Species at Risk in Nova Scotia IDENTIFICATION & INFORMATION GUIDE
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Barriers to Fish Passage in Nova Scotia the Evolution of Water Control Barriers in Nova Scotia’S Watershed
Dalhousie University- Environmental Science Barriers to Fish Passage in Nova Scotia The Evolution of Water Control Barriers in Nova Scotia’s Watershed By: Gillian Fielding Supervisor: Shannon Sterling Submitted for ENVS 4901- Environmental Science Honours Abstract Loss of connectivity throughout river systems is one of the most serious effects dams impose on migrating fish species. I examine the extent and dates of aquatic habitat loss due to dam construction in two key salmon regions in Nova Scotia: Inner Bay of Fundy (IBoF) and the Southern Uplands (SU). This work is possible due to the recent progress in the water control structure inventory for the province of Nova Scotia (NSWCD) by Nova Scotia Environment. Findings indicate that 586 dams have been documented in the NSWCD inventory for the entire province. The most common main purpose of dams built throughout Nova Scotia is for hydropower production (21%) and only 14% of dams in the database contain associated fish passage technology. Findings indicate that the SU is impacted by 279 dams, resulting in an upstream habitat loss of 3,008 km of stream length, equivalent to 9.28% of the total stream length within the SU. The most extensive amount of loss occurred from 1920-1930. The IBoF was found to have 131 dams resulting in an upstream habitat loss of 1, 299 km of stream length, equivalent to 7.1% of total stream length. The most extensive amount of upstream habitat loss occurred from 1930-1940. I also examined if given what I have learned about the locations and dates of dam installations, are existent fish population data sufficient to assess the impacts of dams on the IBoF and SU Atlantic salmon populations in Nova Scotia? Results indicate that dams have caused a widespread upstream loss of freshwater habitat in Nova Scotia howeverfish population data do not exist to examine the direct impact of dam construction on the IBoF and SU Atlantic salmon populations in Nova Scotia. -
7.9 Vegetation 7.9.1 Regional Setting
VICTORY NICKEL INC. 7.9 Vegetation This subsection summarizes the 2007 and 2008 vegetation survey programs completed at and surrounding the Minago Project site. URS Canada Inc. (URS, 2008d) conducted a detailed vegetation survey on the Minago Project site in 2007 and Roche Consulting Group (Roche, 2008a) conducted a vegetation survey along a 24.4 km stretch on Highway 6, just south of the site’s main entrance and along a potential railway siding near Ponton, Manitoba. Prior to a detailed description of the vegetation survey methodology and results, characteristics of regional and local settings are summarized below in terms of ecozone and ecoregion. 7.9.1 Regional Setting – Ecozone Regionally, the Minago Project Site is located within the Boreal Plains ecozone (URS, 2008d). This ecozone is a wide band that extends from the Peace River area of northeast British Columbia to the southeast corner of Manitoba. This zone is located immediately south of and is distinctly different from the Boreal Shield ecozone, which is bedrock controlled. The Boreal Plains ecozone is not bedrock controlled and contains fewer lakes. The dominant coniferous species in this ecozone are white and black spruce, jack pine and tamarack. Deciduous species consist predominantly of white birch, trembling aspen and balsam poplar, particularly in transition zones to the prairie grasslands to the south. Black spruce and tamarack are more abundant along the northern transition zone to the Boreal Shield ecozone. 7.9.2 Local Setting – Ecoregion The Minago Project Area including the Site occupies approximately 2,428 hectares, west of Highway 6, and is located within the Mid-Boreal Lowland ecoregion of the northern section of the Manitoba Plain (URS, 2008d). -
The Ecology and Management of Moose in North America
THE ECOLOGY AND MANAGEMENT OF MOOSE IN NORTH AMERICA Douglas H. PIMLOTT Department of Lands and Forests, Maple, Ontario, Canada Concepts of the status, productivity and management of North American moose (Alces alces) have changed greatly during the past decade. The rapidity of the change is illustrated by the published record. TUFTS (1951) questioned, « Is the moose headed for extinc tion ? » and discussed the then current belief that moose populations had seriously declined across much of the continent. Five years later, PETERSON (1955: 217) stated, « It appears almost inevitable that the days of unlimited hunting for moose must soon pass from most of North America. » He also suggested (1955 : 216) that a kill of 12 to 25 per cent of the adult population is the highest that would permit the maintenance of the breeding population. Four years later, I showed (PIMLOTT, 1959a) that moose in Newfoundland could sustain a kill of twice the magnitude suggested by Peterson. I also suggested (PIMLOTT, 1959b) that the North American moose kill could be very greatly increased-in spite of progressive liberalization of hunting regulations over much of Canada and a marked increase in annual kill. It is not realistic to assume that the status of the species has changed, within the decade, from threatened extinction to annual harvests of approximately 40,000 and potential harvests of two to three times that number. Although moose populations have increased in some areas since 1950, there is little doubt that the changed think ing about moose management is more the result of the increase in knowledge than of any other factor. -
A Summary of Vulnerability of Habitats and Priority Species
Climate Change and Biodiversity in Maine: A Summary of Vulnerability of Habitats and Priority Species Andrew Whitman Phillip deMaynadier Barbara Vickery Manomet Center for Conservation Sciences ME Department of Inland Fisheries and The Nature Conservancy Andrew Cutko Wildlife Sally Stockwell ME Department of Agriculture, Conservation, Steve Walker Maine Audubon and Forestry Maine Coast Heritage Trust Robert Houston U.S. Fish and Wildlife Service Introduction As we watch temperatures climb and experience extremes in weather, it is clear that climate change has become a tangible threat to Maine’s ecosystems. Long-term research has shown that Maine’s wildlife are already responding to climate change.1 We will likely lose some of Maine’s native wildlife and observe permanent changes to their habitats in the coming decades. By 2100, average temperatures may increase 3° to 13°F. In response, the predicted northward shift of species ranges has begun. Rising temperatures will allow pests such as Winter Moose Tick (Dermacentor albipictus) and Hemlock Wooly Adelgid (Adelges tsugae) to become more common, potentially harming native wildlife and their habitats. Drought may occur more frequently and impact all habitats, especially wetlands. Sea level will likely rise three to six feet and will flood coastal marshes and beaches. Recognizing these challenges, a team of Maine scientists assessed the vulnerability of wildlife and habitats to a changing climate and then identified general strategies to reduce their vulnerability.2 Other states have taken this first step as they aim to update their state wildlife action plans (SWAPs) by 2015. States originally created SWAPs to set conservation priorities and obtain additional federal funding for wildlife. -
Placenaming on Cape Breton Island 381 a Different View from The
Placenaming on Cape Breton Island A different view from the sea: placenaming on Cape Breton Island William Davey Cape Breton University Sydney NS Canada [email protected] ABSTRACT : George Story’s paper A view from the sea: Newfoundland place-naming suggests that there are other, complementary methods of collection and analysis than those used by his colleague E. R. Seary. Story examines the wealth of material found in travel accounts and the knowledge of fishers. This paper takes a different view from the sea as it considers the development of Cape Breton placenames using cartographic evidence from several influential historic maps from 1632 to 1878. The paper’s focus is on the shift names that were first given to water and coastal features and later shifted to designate settlements. As the seasonal fishing stations became permanent settlements, these new communities retained the names originally given to water and coastal features, so, for example, Glace Bay names a town and bay. By the 1870s, shift names account for a little more than 80% of the community names recorded on the Cape Breton county maps in the Atlas of the Maritime Provinces . Other patterns of naming also reflect a view from the sea. Landmarks and boundary markers appear on early maps and are consistently repeated, and perimeter naming occurs along the seacoasts, lakes, and rivers. This view from the sea is a distinctive quality of the island’s names. Keywords: Canada, Cape Breton, historical cartography, island toponymy, placenames © 2016 – Institute of Island Studies, University of Prince Edward Island, Canada Introduction George Story’s paper The view from the sea: Newfoundland place-naming “suggests other complementary methods of collection and analysis” (1990, p. -
Nova Scotia Inland Water Boundaries Item River, Stream Or Brook
SCHEDULE II 1. (Subsection 2(1)) Nova Scotia inland water boundaries Item River, Stream or Brook Boundary or Reference Point Annapolis County 1. Annapolis River The highway bridge on Queen Street in Bridgetown. 2. Moose River The Highway 1 bridge. Antigonish County 3. Monastery Brook The Highway 104 bridge. 4. Pomquet River The CN Railway bridge. 5. Rights River The CN Railway bridge east of Antigonish. 6. South River The Highway 104 bridge. 7. Tracadie River The Highway 104 bridge. 8. West River The CN Railway bridge east of Antigonish. Cape Breton County 9. Catalone River The highway bridge at Catalone. 10. Fifes Brook (Aconi Brook) The highway bridge at Mill Pond. 11. Gerratt Brook (Gerards Brook) The highway bridge at Victoria Bridge. 12. Mira River The Highway 1 bridge. 13. Six Mile Brook (Lorraine The first bridge upstream from Big Lorraine Harbour. Brook) 14. Sydney River The Sysco Dam at Sydney River. Colchester County 15. Bass River The highway bridge at Bass River. 16. Chiganois River The Highway 2 bridge. 17. Debert River The confluence of the Folly and Debert Rivers. 18. Economy River The highway bridge at Economy. 19. Folly River The confluence of the Debert and Folly Rivers. 20. French River The Highway 6 bridge. 21. Great Village River The aboiteau at the dyke. 22. North River The confluence of the Salmon and North Rivers. 23. Portapique River The highway bridge at Portapique. 24. Salmon River The confluence of the North and Salmon Rivers. 25. Stewiacke River The highway bridge at Stewiacke. 26. Waughs River The Highway 6 bridge. -
RESPITE WORKER REGISTRATION PACKAGE Respite Worker
(For office use only) FM ID: ________ IN ID: ________ RESPITE WORKER REGISTRATION PACKAGE Respite Worker Information Name: __________________________________________________________________________ Address: ________________________________________________ Apt/Unit: ____________ City: ______________________________ Postal Code: ________________________ Main Intersection: _________________________________________________________________ Telephone: _____________________________ Other: _____________________________ Email: ___________________________________________________________________________ Male/Female/Other: _________ Community Region: (where you live) Cape Breton County - Bras’dor Cape Breton County - Coxheath/Westmount Cape Breton County - Dominion Cape Breton County - Eskasoni Cape Breton County - Glace Bay/Reserve Cape Breton County - Louisburg/Mira Cape Breton County - New Waterford/River Ryan Cape Breton County - Sydney Mines/North Sydney Cape Breton County - Sydney/Sydney River/Howie Center Inverness County - Inverness Inverness County - Mabou Inverness County - Port Hood Inverness County - Whycocomagh Inverness County - Port Hawkesbury Richmond County - Arichat Richmond County - Chapel Island Richmond County - Isle Madame Richmond County - St. Peters Victoria County - Baddeck Victoria County - Cheticamp Victoria County - Ingonish Victoria County - Middle River Victoria County - Neils Harbour Victoria County - Wagmatcook Hosted by Cape Breton Community Respite 77 Kings Road Sydney, Nova Scotia B1P 6H2 -
South Western Nova Scotia
Netukulimk of Aquatic Natural Life “The N.C.N.S. Netukulimkewe’l Commission is the Natural Life Management Authority for the Large Community of Mi’kmaq /Aboriginal Peoples who continue to reside on Traditional Mi’Kmaq Territory in Nova Scotia undisplaced to Indian Act Reserves” P.O. Box 1320, Truro, N.S., B2N 5N2 Tel: 902-895-7050 Toll Free: 1-877-565-1752 2 Netukulimk of Aquatic Natural Life N.C.N.S. Netukulimkewe’l Commission Table of Contents: Page(s) The 1986 Proclamation by our late Mi’kmaq Grand Chief 4 The 1994 Commendation to all A.T.R.A. Netukli’tite’wk (Harvesters) 5 A Message From the N.C.N.S. Netukulimkewe’l Commission 6 Our Collective Rights Proclamation 7 A.T.R.A. Netukli’tite’wk (Harvester) Duties and Responsibilities 8-12 SCHEDULE I Responsible Netukulimkewe’l (Harvesting) Methods and Equipment 16 Dangers of Illegal Harvesting- Enjoy Safe Shellfish 17-19 Anglers Guide to Fishes Of Nova Scotia 20-21 SCHEDULE II Specific Species Exceptions 22 Mntmu’k, Saqskale’s, E’s and Nkata’laq (Oysters, Scallops, Clams and Mussels) 22 Maqtewe’kji’ka’w (Small Mouth Black Bass) 23 Elapaqnte’mat Ji’ka’w (Striped Bass) 24 Atoqwa’su (Trout), all types 25 Landlocked Plamu (Landlocked Salmon) 26 WenjiWape’k Mime’j (Atlantic Whitefish) 26 Lake Whitefish 26 Jakej (Lobster) 27 Other Species 33 Atlantic Plamu (Salmon) 34 Atlantic Plamu (Salmon) Netukulimk (Harvest) Zones, Seasons and Recommended Netukulimk (Harvest) Amounts: 55 SCHEDULE III Winter Lake Netukulimkewe’l (Harvesting) 56-62 Fishing and Water Safety 63 Protecting Our Community’s Aboriginal and Treaty Rights-Community 66-70 Dispositions and Appeals Regional Netukulimkewe’l Advisory Councils (R.N.A.C.’s) 74-75 Description of the 2018 N.C.N.S. -
High Conservation Value Forest Assessment Update – 2015 to 2020 1
HIGH CONSERVATION VALUE FOREST ASSESSMENT UPDATE 2015 – 2020 FSC ® Certification Period Port Hawkesbury Paper LP Liscomb River Large Landscape HCV Guysborough, Nova Scotia © Tree Top Images March 2015 Authors: Andrea Doucette, Port Hawkesbury Paper LP Chris Miller, Canadian Parks & Wilderness Society High Conservation Value Forest Assessment Update – 2015 to 2020 1 EXECUTIVE SUMMARY A High Conservation Value Forest (HCV) assessment initially undertaken for the Port Hawkesbury Paper mill in 2010 (at that time called NewPage Port Hawkesbury) in accordance with Principle 9 of the Forest Stewardship Council ® (FSC) Maritimes Standard was updated for the 2015-2020 FSC certification period to ensure original HCV’s are still relevant and new HCV’s are captured for the next 5-year period. This re-assessment resulted in the following HCV designations: HCV Category HCV Value CATEGORY 1 – BIODIVERSITY Question 1: Species at Risk Boreal Felt Lichen Occurrences Roseate Tern Habitat Bicknell’s Thrush Habitat Wood Turtle Habitat American Marten Habitat Mainland Moose Habitat Canada Lynx Habitat Rusty Blackbird Habitat New Jersey Rush Habitat Eastern White Cedar Frosted Glass-Whiskers Occurrences Vole Ears Lichen Occurrences Blue Felt Lichen Occurrences Black Ash Olive-sided Flycatcher Habitat Eastern Whip-poor-will Habitat Eastern Wood Peewee Habitat Canada Warbler Habitat Question 2: Endemic Species None identified Question 3: Seasonal Concentration of Species PHP Watersheds Cold-water streams for salmon and trout Question 4: Regionally Significant -
The Rewilding of New York's North Country: Beavers, Moose, Canines and the Adirondacks
University of Montana ScholarWorks at University of Montana Graduate Student Theses, Dissertations, & Professional Papers Graduate School 2008 The Rewilding of New York's North Country: Beavers, Moose, Canines and the Adirondacks Peter Aagaard The University of Montana Follow this and additional works at: https://scholarworks.umt.edu/etd Let us know how access to this document benefits ou.y Recommended Citation Aagaard, Peter, "The Rewilding of New York's North Country: Beavers, Moose, Canines and the Adirondacks" (2008). Graduate Student Theses, Dissertations, & Professional Papers. 1064. https://scholarworks.umt.edu/etd/1064 This Thesis is brought to you for free and open access by the Graduate School at ScholarWorks at University of Montana. It has been accepted for inclusion in Graduate Student Theses, Dissertations, & Professional Papers by an authorized administrator of ScholarWorks at University of Montana. For more information, please contact [email protected]. THE REWILDING OF NEW YORK‟S NORTH COUNTRY: BEAVERS, MOOSE, CANINES AND THE ADIRONDACKS By Peter Miles Aagaard Bachelor of Arts, State University of New York College at Geneseo, Geneseo, NY, 2005 Thesis presented in partial fulfillment of the requirements for the degree of Master of Arts in History The University of Montana Missoula, MT Spring 2008 Approved by: Dr. David A. Strobel, Dean Graduate School Dr. Dan Flores, Chair Department of History Dr. Jeffrey Wiltse Department of History Dr. Paul R. Krausman Department of Ecosystem and Conservation Sciences ii Aagaard, Peter, M.A., May 2008 History The Rewilding of New York‟s North Country: Beavers, Moose, Canines, and the Adirondacks Chairperson: Dan Flores This project examines the restoration histories of beavers (Castor canadensis), moose (Alces alces americana), and wild canines (Canis spp.) within the Adirondack Highlands of northern New York. -
Recovery Potential Assessment for Eastern Cape Breton Atlantic Salmon (Salmo Salar): Habitat Requirements and Availability; and Threats to Populations
Canadian Science Advisory Secretariat (CSAS) Research Document 2014/071 Maritimes Region Recovery Potential Assessment for Eastern Cape Breton Atlantic Salmon (Salmo salar): Habitat Requirements and Availability; and Threats to Populations A.J.F. Gibson, T.L. Horsman, J.S. Ford, and E.A. Halfyard Fisheries and Oceans Canada Science Branch, Maritimes Region P.O. Box 1006, Dartmouth, Nova Scotia Canada, B2Y 4A2 December 2014 Foreword This series documents the scientific basis for the evaluation of aquatic resources and ecosystems in Canada. As such, it addresses the issues of the day in the time frames required and the documents it contains are not intended as definitive statements on the subjects addressed but rather as progress reports on ongoing investigations. Research documents are produced in the official language in which they are provided to the Secretariat. Published by: Fisheries and Oceans Canada Canadian Science Advisory Secretariat 200 Kent Street Ottawa ON K1A 0E6 http://www.dfo-mpo.gc.ca/csas-sccs/ [email protected] © Her Majesty the Queen in Right of Canada, 2014 ISSN 1919-5044 Correct citation for this publication: Gibson, A.J.F., Horsman, T., Ford, J. and Halfyard, E.A. 2014. Recovery Potential Assessment for Eastern Cape Breton Atlantic Salmon (Salmo salar): Habitat requirements and availability; and threats to populations. DFO Can. Sci. Advis. Sec. Res. Doc. 2014/071. vii + 141 p. TABLE OF CONTENTS ABSTRACT ................................................................................................................................ -
2012-13 Edition
5-Year Highway Improveme nt Plan 2012–13 Edi tion 5-Year Highway Improvement Plan 2012 –13 Edition 3 5-Year Highway Improveme nt Plan 2012–13 Edi tion Contents Why a 5-year plan? ..................................................................4 Highway construction and maintenance: a look back ........5 Highway funding in Nova Scotia in 2012 –13 ........................6 Making our dollars go further ................................................7 How are projects prioritized? .................................................9 5-year highway improvement projects ...............................11 2012 –13 ...............................................................................11 2013 –14 ...............................................................................16 2014 –15 ...............................................................................18 2015 –16 ...............................................................................20 2016 –17 ...............................................................................22 A Look Back: 2011 –12 projects ..............................................24 5-Year Highway Improvement Plan 2012 –13 Edition Why a 5-year plan? Government’s commitment to The plan also explains government’s new approach, repairing rural roads and keeping making the most of every available dollar to address communities strong led to highway construction and maintenance. In the past, Nova Scotia’s first five-year the majority of funding has gone to the most damaged roads, so the overall condition