Weather Alert in New Mexico
Fire Weather Watch issued March 14 at 1:43AM MDT until March 15 at 8:00PM MDT by NWS Albuquerque NM
AREAS AFFECTED: Northwest Plateau; West Central Mountains; West Central Basin and Range; North Central Mountains; Upper Rio Grande Valley and Lower Chama River Valley; Sangre de Cristo Mountains; Sandia and Manzano Mountains
DESCRIPTION: ...RED FLAG WARNING TODAY FROM NOON UNTIL MIDNIGHT FOR THE NORTHEAST HIGHLANDS, NORTHEAST PLAINS, AND CENTRAL HIGHLANDS DUE TO STRONG WINDS AND LOW HUMIDITY... ...FIRE WEATHER WATCH SUNDAY FOR ALL OF NORTHERN AND CENTRAL NM FROM 9 AM THROUGH 8 PM DUE TO STRONG TO SEVERE WINDS AND LOW HUMIDITY... .Critical fire weather conditions will impact much of central and northern NM through the weekend, particularly on Sunday. For today, westerly winds will increase areawide, but will start earlier and linger longer across the central to northeastern highlands and into the northeastern plains of New Mexico. On Sunday, much more widespread critical fire weather will develop. Winds will turn very strong to potentially damaging as both a Pacific and backdoor cold front pass through the area on Sunday. With gusts between 40 and 65 mph and single digit humidity values in many areas, critical to extreme fire weather conditions are likely despite cooling temperatures. ...FIRE WEATHER WATCH REMAINS IN EFFECT FROM SUNDAY MORNING THROUGH SUNDAY EVENING... The National Weather Service in Albuquerque has cancelled the Fire Weather Watch. * AREA AND TIMING...Northwest Plateau (Zone 101), West Central Mountains (Zone 105), West Central Basin and Range (Zone 109), North Central Mountains (Zone 120), Upper Rio Grande Valley and Lower Chama River Valley (Zone 121), Sangre de Cristo Mountains (Zone 122), and Sandia and Manzano Mountains (Zone 124) on Sunday from 9 AM through 8 PM. * 20 FOOT WINDS...Northwest winds 25 to 40 mph on Sunday with gusts between 45 and 60 mph. * RELATIVE HUMIDITY...Minimum values between 6 and 15 percent with locally higher values across the peaks of the Tusas Mountains and Sangre de Cristo Mountains each day. * IMPACTS...Any fires that develop will likely spread rapidly. Outdoor burning is not recommended.
INSTRUCTION: Please advise the appropriate officials or fire crews in the field of this Fire Weather Watch.
Want more detail? Get the Complete 7 Day and Night Detailed Forecast!
Current U.S. National Radar--Current
The Current National Weather Radar is shown below with a UTC Time (subtract 5 hours from UTC to get Eastern Time).
National Weather Forecast--Current
The Current National Weather Forecast and National Weather Map are shown below.
National Weather Forecast for Tomorrow
Tomorrow National Weather Forecast and Tomorrow National Weather Map are show below.
North America Water Vapor (Moisture)
This map shows recent moisture content over North America. Bright and colored areas show high moisture (ie, clouds); brown indicates very little moisture present; black indicates no moisture.
Weather Topic: What is Rain?
Home - Education - Precipitation - Rain
Next Topic: Shelf Clouds
Precipitation in the form of water droplets is called rain.
Rain generally has a tendency to fall with less intensity over a greater period
of time, and when rainfall is more severe it is usually less sustained.
Rain is the most common form of precipitation and happens with greater frequency
depending on the season and regional influences. Cities have been shown to have
an observable effect on rainfall, due to an effect called the urban heat island.
Compared to upwind, monthly rainfall between twenty and forty miles downwind of
cities is 30% greater.
Next Topic: Shelf Clouds
Weather Topic: What is Sleet?
Home - Education - Precipitation - Sleet
Next Topic: Snow
Sleet is a form of precipitation in which small ice pellets are the primary
components. These ice pellets are smaller and more translucent than hailstones,
and harder than graupel. Sleet is caused by specific atmospheric conditions and
therefore typically doesn't last for extended periods of time.
The condition which leads to sleet formation requires a warmer body of air to be
wedged in between two sub-freezing bodies of air. When snow falls through a warmer
layer of air it melts, and as it falls through the next sub-freezing body of air
it freezes again, forming ice pellets known as sleet. In some cases, water
droplets don't have time to freeze before reaching the surface and the result is
freezing rain.
Next Topic: Snow
Current conditions powered by WeatherAPI.com
