Investigating the characteristics of model-forecast errors using various statistical and object-
oriented methods is necessary for providing useful guidance to end-users and model …

Near-surface humidity is a crucial variable in many atmospheric processes, mostly related to
the development of clouds and rain. The humidity at the height of a few tens of meters above …

Abstract Operational Weather Research and Forecasting (WRF) Model forecasts run over
Dugway Proving Ground (DPG) in northwest Utah, produced by the US Army Test and …

Planetary boundary layer (PBL) is formed by the interaction of the atmosphere and the
surface and surface conditions have an important influence on the PBL state. This study …

In this article, we evaluate the Weather Research and Forecasting (WRF) mesoscale
meteorological model for stable conditions in clear skies with low wind speeds. Three …

Assimilation of Surface-Based Boundary Layer Profiler Observations during a Cool-Season
Weather Event Using an Observing System Simulation Experiment. Part I: Analysis Impact in …

Assimilation of Surface-Based Boundary Layer Profiler Observations during a Cool-Season
Weather Event Using an Observing System Simulation Experiment. Part II: Forecast Assessment …

We investigated the predictability of plume advection in the lower troposphere and the
impact of AMeDAS surface wind data assimilation by using radioactive cesium emitted by …

Experiments with the single-column implementation of the Weather Research and
Forecasting Model provide a basis for deducing land–atmosphere coupling errors in the …

A current barrier to greater deployment of offshore wind turbines is the poor quality of
numerical weather prediction model wind and turbulence forecasts over open ocean. The …