- Washington Department of Fish and Wildlife
- University of Washington, School of Aquatic & Fishery Sciences
- Western Washington University, Shannon Point Marine Center
- NOAA: Mukilteo Research Station, Species of Concern Program
- SeaDoc Society
- Skagit County Marine Resource Committee
- Jamestown S’Klallam Tribe
- Suquamish Tribe
- Lower Elwha Klallam Tribe
- Northwest Straits Commission
- Port Townsend Marine Science Center
- Seattle Aquarium
- The Marine Life Center, Bellingham, WA
- SEA Discovery Center, Western Washington University
- Washington Department of Natural Resources
- Washington Sea Grant
- The Russell Family Foundation
- Coates Family Foundation
- Hall Family Foundation
- Shell Puget Sound Refinery
Our goal is to raise and outplant hatchery-reared abalone using state-of-the-art techniques to recover a vanishing species and maintain the health of rocky reef habitat.
An iconic species in decline
The pinto abalone is the only abalone species found in Washington waters. This native species has cultural and ecological significance, grazing rock surfaces and maintaining the health of rocky reef habitat and kelp beds. Population declines have been precipitous; the Washington Department of Fish & Wildlife (WDFW) documented a ~98% decline from 1992 to 2017, leading to WDFW initiating the process of down-listing pinto abalone to a State endangered species.
Collaborating to restore
In response to signs of population collapse, WDFW, the University of Washington, PSRF and NOAA launched a collaborative effort in 2003 to examine strategies to reverse population declines and establish a conservation aquaculture program that has produced healthy, genetically diverse juveniles for restoration. Since 2009, more than 15,000 juveniles from our conservation hatchery have been released to rocky reef habitat in the San Juan Islands. These animals, representing 96 genetically distinct families, were deployed to better understand outplant methods and to rebuild populations at 12 different pilot sites across a wide geographic range.
The path ahead
PSRF and partners are transitioning from research to full-bore restoration based on substantial strides in optimizing hatchery production and outplant strategies. The State has provided critical investment in these efforts. We are seeking to build capacity at WDFW, developing a State abalone recovery plan, establish and manage grow- out facilities, expand field work, and bolster the underlying genetics and disease work. With these actions we have a real chance of rebuilding iconic and important pinto abalone populations in Washington waters.
A male Pinto abalone is induced to spawn, releasing sperm which is collected and used to fertilize eggs in carefully determined hatchery matings.
7 day old pinto abalone
Abalone larvae smaller than a grain of sand are ready to settle out of the water column where they will begin crawling, grazing and growing towards adulthood.
3 week old pinto abalone
A post-larval abalone less than 1 mm in length feeds on benthic diatoms, has eye spots, tentacles, rasping mouth parts called a radula and new shell growth.
Investigating larval seeding as a restoration strategy, the team outplants ~1.5 million genetically diverse larvae in the San Juan Archipelago.
- The survival of hatchery‐origin pinto abalone Haliotis kamtschatkana released into Washington waters. Carson et al., 2018
- NOAA’s pinto abalone webpage
- Canadian Department of Fisheries and Oceans’ northern (pinto) abalone webpage
- Encyclopedia of Puget Sound’s pinto abalone webpage
- SeaDoc Society’s pinto abalone webpage
- The Bay Foundation’s abalone restoration program webpage
- Species in the spotlight: Priority actions (2016-2020), white abalone. NOAA, 2016
- Pinto abalone final status review. NOAA, 2014
- Abalone endangered list candidate. Port Townsend Leader, 2018
- Skagit County at center of restoration effort for marine snail. Skagit Valley Herald, 2017
- This sea snail is tasty, pretty and poached to the brink. KUOW, 2015