Wind is a powerful forecasting tool, especially for temperature forecasts. Wind contributes tothermal advectionandmoisture advection. The stronger the mid-latitude wind, the greater the probability of having temperature advection (either warm air or cold air advection). When beginning a forecast analysis...
The direct effect of sea surface temperature (SST) structures on the extratropical atmosphere at the daily time‐scale is generally masked by the large variability associated with atmospheric dynamics. With 25 years of daily SST and surface wind observational products, obtained with data from buoys,...
I've created a custom profile that lets me see the model parameters I'm interested in grouped together for easy comparison: temperature, precip, wind, etc. The other Windy app's maps are far better, LuckGrib is far better at displaying the models and ALL the parameters, etc. I could ...
Ice and snow in eastern Oregon from the storm forced school cancelations in Hermiston, Pendleton, Umatilla, Boardman, Milton-Freewater and elsewhere, The Associated Press reported. Icy roads in the Columbia River Gorge also closed or delayed schools on both sides of the Oregon-Washington line. ...
CESM2-LE and SMOOTH central Arctic: temperature gradient (top row; °C) and temperature at the surface and 925 hPa (bottom row; °C) time series for autumn (left column), winter (second column), spring (third column), summer (right column). Temperature gradient is defined as the tempera...
Electricity in the model comes from only WWS electricity sources (Wind: onshore and offshore wind turbines; Water: hydroelectric plants, geothermal plants, wave devices, tidal turbines; and Solar: residential and commercial/government rooftop PV, utility PV, and CSP). Direct low-temperature heat ...
Capacity factor-temperature correlations. Correlations between CF and surface temperature over the selected region as a function of the choice of filtered locations for the 37-year interval covered in the study: (a) correlation with the SH annual average surface temperature; (c) correlation with ...
Changes in terrestrial near-surface wind speed (SWS) are induced by a combination of anthropogenic activities and natural climate changes. Thus, the study
Table 1 provides an overview of the physical parameterizations refined for and used in the HRRR; for additional details on these schemes and their application for improved near-surface forecast skill, the reader is referred to [6]. In general, the same physics suite has been used for the ...
Both in situ and satellite observations have suggested that nocturnal surface temperatures increase in the vicinity of wind plants as wind turbines mix warmer air from aloft down to the surface. The long-term temperature analysis at this site is complicated by the changing surface cover through the...