The last two decades have witnessed a surge in the development of two-way coupled atmospheric and hydrological models, opening up hitherto unattainable potential to better comprehend hydrology-atmosphere interaction and enhance hydrometeorological forecasting. This study discusses recent advances in the display of hydrological data in Land Surface Models (LSMs) and climate models, as well as the two-way coupling of atmospheric and hydrological models.Fully coupled models have been widely used to identify the impact of lateral surface and subsurface water transport in a land-atmosphere coupled system, and hydrometeorological simulations have been used to improve model accuracy using techniques such as parameter calibration, data assimilation, and hydrology model structure revision.
