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MEDIA RELEASE FOR IMMEDIATE RELEASE DATE: April 15, 2019 MEDIA CONTACT: Renee Clark, Water Quality Manager PHONE/EMAIL: 250-550-3747 / [email protected] NOTICE TO GREATER VERNON WATER CUSTOMERS – WATER SOURCE CHANGE As the Regional District of North Okanagan stated on Friday, April 12, 2019 regarding the possibility of the Kalamalka Lake water source being turned off again, the Kalamalka Lake water source was turned off as a precautionary measure at 9:30 am Monday, April 15, 2019 due to potential turbidity increases in the water. This change affects Greater Vernon Water (GVW) customers. The decision to remove the Kalamalka Lake water source is a precautionary decision made based on the annual milfoil rototilling at the north end of Kalamalka Lake. When rototilling is taking place, water turbidity can increase and the ultra violet disinfection process can change. During this time, water will be supplied from the Duteau Creek Water Treatment Plant (DCWTP) until the annual milfoil rototilling is complete. Customers who are not normally on the DCWTP will notice that the water is much softer and the water has a low alkalinity and pH. This may be of interest to those customers who have in-home water treatment systems or aquariums. Staff will continue to monitor water quality, notify customers of any further changes and when the Kalamalka Lake water source is turned back on. For further information, please call 250-550-3700 or visit www.rdno.ca. – 30 – MEMBER MUNICIPALITIES: ELECTORAL AREAS: CITY OF ARMSTRONG VILLAGE OF LUMBY “B” – SWAN LAKE “E” – CHERRYVILLE DISTRICT OF COLDSTREAM TOWNSHIP OF SPALLUMCHEEN “C” – B.X. DISTRICT “F” – ENDERBY (RURAL) CITY OF ENDERBY CITY OF VERNON “D” – LUMBY (RURAL) .

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Reduced Annualreport1972.Pdf
PROVINCE OF BRITISH COLUMBIA DEPARTMENT OF RECREATION AND CONSERVATION HON. ROBERT A. WILLIAMS, Minister LLOYD BROOKS, Deputy Minister REPORT OF THE Department of Recreation and Conservation containing the reports of the GENERAL ADMINISTRATION, FISH AND WILDLIFE BRANCH, PROVINCIAL PARKS BRANCH, BRITISH COLUMBIA PROVINCIAL MUSEUM, AND COMMERCIAL FISHERIES BRANCH Year Ended December 31 1972 Printed by K. M. MACDONALD, Printer to tbe Queen's Most Excellent Majesty in right of the Province of British Columbia. 1973 \ VICTORIA, B.C., February, 1973 To Colonel the Honourable JOHN R. NICHOLSON, P.C., O.B.E., Q.C., LLD., Lieutenant-Governor of the Province of British Columbia. MAY IT PLEASE YOUR HONOUR: Herewith I beg respectfully to submit the Annual Report of the Department of Recreation and Conservation for the year ended December 31, 1972. ROBERT A. WILLIAMS Minister of Recreation and Conservation 1_) VICTORIA, B.C., February, 1973 The Honourable Robert A. Williams, Minister of Recreation and Conservation. SIR: I have the honour to submit the Annual Report of the Department of Recreation and Conservation for the year ended December 31, 1972. LLOYD BROOKS Deputy Minister of Recreation and Conservation CONTENTS PAGE Introduction by the Deputy Minister of Recreation and Conservation_____________ 7 General Administration_________________________________________________ __ ___________ _____ 9 Fish and Wildlife Branch____________ ___________________ ________________________ _____________________ 13 Provincial Parks Branch________ ______________________________________________
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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
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Sediment Impact to GVW Kalamalka Lake Intake Study, 2018
Sediment Impact to GVW Kalamalka Lake Intake Study, 2018 Prepared for Regional District of North Okanagan Kal Lake 2018 Sediment Study Executive Summary Executive Summary This study was designed to answer questions involving the sediment accumulation rate, sediment contaminants and their sources in the North Arm of Kalamalka Lake, and to identify the risk posed by these materials to drinking water quality at the RDNO intake. Sediments act as a reservoir for contaminants and can return them to the water column during turbulent re-suspension. Coarse sediment accumulated near the mouth of Coldstream Creek, while silts deposited farther along the plume path, and clays were transported throughout the North Arm. Sediments near the creek contained less marl than the very fine marl-based lake sediments that dominate elsewhere in the Arm. Despite high E. coli counts in Coldstream Creek flows, this study found low sediment E. coli concentrations at sites within its plume path. The highest sediment E. coli counts occurred at sites adjacent to stormwater outfalls and at deep sampling sites. Fecal bacteria contamination of sediment from traps deployed near the intake location is concerning. Seagulls congregating near the intake buoy (deep sites) as well as turbulent transfer of contaminated sediments from shallows near stormwater outfalls to the intake area are the likely causes. Sediment traps deployed from spring through fall 2018 collected recently deposited or disturbed sediments. This sediment demonstrated a pattern of higher heavy metal concentrations along the Coldstream Creek plume path than at other North Arm sites. Like most lakes within urban watersheds, sites with sediment metal exceedances were also affected by stormwater or a marina.
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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.
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Okanagan-Kettle Subregion Connectivity Assessment
Providing a Regional Connectivity Perspective to Local Connectivity Conservation Decisions in the British Columbia–WAshington Transboundary Region: Okanagan-Kettle Subregion Connectivity Assessment Transboundary Connectivity Group March 2016 Providing a Regional Connectivity Perspective to Local Connectivity Conservation Decisions in the British Columbia–Washington Transboundary Region: Okanagan-Kettle Subregion Connectivity Assessment Transboundary Connectivity Group March 2016 March 2016 Transboundary Connectivity Group This report has been prepared by Rachel Holt (Independent), Tory Stevens (BC Ministry of the Environment), Gregory Kehm (Independent), Andrew Shirk (University of Washington), Peter Singleton (US Forest Service–Pacific Northwest Research Station), Meade Krosby (University of Washington- Climate lead), Jen Watkins (Conservation Northwest), and Leslie Robb (Independent). Assistance was given by Bill Gaines (Washington Conservation Science Institute). Acknowledgements The findings presented in this report are the collaborative effort among the Washington Wildlife Habitat Connectivity Working Group member organizations and partners in British Columbia. We would like to thank the many individuals who generously contributed their time, expertise, and support during the development of this report and associated products. Workshops with partners for each of the operational-scale linkages and to integrate climate change considerations were essential to the success of this project. We appreciate the organizers and participants
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2007-06 Pleasure Craft Sewage Regulations
TRANSPORT CANADA OFFICE OF BOATING SAFETY PACIFIC PLEASURE CRAFT COURTESY CHECK BULLETIN Bulletin 06-07 Oct 30,2007 Sewage Discharges (Pleasure Craft) This Transport Canada (TC), Office of Boating Safety Pacific PCCC bulletin is issued under the authority of the Regional Manager Boating Safety, Transport Canada in order to provide clarity and direction to PCCC checkers. The information in this bulletin provides additional and updated information to the TC PCCC manual. Any questions or enquires concerning this bulletin or any other particulars of the TC PCCC program are to be directed to Boating Safety Officer Mike Mitchell, Officer Primary Interest Transport Canada Pleasure Craft Courtesy Check Program. mailto:[email protected] (250-363-0099) Introduction: The Pleasure Craft Sewage Prevention Regulations have been repealed and replaced by subdivision 4, of The Regulations for the Prevention of Pollution from Ships and for Dangerous Chemicals Act. This bulletin is an amendment to the PCCC manual March 2004, 4th Edition. Please, remove or cross out the ‘The Pleasure Craft Sewage Prevention Regulations’ section and insert this bulletin. Reference to the Regulations in this bulletin are not complete, this information has been edited and modified for the purposes of the bulletin, only some of the provisions related to pleasure craft have been included in this bulletin. The complete text of the regulations can be found at the following Internet link: http://www.tc.gc.ca/acts- regulations/GENERAL/C/csa/regulations/400/csa450/csa450.html#p2d4- sewage 1. Interpretations: a. Sewage; Sewage means human body wastes and wastes from other living animals. Drainage and other wastes from toilets and other receptacles intended to receive or retain human body wastes.
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View Our Current Map Listing
Country (full-text) State (full-text) State Abbreviation County Lake Name Depth (X if no Depth info) Argentina Argentina (INT) Rio de la Plata (INT) Rio de la Plata (From Buenos Aires to Montevideo) Aruba Aruba (INT) Aruba (INT) Aruba Australia Australia (INT) Australia (Entire Country) (INT) Australia (Entire Country) Australia Australia (INT) Queensland (INT) Fraser Island Australia Australia (INT) Cape York Peninsula (INT) Great Barrier Reef (Cape York Peninsula) Australia Australia (INT) New South Wales (INT) Kurnell Peninsula Australia Australia (INT) Queensland (INT) Moreton Island Australia Australia (INT) Sydney Harbor (INT) Sydney Harbor (Greenwich to Point Piper) Australia Australia (INT) Sydney Harbor (INT) Sydney Harbor (Olympic Park to Watsons Bay) Australia Australia (INT) Victoria (INT) Warrnambool Australia Australia (INT) Whitsunday Islands (INT) Whitsunday Islands Austria Austria (INT) Vorarlberg (INT) Lake Constance Bahamas Bahamas (INT) Bahamas (INT) Abaco Island Bahamas Bahamas (INT) Elbow Cay (INT) Elbow Cay Bahamas Bahamas (INT) Bahamas (INT) Eleuthera Island Bahamas Bahamas (INT) Bahamas (INT) Exuma Cays (Staniel Cay with Bitter Guana Cay and Guana Cay South) Bahamas Bahamas (INT) The Exumas (INT) Great Exuma and Little Exuma Islands Bahamas Bahamas (INT) Bahamas (INT) Long Island and Ruma Cay Bahamas Bahamas (INT) New Providence (INT) New Providence Bahamas Bahamas (INT) Bahamas (INT) San Salvador Island Bahamas Bahamas (INT) Waderick Wells Cay (INT) Waderick Wells Cay Barbados Barbados (INT) Barbados (Lesser Antilles)
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CHAPTER 5 Physical Characteristics of the Main Valley Lakes
CHAPTER 5 Physical Characteristics of the Main Valley Lakes. 5.1 PREVIOUS WORK Clemens et al (1939) collected some basic physical data pertaining to morphometry, temperature and Secchi disc transparency as parts of the survey work they carried out. Stein and Coulthard (1971) also made some limited physical measurements as a part of their more encompassing study. Aside from the above general work, little was known of the physical limnology of the Okanagan main valley lakes prior to the inception of the Okanagan Basin Study. 5.2 RESULTS Morphometric parameters for the six main valley lakes are summarised in Table 5.1. The main valley lakes present a wide variety of basins, with Okanagan Lake the largest in both volume and surface area and Vaseux Lake the smallest. Kalamalka Lake is the second largest lake, while Wood, Skaha and Osoyoos Lakes are of more similar size and volume. The greatest maximum depth occurs in Okanagan and Kalamalka Lakes, 794 and 466 feet (242 and 142 meters) respectively, while the remainder of the lakes have maximum depths of about 169 feet (50 meters). The mean depth of the lakes range from 250 feet (76 meters) for Okanagan Lake, to 21 feet (6.5 meters) for Vaseux Lake (Table 5.1). The theoretical water replacement time (residence time) of the lakes varies from 65 years for Kalamalka Lake to 1.5 weeks for Vaseux Lake (Table 5.2). The temporal changes in selected thermal layers (epilimnion, mesolimnion and hypolimnion), have been calculated for the main valley Okanagan lakes (Figures 5.1 and 5.2).
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Kalamalka and Wood Lake Boat Impact Study on Source Waters
Kalamalka and Wood Lake Boat Impact Study On Source Waters Prepared By: Ecoscape Environmental Consultants Ltd. Larratt Aquatic Consulting Ltd. Prepared for: Okanagan Collaborative Conservation Program January 2017 Kalamalka and Wood Lake Boat Impact Study on Source Waters Prepared For: OKANAGAN COLLABORATIVE CONSERVATION PROGRAM Prepared By: ECOSCAPE ENVIRONMENTAL CONSULTANTS LTD. # 102 - 450 Neave Court Kelowna, BC V1V 2M2 March 2017 Ecoscape File No. 16-1796 102 – 450 Neave Ct. Kelowna BC V1V 2M2 Tel: 250.491.7337 Fax: 250.491.7772 www.ecoscapeltd.com 16-1796ii March 2017 ACKNOWLEDGEMENTS This project would not have been realized without the assistance and contribution from the following individuals and organizations: Okanagan Collaborative Conservation Program Regional District of North Okanagan District of Coldstream District of Lake Country Okanagan Basin Water Board Okanagan and Similkameen Invasive Species Society Field Inventory Crew: Jamie Self, Justin Larratt of Larratt Aquatic Consulting Ltd. Rachel Plewes, Ecoscape Environmental Consultants Ltd. Raphael Nowak, Independent Consultant The principle authors of this report are: Jason Schleppe, Ecoscape Environmental Consultants Ltd. Heather Larratt, Larratt Aquatic Consulting Ltd. Geographical Information Systems (GIS) mapping, modelling, and spatial model development were prepared by: Rachel Plewes (Ecoscape) Recommended Citation: Schleppe, J., H. Larratt and R. Plewes 2016. Kalamalka and Wood Lake Boat Capacity Study on Water Sources. Ecoscape Environmental Consultants Ltd. Project File: 16-1796. 102 – 450 Neave Ct. Kelowna, BC V1V 2M2 tel: 250.491.7337 fax: 250.491.7772 www.ecoscapeltd.com 16-1796iii March 2017 INFORMATION DISCLAIMER The results contained in this report are based upon data collected during a single season inventory. Biological systems respond differently both in space and time.
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Kelowna and Nearby Communities
to Calgary 97 Armstrong Silver Star Provincial Park 97a Silver Star Kelowna and Mountain Resort Nearby Communities Okanagan Valley,BC to Calgary 6 Vernon Kalamalka Lake Okanagan Lake Wood Lake Lake Country 97 Kelowna International WESTSIDE RD UBCO Airport (YLW) 97c West Kelowna Westbank to VancouverFirst Nation Peachland Okanagan Lake 97 33 Summerland Naramata Penticton to Osoyoos and Washington, USA Skaha Lake border 3a 33 Keremeos Oliver 3 Cathedral Provincial Park Rock Creek Osoyoos 3 Canada Canada USA 97 USA KELOWNA AND NEARBY COMMUNITIES Okanagan Valley,BC KELOWNA As the largest city in the Okanagan Valley, the lakeside city of Kelowna is a popular recreational paradise with miles of beautiful parkland and sandy beaches that provide wonderful opportunities for boating, swimming, waterskiing, paddling, windsurfing, and fishing. Even Kelowna’s main street ends at a beach! Savour Kelowna’s thriving foodie scene, relax on an outdoor patio, stroll along the lakeside boardwalk, or enjoy a free concert in the park. Golfers can select from 19 local golf courses totalling a whopping 110,786 yards. If you’re a wine enthusiast, Kelowna is a must. There are 40 unique wineries in and around Kelowna offering tours and tastings for all varieties of palates. LAKE COUNTRY Home to three major lakes — Okanagan, Wood and Kalamalka — below the lush valley hills, Lake Country has unparalleled natural beauty. Lake Country offers something for every member of the family. Fish or wakeboard on Wood Lake, hike Spion Kop, tour Lake Country’s Scenic Sip Wine Route, explore working farms and orchards, visit a working artist, take the kids to the unique kangaroo farm, or zipline above the lakes and forest.
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Ellensburg, WA, to Yellowhead Hwy 16 Junction, BC
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The Vernon to Okanagan Mission Stagecoach Road 12
Lake Country: Origins in Time and Place Lake Country Museum & Archives 11255 Okanagan Centre Road West Lake Country, BC V4V 2J7 www.lakecountrymuseum.com Copyright © 2015 Lake Country Heritage and Cultural Society 11255 Okanagan Centre Road West Lake Country, BC V4V 2S7 All rights reserved. No part of this publication may be reproduced, stored in a retrieval system, or transmitted, in any form or by any means, electronic, mechanical, photocopying, recording, or otherwise, without prior written permission of the publisher. ISBN: 978-0-9920648-2-2 Table of Contents Map of Lake Country 3 The Land and the First People 4 The Okanagan Syilx Portage Routes 6 Wood Lake Kokanee 8 The Commonage 10 The Vernon to Okanagan Mission Stagecoach Road 12 Winfield’s Early Days 14 The Sternwheelers of Lake Okanagan 16 The Grandview Hotel 18 The Okanagan Valley Land Company 20 The Japanese Worker’s Camp 22 The Rainbow Ranche 24 The Rainsford Ranch and the Goulding Family 26 The Packinghouses of Oyama 28 Alvaston and the Jam Tin Post Office 30 Fir Valley: Gold Mines and Ghost Town 32 1 There are specific sites in Lake Country that convey a sense of the past and reflect the stories of the people who have lived there. The stories in this book have been selected to provide an introduction to Lake Country’s history. Additional stories are available at the Lake Country Museum & Archives. The Lake Country Heritage and Cultural Society thanks The History Education Network/Histoire et éducation en réseau (THEN/HiER) Department of Curriculum and Pedagogy Faculty of Education University of British Columbia 2125 Main Mall Vancouver, BC Canada V6T 1Z4 2 3 The Land and the First People The Okanagan valley was carved over millions of years by the forces of geology.
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