Environment Subcommittee Hearing - To the Depths, and Beyond: Examining Blue Economy Technologies
2025-03-26
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Summary
This meeting of the Subcommittee on Environment focused on the technological advancements driving the blue economy, emphasizing its economic, environmental, and national security implications. Discussions highlighted the critical role of innovation, public-private partnerships, and robust federal support in maintaining U.S. leadership in ocean science and exploration. While acknowledging significant progress, concerns were raised regarding the potential negative impact of funding cuts and bureaucratic hurdles on workforce development and collaborative initiatives.[ 00:17:38 ]
The Importance of the Blue Economy and Ocean Mapping
The blue economy significantly impacts hundreds of millions of Americans daily, playing a crucial role in the health of the economy, waterways, ports, energy production, international trade, recreation, and tourism.[ 00:18:53-00:19:14 ] For example, Rhode Island's blue economy alone supports over 36,000 workers and contributes more than $5 billion to its gross domestic product annually. Nationally, the blue economy employs approximately 2 million workers and contributes about $373 billion to the U.S. GDP. Oceans are vital for global influence, serving as trade routes and sources of essential materials, and contain critical existing infrastructure and untapped resources.[ 00:25:31-00:25:44 ] Despite its importance, 46% of U.S. waters remain unmapped, underscoring the need for continued mapping efforts.
Technological Advancements and Innovation
Technological innovations are revolutionizing ocean-based industries and driving growth in the blue economy. Companies like Oceaneering utilize advanced subsea robotics, remote operations, remotely operated vehicles (ROVs), and uncrewed surface vessels (USVs) to enhance safety, reduce operational costs, and minimize environmental impacts, including significant CO2 reductions through electrification. XOcean, for instance, operates one of the world's largest commercial fleets of uncrewed survey vessels, planning over 2,500 days at sea this year for clients in offshore energy, government, and scientific institutions. Academic institutions like Scripps Institution of Oceanography are advancing deep ocean research through technologies such as Argo floats, spray gliders, and buoys, including new biogeochemical and deep Argo floats that contribute to next-generation seafloor mapping. SoFar Ocean focuses on ocean digitization with the largest privately-owned ocean sensor network, using IoT to power maritime weather intelligence and ship routing. The open-source Bristle Mouth platform, developed with partners, simplifies hardware interconnectivity for ocean IoT, enabling widespread deployment of sensors, including low-power, AI-enabled hydrophone systems and water level sensors for tsunami detection. The focus is on scaling information and improving data unit economics to enhance modeling and predictability.
Public-Private Partnerships and Collaboration
Public-private partnerships are deemed essential for accelerating innovation and achieving national goals in the blue economy. Combining NOAA's ocean science expertise with private innovation ensures efficiency and greater impact.[ 00:19:28 ] Oceaneering's dual-use technologies, initially developed for commercial applications, are now being adopted by the U.S. Navy and hold promise for agencies like NOAA. NOAA facilitates commercial engagement through programs like hydrographic surveys contracts, uncrewed maritime systems IDIQs, and ocean exploration cooperative institutes. Academia, through institutions like Scripps, partners extensively with federal agencies, hosting NOAA-affiliated programs and extending NOAA's reach by leveraging existing investments and infrastructure. The success of open-source platforms like Bristle Mouth highlights the importance of partnerships with organizations like the Office of Naval Research, NOAA, and philanthropic groups. To enhance these collaborations, recommendations include reauthorizing the Weather Act, prioritizing foundational technologies, and streamlining procurement processes with flexible, milestone-based contracts to reduce complexity and speed up engagement for private companies. NOAA is recognized as a vital "glue" between the academic and private sectors for persistent observation and data utilization.
National Security and Global Leadership
The blue economy is inextricably linked to national security, with the need to protect critical infrastructure against adversaries such as China and Russia.[ 00:19:18 ] Investment in the blue economy is crucial for protecting global innovation leadership and defending national security. Ocean exploration directly supports national security by improving data for sonar, deep-sea mining, and monitoring undersea cables.[ 00:25:46-00:26:03 ] The U.S. must stay at the forefront of these technologies to maintain and strengthen its security.[ 00:26:03 ] Academic institutions like Scripps contribute directly to national security by supporting Navy undersea technology and training active-duty personnel and veterans. Concerns were raised about China's aggressive expansion in ocean mapping and drilling, which could provide a military advantage, highlighting the imperative for U.S. superiority in ocean technology.[ 01:03:43-01:03:46 ]
Workforce Development and Funding Challenges
A significant challenge to the blue economy is the impact of funding instability and policy decisions on workforce development. Actions such as the firing of staff, cancellation of contracts, and freezing of grants have been criticized for undermining scientific progress, threatening economic stability, and hindering national security. These federal support cuts have led universities to reduce staff and graduate student admissions, dissuading students from pursuing STEM careers. For instance, eight oceanographic institutions collectively decreased graduate student admissions by half in one year, representing a loss of 200 potential innovators.[ 00:59:32-00:59:43 ] This erosion of the talent pool negatively impacts the success of companies that rely on a robust supply of skilled professionals. Furthermore, such funding cuts threaten America's global leadership in ocean research and innovation, potentially opening doors for competitors like China. Sustained federal investment in research infrastructure, including ships, observing systems, and platforms, is deemed essential for long-term growth and avoiding setbacks.
Tone of the Meeting
The tone of the meeting was generally serious and reflective of the critical importance of the blue economy. There was enthusiasm for the "exciting" topic and its potential, particularly regarding technological advancements and the collaborative spirit of public-private partnerships.[ 00:27:20 ] However, a strong undercurrent of concern about U.S. competitiveness and the impact of federal funding decisions, especially recent policy actions, was evident. Speakers expressed a shared desire for bipartisan consensus to push back against decisions that might hinder progress and ensure the U.S. continues to lead in ocean science and technology.
Participants
Transcript
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