The Trump Administration Pulls NOAA Support for the Annual Arctic Report Card
The Trump administration, through the National Oceanic and Atmospheric Administration (NOAA), has withdrawn its support for the annual Arctic Report Card. NOAA communications director Kim Doster announced the agency's withdrawal on Tuesday, August 11, 2026. The decision puts the 2026 edition of the peer-reviewed assessment at risk and removes NOAA as the coordinating body for a report that has provided environmental updates on the Arctic to scientists and the public since 2006. The Guardian
Doster stated that NOAA will not coordinate the 2026 Arctic Report Card. She noted that all data NOAA has historically contributed will still be collected and will remain publicly available. Doster also said other NOAA programs would continue supporting Arctic research related to national security, weather prediction, navigation safety, and the economic health of coastal communities. NOAA's Arctic Report Card page contains no statement about the withdrawal. The Guardian
Rick Thoman, lead editor for the 2026 Arctic Report Card, said the team was scrambling to pull the report together and that it was uncertain whether the 2026 edition could be completed. Thoman indicated he was optimistic about 2027 and beyond. Twila Moon, an editor of the Arctic Report Card and a scientist at the National Snow and Ice Data Center, told the Guardian that the US is an Arctic nation. The Guardian
The withdrawal follows the 2025 Arctic Report Card, the 20th edition of the annual report. That edition found that surface temperatures across the Arctic from October 2024 through September 2025 were the warmest recorded since 1900. It also found that in March 2025, Arctic winter sea ice reached the lowest annual maximum extent in the 47-year satellite record. The report documented major Arctic changes, including a process called "atlantification" — warmer, saltier waters from the Atlantic moving northward — boreal species expanding northward into Arctic ecosystems, and rivers rusting as thawing permafrost (permanently frozen ground) releases iron and other metals. The Guardian
The 2025 report documented specific consequences of ongoing glacier loss, which contributes to steadily rising global sea levels and threatens Arctic communities' water supplies while increasing flood, landslide, and tsunami hazards. In more than 200 Arctic Alaska watersheds, iron and other elements released by thawing permafrost have turned rivers and streams orange over the last 10 years, raising acidity and levels of toxic metals. On average, the Arctic is warming at more than twice the rate of lower latitudes, a finding documented in NOAA's 2014 Arctic Report Card. The Guardian
The Arctic Report Card is a peer-reviewed source providing clear, reliable, and concise environmental information on the current state of the Arctic relative to historical records. It is intended for a wide audience including scientists, teachers, students, decision-makers, and the general public interested in the Arctic environment and science. NOAA Arctic Report Card
The broader context here involves the intersection of scientific assessment infrastructure and administrative priorities. NOAA's withdrawal of coordination support does not eliminate the underlying data collection, as Doster emphasized, but it disrupts the framework that has synthesized and shared this information for two decades. The Arctic Report Card's peer-reviewed format depends on institutional coordination to translate complex climate and ecological data into accessible analysis. The scientific network may rebuild that framework independently, as Thoman's optimism about 2027 suggests, but the transition introduces uncertainty at a moment when the 2025 data document accelerating shifts across the region. The key question is whether an alternative institutional host can sustain the report's rigor and interagency data integration without NOAA's convening authority, and what this precedent means for other periodic federal climate assessments that rely on similar coordination structures.
