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

01/16/2022, 1:12 pm EST
01/16/2022, 1:12 pm EST

A Major East Coast Storm Followed by Cold East U.S. Medium-range Forecast

A major storm moves north-northeast through the Atlantic Seaboard later today and Monday. The storm is unusually intense (976 MB in northern New Hampshire by tomorrow evening) due to entrainment of moisture off the somewhat warmer than normal ocean surface of the Gulf of Mexico and western North Atlantic and the subsequent clash from arctic air from Quebec. A series of major hazards to the East U.S. is caused by this storm.
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01/14/2022, 11:35 am EST
01/14/2022, 11:35 am EST

South America Pattern Change Ahead

A pattern change is indicated for the second half of January. Previously, a semi-permanent upper trough was located southeast of Brazil and enhancing historic rainfall for that nation the past couple months. The GFS 15-day outlook indicates a pattern change. An upper-level ridge crests just-off the far southeast coast of Brazil. The result is wetter weather for Argentina and drier/warmer climate for Brazil.
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01/11/2022, 1:19 pm EST
01/11/2022, 1:19 pm EST

New England Arctic Gale, East Coast Snowstorm and ERCOT Ice Ahead

In today's midday update the 12Z GFS produces several major winter events driven by a strong -NAO pattern. First, an arctic gale on the New England Coast Friday night. Second, a late weekend East Coast snowstorm. Third, low latitude ice storm risk centered on Texas later next week.
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01/11/2022, 3:53 am EST
01/11/2022, 3:53 am EST

U.S. Temperature and Precipitation Rankings for December 2021 and 2021

December 2021 was the warmest on record for the U.S. The year of 2021 was 4th warmest on record. Both December 2021 and the year of 2021 averaged near normal for precipitation.
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01/09/2022, 8:29 am EST
01/09/2022, 8:29 am EST

Lengthy 2020-22 La Nina May Stick-around in 2022

According to multi-variate ENSO index (MEI), analogs since 2000 having lengthy 2-year-plus La Nina signatures have been slow change phase and sometimes remain in weak La Nina. In 2022, based on the MEI analog there is a 2-in-3 chance ENSO is neutral or weak La Nina the second half of 2022 while El Nino risk is 1-in-3 chance.
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Climate Impact Company Chart of the Day

    Climate Impact Company Climate Research

    • The Climate Drivers Leading to Historic Flooding in Brazil

      12/28/2021, 4:57 am EST
      To the north of a blocking high-pressure system stretched west-to-east across southern portions of South America, two cutoff upper-level low-pressure systems have formed. One low is southeast of Brazil and is causing historic rainfall across Brazil. A second upper low is off the West Coast of South America causing the heavy rain pattern to arc westward. The upper-level features are reflected in the regional SSTA pattern. These conditions are likely to last into January causing more excessive rainfall in Brazil.