Management Plan for Roosevelt Elk in British Columbia
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Department Of· Fisheries of Canada Vancouver, B. C
DEPARTMENT OF· FISHERIES OF CANADA VANCOUVER, B. C. 1968 This booklet lists the names and shows the locat·ions of all main stem salmon spawning streams in British Columbia, exclusive of those streams draining through Southeastern Alaska. Not all tributary streams have been included in the listing. I I This material represents a portion of the information being . ' collected for the preparation of an inventory of salmon bearing streams in the Pacific Region. PREPARED BY RESOURCE DEVELOPMENT BRANCH IN COLLABORATION ·WITH CONSERVATION & PROTECTION BRANCH Edited by C. E. Walker DEPARTMENT OF FISHERIES OF CANADA PACIFIC AREA MAP SHOWING PROTECTION DISTRICTS AND STATISTICAL ,l\.REAS '- ·-" " . ~--L~-t--?.>~1> ,j '\ "·, -;:.~ '-, ~ .., -" '.) \ 'Uppe_r Arrow Loire \ ) \ ' ('ZC:t;I ;-Koafenoy ;:Lower (!~ LoJ<e Cranb~~"\ \Arrow ',\ ·• ·~ ·\. 1 i 1.AP NU. P. DIS1 • STA'rI3TICAL lAREAS LOCA'rION ..... ··-· ..... -~ ...... ... ~- ............... .. - . ................. ~ .. - ····-·~ --· ·---' --~ .. -'•··--·--·---- .. ·--""'· .. ..._..-~ ...-- ....... ..~---·-··-.-·- ... ---·· l 1 Sub-~District Cari boo ') 1 Sub-District Prince GeorGe ') .) 1 3ub-·-DJ.strict Kamloops.--Lj_llooet· 2 ~issioti-Harrison: Chilli.'wa ck--HoyJe Lower Fraser River ~~ 28 & 29 Howe Sound: New Jestminster 6 3 17, 18, 19 & 20 Nanaimo, Duncan, Victoria c.: 'Port San Juan 7 3 l~· Comox 8 3 15 Toba Inlet (~estview) () ,/ 3 16 Pender Harbour 10 Li- 22 & 23 Nitinat & Barkley Sound 11 Li- 24 Clayoquot Sound 12 l+ 25 Nootka Sound 13 l+ 26 Kyuquot Sound 14 5 J.l Seymour - Belize 15 5 12 Alert Bay (Broughton) 16 5 12 Alert Bay (Knight Inlet) , 1 ..... 17 5 --J Campbell River .., () ..L ~) 5 27 Quatsino Sound 6 9 &·10 Rivers Inlet & Smith Inlet ,..., ,.. 20 ( 0 Butedale (Fraser I\each) 21 '7 6 Butedale (Ki tima t Ar::.1) ') ') l.-t·- '7 7 Bella Bella r'"J ( 8 Bella Coola 8 3 Nass .. -
REGION 1 REGION 2 Hunting in BC Parks Only the Parks, Conservancies, Protected Areas and Recreation Areas Listed Below Are Open
Hunting in BC Parks Only the Parks, conservancies, protected areas and recreation areas listed below are open to hunting during the specified time periods. Maps noted in the following list are published in the Hunting and Trapping Synopsis and at the end of this list. Individuals visiting BC Parks, either a Park, Conservancy, Recreation Area or Protected Area should be aware that the Park Act and its regulations apply, as do the hunting regulations. Visit www.bcparks.ca for more information on other activities allowed or prohibited in specific parks. REGION 1 w 4In keeping with Section 29 of the Park, Conservancy and Recreation Ug iwey/Cape Caution - Blunden Bay Conservancy Area Regulation, the following Parks and Recreation Areas are only open . .(MU 1-14, 5-7) to the discharge of firearms, bows and crossbows during a lawful game Vargas Island Park . (MU 1-8) hunting season: Wahkash Point Conservancy . .(MU 1-15) White Ridge Park . (MU 1-9) Atna River Park . (MU 1-14) Woss Lake Park . (MU 1-11) Bear Island Conservancy. (MU 1-14) Yorke Island Conservancy . (MU 1-15) Bella Coola Estuary Conservancy . (MU 1-14) ✚ Bligh Island Marine Park . (MU 1-12) Waterfowl includes ducks, coots, common snipe, snow geese, Ross’s geese Bodega Ridge Park. (MU 1-1) Canada geese and cackling geese. Brooks Peninsula Park . (MU 1-12) Burnt Bridge Creek Conservancy . (MU 1-14) REGION 2 Cape Scott Park (waterfowl only)✚ the area east of Dakota Creek is open to all hunting . (MU 1-13) In keeping with Section 29 of the Park, Conservancy and Recreation Area Carmanah Walbran Park. -
SMZ Foreword
Foreword BC Spaces for Nature is a solutions-oriented, conservation organization created in 1990 to promote the protection of British Columbia’s rich diversity of wilderness and wildlife. BC Spaces works with individuals and organizations throughout the province to ensure that British Columbia’s wild spaces remain intact. Given this mandate, BC Spaces recognized the potential that Special Management Zones could make in safeguarding these values. Hence this Citizens’ Guide has been written to help the public ensure that the Special Management Zones will indeed achieve their potential. After over 125 years of forest development, British Columbia still contains extensive temperate forests. These wildlands contain an extraordinary range of plants and animals that are the envy of the world. Consequently, British Columbians have a global responsibility to steward the environmental values of our province. However, for many years British Columbia’s forests have been subjected to damaging logging practices and unsustainable overcutting. In the late 1980’s and early 1990’s, this led to increasing conflicts between the logging industry and conservationists. In places such as Carmanah Valley and Clayoquot Sound the tensions of these confrontations became intense. To help resolve these conflicts the B.C. government sponsored a series of land use planning processes to designate the landbase for the management of both economic and ecological values. The zones delineated through these public negotiation exercises included: Protected Areas, Integrated Management, Enhanced Resource Use and Special Management. In particular, the establishment of Special Management Zones to maintain and enhance values other than timber - such as environmental and social concerns - were critical to achieving success at the negotiation table. -
Author's Personal Copy
Author's personal copy Geomorphology 121 (2010) 197–205 Contents lists available at ScienceDirect Geomorphology journal homepage: www.elsevier.com/locate/geomorph Dendrogeomorphic reconstruction of Little Ice Age paraglacial activity in the vicinity of the Homathko Icefield, British Columbia Coast Mountains, Canada Sarah J. Hart a, John J. Clague b, Dan J. Smith a,⁎ a University of Victoria Tree-Ring Laboratory, Department of Geography, University of Victoria, Victoria, British Columbia, Canada V8W 3R4 b Department of Earth Sciences, Simon Fraser University, Burnaby, British Columbia, Canada V5A 1S6 article info abstract Article history: Moraine and glacier dams bordering the Homathko Icefield in the southern British Columbia Coast Received 10 August 2009 Mountains failed in the 1980s and 1990s, causing catastrophic downstream floods. The largest of the floods Received in revised form 11 April 2010 occurred in August 1997 and was caused by overtopping and rapid breaching of the moraine dam that Accepted 19 April 2010 impounds Queen Bess Lake. The floodwaters from Queen Bess Lake eroded Holocene-age sedimentary Available online 29 April 2010 deposits along the west fork of Nostetuko River and caused a steep rise in the hydrograph of Homathko River at the head of Bute Inlet, ∼115 km downstream. A field investigation of the eroded valley fill in 2008, Keywords: fi Dendrogeomorphology revealed multiple paraglacial valley- ll units, many of which are capped by in situ stumps and woody Homathko Icefield detritus. Dendrogeomorphological field techniques were employed to develop a chronology for the buried Coast Mountains forests. A regional tree-ring chronology spanning the interval CE 1572–2007 was constructed from living Paraglacial subalpine fir(Abies lasiocarpa) trees at seven sites in the southern Coast Mountains. -
In the Supreme Court of British Columbia
No. 90 0913 Victoria Registry IN THE SUPREME COURT OF BRITISH COLUMBIA BETWEEN: ROGER WILLIAM, on his own behalf and on behalf of all other members of the Xeni Gwet’in First Nations Government and on behalf of all other members of the Tsilhqot’in Nation PLAINTIFF AND: HER MAJESTY THE QUEEN IN RIGHT OF THE PROVINCE OF BRITISH COLUMBIA, THE REGIONAL MANAGER OF THE CARIBOO FOREST REGION and THE ATTORNEY GENERAL OF CANADA DEFENDANTS PLAINTIFF’ S REPLY APPENDIX 1B PLAINTIFF’S RESPONSE TO THE DEFENDANTS’ SUBMISSIONS ON DEFINITE TRACTS OF LAND WOODWARD & ATTORNEY GENERAL DEPARTMENT OF COMPANY OF BRITISH COLUMBIA JUSTICE, CANADA Barristers and Solicitors Civil Litigation Section Aboriginal Law Section 844 Courtney Street, 2nd Floor 3RD Floor, 1405 Douglas Street 900 – 840 Howe Street Victoria, BC V8W 1C4 Victoria, BC V8W 9J5 Vancouver, B.C. V6Z 2S9 Solicitors for the Plaintiff Solicitor for the Defendants, Her Solicitor for the Defendant, Majesty the Queen in the Right of The Attorney General of Canada the Province of British Columbia and the Manager of the Cariboo Forest Region ROSENBERG & BORDEN LADNER ROSENBERG GERVAIS LLP Barristers & Solicitors Barristers & Solicitors 671D Market Hill Road 1200 Waterfront Centre, 200 Vancouver, BC V5Z 4B5 Burrard Street Solicitors for the Plaintiff Vancouver, BC V7X 1T2 Solicitor for the Defendants, Her Majesty the Queen in the Right of the Province of British Columbia and the Manager of the Cariboo Forest Region Exhibit 43 Photograph 38 Plaintiff’s Reply Appendix 1B Plaintiff’s Response to the Defendants’ Submissions on Definite Tracts of Land A. Southeast Tsilhqox Biny (Chilko Lake): west Ts’il?os (Mount Tatlow) and Relevant Portions of the Tl’echid Gunaz (Long Valley), Yuhitah (Yohetta Valley), Ts’i Talhl?ad (Rainbow Creek), Tsi Tese?an (Tchaikazan Valley) and Tsilhqox Tu Tl’az (Edmonds River) Watersheds .................................................................................................................................... -
Discoveryv47 2019 Final for Website
Spectacular 2019 Niut Lakes Camp a Smashing Success by Stephen Partington WHAT AN AMAZING SETTING for a Nature loomed large to the west and south Vancouver camp! while the vast Chilcotin Plateau Twelve minutes or so in the heli- stretched invisibly to the east. copter was all it took to hop overtop From here, the Nature Vancouver of the imposing mountains tower- 2019 campsite ofered a stunningly ing above Bluf Lake south of Tatla gorgeous 360-degree view free from Lake and to be deposited near the any signs of humans. Nature was at treeline about 1000 m higher than our doorstep. Te quiet was delicious. the chopper launch pad. No-one needed to hike anywhere— Instant wilderness! we were already there! Helicopter delivery of all goods And there we were—on a small and personnel was key to the com- plateau forested with patches of low fortable establishment of our near- pines at about 2000 m elevation alpine occupation. Not many who and tucked among a series of small attended this camp would have been lakes and ponds. Te rugged Niut happy to make the hike to such a Range peaks of the Coast Mountains place. Our fight was feetingly short View of lakes, Goat Ridge, glacier and Niut Peak from Snow Patch Peak. Photo: Caroline Penn 48 Discovery at a little more than 10 km, but the level as a root embedded within the terrain that we few over was rugged, mantle of the earth. rocky, steep and trackless. Te geologic conditions changed Geology of the Niut Range radically, however, about 5 million years ago when a shift in the ofshore Te Niut Range is a place where plate subduction zones resulted in the immense geological events have appearance of the Cascade Volcanic unfolded. -
Homathko River & Mosley Creek Watersheds
Homathko River & Mosley Creek Watersheds Level 2 Fish Habitat & Riparian Assessment Procedure & Restoration Prescriptions Final Report G3 Consulting Ltd. Innovation & Excellence in Environmental Science Homathko River & Mosley Creek Watersheds LEVEL 2 FISH HABITAT & RIPARIAN ASSESSMENT PROCEDURE & RESTORATION PRESCRIPTIONS Final Report Prepared for: Tatlayoko Woodlot Association. Tatlayoko Lake, B.C. Submitted by: G3 Consulting Ltd. 1A-12880 Bathgate Way Richmond, BC V6V 1Z4 October 1999 Tatlayoko Woodlot Association Homathko/Mosley Level 2 FHAP & RAPP Final Report CONTENTS 1.0 INTRODUCTION ________________________________________________ 1 1.1 Project Scope __________________________________________________________ 1 Target Species _________________________________________________________ 1 1.2 Study Area Description ___________________________________________________ 2 1.3 Land Use______________________________________________________________ 2 2.0 METHODOLOGY ______________________________________________ 3 2.1 Site Identification, Selection & Confirmation___________________________________ 3 2.2 Site Classification _______________________________________________________ 3 2.3 Restoration & Rehabilitation Options ________________________________________ 3 Stream Bank Stabilization ________________________________________________ 4 Restoration of Primary Fish Habitat _________________________________________ 4 Restoration of Secondary & Tertiary Fish Habitat ______________________________ 4 Restoration of Riparian Habitat ____________________________________________ -
Objective Preliminary Assessment of Outburst Flood Hazard from Moraine-Dammed Lakes in Southwestern British Columbia
OBJECTIVE PRELIMINARY ASSESSMENT OF OUTBURST FLOOD HAZARD FROM MORAINE-DAMMED LAKES IN SOUTHWESTERN BRITISH COLUMBIA Robin James McKillop B.Sc., University of British Columbia, 2001 THESIS SUBMITTED IN PARTIAL FULFILLMENT OF THE REQUIREMENTS FOR THE DEGREE OF MASTER OF SCIENCE In the Department of Earth Sciences O Robin James McKillop 2005 SIMON FRASER UNIVERSITY Fall 2005 All rights reserved. This work may not be reproduced in whole or in part, by photocopy or other means, without permission of the author. APPROVAL Name: Robin James McKillop Degree: Master of Science Title of Thesis: Objective preliminary assessment of outburst flood hazard from moraine-dammed lakes in southwestern British Columbia Examining Committee: Chair: Dr. Peter Mustard Associate Professor, Department of Earth Sciences Dr. John Clague Senior Supervisor Professor, Department of Earth Sciences Dr. Tracy Brennand Supervisor Associate Professor, Department of Georgraphy Dr. Matthias Jakob Supervisor BGC Engineering Inc. Dr. Jim O'Connor External Examiner U.S. Geological Survey Date Defended: SIMON FRASER 0~~~~~~dibrary DECLARATION OF PARTIAL COPYRIGHT LICENCE The author, whose copyright is declared on the title page of this work, has granted to Simon Fraser University the right to lend this thesis, project or extended essay to users of the Simon Fraser University Library, and to make partial or single copies only for such users or in response to a request from the library of any other university, or other educational institution, on its own behalf or for one of its users. The author has further granted permission to Simon Fraser University to keep or make a digital copy for use in its circulating collection, and, without changing the content, to translate the thesislproject or extended essays, if technically possible, to any medium or format for the purpose of preservation of the digital work. -
Homathko / Mosley Rivers Restoration
Homathko / Mosley Rivers Restoration Objectives Portions of the river bank were cleared of Project objectives were to stabilize stream banks natural riparian vegetation. Along these areas, and increase riparian vegetation and stream deciduous shrubs and trees, with limited cover of selected reaches of the Homathko coniferous forest dominated remaining riparian River. Methods included bioengineering of vegetation. Throughout undisturbed sections of stream banks, riparian vegetation planting, and the valley floor, Douglas fir, hybrid spruce and placement of LED/rootwad revetments. lodgepole pine dominated riparian areas. FRBC Region / MELP Region/MOF Region The Homathko river channel exhibited relatively Cariboo-Chilcotin / Cariboo / Cariboo high levels of bank instability where it passed through agricultural fields. LWD was noted to Author be low in abundance and poor in distribution, G3 Consulting Ltd. contributing to low levels of in stream fish habitat cover. The low gradient (~0.5%) stream Proponent channel was aggrading, with fine sediment Tatlayoko Woodlot Association deposition noted throughout. In filling of holding pools and blanketing of suitable Watershed / Stream spawning gravel with find sediment was noted Homathko River and attributed to extensive bank erosion and lack of localized hydrological scour (normally Location associated with LWD complexing). Project sites were located on private property adjacent to the Tatlayoko Lake road between Past Rehabilitation Work Hwy. 20 and Tatlayoko Lake. FHAP Overview None. and Level 1 Reports (G3 Consulting Ltd. 1998, 1999) refer to this section as Reaches 1-11. Rehabilitation Work An Environmental Youth Team (E-Team) Introduction provided labour support for bioengineering, The Homathko river watershed is a 5th order riparian planting and structure placement. -
Tamed Rivers | a Guide to River Diversion Hydropower in British Columbia Table of Contents
Tamed Rivers A Guide to River Diversion Hydropower in British Columbia Tamed Rivers A Guide to River Diversion Hydropower in British Columbia Watershed Watch Salmon Society – October 2012 Acknowledgements Watershed Watch Salmon Society prepared this document with funding from the Vancouver Foundation, the Orange County Community Foundation, the Liber Ero Foundation and the Gordon and Betty Moore Foundation. It was authored by Tanis Gower, Andrew Rosenberger, Alison Peatt, and Aaron Hill with assistance from Craig Orr. We wish to thank peer reviewers Dr. Jack Stanford (aquatic effects), Dr. Paul Paquet (terrestrial effects) and Dr. Viorel Popescu (cumulative effects). John Kelson provided expertise on eulachon and Dr. Alan Burger provided expertise on marbled murrelet. Dr. Jim Pojar and Patrick Williston provided expertise on rare plants in spray zones. cover photos: Homathko River Valley, Bute Inlet, Damien Gillis; Ashlu River diversion under construction, Damien Gillis; juvenile chinook salmon, Roger Tabor USFWS; inside the penstock tunnel for the Tyson Creek river diversion, Sunshine Coast Conservation Association. report design: Henrich Creative; diagrams on p. 3, and p. 9, Soren Henrich. The recommended citation for this document is as follows: Gower, T., A. Rosenberger, A. Peatt, and A. Hill. 2012. Tamed Rivers: A guide to river diversion hydropower in British Columbia. Prepared for Watershed Watch Salmon Society. 64 pages. Tamed Rivers | A Guide to River Diversion Hydropower in British Columbia Table of Contents Executive Summary . i The Taming of BC’s Rivers . 1 What is river diversion hydropower? . 3 Hydroelectricity in BC . 4 Aquatic impacts of river diversion . .5 Reduced instream flows . 6 Less habitat, and changes to the remaining habitat . -
Water Supply and Water Quality Monitoring In
WATER SUPPLY AND WATER QUALITY MONITORING IN HOMATHKO RIVER BASIN Prepared for the Nature Conservancy of Canada, Victoria, BC By Sandy Hart, P. Geo., J.S. Hart and Associates Ltd., Tatla Lake, BC December 2006 ii ACKNOWLEDGEMENTS This project could not have been undertaken without the funding provided by the Weston Foundation. Their support is gratefully acknowledged. We are also grateful to Norm Zirnhelt (Environmental Quality Section, Williams Lake) who made available Ministry of Environment field equipment to assist with the research. Lynne Campo and Kirt Shuman of the Water Survey of Canada provided discharge data and information relating to the Homathko hydrometric station. Bob Sagar and Fritz Mueller (Tatlayoko Valley residents) provided snow course measurements which they’d taken at the Tatlayoko Lake snow course since it was officially closed in 1998. I am also especially grateful to Fritz for voluntarily collecting Homathko River samples four times weekly for the four-week duration of the low-elevation snowmelt runoff period. Andrew Harcombe contributed timely administrative support and research guidance as the Nature Conservancy’s Scientific Advisor for this project. iii TABLE OF CONTENTS 1.0 INTRODUCTION 1 2.0 DESCRIPTION OF STUDY AREA 2 2.1 Location and area 2 2.2 Physiography 2 2.3 Climate 2 2.4 Streamflow regime 5 2.5 Vegetation 6 2.6 Land use 6 2.6.1 Agriculture 6 2.6.2 Commercial and public recreation 6 2.6.3 Residential use 7 2.6.4 Forestry 7 2.6.5 Mineral exploration and mining 7 2.7 Water use 8 2.8 Fish presence 8 3.0 METHODS 9 3.1 Climate 9 3.2 Streamflow 10 3.3 Water quality 11 4.0 RESULTS AND DISCUSSION 12 4.1 Climate 12 4.2 Streamflow 13 4.2.1 Stage-discharge rating curves 13 4.2.2 Flow regime 13 4.3 Water quality 14 4.3.1 Snowmelt period phosphorus yield 14 4.3.2 Stream temperature variation 14 4.3.3 Stream pH variation 14 4.3.4 Suspended sediment yield 15 4.3.5 Turbidity 16 4.3.6 Dissolved sediment yield 16 4.3.7 Conductivity 16 5.0 CONCLUSIONS AND RECOMMENDATIONS 17 REFERENCES 19 iv LIST OF FIGURES Figure 1. -
Forest Insect and Disease Conditions Vancouver Forest Region 1983
File Report Forest Insect and Disease Conditions Vancouver Forest Region 1983 R.O.Wood and J.Vallentgoed Environment Environnement Canada Canada Canadian Service Forestry canadien des Service forets TABLE OF CONTENTS Page SUMMARY OF PEST CONDITIONS 1 DOUGLAS-FIR PESTS 3 Western spruce budworm 3 Douglas-fir tussock moth 5 Rusty tussock moth 6 Cone and seed pests 6 Silver-spotted tiger moth 7 Douglas-fir beetle 7 Phellinus root rot 8 Swiss needle cast 8 Blackstain root disease 9 Armillaria root disease 9 WESTERN HEMLOCK PESTS 9 Phantom hemlock looper 9 Conifer sawfly 9 Western hemlock looper 10 Green-striped forest looper 10 Western blackheaded budworm 10 Terminal crook disease 11 AMABILIS FIR PESTS 11 Seedling weevil 11 PINE PESTS 14 Mountain pine beetle 14 European pine shoot moth 15 SPRUCE PESTS 15 Spruce weevil 15 DECIDUOUS TREE PESTS 16 Western oak looper 16 Winter moth 17 Fall webworm 18 Gypsy moth 18 Dogwood leaf blight 19 Armillaria root rot 20 A poplar canker 20 Poplar shoot blight 20 PESTS OF YOUNG STANDS 20 EMPLOYMENT BRIDGING ASSISTANCE PROGRAMS (EBAP) 20 NOT SUFFICIENTLY RESTOCKED (NSR) SITES 22 1 Summary of Pest Conditions This report outlines forest insect and disease conditions in the Vancouver Forest Region in 1983 and forecasts population trends of potentially damaging pests. Western spruce budworm populations remained low with no defoli- ation recorded in the Region. Douglas-fir tussock moth moderately defoliated localized Douglas-fir stands near Chilliwack, Clearbrook, Abbotsford, Cassidy and Victoria. There was an increase in mortality of Douglas-fir by Douglas-fir beetle, notably in the Fraser Canyon and Pemberton areas.