Current, forecast, or history? Choosing the wrong WeatherAPI endpoint silently wastes quota and returns stale data. Here’s how to pick correctly.
WeatherAPI’s astronomy endpoint returns more than sunrise/sunset. Here’s how to extract civil, nautical, and astronomical twilight for real use cases.
Elevation silently skews temperature, pressure, and precip-type readings. Here’s how to detect and correct for it when building on WeatherAPI data.
WeatherAPI returns isDay, sunrise, and sunset as separate fields. Here’s why they diverge, when each breaks down, and which to use for what.
Snow depth fields in weather API responses are tricky. Here’s how to build a reliable accumulation tracker using WeatherAPI data, with real caveats.
hourly_precip_mm rarely sums to daily_precip_mm in weather API responses. Here’s why the windows don’t align and how to handle it in your code.
WeatherAPI returns both local timestamps and epoch values — here’s how they interact with DST, which one to trust, and where UTC-naive code quietly breaks.
WeatherAPI returns moon phase, moonrise, and moonset — but using them correctly requires knowing what the fields actually represent. Here’s how to do it right.
WeatherAPI doesn’t return freezing level altitude directly. Here’s the exact method to derive it from temp, dew point, and lapse rate — with real code.
Raw pressure_mb values aren’t useful alone. Learn how to use rate-of-change logic on WeatherAPI forecast data to detect approaching storms before they arrive.
