Boise experienced an extraordinary weather milestone on December 18, shattering a high-temperature record that had remained untouched for over a century. The National Weather Service (NWS) in Boise recorded a high of 59 degrees Fahrenheit on Wednesday afternoon, surpassing the previous record of 58 degrees set in 1917.
Unseasonably Warm Weather
The typical high temperature for Boise on December 18 is 38 degrees, based on historical data from the National Weather Service. This year’s unseasonably warm day was fueled by “breezy southeast winds” in the morning and clear, sunny skies throughout the afternoon, according to a post by the NWS Boise office on X, formerly known as Twitter.
Meteorologist Korri Anderson, speaking to the Idaho Statesman, confirmed that temperatures peaked at 59 degrees shortly before 4 p.m. “This is an exceptionally warm day for this time of year,” Anderson remarked.
Could Another Record Be Coming?
With a continued pattern of warm and breezy conditions forecasted for the region, the possibility of breaking additional temperature records this December remains high. Residents are encouraged to monitor updates from the National Weather Service for the latest information.
Climate Trends and Impacts
Boise’s record-breaking temperature aligns with broader trends of warmer winters observed in recent years. Scientists attribute these anomalies to shifting climate patterns that are expected to influence the region’s weather dynamics in the long term. The implications could range from changes in snowpack levels to impacts on local ecosystems.
What This Means for Residents
- Outdoor Activities: Warmer temperatures provide an unusual opportunity for outdoor activities during December.
- Safety Precautions: Fluctuations in weather conditions can create icy patches as temperatures drop overnight. Stay cautious while traveling.
Learn More About Boise Weather
For ongoing updates and insights, visit the National Weather Service Boise website. You can also stay informed by following their social media updates on X.