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51 Salmon. Returning Through the San Juan and Gulf Islands Throughout
salmon. Returning through the San Juan and Gulf Islands throughout August and September, the cycle ended with chum salmon as the last major resource harvested in the Goldstream area from October onward. (2) Image 1: The W̱ SÁNEĆ Calendar, artist Briony Penn, copyright Tsawout First Nation. W̱ SÁNEĆ Elders Earl Claxton and John Elliot created a written version of the tradit ional 13-moon W̱SÁNEĆ calendar in 1993, which is included below: 51 The W̱SÁNEĆ Year ṈIṈENE – Moon of the Child ♦ Nettle twine made into nets. ♦ For those who would take the risk, Halibut fishing resumed. ♦ Grilse fishing in WJOLEP. ♦ Fawns born, deer hunting stops. ♦ Generally living off supplies, telling tales, instructing children, longhouse ceremonies continue. WEXES – Moon of the Frog ♦ Ocean travel safer. ♦ Fish for herring and gather herring roe. ♦ Duck nets were used. ♦ Sections of reef net sewn together, captains surveyed beaches for anchor rocks, rafts were assembled, floats and cables prepared. PEXSISEṈ – The Moon of Opening Hands – The Blossoming Out Moon ♦ Hunting of Brant Geese ♦ Clams, oysters and Mussels are at their best. ♦ Cedar logs felled for canoes, etc. ♦ Cedar bark gathered. ♦ Wool dogs shed – wool gathered. SXÁNEȽ - Bullhead Moon ♦ Gathered Bullheads. ♦ Harvested seaweed. ♦ Halibut fishery ends. ♦ Grouse snared in the woods. PENÁW̱EṈ – Moon of Camas Harvest ♦ Most families left the winter village for spring camps. ♦ Harvest camas. ♦ Gather gull eggs. ♦ Purple and green sea urchins gathered. ĆENŦEḴI – The Sockeye Moon ♦ Dropping of the anchor rocks at the family reef net locations. ♦ First salmon ceremony ♦ Start of salmon trade. ĆENHENEN – Humpback Salmon Return to the Earth 52 ♦ Reef fishery continues – especially at Point Roberts. -
A Resurgent Journey Back to the Saanich Reef Net Fishery By
To Fish as Formerly: A Resurgent Journey back to the Saanich Reef Net Fishery by Nicholas XEMŦOLTW Claxton Bachelor of Science, University of Victoria, 2000 Master of Arts, University of Victoria, 2003 A Dissertation Submitted in Partial Fulfillment of the Requirements for the Degree of DOCTOR OF PHILOSOPHY in the Department of Curriculum and Instruction © Nicholas XEMŦOLTW Claxton, 2015 University of Victoria All rights reserved. This thesis may not be reproduced in whole or in part, by photocopy or other means, without the permission of the author. ii Supervisory Committee To Fish as Formerly: A Resurgent Journey back to the Saanich Reef Net Fishery by Nicholas XEMŦOLTW Claxton Bachelor of Science, University of Victoria, 2000 Master of Arts, University of Victoria, 2003 Supervisory Committee Dr. Jason Price, Department of Curriculum and Instruction Supervisor Dr. Mike Emme, Department of Curriculum and Instruction Committee Member Dr. Honore France, Department of Educational Psychology and Leadership Studies Outside Member iii Abstract Supervisory Committee Dr. Jason Price, Department of Curriculum and Instruction Supervisor Dr. Mike Emme, Department of Curriculum and Instruction Committee Member Dr. Honore France, Department of Educational Psychology and Leadership Studies Outside Member According to W̱SÁNEĆ oral history, the W̱SÁNEĆ people have lived on their territorial homelands back to the time of creation. The W̱SÁNEĆ way of life has been passed on to each succeeding generation through an educational way, centered in large part on the W̱SÁNEĆ Reef Net Fishery. This fishing practice formed the backbone of W̱SÁNEĆ culture and society. Despite being protected by the Douglas Treaty of 1852, over the next 163 years of colonization, the knowledge, ceremony, practice, and educational way of the SX̱OLE (Reef Net) was nearly lost. -
BIG TUNNEL IS FINISHED at LAST Researched By: Ralph Drew, Belcarra, BC, August 2013
BIG TUNNEL IS FINISHED AT LAST Researched By: Ralph Drew, Belcarra, BC, August 2013. Source: Vancouver Province, April 27th, 1905. Drill pierced the wall of rock. Rejoicing at Lake Beautiful [Buntzen Lake] to-day when crews working on Vancouver Power Company’s scheme met under centre of mountain — Facts concerning the Great Work. The Vancouver Power Company’s tunnel is finished. The practical completion of this extensive work took place this morning when a ten-foot drill pierced a hole through the last intervening section of rock in the two-and-a-half-mile bore, which will connect Lakes Coquitlam and Beautiful [Buntzen Lake] for the generation of electrical energy. After two and a quarter years of incessant work, involving an expenditure of $320,000, the drill broke through this morning from the Lake Coquitlam end, and leaving but 10 feet of rock remaining, which will be removed by this evening. This marks an important step in the development of the Hydro Electric Power Scheme which is ultimately intended to develop 30,000 horsepower for distribution in Vancouver, New Westminster and Steveston. The big tunnel forms a silent, but eloquent testimonial for the triumph of modern engineering, for, after working from both portals beneath a mountain four thousand feet high for over two years the two ends of the bore met exactly true. Amid cheers of surprise and delight the workmen employed at the Lake Beautiful heading of the tunnel being driven for the Vancouver Power Co., saw the end of a steel frill break through the wall of rock on which they were engaged at 7 o’clock this morning. -
Identifying Potential Juvenile Steelhead Predators in the Marine Waters of the Salish Sea
Early Marine Survival Project Washington Department of Fish & Wildlife Identifying Potential Juvenile Steelhead Predators In the Marine Waters of the Salish Sea Scott F. Pearson, Steven J. Jeffries, and Monique M. Lance Wildlife Science Division Washington Department of Fish and Wildlife, Olympia Austen Thomas Zoology Department University of British Columbia Robin Brown Early Marine Survival Project Washington Department of Fish & Wildlife Cover photo: Robin Brown, Oregon Department of Fish and Wildlife. Seals, sea lions, gulls and cormorants on the tip of the South Jetty at the mouth of the Columbia River. We selected this photograph to emphasize that bird and mammal fish predators can be found together in space and time and often forage on the same resources. Suggested citation: Pearson, S.F., S.J. Jeffries, M.M. Lance and A.C. Thomas. 2015. Identifying potential juvenile steelhead predators in the marine waters of the Salish Sea. Washington Department of Fish and Wildlife, Wildlife Science Division, Olympia. Identifying potential steelhead predators 1 INTRODUCTION Puget Sound wild steelhead were listed as threatened under the Endangered Species Act in 2007 and their populations are now less than 10% of their historic size (Federal Register Notice: 72 FR 26722). A significant decline in abundance has occurred since the mid-1980s (Federal Register Notice: 72 FR 26722), and data suggest that juvenile steelhead mortality occurring in the Salish Sea (waters of Puget Sound, the Strait of Juan de Fuca and the San Juan Islands as well as the water surrounding British Columbia’s Gulf Islands and the Strait of Georgia) marine environment constitutes a major, if not the predominant, factor in that decline (Melnychuk et al. -
Living Planet Report Canada a National Look at Wildlife Loss
REPORT CAN 2017 LIVING PLANET REPORT CANADA A national look at wildlife loss i WWF-Living Planet Report Canada LPRC FINAL.indd 1 2017-09-01 11:11 AM Key contributors for data and analysis: Zoological Society of London: Louise McRae, Valentina Marconi Environment and Climate Change Canada: Fawziah (ZuZu) Gadallah Special thanks for review and support to: Bruce Bennett (Yukon Conservation Data Centre), Amie Enns (NatureServe Canada), Brock Fenton (Western University), Fawziah (ZuZu) Gadallah (Environment and Climate Change Canada), Alemu Gonsamo (University of Toronto), David Lee (Committee on the Status of Endangered Wildlife in Canada), Marty Leonard (Dalhousie University), Nicholas Mandrak (Committee on the Status of Endangered Wildlife in Canada), Valentina Marconi (Zoological Society of London), Jon McCracken (Bird Studies Canada), Louise McRae (Zoological Society of London), Wendy Monk (University of New Brunswick), Eric B. (Rick) Taylor (Committee on the Status of Endangered Wildlife in Canada), Doug Swain (Fisheries and Oceans Canada). WWF-Canada 4th Floor, 410 Adelaide Street West Toronto, Ontario M5V 1S8 © 1986 Panda symbol WWF-World Wide Fund For Nature (also known as World Wildlife Fund). ® “WWF” is a WWF Registered Trademark. WWF-Canada is a federally registered charity (No. 11930 4954 RR0001), and an official national organization of World Wide Fund For Nature, headquartered in Gland, Switzerland. WWF is known as World Wildlife Fund in Canada and the U.S. Published (October 2017) by WWF-Canada, Toronto, Ontario, Canada. Any reproduction in full or in part of this publication must mention the title and credit the above-mentioned publisher as the copyright owner. © text (2017) WWF-Canada. -
West Coast Region Acidification Research D
5. West Coast Region Acidification Research D. Shallin Busch¹,², Simone Alin³, Richard A. Feely³, Abstract Paul McElhany², Melissa Poe4, Brendan Carter5,³, Jerry Leonard6, Danielle Lipski7, Jan Roletto8, Carol The West Coast Region includes the U.S. coastal Stepien³, Jenny Waddell9 waters off of Washington, Oregon, and California in- cluding the continental shelf and inland seas. These 1NOAA/OAR, Ocean Acidification Program, Silver Spring, MD waters are influenced by adjacent regions and are ²NOAA/NMFS, Conservation Biology Division, Northwest collectively referred to as the California Current Fisheries Science Center, Seattle, WA Large Marine Ecosystem (CCLME). This region is ³NOAA/OAR, Pacific Marine Environmental Laboratory, Seattle, an eastern boundary current system marked by sea- WA sonal upwelling, which brings old, cold, and low-pH, 4NOAA/OAR/NMFS, Washington Sea Grant, University of carbon-rich subsurface waters to the ocean surface Washington, and Liaison to Northwest Fisheries Science Center, Seattle, WA and drives significant regional pH and temperature 5NOAA/OAR, Cooperative Institute for Climate, Ocean, and variability. The CCLME is home to a highly produc- Ecosystem Studies, University of Washington, Seattle, WA tive ecosystem yielding economically and culturally 6NOAA/NMFS, Fisheries Resource Analysis and Monitoring significant fisheries including salmon and Dunge- Division, Northwest Fisheries Science Center, Seattle, WA ness crab. NOAA’s West Coast Region research 7NOAA/NOS, Cordell Bank National Marine Sanctuary, Point -
Appendix B: Hydrotechnical Assessment
Sheep Paddocks Trail Alignment Analysis APPENDIX B: HYDROTECHNICAL ASSESSMENT LEES+Associates -112- 30 Gostick Place | North Vancouver, BC V7M 3G3 | 604.980.6011 | www.nhcweb.com 300217 15 August 2013 Lees + Associates Landscape Architects #509 – 318 Homer Street Vancouver, BC V6B 2V2 Attention: Nalon Smith Dear Mr. Smith: Subject: Sheep Paddocks Trail Alignment – Phase 1 Hydrotechnical Assessment Preliminary Report 1 INTRODUCTION Metro Vancouver wishes to upgrade the Sheep Paddocks Trail between Pitt River Road and Mundy Creek in Colony Farm Regional Park on the west side of the Coquitlam River. The trail is to accommodate pedestrian and bicycle traffic and be built to withstand at least a 1 in 10 year flood. The project will be completed in three phases: 1. Phase 1 – Route Selection 2. Phase 2 – Detailed Design 3. Phase 3 – Construction and Post-Construction This letter report provides hydrotechnical input for Phase 1 – Route Selection. Currently, a narrow footpath runs along the top of a berm on the right bank of the river. The trail suffered erosion damage in 2007 and was subsequently closed to the public but is still unofficially in use. Potential future routes include both an inland and river option, as well as combinations of the two. To investigate the feasibility of the different options and help identify the most appropriate trail alignment from a hydrotechnical perspective, NHC was retained to undertake the following Phase I scope of work: • Participate in three meetings. • Attend a site visit. • Estimate different return period river flows and comment on local drainage requirements. • Simulate flood levels and velocities corresponding to the different flows. -
Update on the Establishment of K4C Hubs Knowledge4change Consortium on Training for Community Based Participatory Research
Update on the establishment of K4C hubs knowledge4change consortium on training for Community Based Participatory Research Since the launch of the Knowledge for Change Consortium for Training in CBR in June 2017, project co-chairs and their teams have established agreements to create 13 K4C training centres around the world. By linking higher education with the pillars that forge a civil society while including local knowledge makers, these hubs provide learning opportunities for a new generation of activist- scholars to learn about community based research through involvement in projects at the community level that bring about meaningful, positive change. 1. Bogota, Colombia – The Bogota hub is a partnership between the Universidad de los Andes and the Uma Kiwe Centre for Participatory Action Research. The focus of their work is on contributing to the Peace process in their country. Four of their ‘mentors’ will be part of the Mentor Training Programme taught on line and face to face by Budd Hall and Rajesh Tandon. the U de los Andes has agreed to host the next residency for Cohort 4 mentors in early November of 2019 2. Victoria, BC, Canada - The Salish Sea K4C Hub is a partnership between the University of Victoria, the Victoria Native Friendship Centre and the Victoria Foundation. Led by Dr. Crystal Tremblay UVic Advisor on Engaged Scholarship, the Salish Sea Hub emphasizes Indigenous research methods in their work with young people in university and the community. 3. Jaipur, India – The Architecture and Design School in Manipal University works with community partners to provide CBR learning by doing with a focus on urban planning and engagement. -
Aboriginal Knowledge and Ecosystem Reconstruction
Back to the Future in the Strait of Georgia, page 21 PART 2: CULTURAL INPUTS TO THE STRAIT OF GEORGIA ECOSYSTEM RECONSTRUCTION BTF project was based on archival research and Aboriginal Knowledge and interviews with Elders from Aboriginal Ecosystem Reconstruction communities. The main purpose of the interviews was to frame a picture of how the ecosystem might have been in the past, based on traditional Silvia Salas, Jo-Ann Archibald* knowledge of resource use by aboriginal people. & Nigel Haggan This information was expected to validate and complement archival information was also Fisheries Centre, UBC describing the state of past natural system. *First Nations House of Learning, UBC Methods The BTF project involved the reconstruction of Abstract present and past ecosystems in the Strait of Georgia (SoG), based on a model constructed at a The ‘Back To The Future’ (BTF) project uses workshop held in November 1995 at the Fisheries ecosystem modelling and other information Centre, the University of British Columbia, sources to visualize how the Strait of Georgia Canada (Pauly and Christensen, 1996). Different ecosystem might have been in the past. This sources of information (see Wallace, this vol.) paper explores the potential of integrating were used to tune and update that model. traditional environmental knowledge (TEK) of Reconstruction of the system as it might have aboriginal people in ecosystem modeling. been 100 ago was based on archival records, Methods include archival research and interviews historic documents and written testimonies, as with First Nation Elders from different regions of well as interviews carried out in three First the Strait of Georgia. -
BC Hydro Dam Safety Quarterly Report
Confidential - Discussion/Information Board briefing – DAM SAFETY QUARTERLY REPORT Executive Summary The purpose of this report is to update the Capital Projects Committee of the Board of Directors on key dam risk management activities during the period from April 1, 2019 to June 30, 2019, and to provide reasonable assurance that the safety of dams operated by BC Hydro continues to be managed to the established guidelines and criteria of the Dam Safety Program. The Dam Safety Program has been executed in a manner that is consistent with its stated objectives throughout the reporting period. The overall Dam Safety risk profile is shown in Figure 1. There have been no changes in assessed risk this quarter. Risk Profile of BC Hydro’s Dam Dam Safety Contribution to Enterprise Risk Dam Safety is assigned a high “risk priority” within BC Hydro’s Enterprise Risk report, as depicted below. This high rating is arrived at by recognizing that: (1) there can be extremely severe consequences from the failure of a dam; (2) a dam failure can progress quickly without leaving adequate time to take effective actions to reverse the failure; and (3) our ability to mitigate this risk is considered to be “moderate” given that upgrades to existing dams are typically expensive, time and resource intensive and frequently technically challenging. The nature of dam safety risk is that it can only be realistically managed by minimizing to the extent practicable the probability of occurrence through a well-constructed and well-executed Dam Safety Program. Speed Ability F19 Q4 Change from Risk Severity of to Risk Last Quarter Onset Mitigate Priority Likelihood Dam Safety For F20 Q1 the overall H L Fast M H Dam Safety risk is Risk of a dam safety incident stable. -
The Salish Sea the Salish Sea Was Formed About 20,000 Years Ago During the Last Ice Age by the Carving Action of Glaciers
Part I: Salish Sea Introduction Review: The Salish Sea The Salish Sea was formed about 20,000 years ago during the last ice age by the carving action of glaciers. There are 3 major parts of the Salish Sea which are, 1. The Georgia Strait (to the north), 2. The Strait of Juan de Fuca (to the west), and 3. Puget Sound (to the south). During the retreat and advance of these glaciers a series of shallow sills (underwater valleys and ridges) were created, which circulate water from the deep areas of the Salish Sea to the surface. The Salish Sea is an estuary, where salt water from the ocean mixes with fresh water that falls as precipitation or drains from the surrounding land. More than 10,000 streams and rivers drain into the Salish Sea. Made up of a series of underwater valleys and ridges, the Salish Sea is deep, with some areas in the Georgia Strait over 2000ft deep, while Puget Sound has an average depth of 450ft with a maximum depth of 930ft. In most Marine ecosystems, nutrients—in the form of dead, decomposing matter and fecal matter—sink. However, in the Salish Sea, the upwelling (vertical mixing of water) created by the sills circulates nutrients all around. When these nutrients are combined with deep, cold, oxygen rich water, it is a unique and ideal environment for phytoplankton (free-floating photosynthetic plants)—which are the base of an incredibly productive ecosystem and food web. Vocabulary: Use this space to list and define new vocabulary from the introduction Estuarine Food Web: The Salish Sea supports a very unique and delicate food web. -
CRN 2011 Brochure
A WORD ABOUT CLOUD RIDGE Cloud Ridge Naturalists is one of the oldest and We spend our days in some of the world’s most most respected nonprofit field schools in the beautiful wilderness areas—recognizing their West. Over the past thirty-one years, several importance to conservation but also their increas- thousand people have experienced the special ing fragility as global environmental change blend of environmental education and exploration reshapes the world we’ve known. Wherever we that Cloud Ridge offers. Our commitment to travel, and by whatever means—expedition ship, providing the finest in natural history education boat, raft, sea kayak, or on foot—we work only and environmentally responsible travel remains with outfitters whose environmental ethics and the cornerstone of our program. Not surprisingly, operating principles parallel our own. Our field more than 80% of our participants each year have seminar groups are kept small and congenial, traveled with us before. Our educational vision creating the best possible atmosphere for learning relies on a multidisciplinary perspective well and discussion. We always select fine lodging or grounded in state-of-the-art science. Recognizing picturesque campsites that have a strong sense of the powerful role that photographers, artists, and place, and make every effort to live up to our writers play in environmental education and reputation for excellent food. We also take your advocacy, you’ll find seminar offerings address- safety, comfort, and enjoyment seriously— even ing these skills as well. Just a glance through the in the most remote field settings. Our trips open a biographies of our leaders should convey the magical window on the natural world! excellence of our faculty—their expertise, talent, and passion for teaching are unsurpassed! Many of the places Cloud Ridge visits are at risk— the impacts of global climate change and environmental degradation transcending interna- tional and ecological boundaries.