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Forecasts come from the National Weather Service's own computer models, and current conditions from the nearest reporting weather station. Both are served through the weather API. A forecast is guidance, not a warning, and anything the Weather Service has actually issued is on the live map.
Argo sits at 33.6910°N, 86.5053°W in St. Clair County, Alabama. The forecast above is drawn for that point from the National Weather Service's own computer models: a seven-day outlook, and a finer-grained one covering the next eighteen hours where it reaches, and the radar and alert panels show what the Weather Service has out over the area right now.
Place data from the US Census Bureau. Coordinates are the Census internal point for Argo, and the forecast is for that location, not for every address inside the city limits, and a large city can have real weather differences from one side to the other.
The nearest Doppler radar is KBMX (Birmingham, AL), 39 miles to the SSW. A WSR-88D's lowest routine scan sits half a degree above horizontal, and the earth curves away beneath it, so by the time that beam reaches Argo its centre is about 2,600 ft above ground. That is comfortably inside the useful range. The lowest scan passes low enough over Argo to show rotation in the part of a storm where tornadoes actually form. Argo is closer to its radar than 57% of US cities.
The closest instrument actually measuring the air is KBHM · Birmingham Intl on the ASOS/AWOS network, 16 miles away. Far enough that "current conditions" for Argo is an educated reading of somewhere else, worth knowing before you plan around a single temperature.
Beam height is the standard 4/3-earth approximation for the 0.5° scan and assumes normal refraction; it is where the centre of the beam is, not its edges, and unusual temperature profiles bend it. Radar siting from the NWS WSR-88D network, station positions from the Alabama observing network as of this build.
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