From ranks to probabilities, our blogger runs you through the numbers that add up to NOAA's forecast that La Niña is likely to last through summer.

Summary: The U.S. Environmental Protection Agency’s storymap contains case studies and videos that describe the experiences of small and medium-sized drinking water utilities that successfully responded to drought. Explore the story of the North Marin Water District in California.

Summary: An adaptive management plan was used in a pilot project to design a 300-foot, nature-based feature. The approach included designing and implementing a robust monitoring protocol to assess site feasibility and eventually scale the project from a 300-foot feature to a one-mile feature.

Summary: The U.S. Environmental Protection Agency’s storymap contains case studies and videos that describe the experiences of small and medium-sized drinking water utilities that successfully responded to drought. Explore the story of Castine, Maine.

Summary: The U.S. Environmental Protection Agency’s storymap contains case studies and videos that describe the experiences of small and medium-sized drinking water utilities that successfully responded to drought. Explore the story of the cities of Hays and Russell, KS.

Summary: American Rivers created an adaptive management plan to help mitigate and respond to potential risks that could occur while removing the Patapsco River’s Bloede Dam—a significant barrier to river flow and fish passage.

Record drought conditions across West raise concerns for summer dry season.

The objective of this training is to enable National Weather Service field staff to correctly locate and interpret the Climate Prediction Center (CPC) product suite, including outlooks and monitoring ...

Daytime high temperatures in the Pacific Northwest on June 28, 2021. Climate. gov image. Source : . Astounding heat obliterates all-time records across the Pacific Northwest and Western ...

Seasonal predictions may be routine, “subseasonal” predictions are more difficult. The Madden-Julian Oscillation (MJO), a large complex of tropical thunderstorms, dominates subseasonal phenomena over the tropics. A new global atmosphere-ocean-land-sea ice coupled climate model shows an average MJO prediction skill of 30 days, placing it among the world’s best MJO prediction models.