cSINGV v1.0: Development and evaluation of a 1.5 km coupled atmosphere-ocean-wave modelling system for the Western Maritime Continent

The CO5 configuration of the 7km Atlantic Margin Model: Large scale biases and sensitivity to forcing, physics options and vertical resolution

Evaluation of a coupled regional reanalysis for the Mediterranean region covering the period 1993–2024

Regional reanalyses provide physically consistent reconstructions of past climate, offering a powerful tool for understanding the processes that shape regional responses to climate change. Here, we introduce MESMAR-R (Mediterranean Earth System Model at ISMAR – Reanalysis), a newly developed coupled atmosphere-ocean-hy...

Km-scale regional coupled system in the Northwest European shelf for weather and climate applications: RCS-UKC4

Increasing the complexity of regional weather and climate models by developing coupled environmental prediction systems improves their performance, particularly in coastal areas where equilibrium assumptions between Earth system components break down. By allowing consistency between earth system components, they also u...

Borey: A High-Resolution Regional Atmosphere–Ocean–Sea Ice–Wave Hindcast Dataset for the Barents and Kara Seas, 2019–2023

Developing a coastal hazard prediction system in ice-infested waters – Part 1: High-resolution regional wave modeling in the Estuary and Gulf of St. Lawrence

Abstract. This study is the first of a two-part paper that summarizes the development of a prototype coastal hazard prediction system providing short-term (+48 h) forecasts of the total water level (TWL) at 50 m resolution for the province of Quebec, Eastern Canada. In this first part, the implementation of the offshor...

A Validated Coupled Three-Dimensional Hydrodynamic and Wave Model for Water Levels and Wind Waves in the Western North Atlantic Ocean

Accurate prediction of the coastal ocean requires models that capture dominant barotropic drivers, resolve baroclinic processes, and account for wind-waves. This study evaluates the performance of a high-resolution coupled three-dimensional hydrodynamic (SCHISM) and spectral wave (WWM III) model for simulating water le...