The forecast of ocean waves relies mostly on complex dynamic-based models, which are
expensive in computation and demanding in professional skills to run. Diverse deep …

Global multimodel wave climate projections are obtained at 1.0°× 1.0° scale from 30
Coupled Model Intercomparison Project Phase 5 (CMIP5) global circulation model (GCM) …

Predictions of Significant wave height (Hs) of oceans is highly required in advance for
coastal and ocean engineering applications. Therefore, this study aims to precisely predict …

Wave climate characterization at different time scales (long‐term historical periods, seasonal
prediction, and future projections) is required for a broad number of marine activities. Wave …

Much effort has gone into evaluating the skill of General Circulation Models (GCMs) for
'standard'climate variables such as surface (air and/or sea) temperature, or precipitation …

Accuracy of wave climate assessment is related to the length of available observed records
of sea state variables of interest (significant wave height, mean direction, mean period, etc.) …

A new method is presented for a physically based statistical description of wind wave
climatology. The method applies spectral partitioning to identify individual wave systems …

The description of wave climate at a local scale is of paramount importance for offshore and
coastal engineering applications. Conditions influencing wave characteristics at a specific …

Significant wave height (H s) is a basic parameter in wave characterization, important for
different problems in marine activities such as the design and management of vessels …

Harbours are essential infrastructures for economic activity that are susceptible to impacts
from climate change driven processes, like sea level rise (SLR), or alterations in wave …