Abstract The 3-km Norwegian Reanalysis (NORA3) is a 15-yr mesoscale-permitting atmospheric hindcast of the North Sea, and Barents Sea. With horizontal resolution 3 km, nonhydrostatic numerical weather prediction model HARMONIE–AROME runs explicitly resolved deep convection yields fields that realistically downscale ERA5 reanalysis. wind field much improved relative to its host analysis, in part...

The European Center for Medium-Range Weather Forecasts (ECMWF) released its latest reanalysis dataset named ERA5 in 2017. To assess the performance of Antarctica, we compare near-surface temperature data from and ERA-Interim with measured 41 weather stations. has a strong linear relationship monthly observations, statistical significant correlation coefficients (p < 0.05) are higher than 0.9...

This paper proposes a method to infer the future change in wind-wave climate using reanalysis wind corrected statistically match data from regional model (RCM). The is applied sea surface speed of ERA5 European Centre for Medium-Range Weather Forecasts. correction determined quantile mapping between and RCM at any given point geographical space. issues that need be addressed better understand a...

Ethiopia has huge wind energy potential. In order to be able simulate the power system operation, hourly time series of is needed. These can obtained from ERA5 data but first a realistic model Therefore, in this paper reanalysis were used production at two topographically different and distant regions Ethiopian farms—Adama II Ashegoda. Wind speed was extracted nearest grid point, bi-linearly in...

Abstract This study evaluates changes in simulated Pacific climate between two ECMWF re-analyses; the ERA Interim (ERAI) and newest ERA5. Changes Integrated Forecasting System (IFS) possibly sea surface temperature result greatly reduced discrepancies ERA5’s ice water path (IWP), radiative fluxes precipitation relative to satellite-based observational products. IWP shows largest percentage chan...

Accurate knowledge of the precipitation estimates with high quality and fine spatiotemporal resolutions is crucial to science communities, especially over poorly gauged regions. In this study, we apply various validation metrics comprehensively evaluate three latest model-based satellite-based products, namely fifth-generation global atmospheric analysis data set European Center for Medium-Rang...

Precipitable water vapor (PWV) is an important meteorological factor for predicting extreme weather events such as tropical cyclones, which can be obtained from zenith tropospheric delay (ZTD) by using a conversion. A time difference of ZTD arrival (TDOZA) model was proposed to monitor the movement and fifth-generation reanalysis dataset European Centre Medium-range Weather Forecasting (ERA5)-d...

Condensation and desublimation are important processes of nocturnal land–atmosphere interactions, energy transfer, the water cycle, have ecological hydrological roles in mitigating physiological deficits caused by low temperatures reducing risk frost damage to plants, animals, microorganisms near surface Alpine Region. The aim present study is evaluate spatial temporal variations condensation f...

Abstract The Alpine region recently experienced several dry summers with important and adverse impacts on economy, society ecology. Here, we analyse drought indicators, evapotranspiration meteorological data from point observations, reanalyses regional climate model to assess trends drivers of summer in Switzerland the period 1981–2020. indicators station observations ERA5-Land ERA5 show a tend...