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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? -
Carp Hills/South March Highlands Bio-Blitz 2011 (PDF)
Carp Hills –South March Highlands Bio‐blitz 2011 Organized by Linda McCormick [email protected] Financial assistance for this project was provided by the Ottawa Stewardship Council Acknowledgements Prior to this experience, I had not participated in a bio‐blitz; nor do I have a background in biology. Therefore, I am intensely grateful to the support and assistance I received from the individuals and groups listed below. They made the event possible. The Ottawa Stewardship Council provided financial support and its members reviewed this report. The Council is part of the Ontario Stewardship Program, an initiative of the Ontario Ministry of Natural Resources. It is mandated to assist environmental groups, community associations, and other groups in Ottawa developing projects that promote and maintain a healthy environment (http://www.ottawastewardship.org/). Heather Hamilton from the Canadian Bio‐diversity Institute generously shared her time and expertise. She imported the concept of the bio‐blitz to North America a number of years ago and her enthusiasm for this method of promoting the natural environment is infectious. Nick Stow from the City of Ottawa provided support and assistance. He coordinated the design and production of maps of City‐owned property for bio‐blitz. Members of the Protect the South March Highlands Coalition promoted the bio‐blitz, set up the Nature Fair, provided operational support during the bio‐blitz and coordinated a dinner for participants. The Ottawa, Mississippi Valley and McNamara Field Naturalist Clubs promoted the event on their websites and in emails to their members. Members volunteered their time to participate in the Nature Fair and share their expertise. -
Ottawa 2014 Air Quality and Climate Change Management Plan
Air Quality and Climate Change Management Plan 2014 – City of Ottawa The following documents were released on the City of Ottawa website on May 13 in advance of the May 20 Environment Committee meeting at which they will be considered. At time of this writing (May 13, 2014) these documents have not been approved by City Council. The version posted on the city website was in 13 parts (plus 3 in French). Ecology Ottawa has here brought those parts together into one document. The parts are as follows: 1. A report to the Environment Committee introducing the main documents (page 2 of this PDF) 2. The 2014 Air Quality and Climate Change Management Plan itself (page 9 of this PDF) 3. Taking Action: a short‐list of recommended actions based upon Roundtable results, subsequent research and assessment, and one‐on‐one consultations with key stakeholders (page 43 of this PDF) 4. Appendix A ‐ GHG Inventory (page 48 of this PDF) 5. Appendix B ‐ 2005 Air Quality and Climate Change Management Plan Progress Report (page 63 of this PDF) 6. Appendix C ‐ Trends in Municipal Climate Change Action Plans (page 71 of this PDF) 7. Appendix D ‐ Existing Energy Incentive and Funding Programs (page 79 of this PDF) 8. Appendix E ‐ Energy Supply and Demand in Ottawa (page 93 of this PDF) 9. Appendix F ‐ Assessment of the Local Improvement Charge Mechanism (page 109 of this PDF) 10. Appendix G ‐ Risk Mitigation through the Protection of Natural Areas (page 123 of this PDF) 11. Appendix H ‐ Public Health Implications of Climate Change in Ottawa (page 131 of this PDF) 12. -
The Plan for Canada's Capital
Judicial i This page is intentionally left blank for printing purposes. ii The Plan for Canada’s Capital 2017 to 2067 NATIONAL CAPITAL COMMISSION June 2016 iii The Capital of an extensive country, rapidly growing in population and wealth, possessed of almost unlimited water power for manufacturing purposes, and with a location admirably adapted not only for the building of a great city, but a city of unusual beauty and attractiveness. (…) Not only is Ottawa sure to become the centre of a large and populous district, but the fact that it is the Capital of an immense country whose future greatness is only beginning to unfold, (…) and that it be a city which will reflect the character of the nation, and the dignity, stability, and good taste of its citizens. Frederick Todd, 1903 “Preliminary Report to the Ottawa Improvement Commission” pp.1-2 iv EXECUTIVE SUMMARY For more than a century, the National Capital Commission (NCC) and its predecessors have embraced urban planning to promote the development, conservation and improvement of the National Capital Region, with the aim of ensuring that the nature and character of the seat of the Government of Canada is in accordance with its national significance. The consequences of these planning efforts have been the creation of parks and open spaces, public shorelines, campuses and clusters of government institutions, monuments and symbolic boulevards. This plan charts the future of federal lands in the National Capital Region between Canada’s sesquicentennial in 2017 and its bicentennial in 2067. It will shape the use of federal lands, buildings, parks, infrastructure and symbolic spaces to fulfill the vision of Canada’s Capital as a symbol of our country’s history, diversity and democratic values, in a dynamic and sustainable manner. -
Case Studies in Constance Bay, Ontario and Pointe Gatineau, Quebec
ICLR Quick Response Program Final Report Case Studies in Constance Bay, Ontario and Pointe Gatineau, Quebec By: Brent Doberstein, Shaieree Cottar, Brittney Wong, Michelle Anagnostou, and Shawna Hamilton 2021 Government -sponsored home buyout programs and post-flood decisions to retreat: Case studies in Constance Bay, Ontario and Pointe Gatineau, Quebec ICLR Quick Response Program Final Report Authors: Brent Doberstein1, Shaieree Cottar1, Brittney Wong1, Michelle Anagnostou1, and Shawna Hamilton1 Cover: Flooded commercial building, Pointe Gatineau, Quebec: May 2019. Photograph by Brent Doberstein Photographs: all photos taken by Doberstein, B. 2019. Publication Date: 2021 1 University of Waterloo, Dept. of Geography and Environmental Management Acknowledgments This research was funded under the Institute for Catastrophic Loss Reduction’s Quick Response Program. We are grateful for ICLR’s support as the research would not have otherwise been possible. 2 CONTENTS 1.0 Introduction ....................................................................................................................................... 4 2.0 Research Questions and Methods ....................................................................................................... 6 2.1 Research Questions .......................................................................................................................... 6 2.2 Research Methods ........................................................................................................................... -
COMMUNITY CONSERVATION PLAN for the Lac Deschênes – Ottawa River Important Bird Area
COMMUNITY CONSERVATION PLAN For the Lac Deschênes – Ottawa River Important Bird Area January, 2014 For the Lac Deschênes – Ottawa River Steering Committee Nature Canada Table of Contents Acknowledgements ....................................................................................................................................................... 4 Suggested citation .......................................................................................................................................................... 4 Executive Summary ....................................................................................................................................................... 5 1. Introduction .......................................................................................................................................................... 6 The IBA program ...................................................................................................................................................... 6 The Lac Deschênes - Ottawa River IBA ................................................................................................................... 6 Goals of this initiative ............................................................................................................................................... 7 2. IBA Site Information ........................................................................................................................................... 8 Figure 1: Proposed IBA -
ENVIRONMENTAL IMPACT STATEMENT & TREE CONSERVATION REPORT LOTS 18 & 19, CONCESSION I FORMER CITY of KANATA, CITY of OTTA
ENVIRONMENTAL IMPACT STATEMENT & TREE CONSERVATION REPORT LOTS 18 & 19, CONCESSION I FORMER CITY of KANATA, CITY of OTTAWA A report prepared for: 1384341 Ontario Ltd. by MUNCASTER ENVIRONMENTAL PLANNING INC. Revised March, 2013 MUNCASTER ENVIRONMETAL PLANNING INC. TABLE OF CONTENTS 1.0 INTRODUCTION................................................................................................................1 1.1 Scoping the Environmental Impact Statement .........................................................3 2.0 METHODOLOGY ...............................................................................................................3 3.0 EXISTING CONDITIONS ..................................................................................................4 3.1 Geologic and Hydrologic Conditions.......................................................................4 3.2 Terrestrial Features ..................................................................................................6 3.3 Significant Features................................................................................................11 4.0 DEVELOPMENT PROPOSAL ........................................................................................ 14 4.1 Proposed Land Use ................................................................................................14 4.2 Stormwater Management .......................................................................................16 5.0 POTENTIAL IMPACTS and MITIGATION MEASURES ..............................................16 -
Palaeo-Indian and Archaic Occupations of the Rideau Lakes
WATSON: PALAEO-INDIAN AND ARCHAIC OCCUPATIONS 5 Palaeo-Indian and Archaic Occupations of the Rideau Lakes Gordon D. Watson Present knowledge of the Palaeo-Indian and Archaic in Ontario (Wright 1972; Kennedy 1966, 1970), occupations of the Rideau Lakes area is reported and New York (Ritchie 1969) and Ohio (Converse assessed. Recent adjustments to the dates when the 1973). The displays were updated in 1983 to Champlain Sea receded from eastern Ontario permit a present newer information based on Rideau Lakes reassessment of a side-notched fluted point from an area previously thought to have been flooded throughout surveys and excavations and on data from New Palaeo-Indian times. The identification of a lanceolate York (Funk 1976) and elsewhere in the Northeast point which is also side-notched suggests that these two (Trigger 1978). points may represent the beginning of the side-notching Archaeological work has included two field technique in late Palaeo-Indian times. seasons of survey and eight of excavation, under- Excavated evidence and radiocarbon dates from the taken to find new sites, to evaluate the potential of Wyght site (BfGa-11) confirm the presence of an early sites identified from the McLaren collection, and to Archaic component dating to 6000 B.C. on the eastern build a data base to aid in the classification and shoreline of Lower Rideau Lake. evaluation of the large surface collections from the Surface-collected Archaic projectile points of the area (Watson 1976b, 1977, 1979, 1980a, 1980b, Rideau Lakes have been classified by computer dis- 1981, 1982a, 1982b, 1983a, 1985). criminant analysis and the frequency of occurrence of different types is discussed. -
FAUNAL FINDINGS at the CONSTANCE BAY SITE NO. 1 (Biga-2)
Savage: FAUNAL FINDINGS 25 FAUNAL FINDINGS AT THE CONSTANCE BAY SITE NO. 1 (BiGa-2) HOWARD SAVAGE ABSTRACT Faunal material, excavated by Mr. Gordon Watson at the Constance Bay Site No. 1 (BiGa-2) and radiocarbon dated at 2,440 ± 75 B.P., included elements from six mammal species, as well as turtle and fish species, many of which were calcined. The small size of the beaver and black bear findings was noted. Cavitation of the compact bone of most of the cortex specimens from large mammal species was demonstrated by direct examination and radiologically, and its nature investigated by X-ray diffraction and spectography, and microscopic examination and selective staining of ground thin sections. A suggested mode of production of the cavitation is a destructive effect of soil factors on the bone inner portion and its subsequent leaching out, with a resultant shell of cortex only remaining. This effect does not appear to have occurred in other archaeological sites in Ontario. The very interesting faunal material from the Constance Bay Site No. 1 (BiGa-2) was excavated by Mr. Gordon Watson during the summers of 1970 and 1971 at Constance Bay in one of the lakes of the Ottawa River, about 30 miles west of Ottawa. Its ceramic and lithic findings have indicated its occupation during the Woodland Period of Ontario prehistory, as has also a radiocarbon dating of a charcoal sample from the site as 2,440 ± 75 B.P. (Watson, 1972). The faunal findings from this site consisted of approximately 3,010 specimens, in which 412 mammalian, 49 turtle and 7 fish elements were recognized (Appendix A). -
Combined Environmental Impact Statement & Tree Conservation
Combined Environmental Impact Statement & Tree Conservation Report 400 Hunt Club Road, Ottawa, Ontario May 2021 Prepared for Novatech Engineers, Planners, and Landscape Architects McKINLEY ENVIRONMENTAL SOLUTIONS 613-620-2255 | [email protected] www.mckinleyenvironmental.com 400 Hunt Club Road Combined Environmental Impact Statement & Tree Conservation Report May 2021 EXECUTIVE SUMMARY ..................................................................................................................... 1 1.0 INTRODUCTION ..................................................................................................................... 3 1.1 Reading the Integrated Tree Conservation Report (TCR) .......................................................3 1.2 Scoping the Environmental Impact Statement .........................................................................3 1.3 Site Overview and Background (TCR) ..........................................................................................4 1.4 Description of Undertaking (TCR) .................................................................................................4 1.5 Agency Consultation .......................................................................................................................7 1.6 Regulatory Requirements (TCR) ....................................................................................................7 2.0 METHODOLOGY ................................................................................................................... -
Cryptic Species Among Bumblebee Mimics: an Unrecognized Hemaris Hawkmoth (Lepidoptera: Sphingidae) in Eastern North America
Zootaxa 4399 (1): 032–048 ISSN 1175-5326 (print edition) http://www.mapress.com/j/zt/ Article ZOOTAXA Copyright © 2018 Magnolia Press ISSN 1175-5334 (online edition) https://doi.org/10.11646/zootaxa.4399.1.2 http://zoobank.org/urn:lsid:zoobank.org:pub:43FE3C2A-6413-4B9C-88B3-6F27F1B7035F Cryptic species among bumblebee mimics: an unrecognized Hemaris hawkmoth (Lepidoptera: Sphingidae) in eastern North America B. CHRISTIAN SCHMIDT Canadian National Collection of Insects, Arachnids, and Nematodes, Ottawa Research and Development Centre, Agriculture and Agri-Food Canada, Ottawa, Ontario, Canada. E-mail: [email protected] Abstract Through integrating molecular, morphological and natural history evidence, nominal Hemaris diffinis (Boisduval) of east- ern North America is shown to include a second, cryptic species, Hemaris aethra (Strecker) stat. rev. Despite highly di- vergent mtDNA sequences and differing larval phenotypes, genitalic morphology, habitat and larval host plants, adults of H. aethra and sympatric H. diffinis are externally so similar that H. aethra has remained unrecognized for over a century. With a more northerly distribution than H. diffinis, H. aethra occurs from Manitoba to Nova Scotia and adjacent parts of the United States, the two species occurring in strict sympatry in eastern Ontario and likely other regions. Co-mimicry of Bombus Latreille bumblebee models has likely resulted in phenotypic convergence of H. diffinis and H. aethra, as the two do not appear to be sister taxa, the latter instead being more closely related to the western species H. thetis (Boisduval). The larvae of H. aethra are illustrated for the first time, together with diagnostic images and comparisons of adults. -
Minutes of the 133Rd Annual Business Meeting of the Ottawa Field-Naturalists' Club January 10, 2012
Minutes of the 133 rd Annual Business Meeting of The Ottawa Field-Naturalists’ Club January 10, 2012 Place and time: Fletcher Wildlife Garden, Ottawa, Ontario, 7:00 pm Chairperson: Ann MacKenzie, President Attendees spent the first half-hour reviewing the minutes of the previous ABM, the Treasurer’s report and the OFNC committees’ annual reports for 2011. The meeting was called to order at 7:30 pm with some opening remarks from the President. 1. Minutes of the Previous Meeting the rent for this property and these facilities by sweat It was moved by Annie Bélair and seconded by labour. He said that this was but one example of the David Hobden that the minutes of the 132 nd Annual many volunteer hours that go into running the club. Business Meeting be accepted with the following cor - Frank then announced that the club was in a good rections: financial position in spite of heavy expenditures on the a. Item #6, “Nomination of the Auditor”, should Canadian Field-Naturalist. He presented the salient read “Nomination of the Financial Reviewer”. points of the financial statements in 5 charts. The first b. The year stated in the motion to accept the slate showed net assets, the next two revenues and expen - of nominees as members of the Council for 2010 ditures for the club and the last two, revenues and should be replaced by 2011. expenditures for the Canadian Field-Naturalist. He said Carried that the current deficit in publishing the Canadian field- Naturalist was due to the publication of 6 issues in 2011 and the introduction of an electronic edition.