrounding seas. This study investigates ...