Who We Are

Climate Impact Company is a leading provider of analysis and consultation to industry, mainly energy and agriculture deciphering model data and climate signals to produce our own products for the specific needs of our clientele. Our forecast process is unique with an impressive track record since Climate Impact Company formed in May of 2004.

Meet The Team

What We Do

Climate Impact Company is obsessed with making the best month-to-month and seasonal climate forecast possible for all sectors of the globe. We branch the seasonal climate outlooks to the short-range forecasts with our unique week 2-4 outlook. Climate Impact Company monitors and forecasts all climate signals from ENSO to NAO/PNA to AMO/PDO to soil moisture and snow cover. Climate Impact Company has a 2-decade track record of forecasting seasonal tropical cyclone activity including ACE index.

Our Process

Why We Are Different

Climate Impact Company has unmatched experience and confidence using our unique climate forecasting approach. Our process has been adapted to the needs of industry. Our forecasts are global. We branch the seasonal outlooks to short-range forecasts with our unique week 2-4 outlook. We do not provide models. We provide forecasts encompassing all aspects of the environment plus the models to provide you with the best climate assessment possible.

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Latest News

03/25/2025, 1:46 pm EDT
03/25/2025, 1:46 pm EDT

Expanding East Asia Drought

Daily soil moisture anomaly analysis from NOAA reveals a developing drought condition in Eastern China. Dry soils are developing in South Korea (where wildfires are burning) and Southern Japan. The developing drought is affecting mainly the eastern portion of wheat, soybean, and corn-growing areas.
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03/21/2025, 12:00 pm EDT
03/21/2025, 12:00 pm EDT

Summary of Initial 2025 North Atlantic Basin TC Seasonal Outlook

The Climate Impact Company 2025 North Atlantic basin tropical cyclone season will maintain the 2016-24 active period. However, the 2025 forecast is slightly below the 2016-24 average activity except for the number of intense hurricanes. The forecast is slightly above the longer-term climatology.
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03/20/2025, 8:05 am EDT
03/20/2025, 8:05 am EDT

Soaking Wet Australia Pattern Ahead!

A wet pattern remains in the forecast for Australia into early April. Upper air forecasts feature a semi-persistent upper trough across northwest continent. The upper trough produces instability coupled with warm SSTA surrounding the continent a regime develops capable of producing widespread heavy and consistent rains across much of Australia.
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03/19/2025, 8:35 am EDT
03/19/2025, 8:35 am EDT

Focused on Dry/Drought Threat in U.S.

A gigantic swath of high wind and attendant Red Flag Warnings are issued this morning extending from the Great Plains and Texas to the Ohio and Tennessee Valley(s). The expansive high wind event is extremely effective at drying soil conditions. The evaporative drought demand index (EDDI) is highlighting the Midwest, Southeast, and Southwest as areas of potential drought development or strengthening of existing drought.
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Climate Impact Company Chart of the Day

  • North/East Australia Excessive Rainfall!

    03/24/2025, 8:11 am EDT
    While 11-15-day forecasts are disagreeable on whether the heavy rain pattern fades in Northeast/East Australia, the 10-day forecasts are confident. The ECM ENS indicates up to 12 inches of rain for Southwest Queensland in their latest 10-day outlook.  

    Climate Impact Company Climate Diagnostics

    • No La Nina and Super-warm North Atlantic Tropics in 2025 Holds Seasonal Activity Back Slightly

      03/23/2025, 9:36 am EDT
      The (recent) climate catalysts forcing unusually high amounts of hurricanes in the North Atlantic basin is the presence of La Nina climate (as defined by multivariate ENSO index) and very warm sea SSTA in the North Atlantic tropics (as defined by tropical North Atlantic index). These conditions were especially present during 2017 (10 hurricanes/6 major hurricanes), 2020 (13/6), and 2024 (11/5). A La Nina climate produces below normal wind shear aloft necessary across the North Atlantic tropics to allow abundant tropical cyclones to form and storm intensity increases due to the anomalous warm ocean.