Long Beach, CA
File #: 11-0600    Version: 1 Name: PRM - Oyster Restoration Project
Type: Contract Status: CCIS
File created: 6/6/2011 In control: City Council
On agenda: 6/21/2011 Final action: 6/21/2011
Title: Recommendation to authorize City Manager to execute a nonexclusive right-of-entry permit to California State University, Fullerton to enter City-owned property commonly known as Jack Dunster Marine Biological Reserve, for the purpose of engaging in a native olympia oyster restoration project, commencing July 1, 2011 through December 31, 2017. (District 3)
Sponsors: Parks, Recreation and Marine
Indexes: Permits, Right of Entry Agreement
Attachments: 1. 062111-C-6sr&att.pdf
Related files: 11-0018, 14-0481, 32274_000
TITLE
Recommendation to authorize City Manager to execute a nonexclusive right-of-entry permit to California State University, Fullerton to enter City-owned property commonly known as Jack Dunster Marine Biological Reserve, for the purpose of engaging in a native olympia oyster restoration project, commencing July 1, 2011 through
December 31, 2017. (District 3)

DISCUSSION
On May 21, 2010, KZO Education, Inc. (KZO), presented a proposal for the restoration of native oysters at Jack Dunster Marine Biological Reserve to the Marine Advisory Commission (MAC) on behalf of California State University Fullerton (CSUF). KZO is a nonprofit organization dedicated to the development of media technologies for education and public awareness. CSUF and KZO have been working together on similar projects throughout Southern California. CSUF received an $85,000 grant from the National Oceanic and Atmospheric Administration for the restoration of native oysters in Southern California. At present, they are currently working on a similar oyster restoration project in Newport Bay.

The Olympia oyster (ostrea lurida) is the only oyster native to California and has experienced substantial population declines throughout its historical range, which is Sitka, Alaska to Baja California, Mexico, since the early 1900s. Oyster restoration efforts along the west coast of the United States have augmented mudflat habitats with oyster shell in order to provide a settlement habitat for larval oysters. This restoration project will explore oyster larval settlement, shell attrition, epifaunal and infaunal community biodiversity, as well as oyster survival and growth. By restoring the native oyster beds at Jack Dunster Marine Biological Reserve (Attachment), this project will improve the integrity and resilience of the area’s ecosystem. Olympia oyster enhancement will improve the overall habitat and water quality. A single adult oyster can filter 50 gallons of water a day consuming plankton, ...

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