Dr. John Snook
John Snook obtained a BS (1980) and MS (1982) in meteorology at the University of Wisconsin – Madison.
Dr. Snook completed a PhD (1993) in atmospheric science at Colorado State University.
John moved to Colorado in 1984 and worked as a meteorologist for 15 years at a NOAA applied research lab in Boulder. John worked closely with the National Weather Service to implement numerical weather prediction techniques in local forecast offices. He helped to implement a local weather prediction system at the 1996 Olympic Games in Atlanta and received a NOAA bronze medal for his efforts.
John moved to private industry in 1999, working for Colorado Research Associates and then co-founded Foresight Weather. Foresight Weather developed computer modeling techniques designed to provide detailed weather forecasts tailored for the energy industry. These same techniques were also applied to the highway winter maintenance and fire weather communities.
John continues to specialize in computer weather modeling applications for various industries, and also spends time in winter working as avalanche forecaster for the Colorado Avalanche Information Center.
March 10 - Long Range Summary
Seasonably cold air and late season snow contracted into the Northeast this past weekend but unseasonably warm air in place across the rest of the Eastern half of the U.S. at the same time is flooding the Northeast today producing the warmest temperatures yet this year (15° -20° above average). The warmest day of the week in the Northeast is certain to be Tuesday ahead of seasonal level cooling Wednesday. Despite sharp temperature swings typical of spring across the Midwest, South, and East along with frequently wet conditions (mainly rain), above average temperatures are forecast to predominate this week. However the Western U.S. (and Canada) remain significantly cold and snowy, and by early next weekend (Mar 15) all extended range models begin to spread winter-like cold air east of the Rockies along with potential blizzard conditions across the northern Plains and Upper Midwest. Similar to all significant cold air outbreaks observed east of the Rockies through the preceding winter extended range models appear to be underestimating rate, intensity, and areal extent of additional cold air expansion. However, greatly improved government model consensus exhibiting progressive Eastern U.S. cooling during the 3rd week of March (while the Western U.S. warms), adds confidence to 30-day MWA ensemble forecasts which establish near sustained winter-like cold (30s) air reinforcement and snow across the northeastern quadrant of the U.S. early in the final week of March through the end of the latest run at the end of the initial week of April. While the seasonal transition underway virtually ensures Eastern U.S. below average temperatures will not reach the same extreme levels observed in winter, prolonged interruption to spring-like warmth is likely to persist even longer across the Northeast into mid or late April, before more sustained warming finally manifests through May.
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