Seaweed Farming for Ocean Restoration Project

A Japan-led ocean plastic collection and materialization project addressing marine plastic pollution in the Seto Inland Sea and Kyushu regions. Recovered plastics are transformed into fashion materials and construction resources. Through fishing industry and tech company partnerships, it creates environmental and economic value simultaneously, serving as a model for international ocean plastic mitigation.

A marine restoration initiative in Seto Inland Sea fishing villages using seaweed farming. Large-scale cultivation of high-carbon-absorption seaweed simultaneously combats ocean acidification and restores fishery resources. Through partnerships between local fishers and venture companies, it exemplifies circular economy practices while creating sustainable livelihoods.

Coastal regions like Tottori Prefecture implement ocean ecosystem restoration through seaweed cultivation. Kelp, wakame, and seagrass cultivation achieve carbon sequestration through blue carbon absorption while restoring marine biodiversity by addressing barren ground issues. Cultivated products' use in food, fertilizer, and bioenergy creates an established sustainable business model integrating fishing operations with environmental restoration.

Marine ecosystem conservation through seaweed farming initiatives along the Seto Inland Sea and Sea of Japan coasts. It simultaneously addresses water quality improvement via nutrient removal and climate mitigation through carbon sequestration. Working with local fishing communities, this model demonstrates sustainable ocean restoration while providing seaweed for food, feed, and biomaterials.

A project cultivating coastal seaweeds (wakame, kombu, and hondawara) at scale to simultaneously achieve blue carbon sequestration and marine ecosystem restoration. Fishing cooperatives from Hokkaido to Kyushu participate, creating a new model balancing climate action with fishery revitalization.

Tottori's coastal ecosystem restoration through strategic seaweed proliferation. Cultivating wakame and kombu prevents barren rocky coasts while simultaneously achieving carbon absorption and fishery resource recovery. It exemplifies advanced climate action through blue carbon utilization.

Climate action leveraging marine ecosystems' CO2 absorption capacity through seagrass beds, mudflats, and mangroves in coastal zones. Adapts international blue carbon frameworks to Japan's coastal environments, simultaneously restoring seagrass beds and generating carbon credits. Represents integrated strategy combining ocean conservation with climate diplomacy.