The bill prioritizes protecting marine ecosystems, public health, and reducing storm-related damages—preserving significant economic and safety benefits for coastal and national populations—while imposing mitigation costs and causing near-term disruption and uncertainty for fishermen and some coastal businesses.
Coastal communities, fisheries, and fishermen will see protections for coral reefs and management of shifting fish stocks that help preserve marine biodiversity and roughly $3.4 billion per year in economic value, supporting local incomes and businesses.
All Americans — especially coastal residents — could face lower public-health risks because reducing ocean warming and acidification decreases the spread of Vibrio infections and harmful algal blooms, improving seafood and recreational water safety.
Homeowners and infrastructure owners may experience reduced damage risk because addressing ocean warming can lessen the severity of hurricanes and extreme precipitation events.
Taxpayers and businesses could face added economic costs from mitigation actions (regulations or emissions reductions) required to address ocean warming.
Fishermen and coastal workers may encounter near-term economic uncertainty and reduced catches or incomes as fish stocks shift across boundaries before new management arrangements are established.
Coastal businesses, seafood suppliers, and tourism operators could suffer reduced revenue if recognition of expanded public-health threats leads to local restrictions on seafood harvesting and recreational activities.
Based on analysis of 2 sections of legislative text.
Expresses findings that ocean warming and acidification are large, accelerating, and harming marine ecosystems, fisheries, coastal economies, and public health.
Introduced December 17, 2025 by Sheldon Whitehouse · Last progress December 17, 2025
Declares that oceans are warming and acidifying, quantifies recent and projected heat increases, and lists harms to marine life, coastal economies, and human health. It highlights measurements (about 14 zettajoules of excess ocean heat absorbed per year and ~372 zettajoules gained in the top 2,000 meters since 1955), projects 2–6 times faster warming of that layer by 2100, and links these changes to threats to coral reefs, fisheries, shell-forming organisms, phytoplankton, public health risks (like Vibrio and harmful algal blooms), and stronger storms and extreme rainfall.