2.6 Settlement Along the Ottawa River
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Limits to the Regulation of the Ottawa River 2019 Spring Flood Overview
Ottawa River Commission de planification Regulation de la régularisation Planning Board de la rivière des Outaouais Limits to the Regulation of the Ottawa River 2019 Spring Flood Overview Ottawa River Regulation Secretariat Michael Sarich Manon Lalonde Ottawa River Watershed SPRING FLOODS VARY 1950-2018: Maximum daily flow at Carillon dam varied between 3,635 and 9,094 m3/s In 2019: Maximum daily flow on April 30th 9,217 m3/s The Water Cycle Natural Variability 2010 2017 2019 PETAWAWA RIVER 700 650 600 2019 Peak 46% higher than previous 550 historic peak of 1985 500 (Measurements from 1915 to 2019) 450 Note: Flows are within the green zone 50% of the time 400 350 300 250 DISCHARGE DISCHARGE (m³/s) 200 150 100 50 0 JAN FEB MAR APR MAY JUN JUL AUG SEP OCT NOV DEC What about Flow Regulation? 13 Large Reservoirs Reservoirs: large bodies of water that are used to: Release water during winter Retain water in the spring Flow regulation Increase flows during winter Reduce flows during spring 1983 Agreement Integrated management The 1983 Canada-Ontario Quebec Agreement established: . Ottawa River Regulation Planning Board . Ottawa River Regulating Committee . Ottawa River Regulation Secretariat Main role : to ensure that the flow from the principal reservoirs of the Ottawa River Basin are managed on an integrated basis : minimize impacts – floods & droughts Secondary role : to ensure hydrological forecasts are made available to the public and government agencies for preparation of flood related messages How is the Planning Board structured? -
FICHE TECHNIQUE RÉGION OUTAOUAIS, Laurentides, ABITIBI-TÉMISCAMINGUE ET SAGUENAY LAC-ST-JEAN
FICHE TECHNIQUE RÉGION OUTAOUAIS, lAURENTIDES, ABITIBI-TÉMISCAMINGUE ET SAGUENAY LAC-ST-JEAN 4 MARS 2021 – Tournée sur la gestion de l’offre. Outaouais, Laurentides, Abitibi-Témiscamingue et Saguenay-Lac-Saint- Jean La Les Collines- Vallée- OUTAOUAIS Canada Québec Outaouais Papineau Gatineau de- Pontiac de-la- l'Outaouais Gatineau Nombre de fermes (en 2016) TOTAL 193 492 28 919 1 055 256 79 276 169 275 Élevage de bovins laitiers et production laitière 10 525 5 163 72 26 1 8 12 25 Élevage de volailles et production d'œufs 4 903 875 9 5 0 3 0 1 TOTAL des fermes sous gestion de l’offre 15 428 6 038 81 31 1 11 12 26 7,6 % Les Deux- Thérèse- La Pays Les Québe Laurentide Mont De Mirabe Rivière Argenteui Antoine LAURENTIDES Canada - Laurentide c s - Blainvill l -du- l -Labelle d'en- s agnes e Nord Haut Nombre de fermes (en 2016) 193 TOTAL 492 28 919 1 337 262 79 362 69 186 19 118 242 Élevage de bovins laitiers et production laitière 10 525 5 163 171 18 8 62 5 37 0 7 34 Élevage de volailles et production d'œufs 4 903 875 22 6 0 4 5 2 1 0 4 TOTAL des fermes sous gestion de l’offre 15 428 6 038 193 24 8 66 10 39 1 8 38 14,4 % Nord- Abitibi- Témis- Rouyn- Abitibi- La Vallée- ABITIBI-TÉMISCAMINGUE Canada Québec Abitibi du- Témiscamingue camingue Noranda Ouest de-l’Or Québec Nombre de fermes (en 2016) TOTAL 193 492 28 919 580 219 48 145 134 28 6 Élevage de bovins laitiers et production laitière 10 525 5 163 102 51 1 21 24 5 0 Élevage de volailles et production d’œufs 4 903 875 5 1 0 0 1 3 0 TOTAL des fermes sous gestion de l’offre 15 428 6 038 107 -
Urban and Historic Context
Architectural Rejuvenation Project URBAN AND HISTORIC CONTEXT Barry Padolsky Associates Inc., Architects, Urban Design and Heritage Consultants February 13, 2015 Aerial view of National Arts Centre (2010) TABLE OF CONTENTS Introduction..................................................................................................................................2 Urban and Historic Context........................................................................................................2 . The Holt/Bennett Plan ................................................................................................................4 The Gréber Plan .........................................................................................................................6 The Parkin Plan ...........................................................................................................................8 Architecture and National Identity: the Centennial Projects .......................................................9 NAC: The Architectural Challenge ............................................................................................10 The Architectural Response .....................................................................................................13 Architectural Style: Polite “Brutalism” ......................................................................................16 Re-inventing “Brutalism”..........................................................................................................17 NCC Canada’s -
Lacs Et Cours D'eau Du Québec Où La Présence Du Myriophylle À Épis (Myriophyllum Spicatum) a Été Rapportée – Juin 20
Lacs et cours d’eau du Québec où la présence du myriophylle à épis (Myriophyllum spicatum) a été rapportée – Juin 2021 Nom du plan d’eau Région(s) Municipalité(s) Lacs (171) Lac Dufault Abitibi-Témiscamingue Rouyn-Noranda Lac Noranda Abitibi-Témiscamingue Rouyn-Noranda Lac Opasatica Abitibi-Témiscamingue Rouyn-Noranda Lac Osisko Abitibi-Témiscamingue Rouyn-Noranda Lac Pelletier Abitibi-Témiscamingue Rouyn-Noranda Lac Renault Abitibi-Témiscamingue Rouyn-Noranda Lac Rouyn Abitibi-Témiscamingue Rouyn-Noranda Lac du Gros Ruisseau Bas-Saint-Laurent Mont-Joli, Saint-Joseph-de-Lepage Lac Témiscouata Bas-Saint-Laurent Témiscouata-sur-le-Lac Lac Delage Capitale-Nationale Lac-Delage Lac McKenzie Capitale-Nationale Lac-Beauport Lac Saint-Augustin Capitale-Nationale Saint-Augustin-de-Desmaures Lac Saint-Charles Capitale-Nationale Québec, Stoneham-Tewkesbury Lac Sergent Capitale-Nationale Lac-Sergent Lacs Laberge Capitale-Nationale Québec Lac Joseph Centre-du-Québec Inverness, Saint-Ferdinand, Saint-Pierre-Baptiste Lac Rose Centre-du-Québec Sainte-Marie-de-Blandford Lac Saint-Paul Centre-du-Québec Bécancour Lac William Centre-du-Québec Saint-Ferdinand Réservoir Beaudet Centre-du-Québec Victoriaville Lac de l’Est Chaudière-Appalaches Disraeli Lac des Abénaquis Chaudière-Appalaches Sainte-Aurélie Lac du Huit Chaudière-Appalaches Adstock Lac Gobeil Côte-Nord Les Bergeronnes, Sacré-Coeur Lac Jérôme Côte-Nord Les Bergeronnes Étang O’Malley Estrie Austin Estrie, Chaudière- Lac Aylmer Stratford, Disraeli, Weedon, Beaulac-Garthby Appalaches Lac Bran de Scie -
2.2 Ancient History of the Lower Ottawa River Valley
INTRODUCTION 16 2.2 Ancient History of the Lower Ottawa River Valley Dr Jean‐Luc Pilon Curator of Ontario Archaeology Canadian Museum of Civilization 2.2.1 Archaeology in the Ottawa Valley The following discussion surrounding the ancient history of the Ottawa Valley does not attempt to present a full picture of its lengthy past. The Ottawa Valley contains literally thousands of archaeological sites, and to date only a handful have been studied by archaeologists. Still fewer of these have been properly published. Consequently, any reconstruction of the region’s ancient history is based on preliminary interpretations and a few more certain findings. The purpose of this summary is to provide a first blush of the richness of the Ottawa Valley’s pre‐contact past without labouring the discussion with details. The history of archaeological investigation of the ancient history of the Ottawa River Valley, and in particular, the stretch of river downstream of the Mattawa River, has been influenced by several historical factors. For nearly 150 years, there has been a national historical institution located within the city of Ottawa. Paradoxically, since it is a national, and not regional institution, its scholars have generally worked outside of the region. Another factor which has affected the level of interest in the pre‐contact ancient history of the region is the nature of the lifestyles of the peoples in the region who were relatively mobile hunter/gatherer groups, leaving few visible remains attesting to their life and times. However, as will be seen below, this situation is far from a hard fast rule. -
The Vitality of Quebec's English-Speaking Communities: from Myth to Reality
SENATE SÉNAT CANADA THE VITALITY OF QUEBEC’S ENGLISH-SPEAKING COMMUNITIES: FROM MYTH TO REALITY Report of the Standing Senate Committee on Official Languages The Honourable Maria Chaput, Chair The Honourable Andrée Champagne, P.C., Deputy Chair October 2011 (first published in March 2011) For more information please contact us by email: [email protected] by phone: (613) 990-0088 toll-free: 1 800 267-7362 by mail: Senate Committee on Official Languages The Senate of Canada, Ottawa, Ontario, Canada, K1A 0A4 This report can be downloaded at: http://senate-senat.ca/ol-lo-e.asp Ce rapport est également disponible en français. Top photo on cover: courtesy of Morrin Centre CONTENTS Page MEMBERS ORDER OF REFERENCE PREFACE INTRODUCTION .................................................................................... 1 QUEBEC‘S ENGLISH-SPEAKING COMMUNITIES: A SOCIO-DEMOGRAPHIC PROFILE ........................................................... 4 QUEBEC‘S ENGLISH-SPEAKING COMMUNITIES: CHALLENGES AND SUCCESS STORIES ...................................................... 11 A. Community life ............................................................................. 11 1. Vitality: identity, inclusion and sense of belonging ......................... 11 2. Relationship with the Francophone majority ................................. 12 3. Regional diversity ..................................................................... 14 4. Government support for community organizations and delivery of services to the communities ................................ -
State of Knowledge on Fate and Behaviour of Ship-Source Petroleum Product Spills: Volume 4, St
State of Knowledge on Fate and Behaviour of Ship-Source Petroleum Product Spills: Volume 4, St. Lawrence Seaway, Montreal to Anticosti, Québec Scott A. Ryan¹, Gary Wohlgeschaffen¹, Nusrat Jahan¹, Haibo Niu², Alice C. Ortmann¹, Trevor N. Brown¹, Thomas L. King¹, and Jason Clyburne³ ¹Centre for Offshore Oil, Gas and Energy Research, Fisheries and Oceans Canada, Bedford Institute of Oceanography, Dartmouth, NS B2Y 4A2 ²Department of Engineering, Dalhousie University, Truro, NS B2N 5E3 ³Department of Chemistry, Saint Mary’s University, Halifax, NS B3H 3C3 2019 Canadian Manuscript Report of Fisheries and Aquatic Sciences 3176 Canadian Manuscript Report of Fisheries and Aquatic Sciences Manuscript reports contain scientific and technical information that contributes to existing knowledge but which deals with national or regional problems. Distribution is restricted to institutions or individuals located in particular regions of Canada. However, no restriction is placed on subject matter, and the series reflects the broad interests and policies of Fisheries and Oceans Canada, namely, fisheries and aquatic sciences. Manuscript reports may be cited as full publications. The correct citation appears above the abstract of each report. Each report is abstracted in the data base Aquatic Sciences and Fisheries Abstracts. Manuscript reports are produced regionally but are numbered nationally. Requests for individual reports will be filled by the issuing establishment listed on the front cover and title page. Numbers 1-900 in this series were issued as Manuscript Reports (Biological Series) of the Biological Board of Canada, and subsequent to 1937 when the name of the Board was changed by Act of Parliament, as Manuscript Reports (Biological Series) of the Fisheries Research Board of Canada. -
The Bonnechere River System W Y LER L IL I M E R Deep River D Lac Lac Mcdonald Sheen Dam Stream/River BAGGS RD Kean H !N Lake U N
! ! ! ! LAMURE RD Lac Esher RB ME A BAL Lac des Îles Head, Clara BANTING DR Y North G R U D T Lac Rouge & Maria Z M à l'Oiseau Lake A N R D BR ON SO N R D Lac LEADER RD Lackey D R Explore the Bonnechere River System W Y LER L IL I M E R Deep River D Lac Lac McDonald Sheen Dam Stream/River BAGGS RD Kean H !n Lake U N D T S R KINGS RD R Perch N D Lake B Bridge Bonnechere River System A )" OT E T AWA K S T Lac à la Truite ! Emm a LAW RD RAILWAYPLANT ST RD Communities Water Lake ! Chalk River S MAIN ST A N D Sturgeon Algonquin Park R County Road D Lake CART IER LAKE RD Young Corry Lake Lake Rorke C DELU RD LOUT THIER Provincial Park Lake HIER R Lac Provincial Highway D Hurdman D R Federal Land Lake E Municipal Maintained Road S C Travers W R L M A O D E E M S D H R R NE R P E ELI E AS I B D N S C L First Nation Reserve T S A I Municipal Seasonal Maintained Road A A A P R N K Y L B R E K RD A IN D K R L E D R D Eganville Cartier M Private Road ID Lake D L E Centre Lake R D Crown Road Municipal Boundary ORANGE RD B P A A RD T D E T S ALIZ S R TOT MESSER TRAIL L E C D H Roads Outside County E R R E S D E N R K A D O L A H R E E E L Lac Tucker K E C C CREST RD Allumette Lac H ickey Sopw ith A Lake U R T R Lake D VERITABLE RD Clemow Lake ARRAS RD D Garrison R ! Petawawa E Laurentian Y M P Lac M R E Hart Ro wan Lake O S Hills S B LVD Lac Noir IA ST TOR Petawawa VIC EAST ST D ! Petawawa ! LAURENTIAN DR R D JAN DR Lac E R Lily Lac S RD E E G NS Bellemare R T A MA T UET T HER O Q R PA PETAWAWA O CHAD ST Grand Lake H RD P P E E TERRACEPROVINCIAL T C Z A Lac du Bois Dur T PARK G A N C W A MURPHY RD A E L R R A N W R N L R LA BARRON SH IR A V H AM BA N L AC L L I E A TIMM RD RIVERPROVINCIAL SS A R A D B I S GUTZMAN RD ! MURPHY RD S D PARK ! L Québec R R T V KE L D T Barron A Black Bay E R L OELKE ST D T EY N Lac URV N Lake S BL D I ACK H R O Coulonge B O CK P AY SA C R BLACK BAY RD P L D K E I RADTKE RD M N R YA DORAN RD KA D B S TRAIL USKIE D KOSS LN RD White RD R R S RIVE Partridge ER SHADY LN M BRUMM RD St. -
Non-Destructive Detection of Corrosion of Epoxy Coated Rebar
NON-DESTRUCTIVE DETECTION OF CORROSION OF EPOXY COATED REBAR by BRIGITTE GOFFIN A DISSERTATION IN PARTIAL FULFILLMENT OF THE REQUIREMENTS FOR THE DEGREE OF DOCTOR OF PHILOSOPHY in THE FACULTY OF GRADUATE AND POSTDOCTORAL STUDIES (Civil Engineering) THE UNIVERSITY OF BRITISH COLUMBIA (Vancouver) December 2017 ©Brigitte Goffin, 2017 Abstract Abstract Deteriorating infrastructure is an acute and dangerous problem, which is often caused by the corrosion of concrete reinforcement. Marine structures and bridge decks, where sea water and de- icing salts lead to chloride ion diffusion into the concrete are particularly at risk. Epoxy coated rebar (ECR) is a popular choice for the latter structures. However, corrosion of ECR, which occurs due to coating damage, poses a challenge to non-destructive corrosion detection. This study investigated the corrosion behaviour, accelerated corrosion and non-destructive corrosion detection of ECR. The electrochemical corrosion behaviour of ECR in simulated concrete pore solutions was studied and compared to uncoated rebar (UCR). The polarized area of ECR was related but not proportional to the sodium ion concentration of the test solution. Furthermore, ECR was more susceptible to corrosion than UCR, particularly in the presence of NaCl and in NaHCO3 solution. A test solution of Na2CO3 and NaHCO3 led to the formation of a very fragile passive layer, that grew slowly but continuously. However, the protective layer was sensitive to even small amounts of NaCl. Corrosion of ECR was accelerated in neutral and alkaline NaCl solutions as well as in concrete. Neutral and alkaline environments promoted coating holiday and undercoating corrosion, respectively. Part of the undercoating corrosion process was cathodic delamination, whose acceleration prior to corrosion acceleration slowed down the lateral corrosion expansion. -
Alexandra Bridge Replacement Project
Alexandra Bridge Replacement Project PUBLIC CONSULTATION REPORT OCTOBER TO DECEMBE R , 2 0 2 0 Table of Contents I. Project description .................................................................................................................................... 3 A. Background ........................................................................................................................................ 3 B. Project requirements ..................................................................................................................... 3 C. Project timeline ................................................................................................................................ 4 D. Project impacts ............................................................................................................................. 4 II. Public consultation process............................................................................................................ 5 A. Overview .............................................................................................................................................. 5 a. Consultation objectives ............................................................................................................ 5 b. Dates and times ............................................................................................................................ 5 B. Consultation procedure and tools .......................................................................................... -
Navigation Canals
Rideau Indian and Affaires indiennes Navigation Northern Affairs et du Nord Trent Parks Canada Parcs Canada Canals Québec Cover: Between locks 22 and 23 St. Peters in the second basin at Merrickville on the Rideau Canal. Navigation Canals Rideau Trent Québec St. Peters Published by Parks Canada under authority of the Hon. Warren Allmand, Minister of Indian and Northern Affairs, Ottawa, 1977 QS-1194-000-BB-A5 ©Minister of Supply and Services Canada 1977 Catalogue No. R58-2/1977 ISBN 0-662-00816-2 3 CONTENTS SECTION SUB-SECTION DESCRIPTION PAGE Inside front cover Location of Navigation Canals 1 GENERAL INFORMATION 4 1—1 Introduction 4 1—2 Location 4 1—3 Navigation Charts 4 1—4 Canal Vessel Permits and Tolls 4 2 CRUISING INFORMATION APPLICABLE TO ALL THE CANAL SYSTEMS 5 2—1 Canal Regulations 5 2—2 Licensing of Vessels 5 2—3 Speed Limits 5 2—4 Limiting Dimensions 5 2—5 Vessel Clearances 5 2—6 Comments 5 2—7 Clearance Papers 5 2—8 Approach Wharves 5 2—9 Aids to Navigation 6 2—10 Signals for Locks and Bridges 6 2-11 Power Outlets 6 2-12 Ships' Reports 6 2-13 Pollution 6 2—14 Boat Campers 6 2-15 Weed Obstructions 6 2—16 Literature Published by the Provincial Governments 6 2—17 Fire Prevention 6 3 TRENT CANAL SYSTEM 7 3-1 Charts 7 3-2 Storms and Squalls —Lake Simcoe and Lake Couchiching 7 3-3 Big Chute Marine Railway 7 3-4 Channel below Big Chute, Mile 232.5 7 3-5 Traffic Lights 7 3-6 Radio Stations 7 3-7 Canal Lake and Mitchell Lake 7 3-8 Mileage and General Data 8-13 4 RIDEAU CANAL SYSTEM 15 4-1 Charts 15 4-2 Traffic Lights 15 4-3 Radio Stations 15 4-4 Mileage and General Data 16-19 5 QUEBEC CANALS 21 5-1 Charts 21 5-2 Radio Stations 21 5-3 Richelieu River Route 21 5-4 Montréal-Ottawa Route 21 5-5 Mileage and General Data 24 6 ATLANTIC OCEAN TO BRAS D'OR LAKES ROUTE 27 6-1 St. -
Ottawa River Timeline
OTTAWA RIVER TIMELINE 3 000 BC Continental glacier begins to melt. 000 BC Ottawa Valley is covered by an inland sea called the Champlain Sea. 8 000 BC Inland sea has receded. 6 500 BC Earliest evidence of human presence along the Ottawa River watershed. Palaeo-Indian Period named for the people who made distinctive long and slender stone lance points. 4 500 BC Known as Archaic Period, development of culture referred to as the eastern Laurentian Culture that coincides with first appearance of polished stone and copper tools. Ottawa River gradually drops to traditional level and forests of white pine become mixed forests of hemlock, pine and hardwoods. 500 BC A new period in the Ottawa Valley begins with the appearance of modified tempered clay used to produce durable cooking and storage vessels. Known as the Woodland Period, it lasts until the arrival of Europeans, circa 600 AD. 535 AD Jacques Cartier climbs Mount Royal and sees a great river extending towards the western horizon. 608 Etienne Brulé is the first European to explore Ottawa River. 63 Samuel de Champlain travels up-river to vicinity of present-day Pembroke. Champlain meets Tessouat, Chief of the “Algoumequins” (Algonquins) on today’s Morrison Island. 65 Ottawa River is known as “Kit-chi’sippi” or Great River; later called “La Grande Rivière du Nord” by French explorers. 647 Compagnie des Habitants allows 40 young men to trade privately with Native peoples provided they sell furs back to company. 652 The Compagnie des Habitants trade policy is ignored; goods are treaded where most profitable by men known as “les coureurs de bois”.