ABSTRACT A selective dynamical downscaling method is developed to obtain extreme‐
wind atlases for large areas. The method is general, efficient and flexible. The method …

A statistical-dynamical downscaling method is presented to estimate 10 m wind speed and
direction distributions at high spatial resolutions using a weather type based approach …

A new statistical–dynamical downscaling procedure is developed and then applied to high-
resolution (regional) time series generation and wind resource assessment. The statistical …

A state-of-art wind mapping system, the Wind Energy Simulation Toolkit (WEST), was
developed in the Meteorological Service of Canada (MSC) for use by the wind energy …

Winds within the atmospheric boundary layer (ie, near to Earth's surface) vary across a
range of scales from a few meters and sub-second timescales (ie, the scales of turbulent …

Accurate and rapid determination of near-surface wind fields in a complex area (orography,
inhomogeneous surface properties) is a challenge for applications like the evaluation of …

This paper presents a novel methodology for mesoscale‐to‐microscale downscaling of near‐
surface wind fields. The model chain consists on the Weather Research and Forecast …

A method is presented for extrapolation of extreme wind speed data from a quality
meteorological station to a site with upstream terrain features different from those of the …

This paper describes a new computationally efficient and statistically robust sampling
method for generating dynamically downscaled climatologies. It is based on a Monte Carlo …

Recipes for Correcting the Impact of Effective Mesoscale Resolution on the Estimation of
Extreme Winds in: Journal of Applied Meteorology and Climatology Volume 51 Issue 3 (2012) …