Three large round moorings are situated on the ocean floor in a rough triangle more than 2.5 miles below the surface of the Gulf of Alaska. They have been silently performing their duties for decades, gathering data on temperature, salinity, pressure, water chemistry, and nutrient concentrations and sending it back to researchers on land. They are never photographed. Their appearance isn’t especially dramatic. However, the data they have collected over time has influenced scientists’ understanding of a wide range of topics, including fisheries, climate patterns, and the marine heatwaves that have devastated Pacific ecosystems. Papa, that’s Ocean Station. Additionally, it is being extracted from the water.
The Ocean Observatories Initiative, a $368 million network of about 900 instruments anchored in parts of the Pacific and Atlantic Oceans, will be dismantled, the National Science Foundation of the Trump administration announced last month. The system was intended to operate for 25 to 30 years when it was established in 2016. This June, NSF ships are expected to start retrieval operations. A large portion of this infrastructure, which was constructed, installed, and funded by American taxpayers, will disappear in 15 months.
The decision “aligns with NSF’s wider strategy of a nimbler approach to prioritize support for evolving scientific priorities,” according to the official explanation, which was given with typical bureaucratic smoothness. Until you sit with that sentence for a moment, it seems reasonable enough. More nimble than what? More agile than a network designed to collect long-term ocean data, the kind that only gains significance after years or even decades of nonstop gathering?
Put more simply by Russ Hopcroft, chair of the University of Alaska Fairbanks’ oceanography department. He pointed out that Ocean Station Papa is one of the most important sentinel sensors for precisely that kind of event, and that a combined marine heatwave and El Niño event may be intensifying in the Pacific this summer. He said that pulling it now is a bad choice, and it’s difficult to disagree. Because of the tight quarterly budget, the timing feels more like taking out a smoke detector than strategic lifecycle management.
Whether any alternative monitoring infrastructure will close Papa’s gap remains to be seen. Other ocean floor stations run by the University of Alaska are located closer to the coast, but none of them extend as far into open waters. And that distance is very important. The station is anchored inside the Alaska Gyre, a system of revolving currents that affects ocean acidification along the coast and determines local weather patterns. That type of positioning is not easily replaced.
When “the blob”—that massive marine heatwave that swept across the Pacific from 2014 to 2016—killed fish populations and destroyed seabird colonies from California to the Aleutians, Papa’s data enabled researchers to quantify the amount of heat that had built up in the water column. Scientists would have been working partially blindly without those in-depth readings. There is a genuine chance that the next anomaly of that magnitude will occur while the instruments designed to identify it are in storage.
Here, there is a more general pattern that is worth mentioning. This dismantling coincides with the administration’s push to increase deep-sea mining operations in the same waters these instruments were monitoring while also rolling back climate protections. The combination raises doubts about the logic’s coherence. According to a former chief scientist at NOAA, it is driving the US “back yet again into a rear seat in global scientific leadership.” That’s a courteous way to put it.
The fact that the equipment is already in place makes it truly hard to shake. paid for already. Data is already being produced. Some of it might be repurposed or redeployed, but that is still up in the air. The ships are leaving for the time being. And America is about to shut down one of its most significant listening posts in the ocean.
