Canadian Rail No212 1969
Total Page:16
File Type:pdf, Size:1020Kb
Load more
Recommended publications
-
Newsletter Varnish
The Cover The outlook's bleak for the future of passenger trains in Newfoundland, as our report on page 78 indicates. In a matter of months, buses will appear on the St. John's- Port aux Basques run, phasing out CN's narrow gauge newsletter varnish. Here's the easthound Caribou waiting for its westbound counterpart at Cooke siding in June, 1967. — Tom Henry Number 270 Published monthly by the Upper Canada Railway Society, Inc., Box 122, Terminal A, Toronto, Ont. James A. Brown, Editor Coming Events :.:.:.;-:.:.;.:.:.:.:.:.:.;.;.:.:.x-:.;'X-:':':-;-:-:'X-:w^^^^^ Regular meetings of the Society are held on the third Friday of Authorized as Second Class Matter by the Post Office Department, each month (except July and August) at 589 Mt. Pleasant Road, Ottawa, Ont. and for payment of postage in cash. Toronto, Ontario. 8.00 p.m. Members are asked to give the Society at least five weeks notice of address changes. Aug 16: Summer meeting and social night at 589 Mt. (Fri) Pleasant Road, featuring refreshments and pro• fessional films of rail interest. Sept 20: Regular Meeting. Please address NEWSLETTER contributions to the Editor at (Fri) 3 Bromley Crescent, Bramalea, Ontario. No responsibility is assumed for loss or nonreturn of material. All other Society business, including membership inquiries, should be addressed to UCRS, Box 122, Terminal A, Toronto, Ontario. Contributors: John Bromley, Reg Button, Tom Henry, Bill Hood, George Horner, Omer Lavallee, Boh McMann, Ernie Modler, Steve Munro, John Thompson, Ted Wickson. Production: John Bromley, Tom Henry, Omer Lavallee. Distribution: Chas. Bridges, George Meek, Bill Miller, Steve Munro, John Thompson, Ted Wickson. -
Fichetechnique REM Mesures D'attenuation ANGLAIS
REM MITIGATION MEASURES Deux-Montagnes area 9 TowaVersrss rd SAINTAAIN - JÉRÔMJÉJÉÉRRÔMEME 15 2020 440 59 40 BLAINVILLEBLA E SAINT-EUSTACHE LAVAAVAVVAAL 25 TERMINAL 15 9 MONTMORENCY Weekends 640 59 STATION MONTRMONTRÉALTTRRRÉARÉÉÉAAL 4 40 8 20 8 440 40 DEUX-MONTAGNES STATION Weekends BOIS-FRANC 640 STATION LONGUEUONGNGUEUILU L 964 CÔTE-VERTU STATION Bus terminal GRAND-MOULIN BONAVENTURE STATION RAIL SHUTTLE 404 STATION Train station 13 Metro station Reserved lane 40 404 20 PREFERRED ROUTE RUSH HOURS (WEEKDAYS) 1 Rail shuttle from Deux-Montagnes to the Bois-Franc station (±25 min) 2 Shuttle 964 – Trainbus Bois-Franc/Côte-Vertu (±15 min) ±1 h 05* (See reverse side for more details) 3 Metro from the Côte-Vertu station to the Bonaventure station (±25 min) TRAVEL OPTIONS IMPROVED SERVICE – Line 8 from Saint-Eustache to the Montmorency station1 (±20 min) +30 min – Line 9 from Saint-Jérôme to the Montmorency station1 (±1 h 30 min) between the Montmorency1 and Bonaventure stations – Line 59 from Blainville to the Montmorency station1 (±50 min) } EXPRESS BUS SHUTTLE OPTIONS OFFPEAK AND WEEKENDS – Shuttle 404 from Deux-Montagnes to the Mansfield terminal (±1 h 05 min from 5 to 6 a.m.) (±50 min from 9 a.m. to 3 p.m. and from 7 p.m. to 1 a.m.) * The travel time does not include transfers between different transportation modes. 1- The orange line is very busy between the Montmorency and Berri-UQAM stations. Users are encouraged to choose another route. REM MITIGATION MEASURES Deux-Montagnes area 2020 SHUTTLE 964 – Trainbus Bois-Franc/Côte-Vertu – Service on weekdays from 5:30 a.m. -
Regional Geology of the Scotian Basin
REGIONAL GEOLOGY OF THE SCOTIAN BASIN David E. Brown, CNSOPB, 2008 INTRODUCTION The Scotian Basin is a classic passive, mostly non-volcanic, conjugate margin. It represents over 250 million years of continuous sedimentation recording the region's dynamic geological history from the initial opening of the Atlantic Ocean to the recent post-glacial deposition. The basin is located on the northeastern flank of the Appalachian Orogen and covers an area of approximately 300,000 km2 with an estimated maximum sediment thickness of about 24 kilometers. The continental-size drainage system of the paleo-St. Lawrence River provided a continuous supply of sediments that accumulated in a number of complex, interconnected subbasins. The basin's stratigraphic succession contains early synrift continental, postrift carbonate margin, fluvial-deltaic-lacustrine, shallow marine and deepwater depositional systems. PRERIFT The Scotian Basin is located offshore Nova Scotia where it extends for 1200 km from the Yarmouth Arch / United States border in the southwest to the Avalon Uplift on the Grand Banks of Newfoundland in the northeast (Figure 1). With an average breadth of 250 km, the total area of the basin is approximately 300,000 km2. Half of the basin lies on the present-day continental shelf in water depths less than 200 m with the other half on the continental slope in water depths from 200 to >4000 m. The Scotian Basin formed on a passive continental margin that developed after North America rifted and separated from the African continent during the breakup of Pangea (Figure 2). Its tectonic elements consist of a series of platforms and depocentres separated by basement ridges and/or major basement faults. -
Griffintown Golroo Mofarrahi
Griffintown Golroo Mofarrahi Post-professional graduate program in Cultural Landscapes School of Architecture McGill University August 2009 Report Submitted in Partial Fulfillment of the Requirements of the Degree of Master ofArchitecture Golroo Mofarrahi, 2009 Abstract: This study originates from observation that urban neigh bourhoods are in continuous transition as the economy ebbs and flows. Residential neighbour- hoods will either collapse or redlined for new development as their residents start to move out (The Lure of the Local, 202). At the same time, coun- try towns are being abandoned, working class neighbourhoods are further ghettoized and steel towns are rusting in decay as “deserted downtowns con- trast with exurban building booms” (The Lure of the Local, 202). An example of this type of neighbourhood is Griffintown, which was once a working class neighbourhood squeezed between Saint Gabriel farm and the suburbs of Recollets and Victoria town in Montreal. Griffintown was an industrial and residential district. It was urbanised in the 19th century and gradually decayed through the 20th century. As an industrial district it saw the birth of very first large factories of Canada and was known as the industrial heartland of Canada. The area was of great interest to most developers, and various projects have been proposed for this area. This report addresses the follow ing question: How does the extent artefact system in Griffintown represent tangible evidence of the way of life before forced resettlement, and are there any artefacts worth preserving in Griffintown, an area slated for imminent development? I Résumé: Cette étude trouve son origine dans la notion selon laquelle les quartiers ur- bains sont engagés dans un cycle de croissance et de déclin soumis aux aléas de la conjoncture économique. -
2020 REM MITIGATION MEASURES Canora – Mont-Royal Area
2020 REM MITIGATION MEASURES Canora – Mont-Royal area Boul. Jules-Poitras oouu Boul.Boul de l'Acadie 15 ded l'Ac Boul.Bo Saint-Laurent Ch. Rockland Accadiec 92 as R Sai r ock ie land t-La iririeri ure Poi Av.Av du enent e P Boul.Bo Lair u ASTCADIEATION ddu Rue Poirie ul. Par STACADIEATION c ph LaL sep os d 40 t-Jo int Boul. Montpellier 919 Sa m l on ul. CÔTE-STATIONVERTU GGraaah MONTRÉALMMOONNTRRÉRÉALALL Boul.BoBoul Saint-Joseph SCÔTE-TATIONVERTU Boul.Bou Graham e MONTMOMONO T-RO-RROOYAYAL CANORAGARE CANORA/ / Av.A Sainte-Croix L v -L MONT-ROYAL Boul.B Laird ded am n O ham ou Boul. Marcel-Laurin -d ra oon O. STATION alo ulul. TTal ens ôtôte CCôt Boul.Bo Graham nn-T ai a C rce ean 92 d l-L Rue Hodge e la -LLLau e Je uul aur ue ne oul uurin Boul. Thimens rtu RueRu Jean-Talon 9 e 91 VeVVer Ch. de la Côte-de-Liess e-V at Ca C a C Ch.Ch. Lucerne Luce de la rn Sa t l.l de eti te- p Boul.Boul de la Côte-Vertu 165 t /4 Côt 65 Ch.C de la Côte- oont de Mon e des-Neigese ud s Pin es la C o -N CCô -H 9 eieeig u n tet Ch.C de la Côte-Sainte-Catherine e v. de 91 es li il Av.Av des Pins O. 92 GareGTrainare ddestatione train m 40 ul. a C Boul. Édouard-Montpeti ie o V GareClosed de train train station ferméefermée 165//465 StationSMetrotatio nstation dede métrométro VVoieReservedoie rréservéeéserv laneée STNAMURATION SCÔTE-DES-NEIGESTATION SNAMURTATION 15 STCÔTE-DES-NEIGESATION PREFERRED ROUTE RUSH HOURS (WEEKDAYS) 1 Shuttle 919 – Trainbus Acadie/Mont-Royal/Namur (±15 min) ±35 min* 2 Metro from the Namur station to the Bonaventure station (±20 min) SHUTTLE -
Canadian Rail No162 1965
<:;an..adi J~mnn Number 162 / Janua r y 1965 Cereal box coupons and soap package enclosures do not general ly excite much enthusiasm from the editor of 'Canadian Rail', but we must admit we are looking forward with some eagerness to comp leting our collection of RAILWAY MUGS currently being distribut e d by the Quaker Oats Company, in their specially-marked packages of Quaker Oats. This series of twelve hot chocolate mugs depicts the develop - ment of the steam locomotive in Canada from the 0-6-0 "Samson", to the CPR 2-10-4 #8000. The mugs are being offered by the Quaker Oats Company of Cana da to salute Canada's Centennial, and the part played by the rail ways and their steam locomotives in furthering the pro ~ ress of the nation. Each cup pictures an authentic locomotive design -- one shows a Canadian Northern 2-8-0, a type of locomotive that made a major contribution to the country's prairie economy by moving grain from the Western provinces to the Lakehead -- another shows one of the Canadian Pacific's ubiquitous D-10 engines. There are 12 different locomotives in the series - each a col lector's item. The reproductions are precisely etched in decora tive colours and trimmed with 22k gold. Canadian Rail Par,e 3 &eee_eIPIrWB __waBS} -- E.L.Modler. Once a Ga in this year, the Canadian National Railways has leased a number of road switcher type diesels from the Duluth, Missabe and Iron Range Railroad. :,ihile last year all the uni ts leased from the D.I.L& I.R. -
Country Note on Fisheries Management Systems -- Canada
COUNTRY NOTE ON FISHERIES MANAGEMENT SYSTEMS -- CANADA 1. Overview of Canadian Fisheries 1. Canada has traditionally benefited from the abundant fisheries resources in some of the world’s most productive marine and freshwater systems. These rich fisheries resources have maintained an important fishing industry that provides employment and supports the livelihood of hundreds of small communities in coastal areas. 2. In addition, there is a large recreational fisheries sector comprised of some 3.6 million anglers with annual expenditures of close to CAD 4.7 billion exclusively on sport fishing activities and investments. Furthermore, fishing has been entrenched in the daily life of Canadian aboriginal people in more than 300 First Nations who participate in fisheries for food, social and ceremonial purposes. 3. Aside from capture fisheries, aquaculture has been growing rapidly in Canada. In 1986, the total farm gate value of aquaculture was CAD 35 million. By 2000, production had increased to CAD 600 million, of which 81% was salmon. Trout, mussels and oysters are also major aquaculture species. 4. Canada’s commercial fisheries operate in three broad regions - along the Atlantic and Pacific coasts and inland (mainly near the Great Lakes and Lake Winnipeg). The last decade has seen major changes in the Canadian commercial fisheries on both coasts. The collapse of the Atlantic groundfishery in the early 1990s and the subsequent failure of Pacific salmon fishery in the mid-1990s -- the two traditional staple species in the Atlantic and Pacific fisheries respectively -- have completely changed the landscape of the Canadian fishing industry. 5. The rapid expansion of shrimp and crab fisheries along with continuing strong price performance for shellfish in general, have not only made shellfish the most dominant sector on the Atlantic coast but also brought the overall landed value past the historical record prior to the groundfish moratoria. -
Réseau Électrique Métropolitain (REM) | REM Forecasting Report
Réseau Électrique Métropolitain (REM) | REM Forecasting Report Réseau Électrique CDPQ Infra Inc. Métropolitain (REM) REM Forecasting Report Our reference: 22951103 February 2017 Client reference: BC-A06438 Réseau Électrique Métropolitain (REM) | REM Forecasting Report Réseau Électrique CDPQ Infra Inc. Métropolitain (REM) REM Forecasting Report Our reference: 22951103 February 2017 Client reference: BC-A06438 Prepared by: Prepared for: Steer Davies Gleave CDPQ Infra Inc. Suite 970 - 355 Burrard Street 1000 Place Jean-Paul-Riopelle Vancouver, BC V6C 2G8 Montréal, QC H2Z 2B3 Canada Canada +1 (604) 629 2610 na.steerdaviesgleave.com Steer Davies Gleave has prepared this material for CDPQ Infra Inc.. This material may only be used within the context and scope for which Steer Davies Gleave has prepared it and may not be relied upon in part or whole by any third party or be used for any other purpose. Any person choosing to use any part of this material without the express and written permission of Steer Davies Gleave shall be deemed to confirm their agreement to indemnify Steer Davies Gleave for all loss or damage resulting therefrom. Steer Davies Gleave has prepared this material using professional practices and procedures using information available to it at the time and as such any new information could alter the validity of the results and conclusions made. Réseau Électrique Métropolitain (REM) | REM Forecasting Report Contents 1 Introduction ............................................................................................................................ -
Community Management in the Inshore Groundfish Fishery on the Canadian Scotian Shelf
101 Community management in the inshore groundfish fishery on the Canadian Scotian Shelf F.G. Peacock Fisheries and Oceans Canada, Maritimes Region PO Box 1035, Dartmouth Nova Scotia, B2Y 4T3 Canada [email protected] Christina Annand Fisheries and Oceans Canada, Maritimes Region PO Box 1035, Dartmouth Nova Scotia, B2Y 4T3 Canada [email protected] 1. HISTORY LEADING TO COMMUNITY MANAGEMENT The groundfish fishery in Atlantic Canada is arguably the most complex fishery in Canada. Groundfish is the generalized term for a number of species of fish, mostly gadoid that are harvested separately or collectively by many fleets involving thousands of fishermen throughout Atlantic Canada. This chapter will focus on the inshore, fixed-gear sector of relatively small, inshore vessels 10–14 metres in length. This sector uses handline, longline and gillnet gear to harvest groundfish along the Scotian Shelf, in the Bay of Fundy and on Georges Bank (see Figure 1). Groundfish fishing by this sector involves seven separate and distinct fleets harvesting mostly cod, haddock, pollock, flatfish, halibut, redfish and a variety of bycatch species. Following establishment of the 200-mile limit in 1977, Canada began to develop an extensive domestic groundfish fishery that utilized both inshore and offshore fixed and mobile gear. Harvest expansion in the 1980s was followed by significant declines in species populations and associated harvest levels. Harvest moratoria were implemented for several cod resources in Atlantic Canada FIGURE 1 during the early 1990s and several of these Scotian Shelf, Bay of Fundy, and Georges Bank fishing areas moratoria continue today. On the Scotian Shelf, these included haddock stocks and cods stocks in areas 4V and 4W. -
BONAVENTURE Quartier Bonaventure Transportation Objectives: Environment
QUARTIER BONAVENTURE THE NEW MONTREAL Transformation of the Bonaventure Expressway, Phase 1 Summary of the Detailed Pre-project Design Studies, March 2009 QUARTIER BONAVENTURE THE NEW MONTREAL Transformation of the Bonaventure Expressway, Phase 1 Summary of the Detailed Pre-project Design Studies, March 2009 A city gateway to be redefi ned. Quartier Bonaventure A neighbourhood steeped in history, focused on the future The logo and signature represent drive and ambition by a moving line pointing towards the sky. The inter- secting lines demonstrate a determination to mend the east and west axes in order to create a true living environment in the heart of a historic site that will live once again. The colours represent the overriding presence of the St. Lawrence River and the need for the project to refl ect sustainable development. Finally, the contrast between dark blue and electric blue shows the balance between the strength of a structuring project for Montreal and the will to redefi ne this area in an imaginative and inspiring way, from both architec- tural and urban planning perspectives. Quartier Bonaventure CONTENTS PREFACE ° The Quartier Bonaventure: redefi ne Montreal of the future in an imaginative and inspiring way 1 ° The mission of the Société du Havre de Montréal : Bring the City to the St. Lawrence River 2 ° A project that has developed over time 3 SECTION 1 BACKGROUND ° A district at the centre of Montreal history 6 ° An urban reconstruction project inspired by the magic of its historic site 7 ° Creating Quartier Bonaventure -
An Innovative Model, an Integrated Network
RÉSEAU ÉLECTRIQUE MÉTROPOLITAIN An innovative model, an integrated network / Presentation of the #ProjetREM cdpqinfra.com THE REM: A PROJECT WITH IMPACT The REM is a fully automated, electric light rail transit (LRT) system, made up of 67 km of dedicated rail lines, with 50% of the tracks occupying existing rail corridors and 30% following existing highways. The REM will include four branches connecting downtown Montréal, the South Shore, the West Island, the North Shore and the airport, resulting in two new high-frequency public transit service lines to key employment hubs. A team of close to 400 experts is contributing to this project, ensuring well-planned, efficient and effective integration with the other transit networks. All sorts of elements are being considered, including the REM’s integration into the urban fabric and landscape, access to stations and impacts on the environment. Based on the current planning stage, the REM would become the fourth largest automated transit network in the world, with 27 stations, 13 parking facilities and 9 bus terminals, in addition to offering: • frequent service (every 3 to 12 minutes at peak times, depending on the stations), 20 hours a day (from 5:00 a.m. to 1:00 a.m.), 7 days a week; • reliable and punctual service, through the use of entirely dedicated tracks; • reduced travel time through high carrying capacity and rapid service; • attention to user safety and security through cutting-edge monitoring; • highly accessible stations (by foot, bike, public transit or car) and equipped with elevators and escalators to improve ease of travel for everyone; • flexibility to espondr to increases in ridership, with the possibility of having trains pass through stations every 90 seconds. -
Scotian Basin Exploration Drilling Project Environmental Assessment Report
Scotian Basin Exploration Drilling Project Environmental Assessment Report February 2018 Cover image courtesy of BP Canada Energy Group ULC. © Her Majesty the Queen in Right of Canada, represented by the Minister of the Environment (2017). Catalogue No: En106-203/2018E-PDF ISBN: 978-0-660-24432-7 This publication may be reproduced in whole or in part for non-commercial purposes, and in any format, without charge or further permission. Unless otherwise specified, you may not reproduce materials, in whole or in part, for the purpose of commercial redistribution without prior written permission from the Canadian Environmental Assessment Agency, Ottawa, Ontario K1A 0H3 or [email protected]. This document has been issued in French under the title: Rapport d'évaluation environnementale: Projet de forage exploratoire dans le bassin Scotian. Acknowledgement: This document includes figures, tables and excerpts from the Scotian Basin Exploration Drilling Project Environmental Impact Statement, prepared by Stantec Limited for BP Canada Energy Group ULC. These have been reproduced with the permission of both companies. Executive Summary BP Canada Energy Group ULC (the proponent) proposes to conduct an offshore exploration drilling program within its offshore Exploration Licences located in the Atlantic Ocean between 230 and 370 kilometres southeast of Halifax, Nova Scotia. The Scotian Basin Exploration Drilling Project (the Project) would consist of up to seven exploration wells drilled in the period from 2018 to 2022. The Project would occur over one or more drilling campaigns. The first phase, consisting of one or two wells, would be based on the results of BP Exploration (Canada) Limited’s Tangier 3D Seismic Survey conducted in 2014.