1. A CAMulator simulation shows the globe with red clouds tracking across its surface.

    Chasing subseasonal forecasts with AI

    Subseasonal forecasting, or the ability to predict weather trends two weeks to two months in advance, is a capability highly sought after in various economic sectors, including energy, water management, and agriculture. Reliable forecasts on this scale have thus far been largely out of reach, but researchers at the U.S. National Science Foundation National Center for Atmospheric Research (NSF NCAR) are leveraging AI to see if it helps them grasp this elusive capability.

    • Weather

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  2. Flooding at Glacier National Park in November 2006.

    Helping the national parks weather future storms

    Scientists are working to identify future weather changes at national parks.

    • Weather

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  3. El Niño experts available to address questions from news media

    NSF NCAR scientists can address media questions about various aspects of El Niño.

    • Climate,
    • Weather

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  4. A ridge burns during the 2012 High Park Wildfire in Colorado.

    Why only a few wildfires become extreme

    Wildfires need brief-lived windows of opportunity to spread widely.

    • Weather

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  5. Rendering of wind moving through an urban setting. Wind shown as lines moving around buildings with circular eddies.

    Hyperlocal wind forecasts are on the horizon

    Wind is the driving force behind many damaging weather phenomena. It can fan the flames of wildfires, topple trees onto powerlines, and cause dangerous conditions for aircraft during takeoffs and landings. NSF NCAR researchers are working on a major new project to predict these small-scale wind events that have major impacts on society.

    • Weather

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