Amazingly, ENSO doesn't just impact climate anomalies like temperature and precipitation over the United States. It can also influence the sea level, which may have major implications as the sea level continues to rise in the future.
A quick spin around the March 2018 U.S. climate scene, all else being equal.
Our climate is changing. To help our users see how different times and places are warming at different rates, NCEI has created a new series of trend maps for the contiguous U.S. In this blog, NCEI's Jake Crouch gives us a show and tell featuring the new maps.
In an ironic exclamation point to swift regional climate change in and near the Arctic, the average temperature observed at the weather station at Utqiaġvik has now changed so rapidly that in November 2017, it triggered an algorithm designed to detect artificial changes in a station’s record and disqualified itself from the NCEI Alaskan temperature analysis.
Drought emerged quickly in the Northern Plains this past summer. How does that fit with the bigger picture of what we know about drought and climate?
The forecast of ENSO is not the only thing scientists use when making seasonal forecasts. This post looks at another predictor that often is even better to use than ENSO.
It’s been a tough few weeks weather and climate wise. Big events generate lots of questions, so this edition of Beyond the Data will address several I’ve heard recently, and several I asked myself.
Normally, it's the dry years that are the hot ones in the United States. This year isn't playing by the rules.
In 2016, the annual global temperature reached a record high for the third year in a row. How did this happen, and how unusual is it?
Alaska’s statewide warming rate of +5.3°F per century since 1950 is faster than any other state in the Union, by a comfortable margin. In our latest Beyond the Data blog, NCEI's Deke Arndt talks about how the interplay between climate and landscape and the soil itself put the Last Frontier on the front lines of climate change.