Oregon's tidal forests are carbon-storing powerhouses

Portland, ORLocal News

A recent study by the Pacific Northwest Blue Carbon Working Group reveals that tidal forests along the Pacific Northwest coastline are critical for carbon storage, holding two to three times more below-ground carbon than conifer forests. These ecosystems, which include species like twinberry honeysuckle and Sitka spruce, are adapted to thrive in brackish water and tidal conditions. Chris Janousek, a researcher from Oregon State University, warns that the majority of these forests have been lost due to logging and land conversion. He emphasizes the urgency of securing funding to map the remaining tidal forests to enhance conservation efforts. The research indicates that understanding the role of tidal forests in carbon cycling and habitat support is still in its early stages.

Examples of these ecosystems can be found along the Columbia River and various estuaries in Oregon. Protecting and restoring these vital habitats can play a significant role in climate change mitigation. Efforts to restore and conserve these areas are essential for future environmental health.

Related Articles

Android Apps on Google Play

KGW reports on the latest Android apps available on Google Play, highlighting millions of options for users. The platform offers games, music, movies, and more across devices.

Notice of Land Use Proposal LU 25-031987 RP

Portland officials announced a land use proposal, LU 25-031987 RP, set to begin on July 18, 2025. The proposal aims to modify land use regulations, impacting various sectors, including business operations and historic site tours. Local stakeholders can access more details through the city’s official website.

Notice of Land Use Decision LU 25-033099 MLDS

Portland's Land Use Decision LU 25-033099 MLDS will take effect on July 11, 2025. The ruling addresses modifications and appeals related to land use for the Maniac Latin Disciples. Local stakeholders are expected to respond to the decision's implications for urban development.