In 2017, the passage of Oregon Senate Bill 1039 created the Oregon Coordinating Council on Ocean Acidification and Hypoxia (OAH Council) to provide recommendations and guidance for the State of Oregon on how to respond to this issue.
Oregon was one of the first places in the world to observe the direct impacts of ocean acidification - oyster hatchery production collapsed in 2007. Acidification continues to challenge oyster aquaculture productivity and has caused some producers to move operations elsewhere. Also of great concern, acidification and hypoxia events are continuing to intensify and there are now clear signs that they are undermining the rich ocean ecosystem food web. Oregon’s iconic fisheries and the coastal communities that depend on them — both of which quintessentially define the world-renowned Oregon Coast — are at risk.
The sponsors of Senate Bill 1039, Senator Arnie Roblan (D) and Senator Jeff Kruse (R), recognized that Oregonians depend on our healthy coastal environment for fisheries, tourism, and recreation. They created the OAH Council to assemble interests that are currently and potentially impacted by OAH in Oregon. The OAH Council forum is composed of pdf members (279 KB) of State agencies, academic experts, stakeholders and Tribal interests, who will collaboratively develop recommendations, and advise the State on the implementation of actions to support the sustainability of Oregon’s ocean as OAH intensifies. The first OAH Council meeting is on January 25, 2018, with the first official report to the legislature due in September 2018.
Complementary with the OAH Council goals, Oregon is also partnering with the States of Washington and California as well as the Province of British Columbia to collaboratively build recommendations and actions that incorporate the unique needs and values of each jurisdiction, while also creating a unified regional strategy. The work of Oregon’s OAH Council will become part of this regional strategy, through the creation of Oregon’s OAH Action Plan. Oregon’s OAH Action Plan, to be finished by mid-2019, will describe state and local actions that will make a difference for Oregon in facing ocean acidification and hypoxia, as we plan for a more resilient future.
OAH Council Members – the list of 13 members and their representation
Meeting Information– includes dates, agendas, minutes, recordings
Council Resources – learn about the OAH Council and its work
Stay Updated – how to subscribe to email lists that will keep you informed of the OAH Council and other ocean policy issues in Oregon
See the table below or the calendar at the top right of the page to stay up to date with upcoming OAH Council meeting and events. Additional meeting resources including agendas, presentation slides, and recordings, can be found in the following sections.
|Event||Location||Time and Date||Materials|
Oregon Coordinating Council on Ocean Acidification and Hypoxia Meeting
|Oregon Department of Fish and Wildlife, Commission Room
4034 Fairview Industrial Drive, SE
Salem, OR 97302
February 26, 2018
Ocean acidification and hypoxia (OAH) is a change in ocean chemistry that is happening right here, right now. And, it is occurring at a faster rate than originally predicted. This phenomena has the potential to have profound impacts on living marine resources. Unfortunately, Oregon has the dubious honor of being the locale that first documented these impacts. In 2007, the Whiskey Creek Shellfish Hatchery had a massive hatchery failure due to acidic oceanic conditions (see the Case Study below).
Visit the Ocean Acidification International Coordination Centers website for OA related news.
Follow the links below for more information on ocean acidification and hypoxia:
GOA-ON is a collaborative international approach to document the status and progress of ocean acidification in open-ocean, coastal, and estuarine environments, to understand the drivers and impacts of ocean acidification on marine ecosystems, and to provide spatially and temporally resolved biogeochemical data necessary to optimize modeling for ocean acidification.