Donald Gainsborough has spent his career navigating the intricate machinery of federal policy, establishing himself as a pivotal figure in how legislation shapes scientific progress. As the head of Government Curated, his expertise lies in the delicate balance between executive agendas and the legislative safeguards that protect long-term national interests. His background in political strategy offers a unique lens through which to view the recent turbulence surrounding federal ocean research funding—a field currently caught in a tug-of-order between administrative budget cuts and bipartisan resistance. In this conversation, we explore the precarious state of global ocean monitoring, the critical data points that sustain coastal economies, and the looming “funding cliff” that threatens to blind us to the ocean’s most volatile changes.
The recent reprieve for the Ocean Observatories Initiative was a rare moment of bipartisan unity in a polarized era, but what does this intervention tell us about the perceived value of these sensors in the Pacific Northwest and beyond?
The decision to halt the dismantling of hundreds of scientific instruments in the Pacific Northwest, North Carolina, and the Irminger Sea was a direct response to a groundswell of legislative pushback that crossed party lines. When you look at the involvement of Senator Jeff Merkley and Senator Lisa Murkowski, you see a realization that these sensors aren’t just academic toys; they are essential infrastructure for fishermen and coastal communities who depend on real-time data. The National Science Foundation’s reversal, which includes plans to replace equipment already removed, highlights a significant rejection of what was described as “supreme stupidity” in the face of climate reality. It’s important to remember that this program, which officially began in 2016, had already been slated for protection twice before when the administration proposed gutting the majority of its funding in the 2025 and 2026 budgets. This bipartisan measure effectively guarantees that the OOI will continue to provide critical data for at least another decade, serving as a rare shield against the broader anti-science agenda we are seeing.
While the OOI has found a temporary safety net, other vital programs like the Argo network are facing what some call a “funding cliff,” so how would “going dark” actually affect our ability to track the health of the global ocean?
The prospect of the Argo program “going dark” is a terrifying scenario for the scientific community because it serves as the foundational benchmark for almost all oceanographic research. For over 25 years, thousands of these battery-powered floats have bobbed through the depths, providing an unprecedented record of temperature, salinity, and heat distribution. The United States has historically been the leader here, deploying about half of the world’s Argo floats, but because these units need replacement every five years, stagnant funding at NOAA has caused the pace of deployment to fall behind. We are already seeing the biogeochemical part of the network, which measures oxygen, acidity, and chlorophyll, run out of funding last year, with the final floats scheduled for deployment this fall. Without these sensors, we lose our eyes on the carbon cycle, making it nearly impossible to check the accuracy of other ocean projects or understand how quickly ocean health is truly deteriorating.
You’ve mentioned the “conveyor belt” of the Atlantic, or the AMOC, as a pressing climate threat; why is it so critical that programs like OSNAP and RAPID receive continued federal support to study this specific current?
The Atlantic Meridional Overturning Circulation, or AMOC, is essentially the heart of the Atlantic’s climate system, moving warm water north and cold water south in a massive, life-sustaining loop. It is the reason London enjoys a much milder climate than Quebec, despite both cities sitting at similar latitudes, and any collapse of this system would trigger deadly weather shifts in Europe and rapid sea-level rise for North America’s eastern coast. Scientists are currently on pins and needles because, while we know this collapse has happened before—most notably at the end of the last Ice Age 12,000 years ago—our current understanding of a future collapse remains elusive due to strong year-to-year variability. Programs like OSNAP and RAPID utilize dozens of moorings across the North Atlantic to capture these changes, yet their federal grants are on course to run out after next year. More than a year has passed since research leaders submitted proposals for renewed funding to the National Science Foundation, and the silence they’ve received in response is deeply concerning for our global climate security.
The current administration has slashed funding for geosciences like oceanography by more than half compared to last year, so how does this aggressive fiscal scaling differ from previous efforts to downsize or redirect scientific research?
In the past, such as during the first term of the current administration in 2018, budget adjustments were often handled through a deliberate, transparent process that involved significant input from the National Science Board and the engineering community. Back then, the savings from downsizing were often redirected to other essential ocean science work, allowing the community time to adapt and re-prioritize. What we are seeing now is fundamentally different; it is a swift, localized dismantling of capabilities that leaves no room for the scientific community to pivot or find alternative resources. When funding drops by more than 50% in a single year, it creates a vacuum that international partners, such as the European Union, cannot easily fill. This isn’t just a budget trim; it’s a systematic withdrawal from a leadership role the United States has held for many decades, and the speed of these cuts threatens to leave us blind to the very changes that will define the next century.
If these monitoring networks are allowed to fail, what are the long-term logistical and generational costs of trying to rebuild our ocean-observing capabilities from scratch?
The reality is that destroying these scientific capabilities can happen in a matter of months, but rebuilding them would be the work of an entire generation. These networks rely on a delicate web of international cooperation, specialized engineering, and a constant cycle of deployment that maintains a continuous data stream. If the Argo floats stop being replaced or the OSNAP moorings are pulled, we create a permanent gap in the historical record that can never be recovered. This loss of “institutional memory” in the data makes it significantly harder for future scientists to detect long-term trends or predict catastrophic shifts in ocean currents. We are essentially choosing to throw away decades of momentum and billions of dollars in previous investment, a move that would require a massive, multi-decade mobilization to ever hope to correct.
What is your forecast for the future of federal ocean research funding given the current tug-of-war between the executive branch and bipartisan lawmakers?
My forecast is that we are entering a period of extreme volatility where the survival of climate science will depend almost entirely on the localized economic arguments made by coastal states. We will likely see more “reprieves” like the one the OOI received, but they will be reactionary and piecemeal rather than part of a cohesive national strategy. While it is heartening to see lawmakers realize that data is a lifeline for fishermen and coastal infrastructure, the “funding cliff” for programs like Argo and AMOC research suggests that we may still lose half of our observational capacity before a permanent solution is found. We are at a crossroads where the United States is rapidly losing ground as a global leader in oceanography, and unless there is a fundamental shift in how we value long-term environmental data, our “eyes in the ocean” will continue to blink out one by one. It is a dangerous game to play with a system as complex and vital as the global ocean, especially when the cost of being wrong is so high for the entire planet.
