Uvic Thesis Template

Total Page:16

File Type:pdf, Size:1020Kb

Uvic Thesis Template Tsuwalhkálh Ti Tmícwa (The Land is Ours): St‘át‘imc Self-Determination in the Face of Large- Scale Hydro-electric Development by Sarah Carmen Moritz MA, University of Aberdeen, 2010 A Thesis Submitted in Partial Fulfillment of the Requirements for the Degree of MASTER OF ARTS in the Department of Anthropology Sarah Carmen Moritz, 2012 University of Victoria All rights reserved. This thesis may not be reproduced in whole or in part, by photocopy or other means, without the permission of the author. ii Supervisory Committee Tsuwalhkálh Ti Tmícwa (The Land is Ours): St‘át‘imc Self-Determination in the Face of Large- Scale Hydro-electric Development by Sarah Carmen Moritz MA, University of Aberdeen, 2010 Supervisory Committee Dr. Peter Stephenson, Department of Anthropology Supervisor Dr. Brian Thom, Department of Anthropology Departmental Member iii Abstract Supervisory Committee Dr. Peter Stephenson, Department of Anthropology Supervisor Dr. Brian Thom, Department of Anthropology Departmental Member In Canada, First Nations asserting authority over their lands are developing diverse strategies to overcome the state‘s dogmatic insistence on jurisdictional sovereignty. This movement corresponds to the wider context of the challenges faced by indigenous people to use their own ways of knowing to resist or reformulate legal doctrines and political tenets based on colonial power. Interior Salish St‘át‘imc people identify themselves through a strong and ongoing social relationship with Satáqwa7, the Fraser River, and the ―Valley of Plenty‖— now known as the flooded Bridge River Valley – maintained through St‘át‘imc knowledge and cultural practice and demonstrated by talk of ―the St‘át‘imc right to fish‖ and Tsuwalhkálh Ti Tmícwa (The Land is Ours). St‘át‘imc fishers are prepared to contest and resist any regulatory system that is understood to impact this right to fish while they advocate their own ways of sustainable fishing and water management. Based on ethnographic research in collaboration with St‘át‘imc people, this thesis explores some of these often successful contestations especially in the context of increasing territorial governance and by example of the rapidly transforming relationship between St‘át‘imc, BC Hydro and the Province of BC. Interior Salish St‘át‘imc people are currently navigating through a significant phase of increasing jurisdiction and authority and recognition of (unsettled) territorial property relationships. This very dynamic process is marked by strategic collaborations, compensation for ‗infringements‘ on St‘át‘imc Title and Rights, and conservation efforts to protect their home. An important example is the changing relationship between St‘át‘imc people and BC Hydro – a relationship between two groups with radically different cultures and agendas: St‘át‘imc people in a struggle for self-determination, social justice and cultural survival and BC Hydro, a corporate culture, with the agenda to provide hydro-electric power to BC, maintain operation ‗certainty‘ and to generate revenue. Exploring the different ways of relating to and acting on the land will allow for more holistic and shared cultural practices of co-governing land, working collectively, remembering history, co-existing in the present and sharing a common future according to the ethical ideals of reconciliation: accountability for wrongdoing, justice, sharing, respect, transcending of hegemonic silences and increased public knowledge. iv Table of Contents Supervisory Committee ................................................................................................................ ii Abstract ......................................................................................................................................... iii Table of Contents .......................................................................................................................... iv List of Figures ................................................................................................................................ vi Acknowledgments ........................................................................................................................ vii Chapter 1 – St‟át‟imc (Ancient Land), Úcwalmicw (People of the Land), (St‟át‟imc Law) and Tsuwalhkálh Ti Tmícwa (The Land is Ours): An Introduction ......................................... 1 Chapter 2 –„The Other‟/Myself, Relationality, Collaboration, Learning the St‟át‟imc Way of Life and Becoming Enskilled: Methodology .......................................................................... 17 Living on the Land and Becoming Useful, Integrated and Knowledgeable ............................... 22 Our Stories are Written on the Land: Learning St’át’imc Oral History, Conducting Interviews and Being Ethical ....................................................................................................................... 27 Chapter 3 – „These are Our Fish and We‟re Still Here!‟: Transformations of the Valley of Plenty ............................................................................................................................................. 43 ‘Walking the Land, Using the Land, Looking after the Land, Picking the Berries, Hunting, Fishing and Honouring the Chiefs Who Signed the Declaration of the Lillooet Tribe 1911’: Living and Voicing Inherent St’át’imc Title and Rights ............................................................ 54 BC Hydro’s Presence on the Land: Social Impacts and ‘Infringements’ on St’át’imc Title and Rights .......................................................................................................................................... 59 Fish aren’t Chickens!: Evaluating the Social Impacts of BC Hydro’s Bridge River System and Negotiating Cultural Differences ............................................................................................... 61 Chapter 4 – St‟át‟imc Self-Determination, Increasing Authority and Improving Relationships ................................................................................................................................. 68 Consultation, Accommodation and Information Sharing: Collaboration and An ‘Improving Relationship’ .............................................................................................................................. 69 The Bridge River Water Use Plan (WUP): A Collaborative Process ........................................ 75 A New Relationship? An Improved Relationship!: A Small Measure of Justice ........................ 77 Chapter 5 – Re-Cognizing Collaboration as Co-Governance and Partial Reconciliation: Alternative (Hi)Stories, A Small Measure of Justice and Improving Relationships – A Critical Analysis ........................................................................................................................... 79 Voicing and Living St’át’imc Title and Rights – A Demand for Holism .................................... 79 v Fish vs. Chickens: Asserting St’át’imc Self-Determination and Resisting the Colonial Narrative .................................................................................................................................... 96 A Small Measure of Justice, A Small Measure of Co-Governance: St’át’imc Historiography, Increasing Authority and Improving Relationships ................................................................. 102 Chapter 6 – Holistic Perspectives on Past, Improving Relationships in the Present and Visions for a Shared Future – A Conclusion ........................................................................... 115 Inspirations, Justifications, (Self-)Entitlement and Impetus for Research ............................... 117 Re-Building the Canoe: Reflections on Ethical Research as Sharing ..................................... 118 Bibliography ............................................................................................................................... 121 Appendix 1: Declaration of the Lillooet Tribe ......................................................................... 134 Appendix 2: St‟át‟imc cultural activities, ancestral teachings, learning to live off the land, working together and sharing: My role as a SCC Youth Worker July 12th-18th 2011 ...... 136 Appendix 3: Interview Excerpt Chief Art Adolph Xaxli‟p (Fountain), September 2011 .... 138 vi List of Figures Figure 1: View from Tsal‘álh's Mission Mountain onto Seton Portage, Seton and Anderson Lake and BC Hydro's powerhouses .......................................................................................................... 1 Figure 2: St'át'imc Territory Map, incl. boundary markers as determined through the Nxekmenlhkálha lti tmícwa St‘át‘imc Preliminary Land Use Plan 2004. Image by Wonders (2008) ............................................................................................................................................... 5 Figure 3: Map of St‘át‘imc Territory as captured in the Relations Agreement of the 2011 Hydro Agreement (St‘át‘imc (PC) Settlement Agreement, [2010]. Draft.) ................................................ 9 Figure 4: 2011 St‘át‘imc Gathering Images including 'descendant lists' for people to add their names if related to the signatory Chiefs of the Declaration of the Lillooet Tribe 1911; 100 gathered drums; Declaration wall hanging. Photographs taken by Sarah Moritz .......................... 19 Figure 5: 2011 St‘át‘imc Gathering Poster. Text includes: The Declaration
Recommended publications
  • Aesthetic Impact Informational Services, LLC Remote Viewing
    Aesthetic Impact Informational Services, LLC Remote Viewing Educational Example Remote Viewing Target 130703 Long Freight Train – Canadian Pacific Railway, Seton Lake, British Columbia Coordinates: 130703 Blind Tasking: The target is a location. Describe the location. Online Discussion: https://www.youtube.com/watch?v=pHplxCMHmJc CRV Session Sketches, Summary & Topology Information contributed by Ronald Kuhn, Ohio, USA ----------- Seton Lake is a freshwater fjord draining east via the Seton River into the Fraser River at the town of Lillooet, British Columbia, about 22 km long and 243 m in elevation and 26.2 square kilometres in area.[1] Its depth is 1500 feet. The lake is natural in origin but was raised slightly as part of the Bridge River Power Project, the two main powerhouses of which are on the north shore of the upper end of the lake near Shalalth. At the uppermost end of the lake is the community of Seton Portage and the 1 mouth of the short Seton Portage River, which connects Anderson Lake on the farther side of the Portage to Seton Lake. Retrieved Mar. 1, 2015. http://en.wikipedia.org/wiki/Seton_Lake Image courtesy of Larry Bourne Sketch courtesy of Ronald Kuhn, CRV Intermediate Level Student The Bridge River hydroelectric complex consists of three dams and stores water for four generating stations. The system uses Bridge River water three times in succession to generate 492 megawatts, or 6 to 8 per cent of British Columbia's electrical supply. Hydroelectric development of the system began in 1927 and was completed in 1960. Its waters (Downton Reservoir) initially pass through the Lajoie Dam and powerhouse and are then diverted through tunnels and penstocks from Carpenter Reservoir to the two powerhouses on Seton Lake Reservoir.
    [Show full text]
  • BC Hydro> Water Licence Requirements> Annual Report
    Bridge River Water Use Plan Monitoring Program and Physical Works Annual Report: 2018 Implementation Period: February 2017 to January 2018 BRGMON-1 Lower Bridge River Aquatic Monitoring BRGMON-2 Carpenter Reservoir Riparian Vegetation Monitoring BRGMON-3 Lower Bridge River Adult Salmon and Steelhead Enumeration BRGMON-4 Carpenter Reservoir and Middle Bridge Fish Habitat and Population Monitoring BRGMON-5 Downton Reservoir Riparian Vegetation Monitoring BRGMON-6 Seton Lake Aquatic Productivity Monitoring BRGMON-7 Downton Reservoir Fish Habitat and Population Monitoring BRGMON-8 Seton Lake Resident Fish Habitat and Population Monitoring BRGMON-9 Seton River Habitat and Fish Monitoring BRGMON-10 Carpenter Reservoir Productivity Model Validation and Refinement BRGMON-11 Lower Bridge River Riparian Vegetation Monitoring BRGMON-12 Bridge-Seton Metals and Contaminant Monitoring Program BRGMON-13 Seton Sockeye Salmon Smolts Monitoring Program BRGMON-14 Effectiveness of Cayoosh Flow Dilution, Dam Operation, and Fishway Passage on Delay and Survival of Upstream Migration of Salmon in the Seton-Anderson Watershed BRGMON-15 Seton Lake Erosion Mitigation Program BRGMON-16 Lower Bridge River Spiritual and Cultural Value Monitoring BRGWORKS-1 Carpenter Revegetation BRGWORKS-2 Seton Lake Erosion For Water Licences FWL 126279, 126278, 126280, 126281, 126286, 126287, 126288, 126282, 126283, 12680, 126250 and 126259. February 28, 2018 Bridge River Project Water Use Plan Monitoring Programs and Physical Works Annual Report: 2018 BC Hydro Bridge River Project Water Use Plan Monitoring Programs and Physical Works Annual Report: 2018 1 Introduction This document represents a summary of the status and the results of the Bridge River Water Use Plan (WUP) monitoring programs and physical works to January 31, 2018, as per the Bridge River Order under the Water Act, dated March 30, 2011.
    [Show full text]
  • Species of Interest Action Plan Final Draft
    FOR REFERENCE ONLY Version from 2011 now archived Updated 2017 version of Coastal Region Action Plans available at: fwcp.ca/region/coastal-region/ SPECIES OF INTEREST ACTION PLAN FINAL DRAFT Table of Contents 1 Introduction .............................................................................................................. 2 2 Overview context ...................................................................................................... 5 2.1 Impacts and Threats .......................................................................................... 6 2.2 limiting factors .................................................................................................. 11 2.3 Trends and Knowledge Status ......................................................................... 12 Species .................................................................................................................. 12 Knowledge Gaps .................................................................................................... 18 3 Action Plan Objectives, Measures and Targets...................................................... 19 3.1 Objective Setting .............................................................................................. 19 3.2 Objectives, Measures and Targets ................................................................... 20 4 Action Plan ................................................................................................use............. 22 4.1 Overview of Plan .............................................................................................
    [Show full text]
  • VH FINAL REPORT 2014 at 10 MAR 2016 6PM 40.3Mb Original
    Seton River Corridor Conservation and Restoration Project – Phase 3 FINAL REPORT 2014-15 Project No: FWCP 14.W.SON.01 PSF CSP14S025 2014AFSAR2402 Prepared for: Sekw’el’was and T’it’qet Communities Prepared by: Splitrock Environmental Kim North and Odin Scholz Box 798 Lillooet BC V0K 1V0 Date: 02 November 2015 Prepared with the financial support of Splitrock Environmental Sekw’el’was Seton Corridor Report 2014 EXECUTIVE SUMMARY The Seton River Corridor is located within the traditional territories of the St’at’imc who have lived and worked in the region for thousands of years. The Seton River, which flows out of Seton Lake, is approximately 4.7 km long and joins the Fraser River just south of the town of Lillooet. The valley is bordered by steep mountain slopes in its upper reaches, opening up as it empties into the Fraser River. The Seton River, and the land within the corridor, have been directly impacted by the Bridge/Seton hydroelectric system, as well as transportation, forestry, urban development and recreational activities. These impacts are quite extensive; however, the area still has significant fish and wildlife values. The intent of this project is to identify conservation, restoration and sustainable management areas within the Seton River Corridor, and develop wildlife corridors between high value habitats. The goal is to create a more diverse and healthy habitat for fish and wildlife, while taking into account all the human influences on the landscape. This project was conceived as a direct result of the restoration work being carried tou on the Powerhouse Foreshore Restoration Project.
    [Show full text]
  • Bridge River Water Use Plan Monitoring Program and Physical Works Annual Report: 2021 Implementation Period: February 2020 to January 2021
    Bridge River Water Use Plan Monitoring Program and Physical Works Annual Report: 2021 Implementation Period: February 2020 to January 2021 • BRGMON-1 Lower Bridge River Aquatic Monitoring • BRGMON-2 Carpenter Reservoir Riparian Vegetation Monitoring • BRGMON-3 Lower Bridge River Adult Salmon and Steelhead Enumeration • BRGMON-4 Carpenter Reservoir and Middle Bridge Fish Habitat and Population Monitoring • BRGMON-5 Downton Reservoir Riparian Vegetation Monitoring • BRGMON-6 Seton Lake Aquatic Productivity Monitoring • BRGMON-7 Downton Reservoir Fish Habitat and Population Monitoring • BRGMON-8 Seton Lake Resident Fish Habitat and Population Monitoring • BRGMON-9 Seton River Habitat and Fish Monitoring • BRGMON-10 Carpenter Reservoir Productivity Model Validation and Refinement • BRGMON-11A Lower Bridge River Riparian Vegetation Monitoring • BRGMON-11B Lower Bridge River Riverine Wildlife Monitoring • BRGMON-12 Bridge-Seton Metals and Contaminant Monitoring Program • BRGMON-13 Seton Sockeye Salmon Smolts Monitoring Program • BRGMON-14 Effectiveness of Cayoosh Flow Dilution, Dam Operation, and Fishway Passage on Delay and Survival of Upstream Migration of Salmon in the Seton-Anderson Watershed • BRGMON-15 Seton Lake Erosion Mitigation Program • BRGMON-16 Lower Bridge River Spiritual and Cultural Value Monitoring • BRGWORKS-1 Carpenter Revegetation • BRGWORKS-2 Seton Lake Erosion For Water Licences FWL 126279, 126278, 126280, 126281, 126286, 126287, 126288, 126282, 126283, 12680, 126250 and 126259. February 26, 2021 Bridge River Project Water Use Plan Monitoring Programs and Physical Works Annual Report: 2021 BC Hydro Bridge River Project Water Use Plan Monitoring Programs and Physical Works Annual Report: 2021 1 Introduction This document represents a summary of the status and the results of the Bridge River Water Use Plan (WUP) monitoring programs and physical works to January 31, 2021, as per the Bridge River Order under the Water Act, dated March 30, 2011.
    [Show full text]
  • Monitoring Program and Physical Works– 2019 Annual
    Bridge River Water Use Plan Monitoring Program and Physical Works Annual Report: 2020 Implementation Period: February 2019 to January 2020 • BRGMON-1 Lower Bridge River Aquatic Monitoring • BRGMON-2 Carpenter Reservoir Riparian Vegetation Monitoring • BRGMON-3 Lower Bridge River Adult Salmon and Steelhead Enumeration • BRGMON-4 Carpenter Reservoir and Middle Bridge Fish Habitat and Population Monitoring • BRGMON-5 Downton Reservoir Riparian Vegetation Monitoring • BRGMON-6 Seton Lake Aquatic Productivity Monitoring • BRGMON-7 Downton Reservoir Fish Habitat and Population Monitoring • BRGMON-8 Seton Lake Resident Fish Habitat and Population Monitoring • BRGMON-9 Seton River Habitat and Fish Monitoring • BRGMON-10 Carpenter Reservoir Productivity Model Validation and Refinement • BRGMON-11A Lower Bridge River Riparian Vegetation Monitoring • BRGMON-11B Lower Bridge River Riverine Wildlife Monitoring • BRGMON-12 Bridge-Seton Metals and Contaminant Monitoring Program • BRGMON-13 Seton Sockeye Salmon Smolts Monitoring Program • BRGMON-14 Effectiveness of Cayoosh Flow Dilution, Dam Operation, and Fishway Passage on Delay and Survival of Upstream Migration of Salmon in the Seton-Anderson Watershed • BRGMON-15 Seton Lake Erosion Mitigation Program • BRGMON-16 Lower Bridge River Spiritual and Cultural Value Monitoring • BRGWORKS-1 Carpenter Revegetation • BRGWORKS-2 Seton Lake Erosion For Water Licences FWL 126279, 126278, 126280, 126281, 126286, 126287, 126288, 126282, 126283, 12680, 126250 and 126259. February 28, 2020 Bridge River Project Water Use Plan Monitoring Programs and Physical Works Annual Report: 2020 BC Hydro Bridge River Project Water Use Plan Monitoring Programs and Physical Works Annual Report: 2020 1 Introduction This document represents a summary of the status and the results of the Bridge River Water Use Plan (WUP) monitoring programs and physical works to January 31, 2020, as per the Bridge River Order under the Water Act, dated March 30, 2011.
    [Show full text]
  • Fishway Passage, Water Diversion and Warming Temperatures: Factors Limiting Successful Spawning Migration of Seton-Anderson Watershed Sockeye Salmon
    Fishway passage, water diversion and warming temperatures: Factors limiting successful spawning migration of Seton-Anderson watershed sockeye salmon. Final Report for the Bridge Coastal Restoration Program, Project 07.BRG01 Prepared by: David W. Roscoe and Scott G. Hinch Pacific Salmon Ecology and Conservation Laboratory Centre for Applied Conservation Research Faculty of Forestry, University of British Columbia 2424 Main Mall Vancouver, BC V6T 1Z4 Submitted 22 July, 2008 Prepared with funding from the BC Hydro Bridge Coastal Fish and Wildlife Restoration Program Executive summary • Adults from two populations of sockeye salmon return to the Seton-Anderson watershed to reproduce. They must pass a powerhouse outflow, a dam and a fishway en route to spawning areas. Previous research suggests that mortality may be relatively high in this section of the migration route. These populations have shown significant decline in spawning abundance in recent years and are being considered for listing as threatened or endangered by the IUCN. • The objectives of our 2007 research were to quantify mortality along the migratory route in the Seton-Anderson watershed, evaluate fishway passage efficiency, assess the impact of the fishway on migration success and identify needs for management experiments and future research. • We used telemetry to track migrations and determine fish fate, and related the results to environmental conditions encountered (e.g. discharge, temperatures) and physiological condition (stress or maturation levels measured from non-lethal biopsy). Eighty-seven Gates Creek sockeye salmon were captured by dip net from the Seton Dam Fishway, non-lethally biopsied, tagged with a telemetry transmitter and released either upstream or downstream of the dam.
    [Show full text]
  • BRGMON-14 | Effectiveness of Cayoosh Flow Dilution, Dam
    Bridge River Project Water Use Plan Effectiveness of Cayoosh Flow Dilution, Dam Operation, and Fishway Passage on Delay and Survival of Upstream Migration of Salmon in the Seton-Anderson Watershed Implementation Year 4 Reference: BRGMON-14 2015 Data Report Study Period: 2015 0BUniversity of British Columbia Instream Fisheries Research Casselman, M.T., Burnett, N.J., Bett, N.N., Middleton, C.T., Martins, E.G., Braun, D.C., McCubbing, D., and Hinch, S.G. 2016. BRGMON-14 Effectiveness of Cayoosh Flow Dilution, Dam Operation, and Fishway Passage on Delay and Survival of Upstream Migration of Salmon in the Seton-Anderson Watershed. Annual Report – 2015. Report prepared for St’át’imc Government Services and BC Hydro. The University of British Columbia, Vancouver, BC. 66 p. + 2 Apps. March 2016 March 2016 BRGMON-14 Effectiveness of Cayoosh Flow Dilution, Dam Operation, and Fishway Passage on Delay and Survival of Upstream Migration of Salmon in the Seton-Anderson Watershed Annual Report - 2015 Prepared for: St’át’imc Eco-Resources Ltd. BC Hydro 10 Scotchman Rd, PO Box 2218 6911 Southpoint Drive Lillooet, BC V0K 1V0 Burnaby, BC V3N 4X8 BRGMON-14: Adult Fish Passage Monitoring Program 2015 Suggested Citation: Casselman, M.T., C.T. Middleton, V. Minke-Martin, S.M. Drenner, N.N. Bett, N.J. Burnett, D.C. Braun and Hinch, S.G. 2016. BRGMON-14 Effectiveness of Cayoosh Flow Dilution, Dam Operation, and Fishway Passage on Delay and Survival of Upstream Migration of Salmon in the Seton-Anderson Watershed. Annual Report – 2015. Report prepared for St’át’imc Eco-Resources Ltd. and BC Hydro.
    [Show full text]
  • I Llmnological CHANGES in SETON LAKE RESULTING FROM
    I IN'l.' 331 418 '--- I - --- .. " , REPORT LlMNOLOGICAL CHANGES IN SETON LAKE RESULTING FROM HYDROELECTRIC DIVERSIONS By G. H. GEEN and F. J • ANDREW I'-, COMMISSIONERS SENATOR THOMAS REID ARNIE J. SUOMEI:.A A. J. WHITMORE MILO MOORE W. R. HO!URSTON DeWITT GILBERT ___ ,l'Il!;W)v)!:I:I~~_!:\(~Il1Jt,:S. C. -> .-.- -' ---_- clXl-i;A::D?\.;.):', >':' ; .._,;~196:('·"; SH 349 1:5 ! l?7 \ no.S C!.2 RA INTERNATIONAL PACIFIC SALMON . \8 A}_ FISHERIES COMMISSION \.- VANCOUVER, 8. C. Appointed under a Convention Between Canada and the United States for the Protection, Preservation and Extension of the Sockeye Salmon Fisheries in the Fraser River System PROGRESS REPORT NO.8 " LIMNOLOGICAL CHANGES IN SETON LAKE RESULTING FROM HYDROELECTRIC DIVERSIONS by G.H. Geen and F.J. Andrew COMMISSIONERS Senato~ Thomas Reid Arnie J. Suomela A. J. Whitmore Milo Moore W. R. Hourston DeWitt Gilbert DIRECTOR OF INVESTIGATIONS Loyd A. Royal New Westminster, B.C. Canada 1961 ABSTRACT Limnological changes occurring in Seton Lake and Seton Creek as a result of hydroelectric diversions from Bringe River and Cayoosh Creek into Seton Lake were investigated to provide information that would be of value in assessing effects of other proposed diversions in the Fraser River system. The changes included reduced temperatures and dissolved mineral content and increased turbidity and flushing rate. Plankton production appoared to be greatly reduced, primarily because of a pronounced increase in turbidity. TABLE OF CONTENTS PAGE INTRODUCTION ". ~ . ~ 4 ..... 0 ......... II ...... C " " " ~ • 0 ...... ~ 0 ............ 0 a .. • .. .. .. 1 DESCRIPl'ION OF THE STUDY AREA ........................ 41 •••••••• 2 HISTORY OF SOCKEYE RUNS ••• f •••••• ~ •••••• O •••• " •••••• O •••••••• 5 Mm'HODS ........
    [Show full text]
  • Implementation Plan for the St'át'imc Government Services Fisheries
    Implementation Plan for the St’át’imc Government Services Fisheries Program: 2013 – 2017 “Fish have always been a staple sustenance to the St’át’imc, providing food throughout the year. Historically, fish have been a source of trade. We chose this land because of its rich abundance of fish.” ~ Larry Casper, Tsal’álh Implementation Plan for the St’át’imc Government Services Fisheries Program: 2013 - 2017 November, 2012 St’át’imc Government Services 650 Industrial Place, PO Box 2218 Lillooet, BC V0K 1V0 www.statimc.ca i SGS Fisheries Implementation Plan: 2013-2017 Summary This fisheries plan was prepared by St’át’imc Government Services (SGS) to guide program activities over the period 2013 - 2017. It contains a set of policies, a management framework and describes an integrated set of 13 projects focussed on migrating salmon passing upstream and fish populations originating in the Territory. The plan focuses on the provision of technical services in support of community and Nation fisheries and seeks to combine scientific and traditional approaches. Priority activities that will be carried out annually over the 5-year planning period include: Application of St’át’imc Knowledge for Fisheries Management; Capacity Building and Career Development; Collaborative Management with DFO; and WUP Monitoring Program (St’át’imc Eco Resources). Funding proposals, to be prepared jointly with communities, will be submitted to external agencies to expand the scope of the program. A SGS fisheries report will be prepared in March 2014 and annually thereafter and community forums will be scheduled to review annual progress and to present future planned activities.
    [Show full text]
  • BC Hydro Dam Safety Quarterly Report
    Discussion/Information Board briefing – DAM SAFETY QUARTERLY REPORT Executive Summary The purpose of this report is to update the Capital Projects Committee of the Board of Directors on key dam risk management activities during the period from April 1, 2017 to June 30, 2017, and to provide reasonable assurance that the safety of dams operated by BC Hydro continues to be managed to the established guidelines and criteria of the Dam Safety program. The Dam Safety Program has been carried out consistent with its stated objectives throughout the reporting period. The overall Dam Safety risk profile is shown in Figure 1. There has been an overall decrease in the risk profile this quarter, as issues additional to those accounted for last quarter, have now been addressed via completion of the Ladore Dam seismic stability assessment. Quarterly Featured Damsite – Seton Dam Seton Dam is a High consequence dam located just south of Lillooet and impounds Seton Lake. See Figure 1 on Page 13 for a summary of the Vulnerability Index for this site in relation to the overall BC Hydro dam portfolio. The Seton Project is the furthest downstream in the Bridge River hydroelectric system which also includes La Joie Dam, Terzaghi Dam and the Bridge River Generating Stations. Flow through the Bridge River Generating Stations exits into Seton Lake. The Seton Project came into service in 1956. The project consists of a concrete dam; power canal; forebay dam; penstock and powerhouse. Flow through the Seton Powerhouse discharges into the Fraser River downstream of Lillooet. Submitted by: Dam Safety Page 1 September-06-2017 Quarterly Meeting of the Capital Projects Committee and the Board of Directors Discussion/Information Board briefing – DAM SAFETY QUARTERLY REPORT Highway 99 Canal Intake Approach Channel Siphon Spillway Fishladder Radial Gated Earthfill Dyke Spillway Seton Dam Seton Dam The Seton Dam and Canal Intake are located at the end of an approach channel at the end of Seton Lake.
    [Show full text]
  • Monitoring Program and Physical Works– 2019 Annual
    Bridge River Water Use Plan Monitoring Program and Physical Works Annual Report: 2019 Implementation Period: February 2018 to January 2019 • BRGMON-1 Lower Bridge River Aquatic Monitoring • BRGMON-2 Carpenter Reservoir Riparian Vegetation Monitoring • BRGMON-3 Lower Bridge River Adult Salmon and Steelhead Enumeration • BRGMON-4 Carpenter Reservoir and Middle Bridge Fish Habitat and Population Monitoring • BRGMON-5 Downton Reservoir Riparian Vegetation Monitoring • BRGMON-6 Seton Lake Aquatic Productivity Monitoring • BRGMON-7 Downton Reservoir Fish Habitat and Population Monitoring • BRGMON-8 Seton Lake Resident Fish Habitat and Population Monitoring • BRGMON-9 Seton River Habitat and Fish Monitoring • BRGMON-10 Carpenter Reservoir Productivity Model Validation and Refinement • BRGMON-11A Lower Bridge River Riparian Vegetation Monitoring • BRGMON-11B Lower Bridge River Riverine Wildlife Monitoring • BRGMON-12 Bridge-Seton Metals and Contaminant Monitoring Program • BRGMON-13 Seton Sockeye Salmon Smolts Monitoring Program • BRGMON-14 Effectiveness of Cayoosh Flow Dilution, Dam Operation, and Fishway Passage on Delay and Survival of Upstream Migration of Salmon in the Seton-Anderson Watershed • BRGMON-15 Seton Lake Erosion Mitigation Program • BRGMON-16 Lower Bridge River Spiritual and Cultural Value Monitoring • BRGWORKS-1 Carpenter Revegetation • BRGWORKS-2 Seton Lake Erosion For Water Licences FWL 126279, 126278, 126280, 126281, 126286, 126287, 126288, 126282, 126283, 12680, 126250 and 126259. February 28, 2019 Bridge River Project Water Use Plan Monitoring Programs and Physical Works Annual Report: 2019 BC Hydro Bridge River Project Water Use Plan Monitoring Programs and Physical Works Annual Report: 2019 1 Introduction This document represents a summary of the status and the results of the Bridge River Water Use Plan (WUP) monitoring programs and physical works to January 31, 2019, as per the Bridge River Order under the Water Act, dated March 30, 2011.
    [Show full text]