Belted Kingfisher
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Gyrfalcon Falco Rusticolus
Gyrfalcon Falco rusticolus Rob Florkiewicz surveys, this area was included. Eight eyries are known from this Characteristics and Range The northern-dwelling Gyrfalcon is part of the province; however, while up to 7 of these eyries have the largest falcon in the world. It breeds mostly along the Arctic been deemed occupied in a single year, no more than 3 have been coasts of North America, Europe and Asia (Booms et al. 2008). productive at the same time. Based on these data and other Over its range, its colour varies from white through silver-grey to sightings, the British Columbia Wildlife Branch estimates the almost black; silver-grey is the most common morph in British breeding population in the province to be fewer than 20 pairs Columbia. It nests on cliff ledges at sites that are often used for (Chutter 2008). decades and where considerable amounts of guano can accumulate. Ptarmigan provide the Gyrfalcon's main prey in In British Columbia, the Gyrfalcon nests on cliff ledges on British Columbia and productivity appears dependent on mountains in alpine areas, usually adjacent to rivers or lakes. ptarmigan numbers. Large size and hunting prowess make the Occasionally, it nests on cliffs of river banks and in abandoned Gyrfalcon a popular bird with falconers, who breed and train Golden Eagle nests. them to hunt waterfowl and other game birds. Conservation and Recommendations Whilst the Gyrfalcon is Distribution, Abundance, and Habitat Most Gyrfalcons breed designated as Not at Risk nationally by COSEWIC, it is Blue-listed along the Arctic coast; however, a few breed in the northwest in British Columbia due to its small known breeding population portion of the Northern Boreal Mountains Ecoprovince of British (British Columbia Ministry of Environment 2014). -
First Documented Observation of Ringed Kingfisher in Arizona by Jeff Coker, Vail, Az 85641 ([email protected])
Arizona Birds - Journal of Arizona Field Ornithologists Volume 2019 FIRST DOCUMENTED OBSERVATION OF RINGED KINGFISHER IN ARIZONA BY JEFF COKER, VAIL, AZ 85641 ([email protected]) On 9 September 2018 a Ringed Kingfisher (Megaceryle torquata, Figure 1) was observed at Dankworth Pond, Graham County, Arizona. This sighting is the first reported record of this species for Arizona. The bird remained in the general geographical area for approximately the next 6 months. The initial discovery of the Ringed Kingfisher was a very brief encounter. At approximately 0845 (MST) on 9 September 2018, I was birding along the southeast shore of Dankworth Pond just west of the small marsh with the pond’s outflow pipe (N 32° 43’ 08.89”, W 109° 42’ 14.76”). I looked to the north above the cattails (Typha spp.) and observed a kingfisher for about 2 seconds as it flew south across the pond towards me at a height of about 3.0-4.5 m above the surface before it dove behind the cattails and disappeared from Figure 1. Ringed Kingfisher 20 February 2019. my sight. The bird had a solid dark rufous/chestnut colored belly, a Photo by Lyndie M. Warner wide bold white band on the chin/neck, dark slate blue on the back, and a very large bill. My initial impression was that it was a Belted Kingfisher (Megaceryle alcyon), but I knew that species did not have an all-rufous belly. The rufous belly was indicative of Ringed Kingfisher, a species unexpected in southeast Arizona. I quickly walked back to the east along the pond’s shore, climbed on a picnic table, and scanned the pond, focusing on the southeast corner. -
Physiography Geology
BRITISH COLUMBIA DEPARTMENT OF MINES HON. W. K. KIERNAN, Minister P. J. MULCAHY, Deputy Minister NOTES ON PHYSIOGRAPHY AND GEOLOGY OF (Bli BRITISH COLUMBIA b OFFICERS OF THE DEPARTMENT VICTCRIA, B.C. 1961 PHYSIOGRAPHY Physiographic divisions and names are established by the Geographic Board of Canada. Recently H. S. Bostock, of the Geological Survey of Canada, studied the physiography of the northern Cordilleran region; his report and maps are published CI I c Fig. 1. Rglief map of British Columbia. in Memoir 247 of the Geological Survey, Department of Mines and Resources, Ottawa. The divisions shown on the accompanying sketch, Figure 2, and the nomenclature used in the text are those proposed by Bostock. Most of the Province of British Columbia lies within the region of mountains and plateaus, the Cordillera of Western Canada, that forms the western border of the North American Continent. The extreme northeastern comer of the Province, lying east of the Cordillera, is part of the Great Plains region. The Rocky Mountain Area extends along the eastern boundary of the Province for a distance of 400 miles, and continues northwestward for an additional 500 miles entirely within the Province. The high, rugged Rocky Mountains, averaging about 50 miles in width, are flanked on the west by a remarkably long and straight valley, known as the Rocky Mountain Trench, and occupied from south to north by the Kootenay, Columbia, Canoe, Fraser, Parsnip, Finlay, Fox, and Kechika Rivers. Of these, the first four flow into the Pacific Ocean and the second four join the Mackenzie River to flow ultimately into the Arctic Ocean. -
Belted Kingfisher Megaceryle Alcyon
Belted Kingfisher Megaceryle alcyon Folk Name: Diver Status: Resident Abundance: Fairly Common Habitat: Lakes, ponds, streams, wires along roads with wet ditches The Belted Kingfisher is a popular and well-known bird here in the Central Carolinas. Solitary kingfishers can be found foraging on almost every local creek, wetland, pond, or lake at some point during the year. Though not numerous, residents living along the shoreline of our many lakes and ponds might see or hear one almost daily. The kingfisher is easily identified by its conspicuous field marks, its behavior, and its distinctive call. At 13 inches, it is about 2 inches larger than the Blue Jay—our only other bird with a crested blue head, blue back, and in pairs, instead of waking up the dead, with that blue tail. Unlike the jay, however, the kingfisher has a large outlandish voice from your great big head? head, stout bill, and a band of pale blue crosses its white Now you are not a game bird, Mr. Kingfisher, breast underneath. Female kingfishers have an additional nor have you any notes worth while, but the chatter belly band of rust underneath. The fishing behavior of the from that big head can be heard for quite a mile. kingfisher is distinctive as well. No other bird of this size hovers and dives, or perches and dives, into water to catch Ten years later in Charlotte, William McIlwaine wrote: fish. “Down by the creek I heard a sort of low rattling sound. The Belted Kingfisher is a year-round resident in this Going to investigate I caught the barest glimpse of a wing. -
Analysis of the Efficacy of Lidar Data As a Tool for Archaeological Prospection at the Highland Valley Copper Mine
Analysis of the Efficacy of LiDAR Data as a Tool for Archaeological Prospection at the Highland Valley Copper Mine by Sarah K. Smith B.A., University of British Columbia 2005 Thesis Submitted in Partial Fulfillment of the Requirements for the Degree of Master of Arts in the Department of Archaeology Faculty of Environment © Sarah K Smith 2021 SIMON FRASER UNIVERSITY Spring 2021 Copyright in this work rests with the author. Please ensure that any reproduction or re-use is done in accordance with the relevant national copyright legislation. Declaration of Committee Name: Sarah K . Smith Degree: Master of Ar ts Title: Analysis of the Efficacy of LiDAR Data as a Tool for Archaeological Prospection at the Highland Valley Copper Mine Committee: Chair: John Welch Professor , Archaeology David Burley Supervisor Professor, Archaeology Kristin Safi Committee Member Senior Archaeologist Wood Environment & Infrastructure Solutions Travis Freeland Examiner Project Manager Kleanza Consulting Ltd. ii Abstract As heritage resource management and Indigenous heritage stewardship moves into the forefront of project design and operational planning in British Columbia, researchers look for innovative ways to foster impact assessment efficiency without sacrificing quality. In this study I explore methods for employing LiDAR-derived digital elevation models as a tool for archaeological prospection within the Highland Valley Copper Mine. A review of contemporary and formative LiDAR-analysis archaeological prospection research was conducted to identify the most appropriate visualization techniques and data management workflow. Specific methods for the identification of microtopographic relief with the potential to contain archaeological resources were developed. The efficacy of LiDAR-based topographic analysis using manual feature extraction is validated through comparison with georeferenced survey and ground-truthing data provided by my research partners at the Nlaka’pamux Nation Tribal Council. -
Basin Architecture of the North Okanagan Valley Fill, British Columbia
BASIN ARCHITECTURE OF THE NORTH OKANAGAN VALLEY FILL, BRITISH COLUMBIA sandy Vanderburgh B.Sc., University of Calgary I984 M.Sc., University of Calgary 1987 THESIS SUBMITTED IN PARTIAL FULFILLMENT OF THE REQUIREMENTS FOR THE DEGREE OF DOCTOR OF PHILOSOPHY in the Department of Geography 0 Sandy Vanderburgh SIMON FRASER UNIVERSITY July 1993 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: Sandy Vanderburgh Degree: Doctor of Philosophy Title of Thesis: Basin Architecture Of The North Okanagan Valley Fill, British Columbia Examining Committee: Chair: Alison M. Gill Associate Professor Dr. M.C. Roberts, Protessor Senior Supervisor Idr. H. Hickin, professor Dr. Dirk Tempelman-Kluit, Director Cordilleran Division, Geological Survey of Canada Dr. R.W. Mathewes, Professor, Department of Biological Sciences Internal Examiner Dr. James A. Hunter, Senior scientist & Program Co-ordinator, Terrain Sciences Division Geological Survey of Canada External Examiner Date Approved: Julv 16. 1993 PARTIAL COPYRIGHT LICENSE 8* I hereby grant to Simon Fraser University the right to lend my thesis, projector extended essay (the title of which is shown below) 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. I further agree that permission for multiple copying of this work for scholarly purposes may be granted by me or the Dean of Graduate Studies. It is understood that copying or publication of this work for financial gain shall not be allowed without my written permission. -
A Nitrogen Budget for the Strait of Georgia, British Columbia, with Emphasis on Particulate Nitrogen and Dissolved Inorganic Nitrogen
Biogeosciences, 10, 7179–7194, 2013 Open Access www.biogeosciences.net/10/7179/2013/ doi:10.5194/bg-10-7179-2013 Biogeosciences © Author(s) 2013. CC Attribution 3.0 License. A nitrogen budget for the Strait of Georgia, British Columbia, with emphasis on particulate nitrogen and dissolved inorganic nitrogen J. N. Sutton1,2, S. C. Johannessen1, and R. W. Macdonald1 1Institute of Ocean Sciences, Fisheries and Oceans Canada, 9860 West Saanich Road, P.O. Box 6000, Sidney, British Columbia, V8L 4B2, Canada 2Department of Earth and Planetary Science, University of California, Berkeley, California, 94720, USA Correspondence to: J. N. Sutton ([email protected]) Received: 6 March 2013 – Published in Biogeosciences Discuss.: 23 April 2013 Revised: 29 September 2013 – Accepted: 10 October 2013 – Published: 12 November 2013 Abstract. Balanced budgets for dissolved inorganic N (DIN) 1 Introduction and particulate N (PN) were constructed for the Strait of Georgia (SoG), a semi-enclosed coastal sea off the west coast of British Columbia, Canada. The dominant control on the The nitrogen (N) cycle is a crucial underpinning of marine N budget is the advection of DIN into and out of the SoG biological productivity (Gruber and Galloway, 2008). Dur- via Haro Strait. The annual influx of DIN by advection from ing the past 150 yr, the global N cycle has been dramati- the Pacific Ocean is 29 990 (±19 500) Mmol yr−1. The DIN cally changed by human activities that have loaded reactive N flux advected out of the SoG is 24 300 (±15 500) Mmol yr−1. into ecosystems in amounts that rival natural sources (Rabal- Most of the DIN that enters the SoG (∼ 23 400 Mmol yr−1) ais, 2002; Galloway et al., 2004). -
The Tuya-Teslin Areal Northern British Columbia
BRITISH COLUMBIA DEPARTMENT OF MINES HON. E. C. CARSON, Minister JOHN F. WALKER, Dopulu Minis/#, BULLETIN No. 19 THE TUYA-TESLIN AREAL NORTHERN BRITISH COLUMBIA by K. DeP. WATSON and W. H.MATHEWS 1944 CONTENTS. P*GS SUMMARY.................................................................................................................................... 5 CHAPTER I.-Introduction ....................................................................................................... 6 Location............................................................................................................................. 6 Access................................................................................................................................. 7 Field-work .......................................................................................................................... 7 Acknowledgments ............................................................................................................. 7 Previous Work.................................................................................................................. 8 CHAPTER11.- I Topography ........................................................................................................................ 9 Kawdy Plateau.......................................................................................................... 9 Trenches ...................................................................................................................... 9 Teslin -
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________ ______________________________________________ -
North Thompson Official Community Plan
Schedule “A” to Bylaw 2700 North Thompson Official Community Plan Foreword and Acknowledgements The North Thompson Official Community Plan is the outcome of over two years of research, public participation and planning. The Regional District is grateful to all those residents and groups who provided interest, passion, and support from all corners of the Plan area culminating in the Plan development. In particular, we wish to recognize the following people for the exceptional amount of time and energy they dedicated to the planning process. OCP Advisory Committee Director Carol Schaffer, Electoral Area “A” Director Stephen Quinn, Electoral Area “B” Director Bill Kershaw, Electoral Area “O” Tom Eustache – Simpcw First Nation Rick Dee Harley Wright Willow Macdonald (past member) Meetings, Conversations and Information Providers Anna Kay Eldridge – Simpcw First Nation Ashley Dyck – Planning Services Celia Nord – Little Shuswap Indian Band Chris Ortner Dan Winiski Doris Laner – North Thompson Arts Council James Demens and Brandon Gustafsen – Ministry of Transportation and Infrastructure Jenny Green and Clare Audet – Interior Health Authority Kelly Funk – Kelly Funk Photography Laura Ryser – Research Manager, Rural and Small Town Studies Program, UNBC Leanne Nystoruk Mike Scarff, TNRD GIS Services PIBC and the Planners from the local Interior Chapter Sarah Cooke and Mike Cloet – Ministry of Mines, Energy and Petroleum Resources Staff and students at Clearwater and Barriere Secondary Schools Staff from the Agricultural Land Commission Staff -
An#Integrated#Assessment#Of#The#Cumulative#Impacts#Of#Climate# Change'and'industrial'development'on'salmon'in'western'bc!! Stiki
An#integrated#assessment#of#the#cumulative#impacts#of#climate# change'and'industrial'development'on'salmon'in'Western'BC!! Stikine and Upper Nass Current Social-Ecological Conditions Summary Prepared by: Christina Melymick, Consultant April 2013 The views and conclusions contained in this document are those of the author and should not be interpreted as representing the opinions of the Bulkley Valley Research Centre or the Gordon and Betty Moore Foundation. [email protected] • Box 4274 Smithers, BC V0J 2N0 Canada An#integrated#assessment#of#the#cumulative#impacts#of#climate#change#and#industrial#development#on#salmon#in#Western#BC#! Acknowledgements Thank you to the Gordon and Betty Moore Foundation for supporting this project. Thank you to Jim Pojar for his expansive knowledge and expertise, and for adding to the stack of resources used during research. Thank you to Dave Bustard for taking time from a busy schedule to lend his extensive local knowledge and expertise. Thank you to John Kelson for his eulachon knowledge. Thank you to Richard Overstall for his knowledge and support. Thank you to Rick Budhwa for his support and contribution to the cultural aspects of this report. Thank you to Johanna Pfalz for her support and for providing all the relevant maps. Thank you to Ken Rabnett for support, his breadth of knowledge on the study area. Thank you to Don Morgan for the opportunity to carry out the research and produce this report, and for constant patience, guidance and support through the course of completing this report. Credits Don -
Woodland Caribou Plan for the Horseranch Subpopulation
Provincial Caribou Recovery Program Herd Planning Disclaimer The following herd plans are a result of Phase One planning and are an incomplete product. Additionally, the documents are ‘living’ reports and will be updated regularly as Phase Two progresses. Phase Two planning is currently underway for some herds however still at its early stages of development; many plans reflect this as they are in different stages along their scheduled project continuum. One of the cornerstone guiding principles to the Caribou Recovery Program (the Program) is to use consistent, fact-based approaches for all woodland caribou herds in the province. The Program has refined and adopted a new format to herd planning that will effectively: Provide a consistent approach to managing all woodland caribou herds in BC Recognize the unique circumstances of each herd Build from current (legacy) caribou management plans Consider First Nations’ and stakeholder interests and ideas Be included in larger regional plans Completed herd plans will describe the status of each herd, and the threats faced by that particular herd. The plans will take note of previous actions, and actions that are planned to take place in the future. As we implement the herd plans, the Program will carefully monitor to which extent and magnitude the caribou respond, and modify its actions as accordingly. Herd plans will help us document our decisions and discuss issues with First Nations and with stakeholders. Phase One consisted of: Status of herd or sub-population Identified threats Literature Previous work completed Phase Two will consist of input from: . Engagement with Indigenous communities . Provincial Caribou Science Team .