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Project Summary and Statement of Work: 
Progress Report: Jan, 2008
Progress Report: Jul, 2008
Progress Report: Jan, 2009
LMEs
Gulf of Alaska
Ecosystem components
Fish and Invertebrates
Fish Habitat
Ecosystem Studies
Humans
Marine Mammals
Places
Southeast Alaska
Keywords
ecology
herring
spawning habitat

728 Herring Synthesis: Documenting and Modeling Herring Spawning Areas within Socio-Ecological Systems over Time in the Southeastern Gulf of Alaska

Year funded: 2007
Start date: Jun 01, 2007
End date: Sep 15, 2009
Budget: $100,000.00
Websites:
Project Website
RefWorks database
Pacific herring (Clupea pallasii) is a foundation and bellwether species for North Pacific marine ecosystems. Herring roe fisheries are among the most lucrative, competitive, and controversial in the region, often pitting commercial and subsistence users against one another.

One reason for this is that productive spawning areas (and times) are limited and historical population dynamics and ecology of herring are not well understood. Yet many communities with local and traditional knowledge (LTK) of herring claim that historical stocks were larger and spawning areas more numerous, but that they have dwindled due to factors such as over-harvesting, predation, disease, development, and climate change.

While shifts in stocks and spawning areas have been reasonably well documented since 1980, no synthesis of the deeper archaeological, historical, and ethno-ecological records on herring spawning areas and their relation to local ecosystems has been carried out. Our goal is to synthesize this information for Southeast Alaska, where herring and herring roe traditionally have been harvested in quantity.

Using existing published and unpublished archaeological, ethnological, historical and biological records and LTK gathered from community focus groups and fieldwork in each historical herring stock region, we will compile a historical and spatial database using geographic information systems (GIS) to : 1) identify the extent of historic and prehistoric herring spawning and massing areas; 2) link changes in herring spawn extent and intensity to environmental and human factors in the socio-ecological system; and 3) identify sensitive areas for protection and potential restoration of herring spawning.

Principal Investigator(s)
Thomas Thornton
Portland State University
Collaborator(s)
Fritz (Frederick) Funk
Alaska Deparment of Fish and Game (retired)