DOCSLIB.ORG

14. Wright.Pptx

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text

Load more

Okanagan Sockeye Re-Introduction to Skaha Lake Monitoring Program Presented by: Howie Wright Future of our Salmon Conference March 2014 Revitalization of an Okanagan Fishery & the Salmon People Seven member band communities: 1. Osoyoos Indian Band 2. Penticton Indian Band 3. Westbank First Nation 4. Okanagan Indian Band 5. Upper Nicola Band 6. Lower Similkameen Band 7. Upper Similkameen Band And the Colville Confederated Tribes (USA) Salmon Integral to Okanagan Culture Background: Okanagan Sockeye • Okanagan sockeye ARROW LAKES populaon is one of two remaining viable Okanagan Columbia River stocks Wenatchee • Okanagan run makes up 70-90% of all Columbia river sockeye Columbia River sub-basins historically accessible to sockeye Columbia River sub-basins with present day viable 1200 km and 9 major dams sockeye populaons to get to spawning grounds on Okanagan River History • Commercial Salmon Fisheries U.S. (1870’s) • Historical decisions did not consider importance to Okanagan fisheries – Mainstem Columbia River Dams (1933) – Grand Coulee Dam blocks access to Upper Columbia (1938) – Grand Coulee Dam Fish Maintenance Project (1939-1943) – Columbia River Treaty (1961) – Okanagan River Channelizaon and salmon Access in Okanagan River restricted (McIntyre Dam -1915) Historical Range of Okanagan Sockeye Historical range extended into Okanagan Lake Dam at outlet of Okanagan Lake constructed in 1914 Skaha Dam (OK Falls) current migraon barrier + fish passage 2011-2013 McIntyre Dam constructed in 1921 (fish migraon barrier unBl 2009) Sockeye Reintro Program Overview • IniBated in 1997 • COBTWG (Canadian Okanagan Basin Technical Working Group) • Three-year risk assessment completed in 2003 • 12 Year ReintroducBon Program (2004-2016) into Skaha Lake • AdapBve management framework • Funded by Grant and Chelan County Public UBlity District (Columbia hydro miBgaon) • Stepwise approach prior to Okanagan Lake • Extensive Monitoring • Decision at end of program for fish passage into Skaha Program Overview: Key Questions Key questions include (not limited to): • What impacts will sockeye have on existing kokanee stocks? • What components of the food web and physical environment most strongly control the ? production of sockeye and kokanee? • What are the effects on the existing Osoyoos sockeye population? • Learn for Okanagan Lake Skaha Lake Pelagic Food Web Simplified... 1-3+ nerkids (SK and KO) Hatchery sockeye fry Kokanee fry Mysis ? Zooplankton Non-edible phytoplankton Edible phytoplankton How are Sockeye Reintroduced? • Eggs (400,000 - 2 million) taken from broodstock collected on spawning grounds near Oliver and raised to fry in hatchery • Fry released in PenBcton Channel (above Skaha Lake) the following spring Egg take site 2004, 2005, 2006, 2007, 2008 Broodstock Collection Area and Egg take site Collection, Transportation and Holding Egg Take Evening Release Two release strategies for 2008 BY 1. June 2, Midnight release 2. June 3, early evening Ceremonial Release Skaha In-Lake Sampling Each spring since 2005, between 400,000 and 1.7 million sockeye fry released into Skaha Lake. Intensive monitoring: • Water chemistry • Temperature • Oxygen • Phytoplankton • Zooplankton • Mysid shrimp • Fish (SK and KO) Results: Plankton & Chemistry Since the stocking of sockeye fry in 2005, there has been no obvious changes in Mysis, zooplankton, phytoplankton, or water chemistry in Skaha Lake. 250 Diaphanosoma Skaha zooplankton dw Daphnia -1 biomass 2005-11 gL 200 Bosmina µ Epischura 150 Diacyclops Leptodiaptomus 100 Nauplii Rotifer Zooplankton biomass 50 Lower biomass in 2011 due to 0 Feb Aug Feb Aug Feb Aug Feb Aug Feb Aug Feb Aug Feb Aug unusually high flushing rates Figure from McQueen 2012. Results:Age 0 Kokanee Survival Kokanee Survival Not determined by: • Zooplankton biomass (food) • Density of older kokanee (compeBtor or predator) • Sockeye stocking density (compeBtor) • Mysis biomass (compeBtor) • Number of adult KO spawners Possibly determined by: • River discharge and/or air temperature? Results: Growth of SK and KO Growth of juvenile Sockeye and Kokanee Juvenile sockeye and kokanee growth rates have been very stable, despite variaon in stocking density (ie. no evidence of density dependant growth). 12 Sockeye 2005 Sockeye 2006 10 Sockeye 2007 Sockeye 2008 8 Sockeye 2009 Sockeye 2010 Sockeye 2011 6 Age 0 kokanee 2005 Age 0 kokanee 2006 4 Age 0 kokanee 2007 Fish length (cm) Age 0 kokanee 2008 2 Age 0 kokanee 2009 Age 0 kokanee 2010 Age 0 kokanee 2011 0 Apr Jun Aug Oct Dec Jan Apr Jun McQueen 2012. Results: Bioenergetics Bioenergecs Based on inputs of body weights, water temp, and food found in gut, model es?mates the amount of food the fish/Mysis would have had to eat to grow as fast as it did grow in the field. • Invasive Mysis consume 2-3 Bmes as much zooplankton as all fish combined. • Less than 15% of daily prey producon is consumed by fish and Mysis together. • Even at highest fish densiBes, these rates are much too low to have any impact on prey biomass. Simplified... 1-3+ nerkids (SK and KO) Hatchery sockeye fry Kokanee fry ? Mysis Zooplankton Non-edible phytoplankton Edible phytoplankton Take Home Messages: Skaha In-lake Take Home Messages Studies 1)What impacts will sockeye have on exisBng kokanee stocks (growth and survival)? To date, no evidence of negave impacts. Lots of food for Mysis, sockeye, and kokanee! 2)What components of the food web and physical environment most strongly control the producBon of sockeye and kokanee? In Skaha Lake, Mysis is the main driver of the food web. Mysis harvest in 2012 will provide more insight. Summary of Program Results to Date • Results from monitoring impacts of sockeye reintroducBon are promising so far • Relavely good juvenile abundance, growth, and survival • Low impact to nave fishes (such as kokanee) • Increased understanding that Mysis shrimp are driving the foodwebs • Increased Okanagan River sockeye escapement in recent years (2012 highest on record), but many factors involved and we expect to see some smaller runs in the near future Future Direction • Construct & operate PenBcton hatchery for releasing up to 3.5 million sockeye fry and monitor fish-forage interacBons • Design and construct fish passage at Skaha Lake dam (fish passage by 2015) • Expand telemetry program (acousBc and PIT arrays) to monitor adult and juvenile behaviour • Specify long term biological goals • Recommend management acBons and re- establish Bmeframes and prioriBes for Okanagan Lake ReintroducBon – expert workshop end of April 2014 • Habitat Restoraon and improvement How are the sockeye run doing? 350,000 Reference period trend in Okanagan River sockeye salmon escapement Many Factors: 300,000 Wells • Stock augmentaon • Fish water mgmt tools AUCriver 250,000 • Fisheries management (ocean and Columbia 200,000 River) • Ceremonies 150,000 Experiment Begins • Habitat Restoraon… Escapement esmate 100,000 50,000 0 1967 1969 1971 1973 1975 1977 1979 1981 1983 1985 1987 1989 1991 1993 1995 1997 1999 2001 2003 2005 2007 2009 Return Year Where do all the sockeye come from ? 10000 1 - 2009 8000 2013 6000 4000 2005 2012 2006 2000 2007 2008 2010, Testalinden Creek Age 0 sockeye density ha density sockeye 0 Age dam failure & slide 0 0 50,000 100,000 150,000 AUC in the river previous fall Post FWMT deployment, more adult spawners clearly lead to more smolt production as per Hyatt & Rankin (1999) analysis of carrying capacity of river and lake habitats. However, density independent losses of eggs/fry do still occur e.g. spring 2010. Out of Basin monitoring Food fisheries/culture • Okanagan Falls Salmon feast • Salmon in diet • Revitalizing a fishery • Cultural ceremonies Starting to see benefits-economic and recreational fisheries 669 3 Adult GeneBcs Key QuesBons? Scaerplot depicBng results of the discriminant analysis of principal components of sampled populaons including 2003 Kokanee from Okanagan Channel (KO-OKC-2003), 2003 Kokanee from Skaha Lake (KO-SKA-2003); 2012 Kokanee from Skaha Lake (KO-SKA-2012), 2012 Sockeye from Skaha Lake (SK-SKA-2012), and 2012 Sockeye from Osoyoos Lake (SK-OSO-2012). Populaon GeneBcs Conclusions Key QuesBons? Osoyoos and Skaha SOCKEYE populaons are not geneBcally differenBated, conBnue to manage as an aggregate, •Skaha (PenBcton Channel) sockeye and kokanee indicang part introgression (~ 6%); more work needed to conclude if occurring more frequently in both kokanee and sockeye, Ho: incresaing in KO, less so for sockeye at this early stage. Recommend larger sample size for sockeye, and closer look at new hybrid program methodology, •Skaha populaon (thermal marks) indicate majority of donor stock from hatchery outplants (imprinBng to lake) in 2011, 2012; • Low straying rate of Skaha outplants to Index secBons of Okanagan River (Osoyoos; otoliths), or Wenatchee River (PIT Tags). Hatchery Key QuesBons? Hatchery Key QuesBons? Hatchery Key QuesBons? Stock Augmentaon: Broodstock 1800 1 Male 1600 0.9 Female 1400 0.8 pNOB 1200 0.7 0.6 1000 Brood PNI 0.5 Year 800 0.4 pNOB 2007 0.88 600 0.3 2008 0.94 400 0.2 2009 0.86 200 0.1 No. of Broodstock Collected 2010 0.92 0 0 2011 0.80 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 2012 TBD Disease & Fish Health 1.00 Prevelance of Disease (Adult Sockeye) 0.90 BKD CoDex (Hi,MeD, Low) Parvicapsulatesting 0.80 0.70 IHNV 0.60 BKD 0.50 Parvicapsula 0.40 0.30 0.20 0.10 0.00 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 2012 NOTE: Alevin and fry (hatchery) sampled each year as well – all negave. Lim Limp’t (Thank You) .
Recommended publications
  • 40625783.Pdf

    40625783.Pdf

    Canadian Science Advisory Secretariat Pacific Region Science Response 2017/031 REVIEW OF POTENTIAL IMPACTS ASSOCIATED WITH RECENT AND PROPOSED OKANAGAN SOCKEYE SALMON FRY INTRODUCTIONS TO SKAHA AND OKANAGAN LAKES Context The Columbia River Basin supports a Sockeye Salmon (Oncorhynchus nerka) aggregate that is composed of three Sockeye Salmon populations including: the Okanagan population from British Columbia (BC), Canada, the Wenatchee Lake population from Washington State, and a small population from Redfish Lake in Idaho that is listed under the United States Endangered Species Act (ESA). On average, the Okanagan population has accounted for greater than 80% of all Sockeye Salmon returning to the Columbia Basin in the most recent decade. Anadromous Sockeye Salmon and freshwater-resident kokanee are two ecotypes within Oncorhynchus nerka that occur frequently as sympatric paired populations sharing a common nursery (juvenile-rearing) lake. The closely related ecotypic pairs typically develop naturally, with the presence of Sockeye Salmon believed to give rise to the subsequent development of kokanee. Okanagan Lake currently provides no access to Sockeye Salmon but contains shore- and stream-spawning kokanee that display limited morphological and genetic differentiation and may constitute incipient ecotypes. Okanagan Lake has experienced extensive environmental perturbation over the past 100 years and the evolutionary trajectory of the kokanee ecotypes (stable, increasing or decreasing genetic differentiation) is not known. As part of a program to introduce Sockeye Salmon into Okanagan Lake, the Okanagan Nation Alliance (ONA) initiated introductions of hatchery-origin Sockeye Salmon to Skaha Lake as an initial, 12-year experiment to provide results to inform future introductions to Okanagan Lake.
  • Integrated Water Quality Monitoring Plan for the Shuswap Lakes, BC

    Integrated Water Quality Monitoring Plan for the Shuswap Lakes, BC

    Final Report November 7th 2010 Integrated Water Quality Monitoring Plan for the Shuswap Lakes, BC Prepared for the: Fraser Basin Council Kamloops, BC Integrated Water Quality Monitoring Plan for the Shuswap Lakes, BC Prepared for the: Fraser Basin Council Kamloops, BC Prepared by: Northwest Hydraulic Consultants Ltd. 30 Gostick Place North Vancouver, BC V7M 3G3 Final Report November 7th 2010 Project 35138 DISCLAIMER This document has been prepared by Northwest Hydraulic Consultants Ltd. in accordance with generally accepted engineering and geoscience practices and is intended for the exclusive use and benefit of the client for whom it was prepared and for the particular purpose for which it was prepared. No other warranty, expressed or implied, is made. Northwest Hydraulic Consultants Ltd. and its officers, directors, employees, and agents assume no responsibility for the reliance upon this document or any of its contents by any party other than the client for whom the document was prepared. The contents of this document are not to be relied upon or used, in whole or in part, by or for the benefit of others without specific written authorization from Northwest Hydraulic Consultants Ltd. and our client. Report prepared by: Ken I. Ashley, Ph.D., Senior Scientist Ken J. Hall, Ph.D. Associate Report reviewed by: Barry Chilibeck, P.Eng. Principal Engineer NHC. 2010. Integrated Water Quality Monitoring Plan for the Shuswap Lakes, BC. Prepared for the Fraser Basin Council. November 7thth, 2010. © copyright 2010 Shuswap Lake Integrated Water Quality Monitoring Plan i CREDITS AND ACKNOWLEDGEMENTS We would like to acknowledge to Mike Crowe (DFO, Kamloops), Ian McGregor (Ministry of Environment, Kamloops), Phil Hallinan (Fraser Basin Council, Kamloops) and Ray Nadeau (Shuswap Water Action Team Society) for supporting the development of the Shuswap Lakes water quality monitoring plan.
  • Late Prehistoric Cultural Horizons on the Canadian Plateau

    Late Prehistoric Cultural Horizons on the Canadian Plateau

    LATE PREHISTORIC CULTURAL HORIZONS ON THE CANADIAN PLATEAU Department of Archaeology Thomas H. Richards Simon Fraser University Michael K. Rousseau Publication Number 16 1987 Archaeology Press Simon Fraser University Burnaby, B.C. PUBLICATIONS COMMITTEE Roy L. Carlson (Chairman) Knut R. Fladmark Brian Hayden Philip M. Hobler Jack D. Nance Erie Nelson All rights reserved. No part of this publication may be reproduced or transmitted in any form or by any means, electronic or mechanical, including photocopying, recording or any information storage and retrieval system, without permission in writing from the publisher. ISBN 0-86491-077-0 PRINTED IN CANADA The Department of Archaeology publishes papers and monographs which relate to its teaching and research interests. Communications concerning publications should be directed to the Chairman of the Publications Committee. © Copyright 1987 Department of Archaeology Simon Fraser University Late Prehistoric Cultural Horizons on the Canadian Plateau by Thomas H. Richards and Michael K. Rousseau Department of Archaeology Simon Fraser University Publication Number 16 1987 Burnaby, British Columbia We respectfully dedicate this volume to the memory of CHARLES E. BORDEN (1905-1978) the father of British Columbia archaeology. 11 TABLE OF CONTENTS Page Acknowledgements.................................................................................................................................vii List of Figures.....................................................................................................................................iv
  • Slocan Lake 2007 - 2010

    Slocan Lake 2007 - 2010

    BC Lake Stewardship and Monitoring Program Slocan Lake 2007 - 2010 A partnership between the BC Lake Stewardship Society and the Ministry of Environment The Importance of Slocan Lake & its Watershed British Columbians want lakes to provide good water quality, quality of the water resource is largely determined by a water- aesthetics, and recreational opportunities. When these features shed’s capacity to buffer impacts and absorb pollution. are not apparent in our local lakes, people begin to wonder why. Concerns often include whether the water quality is getting Every component of a watershed (vegetation, soil, wildlife, etc.) worse, if the lake has been impacted by land development or has an important function in maintaining good water quality and a other human activities, and what conditions will result from more healthy aquatic environment. It is a common misconception that development within the watershed. detrimental land use practices will not impact water quality if they are kept away from the area immediately surrounding a water- The BC Lake Stewardship Society (BCLSS), in collaboration body. Poor land use practices in a watershed can eventually im- with the Ministry of Environment (MoE), has designed a pro- pact the water quality of the downstream environment. gram, entitled The BC Lake Stewardship and Monitoring Pro- gram, to address these concerns. Through regular water sample Human activities that impact water bodies range from small but collections, we can come to understand a lake's current water widespread and numerous non-point sources throughout the wa- quality, identify the preferred uses for a given lake, and monitor tershed to large point sources of concentrated pollution (e.g.
  • RG 42 - Marine Branch

    RG 42 - Marine Branch

    FINDING AID: 42-21 RECORD GROUP: RG 42 - Marine Branch SERIES: C-3 - Register of Wrecks and Casualties, Inland Waters DESCRIPTION: The finding aid is an incomplete list of Statement of Shipping Casualties Resulting in Total Loss. DATE: April 1998 LIST OF SHIPPING CASUALTIES RESULTING IN TOTAL LOSS IN BRITISH COLUMBIA COASTAL WATERS SINCE 1897 Port of Net Date Name of vessel Registry Register Nature of casualty O.N. Tonnage Place of casualty 18 9 7 Dec. - NAKUSP New Westminster, 831,83 Fire, B.C. Arrow Lake, B.C. 18 9 8 June ISKOOT Victoria, B.C. 356 Stranded, near Alaska July 1 MARQUIS OF DUFFERIN Vancouver, B.C. 629 Went to pieces while being towed, 4 miles off Carmanah Point, Vancouver Island, B.C. Sept.16 BARBARA BOSCOWITZ Victoria, B.C. 239 Stranded, Browning Island, Kitkatlah Inlet, B.C. Sept.27 PIONEER Victoria, B.C. 66 Missing, North Pacific Nov. 29 CITY OF AINSWORTH New Westminster, 193 Sprung a leak, B.C. Kootenay Lake, B.C. Nov. 29 STIRINE CHIEF Vancouver, B.C. Vessel parted her chains while being towed, Alaskan waters, North Pacific 18 9 9 Feb. 1 GREENWOOD Victoria, B.C. 89,77 Fire, laid up July 12 LOUISE Seaback, Wash. 167 Fire, Victoria Harbour, B.C. July 12 KATHLEEN Victoria, B.C. 590 Fire, Victoria Harbour, B.C. Sept.10 BON ACCORD New Westminster, 52 Fire, lying at wharf, B.C. New Westminster, B.C. Sept.10 GLADYS New Westminster, 211 Fire, lying at wharf, B.C. New Westminster, B.C. Sept.10 EDGAR New Westminster, 114 Fire, lying at wharf, B.C.
  • Dionisio Point Excavations

    Dionisio Point Excavations

    1HE• Publication of the Archaeological Society of Vol. 31 , No. I - 1999 Dionisio Point Excavations ARCHAEOLOGICAL SOCIETY OF &MIDDEN BRITISH COLUMBIA Published four times a year by the Archaeological Society of British Columbia Dedicated to the protection of archaeological resot:Jrces and the spread of archaeological knowledge. Editorial Committee Editor: Heather Myles (274-4294) President Field Editor: Richard Brolly (689-1678) Helmi Braches (462-8942) arcas@istar. ca [email protected] News Editor: Heather Myles Publications Editor: Robbin Chatan (215-1746) Membership [email protected] Sean Nugent (685-9592) Assistant Editors: Erin Strutt [email protected] erins@intergate. be.ca Fred Braches Annual membership includes I year's subscription to [email protected] The Midden and the ASBC newsletter, SocNotes. Production & Subscriptions: Fred Braches ( 462-8942) Membership Fees I SuBSCRIPTION is included with ASBC membership. Individual: $25 Family: $30 . Seniors/Students: $I 8 Non-members: $14.50 per year ($1 7.00 USA and overseas), Send cheque or money order payable to the ASBC to: payable in Canadian funds to the ASBC. Remit to: ASBC Memberships Midden Subscriptions, ASBC P.O. Box 520, Bentall Station P.O. Box 520, Bentall Station Vancouver BC V6C 2N3 Vancouver BC V6C 2N3 SuBMISSIONs: We welcome contributions on subjects germane ASBC on Internet to BC archaeology. Guidelines are available on request. Sub­ http://home.istar.ca/-glenchan/asbc/asbc.shtml missions and exchange publications should be directed to the appropriate editor at the ASBC address. Affiliated Chapters Copyright Nanaimo Contact: Rachael Sydenham Internet: http://www.geocities.com/rainforest/5433 Contents of The Midden are copyrighted by the ASBC.
  • Field Key to the Freshwater Fishes of British Columbia

    Field Key to the Freshwater Fishes of British Columbia

    FIELD KEY TO THE FRESHWATER FISHES OF BRITISH COLUMBIA J.D. McPhail and R. Carveth Fish Museum, Department of Zoology, University of British Columbia, 6270 University Blvd., Vancouver, B.C., Canada, V6T 1Z4 (604) 822-4803 Fax (604) 822-2416 © The Province of British Columbia Published by the Resources Inventory Committee Canadian Cataloguing in Publication Data McPhail, J. D. (John Donald) Field key to the freshwater, fishes of British Columbia Also available through the Internet. Previously issued: Field key to the freshwater fishes of British Columbia. Draft for 1994 field testing, 1994. Includes bibliographical references: p. ISBN 0-7726-3830-6 (Field guide) ISBN 0-7726-3844-6 (Computer file) 1. Freshwater fishes - British Columbia - Identification. I. Carveth, R. II. Resources Inventory Committee (Canada) III. Title. QL626.5.B7M36 1999 597.176'09711 C99-960109-1 Additional Copies of this publication can be purchased from: Government Publications Centre Phone: (250) 387-3309 or Toll free: 1 -800-663-6105 Fax: (250) 387-0388 www.publications.gov.bc.ca Digital Copies are available on the Internet at: http://www.for.gov. bc.ca/ric Text copyright © 1993 J.D. McPhail Illustrations copyright © 1993 D.L. McPhail All rights reserved. Design and layout by D.L. McPhail "Admitted that some degree of obscurity is inseparable from both theology and ichthyology, it is not inconsistent with profound respect for the professors of both sciences to observe that a great deal of it has been created by themselves." Sir Herbert Maxwell TABLE OF CONTENTS Introduction · i Region 1 - Vancouver Island 1 Region 2 - Fraser 27 Region 3 - Columbia 63 Region 4 - MacKenzie 89 Region 5 - Yukon 115 Region 6 - North Coast 127 Region 7 - Queen Charlotte Islands 151 Region 8 - Central Coast 167 Appendix 193 Acknowledgements .
  • RUN COURSE 42 KILOMETERS / 2 Loops PENTICTON, CANADA

    RUN COURSE 42 KILOMETERS / 2 Loops PENTICTON, CANADA

    NARRON RIDGE FOREST SERVICE RD SHEEP CREEK RD RUN COURSE 42 KILOMETERS / 2 LOOPs PENTICTON, CANADA 5 MUNSON'S MOUNTAIN l i PARK a r T SAGE MESA R V GOLF CLUB K OKANAGAN LAKE D R 97 H C N E B R E W O L 10 VANCOUVER PLACE OUVER AVE OKANAGAN VANC BEACH 25 M A W I VE N A ER NST S MI T BUR ST NABY WE AVE 40 QUEEN'S PARK ECKH AR E E DT A AV VE W RDT KHA KINGS EC PARK 20 NKWALA PARK PENTICTON GOLF AND COUNTRY CLUB MCLAREN PARK COLUMBIA PARK M A I N 35 S T PENTICTON REGIONAL HOSPITAL LEGEND TRANSITION AREA/RUN START FINISH LINE ST 1 SECTION KILOMETER MARKERS CHERRY LANE 1 SHOPPING CENTRE 1 1ST LOOP KILOMETER MARKERS 2 2ND LOOP KILOMETER MARKERS 30 PERSONAL NEEDS . d r WATER/AID STATION PENTICTON e REGIONAL AIRPORT 97 k a l REDBULL STATION a h a k U-TURN s 15 SECTION DONE ONCE SECTION DONE TWICE ND 2 LOOP TO FINISH ND BEGIN 2 LOOP COPYRIGHT © WORLD TRIATHLON CORPORATION. ALL RIGHTS RESERVED. RUN COURSE 42 KILOMETERS / 2 LOOPs PENTICTON, CANADA TURN BY TURN DIRECTIONS • Exit Transition and head left/east onto Lakeshore Drive towards Front St • Turn left onto Front St • Turn right (east) onto Vancouver Ave at the roundabout • Slight left onto Vancouver Place to access the Kettle Valley Trail (KVR) • Follow the KVR to Naramata Road appox 3.5km (turnaround point) • Return on KVR to Vancouver Pl • Turn right (west) onto Vancouver Ave • Turn right at the Museum to access the bridge to Okanagan Lake Park (this completes the out-and-back section of the coursethat you will only do once) • Run around the perimeter of Okanagan Lake Park onto Lakeshore Dr
  • Technical Report for Skaha Bench Sub-GI

    Technical Report for Skaha Bench Sub-GI

    Skaha Bench Sub- Geographic Indication July 2018 Technical Description and Geographic Extent Documentation in support of a formal application to the BC Wine Authority for the creation of a new sub-GI named Skaha Bench. Scott Smith, Eterrna Consulting Pat Bowen, Summerland Research and Development Centre, Agriculture and Agri-Food Canada Skaha Bench Sub-Geographic Indication Page 1 Skaha Bench Sub-Geographic Indication Skaha Bench Sub-Geographic Indication TECHNICAL DESCRIPTIO N AND GEOGRAPHIC EXT ENT EXECUTIVE SUMMARY The proposed sub-Geographic Indication (sub-GI) is located along the east side of Skaha Lake spanning a total length of approximately 10 km in a north south direction and an area of just under 365 ha. As of 2016, the delineated area contained approximately 75 ha of vineyards, split evenly between the northern and southern portions of the sub-GI. The delineation also encompasses areas of rock outcrop, a large residential area (Heritage Hills estates) and significant areas of orchard lands. The proposed sub-GI is composed of a single landscape element – the Late Pleistocene aged glaciolacustrine terrace (bench). The origin of the glaciolacustrine terrace and the nature of its surface relate to the period at the end of the last ice age during deglaciation when the temporary Glacial Lake Penticton existed some 12,000 to 10,000 years ago on the floor of the Okanagan valley including the area currently along the east side of Skaha Lake. The unconsolidated materials that underlie the terrace are for the most part comprised of silt and fine sand and without significant stone content. The soils that form on these sediments are very favourable for wine grape production.
  • Slocan Lake Foreshore Fish & Wildlife

    Slocan Lake Foreshore Fish & Wildlife

    SLOCAN LAKE FORESHORE FISH & WILDLIFE HABITAT ASSESSMENT INCLUDING FORESHORE INVENTORY AND MAPPING (FIM) AQUATIC HABITAT INDEX (AHI) Prepared for: SLOCAN LAKE STEWARDSHIP SOCIETY PO Box 322, New Denver, BC V0G 2S0 Prepared by: GALENA ENVIRONMENTAL Ltd 8075 Upper Galena Farm Rd, Silverton, BC V0G 2B0 May 2011/File No. 09-31 Slocan Lake Foreshore Fish and Wildlife Habitat Assessment, FIM & AHI EXECUTIVE SUMMARY Responding to concerns about water quality in Slocan Lake and the potential increase in the use of the lake, local residents formed the Slocan Lake Stewardship Society (SLSS) in June 2006. Expanding development pressures in the Slocan Lake area and increasing use of the foreshore areas provided the impetus to develop a strategy that will serve to direct lake and foreshore use in a manner which would respect community values and protect the existing ecosystem. One of the goals of the Society is to lead the development of a set of community-driven guidelines, in accordance with Regional, Provincial and Federal policies and regulations. These guidelines would serve to direct land and water use in and around the lake and to achieve a uniform standard for the activities of developers, local governments, the tourism industry and local residents. To serve as a basis for the development of future land-use guidelines, the SLSS undertook to complete a study of the present state of Slocan Lake. The present report documents the results of three components of that study: a Fish and Wildlife Habitat Assessment, a Foreshore Inventory and Mapping (FIM), and an Aquatic Habitat Index (AHI). In 2007, staff from Fisheries and Oceans Canada, Nelson, carried out an Overview Foreshore Inventory and Mapping of the Slocan Lake shoreline (Arnett 2009).
  • 396 BC Hydro Independent Power Producers (IPP) Supply Map (Bates No

    396 BC Hydro Independent Power Producers (IPP) Supply Map (Bates No

    DOCKETED Docket 16-RPS-02 Number: Project Title: Appeal by Los Angeles Department of Water & Power re Renewables Portfolio Standard Certification Eligibility TN #: 213752 Document Title: 396 BC Hydro Independent Power Producers (IPP) Supply Map (Bates No. LA002914) Description: Map Filer: Pjoy Chua Organization: LADWP Submitter Role: Applicant Submission 9/21/2016 4:05:12 PM Date: Docketed Date: 9/21/2016 i n i h s n r e e v h i s R t Kelsall a L T TAGISH Kelsall G la R LAKE d YUKON y Alsek s TESL IN Taku Gladys S wi Arm Lake ft R Hall L S urprise R L LAKE Fantail L eria ATLIN h N W T c n a R Atlin R Crow R LAATL ittle KE L R R Maxhamish L Petitot R ladys R G River O 88 J ' enn D lue o l B Thinahtea nne ings L LIARDmith River S Grayling River R Sahd River T e Tsea Sloko R s oanah A l R i sh Cr Red Thetlaandoa Sloko n L R y ina k R a C N Rabbit RIVER o se Cr t lundeber t R G wood R o ea apid n D T Cr Cr uya w FORT Kwokullie o I L o Dead L d R n R R k R l i n NELS h ile N a l River M i n Meek Taku Kotcho R iver L ON Saht Lake Net D R udi R our M uncho iver F R R son dontu aneh Lake River ahine Kechika utl agle S E Cry L Kledo S R Kotcho Dall Cr he Dease T urn Toad Cr FORT NELSON IPP SUPPLY again slay T R River uya R acing R Lake iver WSP 1L357 RIVE KLC Cr R FNG Kyklo Hay K utcho FNC R DLK B wa eat R Denetiah R R TO 86 R 1L359 ty L G ataga ALBERTA Musk Elleh LEGEND illa Cr R Cr anz Cr Cheves T R R iver R Prophet an R lt R EXISTING ah R Fontas River T IPPs with BC Hydro contracts (Total Number 131) ALBERTA O/HEAD OTHER R CABLE ucho rog T F w UTILITIES ide RI r o K 500 kV No.
  • Preliminary Report N0.18 (Subject to Revision)

    Preliminary Report N0.18 (Subject to Revision)

    PRELIMINARY REPORT N0.18 (SUBJECT TO REVISION) The Limnogeology of the Okanagan Mainstem Lakes PREPARED FOR THE OKANAGAN STUDY COMMITTEE CANADA - BRITISH COLUMBIA OKANAGAN BASIN AGREEMENT TASK 121 The Limnogeology of the Okanagan Mainstem Lakes by Brian E. St. John NOTICE This report was prepared for the Okanagan Study Committee under the terms of the Canada-British Columbia Okanagan Basin Agreement. The Inform- ation contained in this report is preliminary and subject to revision. The Study Committee does not necessarily concur with opinions ex- ed in the report Office of the Study Director Published Box 458, Penticton, B.C. January, 1973 CONTENTS Chapter Page SUMMARY, CONCLUSIONS, AND RECOMMENDATIONS vi I INTRODUCTION 1 Introduction 1 Scope of the present study 1 Previous work in the Okanagan Valley 2 Geology of the Okanagan Valley 2 Limnogeology of the Okanagan Lakes 3 Field activities of the present study 3 Laboratory methods of the present study 4 II GEOLOGY OF THE OKANAGAN VALLEY 6 Pre-Pleistocene geology 6 Economic geology 8 Pleistocene geology and history 9 Recent geology and history 11 III THE OKANAGAN MAINSTEM LAKES 13 Physiography 13 Wood Lake 13 Kalamalka Lake 13 Okanagan Lake 13 Skaha Lake 14 Osoyoos Lake 14 Sediment distribution and mineralogy 15 Wood Lake 15 Kalamalka Lake 15 Okanagan Lake 16 Skaha Lake 17 Osoyoos Lake 20 Rates of sedimentation 20 IV SEDIMENTARY GEOCHEMISTRY OF THE OKANAGAN MAINSTEM LAKES 22 Introduction 22 Major elements 22 Wood Lake 22 Kalamalka Lake 24 Okanagan Lake 24 Skaha Lake 25 Osoyoos Lake 26 Chapter Page Carbon 26 Wood Lake 27 Kalamalka Lake 27 Okanagan Lake 28 Skaha Lake 29 Osoyoos Lake 30 Summary 30 Phosphorus 31 Trace elements 34 Mercury 34 REFERENCES 39 APPENDICES APPENDIX I: Sample Station Depths, Sample Colour, % Gravel-Sand-Silt-Clay.