Subsistence Use and Knowledge of Beaufort Salmon Populations Courtney Carothers Assistant Professor of Fisheries School of Fisheries and Ocean Sciences.

Slides:



Advertisements
Similar presentations
Arctic Imperative Summit
Advertisements

Evaluate Spawning of Fall Chinook and Chum Salmon Just Below the Four Lowermost Columbia River Mainstem Dams Project PNNL.
Assessment of Bull Trout Populations in the Yakima River Watershed.
Evaluate juvenile salmon residence in the Columbia River Plume using micro-acoustic transmitters John Ferguson, et al. Riverine Ecology Program NWFSC,
Overview of Alaska Ecosystem Indicators Relative to EAM/EAF Objectives
The Discovery Corridor Concept and its Applicability January 13/14, 2004 workshop St. Andrews Biological Station, St. Andrews, N.B.
Predation on Northern Fur Seals In The Pribilof Islands: A Baseline Study Traditional Knowledge Survey and Local Fishery Logbook Program Andrew Malavansky.
A Synthesis of Terrestrial Carbon Balance of Alaska and Projected Changes in the 21 st Century: Implications for Climate Policy and Carbon Management To.
Analyses of Bering Sea bottom- trawl surveys in Norton Sound: Absence of regime shift effect on epifauna and demersal fish Toshihide “Hamachan” Hamazaki.
Salmon Species Oregon Department of Fish and Wildlife
Analysis of the Climatology of Extreme Weather Events affecting Barrow,Alaska Elizabeth Cassano Amanda Lynch Melinda Koslow Casey Thornbrugh.
Information from Archival Tags on Salmon in the Bering Sea, Robert Walker, Kate Myers, Nancy Davis School of Aquatic and Fishery Sciences University.
NPAFC international cooperative research designates the distribution of Asian and North American chum salmon stocks in the Bering Sea and North Pacific.
Figure 8.1 What was natural? Illustration of the degradation of coral reef ecosystems from past to modern conditions due to human impacts.
Population diversity and the portfolio effect in fisheries Daniel Schindler Keeler Professor of Aquatic and Fishery Sciences University of Washington Seattle,
Salmon Stock Variability And The Political Economy Of The Pacific Salmon Treaty Contemporary Economic Policy July 1996 Paper Author: Kathleen A. Miller.
Disentangling evolution and plasticity in adult sockeye migration date: a new method provides evidence of evolutionary change Lisa Crozier Mark Scheuerell.
"There are so many fish being caught it's crazy." (According to a veteran troller for king salmon out of California's Half Moon Bay) - Pacific Fishing.
Uncertainty and the Management of the Cedar River Presented by Bruce Bachen, Rand Little, and George Schneider Water Management Section Seattle Public.
Climate Change: Challenges for Fish and Wildlife Conservation Rick Kearney WildlifeProgram Coordinator Wildlife Program Coordinator U.S. Geological Survey.
Research Fishery Biologist NOAA Fisheries Maine Field Station John F. Kocik, Ph.D.
Five Regions of Alaska By: Sierra Donohue.
West Coast and Other Fisheries. West Coast Fishery Salmon is most important (400 times larger than Atlantic catch) Salmon is most important (400 times.
1 Spatial and Spatio-temporal modeling of the abundance of spawning coho salmon on the Oregon coast R Ruben Smith Don L. Stevens Jr. September.
1 BI 3063 J. Mork H08 Genetic and biologic stock management I C E S The International Council for the Exploration of the Sea
Proposed Approach for Developing Columbia Basin Salmon and Steelhead Goals June 3, 2015.
Lab #1. Climate and Its Connections to Traditional Ecological Knowledge Lab #2. Change in the Polar Icecaps.
Blending Science with Traditional Ecological Knowledge  Frank K. Lake  Environmental Science, Graduate Ph.D program  US Forest Service- Redwood Sciences.
Watershed assessment, management and restoration of Little Kern golden trout in the Little Kern River, California Acknowledgements Assess the current status.
OPTIMAL STRATEGIES FOR ECOLOGICAL RESTORATION UNDER CLIMATE CHANGE Koel Ghosh, James S. Shortle, and Carl Hershner * Agricultural Economics and Rural Sociology,
Developing a Literature Database for the North Aleutian Basin of Alaska Elisabeth Ann Stull North Aleutian Basin Information Status and Research Planning.
Utilizing Ecosystem Information to Improve Decision Support for Central California Salmon Project Acronym: Salmon Applied Forecasting, Assessment and Research.
NON-NATIVE SALMOINDS IN LAKE SUPERIOR Don Schreiner, MNDNR Steve Schram, WIDNR Shawn Sitar, MIDNR Mike Petzold, OMNR.
Nearshore fish communities response to habitat variability Terril P. Efird School of Fisheries and Ocean Sciences University of Alaska Fairbanks.
OCEAN Modeling the linkages between marine ecology, fishing economy and coastal communities Astrid Scholz AAAS meeting, Seattle 13 February 2004.
Background Coastal cutthroat trout (Oncorhynchus clarkii clarkii) (CCT) are one of the ten major cutthroat trout subspecies in North America. They reside.
1 Bureau of Ocean Energy Management Assessing Historic Properties and Cultural Resources in the Main Hawaiian Islands Dave Ball, MA, RPA Pacific Region.
Spatial Fisheries Values in the Gulf of Alaska Matthew Berman Institute of Social and Economic Research University of Alaska Anchorage Ed Gregr Ryan Coatta.
Hans Frost Hans Lassen Søren Anker Pedersen EEA 6 March EURECA’s ‘Fish Behind the Net’ (FBtN) – Spotmeter.
Chris Campbell Sociocultural Specialist Environmental Studies Program US-Canada O&G Forum, 2012 Sociocultural Studies Alaska OCS Region Environmental Studies.
Evaluating variation in abundance of Arctic cisco in the Colville River using existing scientific information and traditional knowledge 2006Marine Science.
Run-Timing Changes and Resilience in Auke Creek Salmon David Tallmon 1,2,3 & Ryan Kovach 2,4 1 Biology and Marine Biology Program (UAS) 2 Institute of.
Background Coastal cutthroat trout (Oncorhynchus clarkii clarkii) (CCT) are one of the ten major cutthroat trout subspecies in North America. They reside.
The Restoration of the River What Happens After the Dams Are Out?
UNIT 8: Fisheries assessments. 2 Fisheries data Why do we need fisheries data? FAO (2005): “Information is critical to EAF. It underpins the formulation.
Development of a GIS-based Method to Refine Annual Herd-specific Caribou Harvest Estimates from Barrow, Alaska, using Caribou Harvest and Satellite.
Lloyd C. Mohr Upper Great Lakes Management Unit Owen Sound, ON and Mark P. Ebener Chippewa Ottawa Resource Authority Sault Ste. Marie, MI The Fisheries.
Washington State Steelhead Stock Status Review PACIFIC COAST STEELHEAD MEETING AMILEE WILSON WASHINGTON DEPARTMENT OF FISH & WILDLIFE MARCH 2004.
Subsistence Salmon Fisheries in Districts 12 and 14 1 Subsistence Salmon Fisheries in Districts 12 and 14: RC 3, Tab 11 Alaska Board of Fisheries Feb.
Supporting Community Participation in U.S. Arctic Ocean Governance Strengthening Institutions Strategies for Cooperative Management in the Marine Environment.
Arctic Cisco Genetics and Otolith Microchemistry Jennifer L. Nielsen Christian E. Zimmerman Vanessa Von Biela USGS Alaska Science Center Alaska Marine.
25 December Fraser Sockeye Life Cycle Diagram
Silver Salmon (coho). Size/Characteristics Average size: 10 lbs Record: 26 lbs Aggressive Adaptable Does well in land-locked lakes Hardy.
Describing & Examining Scientific Data Science Methods & Practice BES 301 November 4 and 9, 2009.
Minimum Qualifications: The applicant must be an Alaskan resident and meet the minimum qualifications for a graduate degree program at the University of.
California Anadromous Fish. There are 5 Native Species of Salmon in California Chinook Chum Pink Coho Sockeye.
West Coast Salmon Genetic Stock Identification Collaboration Renee Bellinger, Coordinator.
1 Assessing Vulnerability of Living Marine Resources in a Changing Climate Roger Griffis Climate Change Coordinator, NOAA Fisheries Service.
Dramatic declines in Euphausia pacifica abundance in the East China Sea: response to global warming? Zhaoli XU, Dong ZHANG East China Sea Fisheries Research.
1 Lisa Hutchinson-Scarbrough Division of Subsistence Alaska Department of Fish and Game Chignik Management Area Subsistence Salmon Fisheries Overview Chignik.
Empirical comparison of historical data and age- structured assessment models for Prince William Sound and Sitka Sound Pacific herring Peter-John F. Hulson,
Salmon Maia Janz Geography 12 Mrs. Hayter. What are Salmon? Salmon are anadromous fish which means they breed and spawn in freshwater but spend most of.
Daniel Schindler, Ph.D., University of Washington Fisheries Research Institute Salmon research in Western Alaska
Environmental Studies Program 1  The Studies Program functions to establish information needed for assessment and management of impacts from OCS exploration,
DISTRIBUTION OF LAKE STURGEON FOLLOWING 11 YEARS OF STOCKING
Studying Right Whales Adults up to feet, 25 tons
Skeena Fisheries Review and Update
YRDFA Preseason Planning Meeting May 2, 2018 Anchorage
Chinook Salmon Bycatch Genetic Stock Composition: Current Capabilities and Analyses…with a word on Hatchery production Dani Evenson will speak about chinook.
Alternatives for updating AEQ analysis and prioritizing data needs
Presentation transcript:

Subsistence Use and Knowledge of Beaufort Salmon Populations Courtney Carothers Assistant Professor of Fisheries School of Fisheries and Ocean Sciences University of Alaska Fairbanks

Background Observations and catches of Pacific salmon increasing in Chukchi and Beaufort Sea communities [Kassam (2001), Luton (1985), and George et al. (2007)] –Directed Chinook fishery in Barrow, inc. since 2003 Presence of Pacific salmon and small subsistence catches (pink, chum) recorded for over a century [Maguire 1988 [ ]; Murdoch 1891 [1884]; Stefansson 1913] Recent shifts related to climate change? Document local knowledge about these shifts

North Slope Communities

Pink Salmon Amaqtuuq Along w/ chum salmon only documented salmon species spawning in Arctic coast streams Ikpikpaq and Itkillik Rivers likely spawning sites [George et al. 2007] Pinks taken in subsistence fishery in Elson Lagoon Sometimes confused w/ chum or coho (v. rare) salmon

Chum Salmon Iqalugruaq Found in coastal waters in Arctic Alaska Spawn in Qaqulik and Utuqqaq Rivers near Pt Lay and Colville and possibly Ikpikpak River [George et al. 2007] Chum often mistaken for coho (silver); bright silvery appearance of sea-run chum Since late 1980s, 20+ salmon nets in Elson Lagoon

Chinook Salmon Iqalugruaq Same Inupiat name as chum –Reflects recent occurrence? Relative unimportance? Spawning population reported by Kugrua River (Peard Bay) [George et al. 2007]

Sockeye Salmon Inupiat Name? Rare in North Slope waters Number appear to be increasing on North Slope

Project Objectives Establish strong rapport with local community residents and regional experts. Document the current subsistence use of Beaufort Sea salmon populations in Barrow, Nuiqsut, and Kaktovik or Atqasuk. Document the local and traditional ecological knowledge of historic and recent trends in salmon use, abundance, and distribution.

Project Objectives Provide a description of the Inupiat context for ecological observations and appropriate uses of such knowledge. –How is knowledge of salmon shifts related to knowledge about changing ocean, coastal, river, lake, habitat, and climatic conditions. Use spatial and ethnographic data to identify steams and coastal areas where salmon have been harvested or observed.

Theoretical Frame Traditional ecological knowledge –TEK is a cumulative body of knowledge and beliefs, handed down through generations by cultural transmission, about the relationships of living beings (including humans) with one another and with their environment (Berkes 1993) –TEK also encompasses linguistic analyses of indigenous classification systems and perceptions of place (Basso 1996) –TEK, thus, is a combination of the cosmological, linguistic, sociological, and ritual connections to the environment (Hunn 1999)

Methods Literature review –Comprehensive annotated bibliography on salmon use and knowledge in Beaufort Sea region Ethnographic research –Barrow, Nuiqsut, Atqasuk/Kaktovik; local field assistants –Purposive snowball sampling –Semi-structured interviews Recent trends in salmon distribution, subsistence and other uses, and potential spawning activity –Participatory mapping [Laurer & Aswani 2008; Kuznar & Werner 2001]

Methods Collaborative research design – ADFG & NSB Exploring an Emerging Subsistence Salmon Fishery in Three Chukchi Sea Communities: Point Hope, Point Lay, and Wainwright (Sverre Pedersen and Jim Simon) –Share protocol, expand range and context of observations/changes –More extensive project: genetic stock identification, quantification of household harvest

Pedersen & Simon Compatible Methodology –Past/present annual timing of subsistence fisheries –Relative abundance through time –Historical knowledge of salmon fisheries, abundance, run-timing for each spp, gear-types and fishing practices –Map areas where fishing takes place, observations of spawning, over-wintering habitat –Changes in subsistence fisheries over last 5-10 years

Pedersen & Simon Additional components –Household survey Participation, amount caught, gear used, timing, location, time allocated –Genetic analysis

Data Analysis Interview transcriptions will be coded and analyzed with Atlas.ti. Dominant themes related to subsistence use and knowledge of salmon populations will be summarized in a synthesis report, manuscript Geographic data collected during participatory mapping exercises will be summarized on a master map. GIS software analysis if warranted. Regional comparison –Chukchi communities, Kotzebue Sound

Current Progress Preliminary field visit June 2009 –Process of introduction, relationship building, and formal permissions Literature review and annotations – Shelley Woods Summer-Fall 2010 – Ethnographic interviews, mapping Winter 2011 – Data analysis, follow-up visits