
$50.11K
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$50.11K
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Trader mode: Actionable analysis for identifying opportunities and edge
This market will resolve to the temperature range that contains the highest temperature recorded at the Buckly Space Force Base Station in degrees Fahrenheit on 28 Mar '26. The resolution source for this market will be information from Wunderground, specifically the highest temperature recorded for all times on this day by the Forecast for the Buckly Space Force Base Station once information is finalized, available here: https://www.wunderground.com/history/daily/us/co/aurora/KBKF. To toggle b
AI-generated analysis based on market data. Not financial advice.
This prediction market focuses on forecasting the maximum temperature recorded at Denver International Airport (KDEN) on March 26, 2026. The market resolves based on data from Wunderground's historical records for the station, specifically the highest temperature reading for that calendar day. This type of market falls under climate prediction, where participants use meteorological knowledge, historical weather patterns, and seasonal forecasts to speculate on a specific, measurable outcome. Interest stems from both meteorological enthusiasts tracking Denver's volatile spring weather and prediction market participants analyzing probabilistic outcomes. Denver's climate is semi-arid and highly variable in March, situated at the high elevation of 5,280 feet on the eastern edge of the Rocky Mountains. The city experiences significant temperature swings during this transitional month, with potential for late-season snowstorms or unseasonably warm, dry conditions influenced by Chinook winds. The specific date of March 26 falls during a period where average highs historically climb, but record extremes demonstrate considerable volatility. Participants must consider factors like the position of the jet stream, Pacific Ocean sea surface temperatures, and regional snowpack, which all influence Denver's late-March weather.
Denver's temperature records for late March show a wide range of possibilities. The all-time highest temperature ever recorded in Denver during the month of March is 84 degrees Fahrenheit, set on March 16, 2019. For the specific date of March 26, historical data reveals significant variability. In 2012, the high temperature reached 80 degrees, while in 2023, it was only 46 degrees. The 30-year average high for March 26 in Denver, based on the 1991-2020 climate normals published by NOAA, is approximately 58 degrees Fahrenheit. This average masks the extreme swings characteristic of the region's spring. Major snowstorms have occurred as late as mid-April, while periods of summer-like heat can arrive in March. The historical precedent is one of unpredictability, where the difference between a record warm day and a cold, snowy day can hinge on the precise track of a single storm system or the strength of downslope winds off the mountains. Long-term climate trends also provide context. According to NOAA's National Centers for Environmental Information, Denver's average spring temperature has increased by about 2.5 degrees Fahrenheit since 1970, which may slightly increase the probability of warmer outcomes over time.
The outcome of this specific temperature prediction has tangible local economic implications. A significantly warmer-than-average March 26 can accelerate snowmelt in the Rockies, affecting water supply forecasts for the Colorado River Basin, a critical resource for seven U.S. states. It also influences early-season agricultural decisions, such as planting schedules for Eastern Colorado farms, and drives consumer behavior for retail sectors like gardening and outdoor recreation. For the city itself, an unseasonably warm day increases energy demand for cooling and can exacerbate early-season ozone pollution along the Front Range. Beyond the single day, accurate prediction of such variables is a testbed for meteorological models and forecasting skill. Markets that aggregate predictions on weather outcomes can, in theory, produce more accurate forecasts than individual models by harnessing the 'wisdom of the crowd.' This has potential applications for industries heavily dependent on weather, including agriculture, energy trading, and insurance, where billions of dollars are at stake based on seasonal and short-term forecasts. The performance of prediction markets on verifiable outcomes like temperature also informs their potential utility for forecasting other complex events.
As of early 2025, no specific weather forecast exists for March 26, 2026. Seasonal outlooks for the spring of 2026 have not yet been issued by the NOAA Climate Prediction Center. The current state of the El Niño-Southern Oscillation (ENSO) in the Pacific Ocean will be a primary driver for those future outlooks. The most recent relevant data is the complete historical weather record for Denver, which participants can analyze for patterns and variability. Meteorologists are monitoring the evolution of the current ENSO phase, as its state in late 2025 and early 2026 will be a major input for the seasonal models that will first provide probabilistic guidance for the spring 2026 season several months in advance.
Late March in Denver is transitional and volatile. Average high temperatures are in the upper 50s Fahrenheit, but daily swings of 30-40 degrees are common. The city can experience sunshine and mild conditions, late-season snowstorms, or periods of strong, warm Chinook winds. It is one of the snowiest months of the year on average.
Denver's location on the High Plains, just east of the Rocky Mountains, makes it susceptible to rapid weather changes. Different air masses, from cold Arctic air to warm, dry air descending from the mountains (Chinooks), can replace each other quickly. The high elevation and dry climate also contribute to large daily temperature ranges.
Forecast skill decreases dramatically beyond 10 days. A specific temperature forecast for a date over a year in the future is not possible. Instead, meteorologists use seasonal outlooks to predict whether a month or season will be warmer/cooler or wetter/drier than average, but these are probabilistic and cannot pinpoint daily details.
A Chinook wind is a warm, dry wind that descends the eastern slope of the Rockies. As air compresses while moving downhill, it can warm dramatically. These winds can raise Denver's temperature by 30-50 degrees Fahrenheit in a few hours, often causing sudden snowmelt and creating the potential for record-high winter and spring temperatures.
The primary official data comes from an Automated Surface Observing System (ASOS) station operated by the Federal Aviation Administration and the National Weather Service. This instrument suite automatically records temperature, wind, pressure, and other data, which is then disseminated and archived by the National Oceanic and Atmospheric Administration (NOAA).
Educational content is AI-generated and sourced from Wikipedia. It should not be considered financial advice.
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