National Weather Service United States Department of Commerce

Heat Wave Continues in the West; Critical Fire Weather Conditions in the High Plains

An anomalously early heat wave will continue to intensify and expand across the West and Southwest as the week progresses. Numerous daily and potentially monthly record highs are expected to be broken. Critical fire weather conditions will continue over the next couple of days across portions of the High Plains as gusty winds and dry conditions persist. Read More >

Click a location below for detailed forecast.

Last Map Update: Wed, Mar 18, 2026 at 2:46:03 am MDT

High temperatures more typical of late May and early June rather than mid March are expected mid to late this week. All time March record highs will likely be broken!
Chances are high at that well above normal warmth will remain in the forecast through next week. Conditions will likely remain very dry as well.
High temperatures late this week are expected to not only smash daily record but also likely break all time March records! Additionally, if Albuquerque (Clayton) were to reach 90 degrees late this week, it would break the previous earliest 90 degree day record by around 6 weeks (4 weeks)!

 

 
Text Product Selector (Selected product opens in current window)
 

 

Submit Storm Report Icon

Submit Storm Report

Key Impacts Icon

Key Impacts

Observations Icon

Local Observations

Webcams Icon

Office Webcams

Satellite Icon

Satellite Imagery

Are You Prepared Icon

Are You Prepared?

Weekly Weather Briefing Icon

Weekly Weather Briefing

Area Forecast Discussion Icon

Area Forecast Discussion

Fire Weather Icon

Fire Weather

Aviation Weather Icon

Aviation Weather

Snow Probabilities Icon

Snow Probabilities

SKYWARN Icon

SKYWARN Spotters

On This Date in Weather History Icon

On This Date

Climate Graphs Icon

Climate Graphs

Drought Monitor Icon

Drought Monitor

Severe Weather Info and Climatology Icon

Severe Weather Climatology

Monsoon Awareness Icon

Monsoon Awareness

Winter Climatology Icon

Winter Climatology