74% came within 3°F
Local temperature forecast performance
How accurate are temperature forecasts in Burlington, Vermont?
Nighttime lows were less predictable than daytime highs in Burlington's next-day record. Lows missed by 2.7°F on average, compared with 2.4°F for highs.
Opens ZIP 05401 using the nearest current station, which may differ from the archive station below.
What stands out
Burlington forecast findings
- By forecast day 7, the typical miss increased to 5.0°F for highs and 5.0°F for lows, showing how precision changed farther ahead.
- On forecast day 1, August highs had the smallest typical miss (1.8°F), while December lows had the largest (3.4°F).
- Across days 1, 3, 5, and 7, Burlington was close to the national archive average, with less than 0.2°F separating them.
- The strongest monthly directional tendency appeared in July highs, when forecasts averaged 2.0°F warmer than observed.
At a glance
Forecast day 1 accuracy
Highs Lows
Burlington: 3.7°F typical miss National archive average: 3.5°F
Combined high and low results across forecast days 1, 3, 5, and 7.66% came within 3°F
Error generally grows farther into the forecast
The dots show the typical miss on each forecast day.
See within-3°F percentages and window timing
High and low windows represent the same numbered forecast day, but the high window ends 12 hours later and therefore has 12 more hours of lead time.
How forecasts change through the year
Each tile is forecast day 1’s typical miss.
High temperatures
Low temperatures
Based on archived raw NBM forecasts compared with observed daily highs and lows near Burlington. Results describe this model archive, not every forecast provider.
How these numbers are calculated
The forecasts are raw NBM median temperature guidance initialized at 12Z. Results include multiple NBM model eras and are retrospective, so they describe this archive rather than guaranteeing future performance.
“Typical miss” is mean absolute error: the average size of the error regardless of direction. Warmer or cooler tendency is signed bias, which can be small even when individual errors are larger.