Puget Sound Restoration Fund

Abalone recovery - continued managing a pinto abalone conservation breeding and program by producing and rearing genetically diverse abalone in the hatchery and then outplanting juvenile abalone at restoration sites to help recover severely depressed abalone populations in washington state. Pinto abalone help maintain healthy subtidal rocky reef habitat and kelp forest ecosystems by grazing and clearing rock surfaces for settlement by other organisms. Through december 2024, nearly 62,000 juvenile abalone have been introduced at restoration sites in the san juan archipelago (sja) through a long-term partnership with washington department of fish & wildlife, noaa, tribes, and universities. The goal is to use healthy, genetically diverse hatchery reared juvenile abalone to create aggregations in the wild that develop into sustainably reproducing populations. Outplant data analyzed in 2018 documented a 97% decline in the population at index stations 1994-2017.

Conservation hatchery - operated a conservation hatchery established with noaa under the auspices of the washington shellfish initiative. Established in 2013, the kenneth k chew center for shellfish research and restoration serves as a hub for propagating and restoring native species and developing strategies to mitgate the impacts to marine resources due to ocean acidification. The hatchery is operated by puget sound restoration fund at the noaas manchester research station in manchester, wa through a cooperative research and development agreement. Hatchery and nursery operations included maintaining microalgae culture, producing and rearing olympia oysters and pinto abalone for restoration outplants, propagating kelp seed to help regrow kelp forests, adaptively managing conservation protocols to ensure genetic diversity, and conducting research on ocean acidification and other stressors affecting shellfish populations.

Other small programs