BC Timber Sales – 2016/17 SFI Re-Certification Audit
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Supply Base Report V1.2 Princeton Standard Pellet Corporation FINAL
Supply Base Report: Princeton Standard Pellet Corporation www.sbp-cert.org Focusing on sustainable sourcing solutions Completed in accordance with the Supply Base Report Template Version 1.2 For further information on the SBP Framework and to view the full set of documentation see www.sbp-cert.org Document history Version 1.0: published 26 March 2015 Version 1.1 published 22 February 2016 Version 1.2 published 23 June 2016 © Copyright The Sustainable Biomass Partnership Limited 2016 Supply Base Report: Princeton Standard Pellet Corporation Page ii Focusing on sustainable sourcing solutions Contents 1 Overview ................................................................................................................................................ 1 2 Description of the Supply Base ........................................................................................................... 2 2.1 General description ................................................................................................................................. 2 2.2 Actions taken to promote certification amongst feedstock supplier ........................................................ 4 2.3 Final harvest sampling programme ........................................................................................................ 4 2.4 Flow diagram of feedstock inputs showing feedstock type [optional] ..................................................... 4 2.5 Quantification of the Supply Base .......................................................................................................... -
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. -
CW NRA Coversheet
FOREST STEWARDSHIP COUNCIL® UNITED STATES The mark of responsible forestry ® FSC F000232 FSC US Controlled Wood National Risk Assessment DRAFT FIRST PUBLIC CONSULTATION Version: First Public Consultation Draft (V 0.1) Consultation Date: January 12, 2015 Consultation End Date: March 13, 2015 Contact Person: Gary Dodge, Director of Science & Certification Email address: [email protected] 212 Third Avenue North, Suite 445, Minneapolis, MN 55401 (612) 353-4511 WWW.FSCUS.ORG FSC$US$National$Risk$Assessment$ ! $ Overview! This%document%contains%programmatic%requirements%for%organizations%to%make%controlled)wood%claims% for%uncertified%materials%sourced%from%the%conterminous%United%States.%%% This%document%focuses%specifically%on%Risk%Categories%3%(High%Conservation%Values),%and%4%(Conversion),% as%defined%by%the%FSC%National%Risk%Assessment%Framework%(PROL60L002a).%FSC%International,%via%a% Centralized%National%Risk%Assessment%(CNRA),%is%assessing%the%other%categories%of%risk.%Specifically,%there% is%a%CNRA%for%Legality%(Category%1),%Traditional%and%Civil%Rights%(Category%2),%and%GMOs%(Category%5).%% % Part%1%of%this%document%contains%requirements%specific%to%making%controlled)wood%claims%in%the% conterminous%US.%This%Company%Controlled%Wood%Program%includes%a%Due%Diligence%System%(DDS),% Controlled%Wood%Policy,%documentation%of%the%supply%area,%identification%of%areas%of%specified)risk%in%the% supply%area,%and%a%company%system%for%addressing%specified)risk%in%the%supply%area.% Part%2%includes%the%framework%for%High%Conservation%Values%(HCVs)%in%the%conterminous%US,%including% -
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
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. -
The Ecology of the Ponderosa Pine Zone
The Ecology of the Ponderosa Pine Zone he Ponderosa Pine Zone takes its name from the Tponderosa pine forests that typify the area. The majestic ponderosa pine can be found in closed to open forests and savanna. This is a hot, dry zone, although not as hot and dry as the Bunchgrass Zone. The Pondrosa Pine Zone occupies low elevations in the dry valleys of the southern Interior Plateau and East Kootenays and consists of a visually satisfying mosaic of forests, grasslands, and wetlands. This zone is home to a wide variety of birds, mammals, reptiles, and amphibians, some of which are relatively rare or threatened by extirpation. Location The Ponderosa Pine Zone is located at low elevations along the very dry valleys of British Columbia’s southern interior. The zone occupies a narrow band along the bottoms and lower side walls of a num- ber of major river valleys, including the Fraser (in the Lytton-Lillooet area), lower Thompson, Nicola, Alex Inselberg Similkameen, and lower Kettle. It also occurs in areas Ponderosa pine stand adjacent to Okanagan Lake and in southeastern British Columbia near Cranbrook and Lake Kookanusa. The Ponderosa Pine Zone extends south into the Ecosystems United States where it is much more widespread than in Canada. The vegetation in this zone often consists of a mosaic of forests and grass- land. Ponderosa pine, which dominates most forests in this zone, is also called yel- low pine and is best known for its characteristic vanilla- scented, cinnamon-coloured bark made up of jigsaw- puzzle-shaped scales. The thick bark helps make Evelyn Hamilton the tree resistant to surface Bill Swan fires. -
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. -
Background and History Water Management of Okanagan Lake
tzt @ Background and History of Water Management of Okanagan Lake and River Prepared by: B.J. $ym_gnds-, P. Eng. Water Management Ministry of Environment, Lands and Parks Penticton. BC Since the early 1900's people have regulated the level and discharge of Okanagan Lake. These efforts have led to the development of the current system of dams and channelized reaches of river which control the waters from Okanagan Lake to Osoyoos Lake. The management of lake levels and flows has been controversial from the outset. Although early efforts at controlling Okanagan Lake were exclusively directed at improving navigation capability between Okanagan and Skaha Lakes, others interests soon surfaced. The first of these interests included the maintenance of minimum lake levels for navigation in shallow areas around the lake and a desire to reduce flood levels in Kelowna and other low lying areas. Following a prolonged drought between 1929- 1931 the value of the lake as a storage reservoir to support irrigation was also recognized. Still later fisheries, tourism and recreational interest began to receive consideration in the development of water management strategies. Even now, some 90 years since the initial efforts were made to manage Okanagan Lake and River and despite several attempts at consultation to reach agreement on the management of the lake, the regulation of the system remains controversial. Pre-Development Lake Levels : Very little data is available on the natural range of Okanagan Lake levels and outflows prior to regulation, although there are some anecdotal observations. About 1908 a request was made to the federal government for improvements to the channel of Okanagan River to permit small shallow draught vessels to operate between Skaha Lake and Okanagan Lake. -
Community Wildfire Protection Plan
ȱ REGIONALȱ DISTRICTȱ OFȱ CENTRALȱ OKANAGANȱȱ ȱ COMMUNITYȱ WILDFIREȱ PROTECTIONȱ PLAN ConsiderationsȱforȱWildlandȱUrbanȱInterfaceȱ ManagementȱinȱtheȱRegionalȱDistrictȱofȱCentralȱ Okanagan,ȱBritishȱColumbiaȱȱ FINALȱ ȱ Submittedȱby:ȱ AmeliaȱNeedobaȱandȱBruceȱBlackwellȱ B.A.ȱBlackwellȱandȱAssociatesȱLtd.ȱ 3087ȱHoskinsȱRoadȱ NorthȱVancouver,ȱB.C.ȱ V7Jȱ3B5ȱ ȱ ȱ Submittedȱto:ȱ CathyȱMacKenzieȱ ForestȱHealthȱOperatorȱ RegionalȱDistrictȱofȱCentralȱOkanaganȱ 1450ȱK.L.O.ȱRoadȱ Kelowna,ȱB.C.ȱV1Wȱ3Z4ȱ ȱ ȱ RPF PRINTED NAME Registered Professional Foresters Signature and Seal Bruce A. Blackwell RPF 2073 DATE SIGNED I certify that I have reviewed this document and I have determined that this work has been done to standards acceptable of a Registered Professional Forester. RDCO Community Wildfire Protection Plan Table of Contents 1.0 INTRODUCTION ......................................................................................................................................... 1 1.1 Background ..................................................................................................................................... 1 1.2 How to Use this Document ........................................................................................................... 1 1.3 Documentation of Process Undertaken and Major Milestones ............................................... 2 1.4 Consistency with Adjacent CWPPs ............................................................................................. 2 2.0 STUDY AREA .............................................................................................................................................. -
Figure 1 Okanogan Subbasin General Vicinity
VERNON KELOWNA Okanagan Lake SUMMERLAND PENTICTON Skaha Lake Osoyoos Lake OSOYOOS OROVILLE Whatcom r e v TONASKET i REPUBLIC R Okanogan n M a Legend e g t o ho Skagit w CONCONULLY n R a i k Ferry Okanogan Subbasin ve r O RIVERSIDE *# Dams WINTHROP OMAK Rivers ¯ OKANOGAN TWISP Water Bodies Omak Major Highways Lake Lake Chelan 10010205 Snohomish r Miles iv e BREWSTER ia R 1 inch equals 20 miles Colum b Chelan Douglas Data Layers: Subbasins (Streamnet and TRIM), Dams (Streamnet), Counties & Major Rivers (WA Ecology, TRIM), Highways (WashDOT, TRIM) Figure 1 Projection: Washington State Plane North Zone NAD83 Produced by Jones & Stokes for KWA Ecological Sciences, Inc. Okanogan Subbasin General Vicinity Map Map Date: 5/15/2004 Okanagan Lake Okanagan Lake Skaha Similkameen Osoyoos Lake Whatcom r Methow e v i R Okanogan n a Ferry g o Skagit n a k O Lake Chelan Okanogan Snohomish Lake Chelan *# Grand *# *#Wells Chief Coulee Chelan Dam Chelan Dam Joseph Dam*# Dam Entiat r e Douglas ia R iv Wenatchee b m Columbia Lincoln King u l o Upper *# C Legend Rocky Middle Reach Okanogan Subbasin Dam Rock Upper Columbia Subbasins *# Island Dam Grant *# Dams Rivers ¯ Kittitas Water Bodies Major Highways 1005 102030 Wanapum Miles Dam*# 1 inch equals 25 miles Data Layers: Watersheds & Dams (Streamnet, TRIM), Major Rivers (WA Ecology, TRIM), Major Highways (WashDOT, ESRI) Figure 2 Projection: Washington State Plane North Zone NAD83 Produced by Jones & Stokes for KWA Ecological Sciences, Inc. Location of Okanogan Subbasin in Relation to Map Date: 5/15/2004 Upper -
Nepcon CB Public Summary Report V1.2 Princeton Standard Pellet
NEPCon Evaluation of Princeton Standard Pellet Corporation Compliance with the SBP Framework: Public Summary Report Main (Initial) Audit www.sbp-cert.org Focusing on sustainable sourcing solutions Completed in accordance with the CB Public Summary Report Template Version 1.2 For further information on the SBP Framework and to view the full set of documentation see www.sbp-cert.org Document history Version 1.0: published 26 March 2015 Version 1.1: published 30 January 2018 Version 1.2: published 4 April 2018 © Copyright The Sustainable Biomass Program Limited 2018 NEPCon Evaluation of Princeton Standard Pellet Corporation: Public Summary Report Page ii Focusing on sustainable sourcing solutions Table of Contents 1 Overview 2 Scope of the evaluation and SBP certificate 3 Specific objective 4 SBP Standards utilised 4.1 SBP Standards utilised 4.2 SBP-endorsed Regional Risk Assessment 5 Description of Company, Supply Base and Forest Management 5.1 Description of Company 5.2 Description of Company’s Supply Base 5.3 Detailed description of Supply Base 5.4 Chain of Custody system 6 Evaluation process 6.1 Timing of evaluation activities 6.2 Description of evaluation activities 6.3 Process for consultation with stakeholders 7 Results 7.1 Main strengths and weaknesses 7.2 Rigour of Supply Base Evaluation 7.3 Compilation of data on Greenhouse Gas emissions 7.4 Competency of involved personnel 7.5 Stakeholder feedback 7.6 Preconditions 8 Review of Company’s Risk Assessments 9 Review of Company’s mitigation measures 10 Non-conformities and observations 11 Certification recommendation NEPCon Evaluation of Princeton Standard Pellet Corporation: Public Summary Report Page iii Focusing on sustainable sourcing solutions 1 Overview CB Name and contact: NEPCon, Filosoofi 31, 50108 Tartu, Estonia Primary contact for SBP: Ondrej Tarabus Current report completion date: 13/Feb/2019 Report authors: Christian Rahbek and Darren Johnson Name of the Company: Princeton Standard Pellet Corporation Company contact for SBP: Richard White, General Manager. -
14. Wright.Pptx
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