THE OCEAN IS NOT A LANDFILL WITH BETTER SCENERY.
JUSTICE · ENVIRONMENTAL JUSTICE
Published by Langhorne P. Breedlove
MONDAY, NOVEMBER 9, 2026 · 1:16 AM ET
Reading time: 9 minutes
Tags: Ocean Restoration · Marine Debris · Plastic Pollution · Coral Reefs · Coastal Ecosystems · International Cooperation
Dear fellow American proletariat: humanity has spent centuries looking toward the ocean for food, trade, work and wonder. More recently, we discovered a fifth use: throwing things away and trusting the horizon to handle the paperwork. The trouble with 'away' is that ocean currents are quite diligent about delivering our rubbish somewhere else.
American Proletariat proposes Global Ocean Restoration: a sustained, scientifically evaluated program to prevent marine pollution at its sources, recover harmful debris where removal is safe, restore degraded coastal ecosystems, improve wastewater and runoff controls, and cooperate internationally on waters no country can clean alone. A public ocean policy must distinguish the Pacific, Atlantic, Gulf, Arctic and other marine regions, each with different ecosystems, governance and threats.
AP would organize federal investment and international cooperation around four connected tasks: prevent new pollution; remove identifiable, high-impact debris; restore habitats such as reefs, marshes, mangroves, oyster beds and seagrass where feasible; and independently measure ecological recovery. The objective is not to promise that a fleet of heroic boats will vacuum every microplastic out of the open ocean. The objective is to reduce ongoing damage through specific interventions with measurable results.
Projects would be selected for evidence of ecological benefit, local participation, enforceable permits, feasible maintenance, respect for Tribal and Indigenous rights, and a credible long-term funding plan. Cleanup does not excuse continued dumping, and restoration does not excuse destruction of healthy habitats elsewhere.
Marine debris includes discarded or abandoned manufactured materials in ocean and Great Lakes environments, including plastics, derelict fishing gear and other persistent solid waste. NOAA explains that wind, waves and currents move debris between shorelines, the water column and large ocean regions (Source 01). What washes up on a beach may have begun its journey far away; what enters a storm drain can reach the coast without a single person intending to litter the sea.
A 2025 United Nations Environment Programme summary estimated that about 11 million metric tonnes of plastic enter aquatic ecosystems every year; it is a global estimate, not a measured annual count from the United States, and 'aquatic ecosystems' is not synonymous with the open ocean alone (Source 02). UNEP also estimates that plastics are a major share of marine litter. A cleanup target needs to specify which boundary, material and year it is measuring.
A second problem moves differently: lost and abandoned nets, traps, lines and other gear can continue to catch wildlife, a phenomenon known as ghost fishing. NOAA describes injuries to marine species, habitat damage and navigation hazards from this gear (Source 03). Fishers themselves may lose equipment in storms or vessel interactions; practical prevention works better than pretending every lost net was maliciously discarded.
Debris removal has an important place, especially around ports, estuaries, shorelines and concentrated fishing grounds. But fragments already dispersed through water and sediments are much more difficult to recover safely. A realistic program therefore prioritizes upstream waste collection, stormwater capture, product and packaging improvements, port reception facilities, enforcement against illegal disposal, and targeted retrieval of large debris.
Global negotiations for a legally binding plastics agreement resumed in Geneva in August 2025 but adjourned without agreement on treaty text. A February 2026 organizational session did not conduct substantive treaty negotiations (Source 04). AP should support workable international arrangements while recognizing that no completed global plastics treaty has yet supplied a ready-made worldwide enforcement system.
A NOAA-funded Chesapeake Bay study estimated approximately 145,000 derelict crab pots and modeled roughly 3.3 million blue crabs killed annually by the gear (Source 03). These are study estimates for a specific fishery, not a count of all abandoned fishing gear in the world. Recovering traps can reduce ghost fishing and avoid unnecessary loss of commercially important species when retrieval is carefully managed.
NOAA's Marine Debris Program describes a project running from October 2024 through September 2028 that supports removal work across several regions, including Alaska and the Florida Keys, and plans at least 80 removal events (Source 05). The example shows that partnerships with fishers, Tribes, conservation groups and local organizations already exist. A national mandate should build on those relationships.
NOAA reported in June 2026 that the fourth global mass coral-bleaching event likely ended in 2025. Bleaching-level heat stress affected approximately 84% of the world's reef area between 2023 and 2025, and mass bleaching was documented in at least 83 countries and territories (Source 06). Heat stress is not debris. Removing plastic from a reef does not restore temperatures to safe levels or reverse every loss of living coral.
Reef restoration can include reducing local pollution and physical damage, improving protection and carefully tested coral propagation. Results depend on species, temperature, water quality, disease, and long-term management. AP should reject claims that planting a few coral fragments has 'restored' an entire reef without rigorous follow-up.
Wetlands, mangroves, seagrass and oyster habitats can serve ecological, fisheries and coastal-protection functions, but appropriate restoration differs between ecosystems. Efforts should address sediment, shoreline alteration, nutrient loads, wastewater discharges and habitat fragmentation, with baseline surveys and continuing monitoring. A restoration project that plants the wrong species in the wrong place can create another environmental problem.
Congress may fund and shape U.S. federal ocean programs; agencies such as NOAA, EPA, the Army Corps of Engineers, the Coast Guard and the Fish and Wildlife Service have distinct statutory responsibilities. States, coastal municipalities, ports and Tribal governments also exercise powers over relevant waters, land and resources. Permits, environmental assessment, treaty rights, marine protected areas, and international maritime rules must be analyzed for each action.
The United Nations Agreement on Marine Biological Diversity of Areas Beyond National Jurisdiction, known as the BBNJ or High Seas Agreement, entered into force on January 17, 2026. It creates frameworks for marine protected areas, environmental impact assessment and other cooperation among parties (Source 07). It is not a global garbage collection contract, and its obligations apply to states according to their treaty status. The United States' particular participation and any domestic implementing authority must be verified before assigning legal duties to U.S. agencies.
AP's international approach would support scientific exchange, port waste management, joint fishing-gear recovery, regional marine protection and transparent grant or treaty mechanisms where authorized. The policy should not assert that Congress can order another sovereign country to use a particular cleanup technology.
Create a transparent federal inventory of debris sources, stormwater and wastewater pathways, degraded coastal habitats, ghost-gear concentrations and authorized recovery infrastructure. Combine NOAA observations, local sampling, fisheries data and community reporting. Establish common measurements for material type, mass, geographic coverage, removal risks and baseline ecosystem condition.
Fund competitive removal and interception projects that demonstrate high environmental benefit per dollar: fishing-gear retrieval, shoreline debris removal, port facilities, river and stormwater capture and targeted habitat recovery. Require safe handling, recycling or disposal plans so material removed from one ecosystem does not become an untracked disposal problem elsewhere.
Expand habitat restoration where protection and pollution reduction make success plausible. Work with fisheries, coastal workers, Tribal and Indigenous communities, universities and local governments. Evaluate project performance over years, not merely on the day volunteers pose beside a pile of collected trash. Close or redesign programs that damage habitat or consistently miss their targets.
The first-year and ten-fiscal-year models must distinguish scientific assessment, waste prevention, pollution control, port upgrades, collection infrastructure, vessels and retrieval crews, habitat-restoration capital costs, long-term monitoring, international agreements, enforcement, and program administration. Existing NOAA, EPA, state and local spending belongs in the baseline. Federal transfers or matching grants should not also be counted as separate federal project expenditures.
Each proposed project requires a unit-cost model: tons or items of debris prevented, verified materials recovered, square miles or hectares of habitat improved, ecological outcomes, operations and maintenance, and independently evaluated alternatives. A removed ton of fishing net cannot be treated as environmentally interchangeable with a removed ton of inert material. Benefits such as improved fisheries, tourism and ecosystem services should be reported separately and not automatically converted into federal tax receipts.
AP does not yet have a complete national project inventory or legislated budget authority. Its ten-year total is therefore unscored. Publish low, central and high scenarios using actual procurement costs, permits, expected project life, climate and ocean conditions, and uncertainties. A balanced ledger built by assuming every recovered bottle becomes a profitable commodity would be a fine science-fiction story, but a poor appropriations bill.
Ocean cleanup can damage sensitive habitat, catch wildlife unintentionally or consume considerable fuel. Mechanical collection that works in a harbor may fail in the open sea; debris that has fragmented into microplastics is especially hard to remove without unintended harm. Coastal work may affect fisheries and waterfront livelihoods, and an international project can become an expensive branding campaign with little independent verification.
Some critics favor reducing production and redesigning packaging rather than funding cleanup; others prioritize removal of debris already harming wildlife and vessels. Both approaches address different stages of the problem. AP's proposed investment standards should compare source prevention, targeted retrieval, ecosystem recovery and the costs of doing nothing—without presuming one intervention solves them all.
Report verified annual inflows prevented, material removed by type and location, ghost-gear retrieval, wildlife entanglement trends, habitat condition, nutrient and sediment loads, restoration survival rates, ecological indicators, public cost per meaningful outcome and documented unintended effects. Use consistent methods and independent sampling. Avoid publicity claims based only on pounds of collected waste when the question is whether marine life and ecosystems recovered.
The ocean is not empty blue space between cruise destinations. It is a living set of ecosystems, working coastlines, fisheries, ports and places people call home. Protecting it involves laws, budgets, science, ships, waste systems and the humility to recognize that a press release cannot restore a coral reef.
The ocean does not belong to any one administration or corporation, and neither does responsibility for the damage. AP's proposal is to prevent what we can, retrieve what we safely can, restore what the evidence says we can—and keep an honest record of the results. The tide will keep coming in. The garbage does not have to.
01 · National Oceanic and Atmospheric Administration — What Is Marine Debris? Definition, transport and consequences. https://www.noaa.gov/explainers/what-is-marine-debris
02 · United Nations Environment Programme — World Environment Day 2025, key facts on global plastic pollution. https://www.unep.org/en/what-we-do/ocean-seas-and-coasts/ecosystem-degradation-pollution/plastic-pollution-marine-litter
03 · NOAA Marine Debris Program — Derelict Fishing Gear: ecological impacts and Chesapeake Bay research. https://marinedebris.noaa.gov/what-marine-debris/derelict-fishing-gear
04 · United Nations Environment Programme — Intergovernmental Negotiating Committee on Plastic Pollution, 2025–2026 negotiations. https://www.unep.org/en/inc-plastic-pollution
05 · NOAA Marine Debris Program — Removing and Preventing Derelict Fishing Gear and Large Debris Nationwide, project 2024–2028. https://marinedebris.noaa.gov/removal/removing-and-preventing-derelict-fishing-gear-and-large-debris-nationwide
06 · NOAA National Environmental Satellite, Data, and Information Service — World's Fourth Mass Coral Bleaching Event Likely Ended in 2025, June 2, 2026. https://www.nesdis.noaa.gov/news/worlds-fourth-mass-coral-bleaching-event-likely-ended-2025
07 · United Nations — BBNJ Agreement, adopted June 19, 2023; entered into force January 17, 2026. https://www.un.org/bbnjagreement/en
WE ARE ONE. · E PLURIBUS UNUM.