Currently, a ship with NOAA Corps officers and professional mariners on board is in a Pacific harbor getting ready to map over 8,000 square nautical miles of federal waters close to Kingman Reef and Palmyra Atoll. The Rainier is its name. It’s a hydrographic survey vessel, the type of ship that oceanographers have long silently praised as a representation of rigorous, serious science. However, the weight behind this specific mission is different. This time, the maps it creates are more than just maps of the ocean. They are used to determine what merits further investigation.
The response in scientific circles was, to put it politely, uneasy when President Trump signed his Executive Order creating a framework for American companies to identify and retrieve offshore critical minerals. It was presented by the New York Times and others as a change in direction, with a federal ocean agency shifting its focus from curiosity-driven research to extraction-focused industry. That interpretation of the circumstances is not unfair.
“The United States will lead the world in deep sea mineral extraction,” stated Erik Noble, Principal Deputy Assistant Secretary of Commerce for Oceans and Atmosphere. However, NOAA’s leadership has resisted this framing, and their stance merits more than a contemptuous shrug. In this endeavor, Noble referred to NOAA as “the tip of the spear”—a term that doesn’t exactly imply moderation. However, the agency insists that the mapping, resource assessment, and environmental data collection tasks it is being asked to complete are essentially scientific in nature. Extraction has always come after exploration. Even though the optics are complex, that argument has some merit.
The fact that the minerals in question are not insignificant is what makes this moment truly difficult to assess. Cobalt, nickel, copper, and rare earth elements are found in manganese nodules that are dispersed throughout the deep ocean floor. These elements are ingrained in the supply chains of defense systems, electric car batteries, medical equipment, and the smartphones that are found in almost every American pocket. The Pacific stretch that the Rainier is traveling toward is among the nearly half of U.S. waters that have never been mapped to modern standards. That’s a big difference. In a nation that frequently discusses supply chain resilience, it’s a major blind spot.
Together with the NOAA Ocean Exploration Cooperative Institute, the Rainier will collect high-resolution seabed imagery and geological samples using autonomous underwater vehicles from Orpheus Ocean on its second leg and multibeam echo sounders on its first. The information will be available to the general public. That particular detail is important. It implies that, at least not yet, this isn’t just a corporate handoff dressed in agency attire.
Whether NOAA can truly be both the diligent scientific observer and the effective permitting engine for private industry at the same time is still up for debate. There is no inherent compatibility between those roles. The agency already had the power to grant commercial recovery permits and exploration licenses in international waters under the Deep Seabed Hard Mineral Resources Act. The urgency and clear political support that are driving that process to proceed more quickly and with fewer delays have changed.
As this develops, it seems as though there is no real conflict between science and mining. There are two very different perspectives on the purpose of the ocean. According to Neil Jacobs, the administrator of NOAA, this work will “deepen our understanding” of the seabed. That might be accurate. However, comprehension is also preparation in this situation. The maps that the Rainier returns will not remain in an archive. They will specify the precise location for drilling.
