Tatshenshini River Ten Year Monitoring Report Prepared
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Tatshenshini and Alsek Rivers of Alaska
ASSESSING THE RISKOF BEAR-HUMANINTERACTION AT RIVERCAMPSITES A. GRANTMacHUTCHON, 237 CurtisRoad, Comox,BC V9M3W1, Canada, email: [email protected] DEBBIEW. WELLWOOD, P.O. Box 3217, Smithers,BC VOJ2N0, Canada,email: [email protected] Abstract: The Alsek and Tatshenshinirivers of Yukon, British Columbia, and Alaska, and the Babine River, British Columbia, are seasonally importantfor grizzly bears(Ursus arctos) and Americanblack bears(Ursus americanus). Recreationaltravelers on these rivers use riparianhabitats for camping, which could lead to bear-humaninteraction and conflict. During visits in late summer 1998-99, we used 4 qualitativeindicators to assess risk of bear-humaninteraction at river campsites: (1) seasonal habitatpotential, (2) travel concerns, (3) sensory concerns, and (4) bear sign. We then rated each campsite on a 5-class scale, relative to other campsites, for the potential to displace bears and the potential for bear-human encounters. We used these ratingsto recommendhuman use of campsites with relatively low risk. Ursus 13:293-298 (2002) Key words: Alaska,American black bear, bear-human conflict, British Columbia, grizzly bear, habitat assessment, river recreation, Ursus americanus, Ursus arctos, Yukon Riparianhabitats in manyriver valleys in westernNorth 1997). The Tatshenshiniand Alsek river valleys com- America are seasonally important for grizzly bears prise a large proportionof available bear habitatwithin (Hamilton and Archibald 1986, Reinhart and Mattson the parksthrough which they flow, and the importanceof 1990, MacHutchon et al. 1993, Schoen et al. 1994, riparianhabitats to bearsis high (Simpson 1992, Herrero McCann 1998, Titusand Beier 1999) andAmerican black et al. 1993, McCann 1998). The main period of human bears (Reinhartand Mattson 1990, MacHutchonet al. use coincides with seasonalmovement of grizzly bearsto 1998, Chi and Gilbert 1999). -
Final Wild and Scenic River Stu8y N .. + R-E~O--L
Nf s 1-:: ~' { c" ~ 1 - final wild and scenic river stu8y N .. + R-e~o --L october 1982 ALASKA U.S. DEPARTMENT OF THE INTERIOR NATIONAL PARK SERVICE FINAL WILD AND SCENIC RIVER REPORT FOR THE MELOZITNA RIVER, ALASKA Pursuant to Section S(a) of the Wild and Scenic Rivers Act, Public Law 90-542, as amended, the National Park Service, U.S. Department of the Interior, has prepared a report for the Melozitna Wild and Scenic River Study. This report presents an evaluation and analysis of the Melozitna River and the finding that the river does not meet the criteria of eligibility for inclusion into the National Wild and Scenic Rivers System. A limited number of copies are available upon request to: Regional Director Alaska Regional Office National Park Service 2525 Gambell Street, Room 107 Anchorage, Alaska 99503-2892 (907) 271-4196 TABLE OF CONTENTS Cover Sheet i Summary of Findings and Conclusions 1 Findings 1 Conclusions 1 Introduction 1 Purpose of Study 1 Conduct of Study 2 The Melozitna River Region 2 Location and Topography 2 Climate 4 Land Ownership 4 Land Use 6 Socioeconomic Conditions 6 Population Centers 6 Economy 7 Transportation and Access 7 The Melozitna River Study Area 8 Cultural Resources 8 Fish and Wildlife 9 Geology and Mineral Resources 10 Recreation 12 Scenic Resources 13 Stream Flow Characteristics and Water Quality 14 Water Resource Developments 16 Other Possible Actions 16 Consultation and Coordination of the Draft Report 17 Comments Received 18 Abbreviations ADF&G - Alaska Department of Fish and Game ANILCA - Alaska National Interest Lands Conservation Act BLM - Bureau of Land Management FWS - Fish and Wildlife Service NPS - National Park Service WSR - Wild and Scenic River F. -
TH Best Practices for Heritage Resources
Tr’ondëk Hwëch’in Best Practices for HeritageHeading Resources Place your message here. For maximum impact, use two or three sentences. March 2011 Scope This manual provides the First Nation perspective on working with heritage resources in Tr’ondëk Hwëch’in Traditional Territory. It is not intended as a legal document or to supplant any regulatory frameworks within the Yukon. This is not a comprehensive guide nor is it intended to be static. These best practices represent the best information and resources currently available. The Tr’ondëk Hwëch’in Heritage Department consists of specialists in heritage sites, land-based heritage resources, language, traditional knowledge, and collections management. We are both capable and enthusiastic to work with industry to protect First Nation cultural heritage. It is the role of this department to represent and safeguard the heritage and culture of the Tr’ondëk Hwëch’in. The Tr’ondëk Hwëch’in Heritage Department has proven that working cooperatively with proponents of the mining, development, resource, and industrial sectors is mutually beneficial and assists everyone in meeting their goals. We welcome inquiries from all project proponents. Early collaboration facilitates proper management and protection of our heritage resources. Contact: Tr’ondëk Hwëch’in Heritage Department PO Box 599 Dawson City, Yukon Y0B 1G0 Phone: (867) 993-7113 Fax: (867) 993-6553 Toll-Free: 1-877-993-3400 Cover Photo: Tro’chëk, 2004. 2 Table of Contents Objectives …………………………………………………………………………………………………………..… 4 Legislative Framework ………………………………………………………………………………………… 5 Cultural Context …………………………………………………………………………………………………… 6 Heritage ………………………………………………………………………………………………………………… 8 Protecting Heritage Resources …………………………………………………………………………… 10 Reporting …………………………………………………………………………………………………………….… 14 References: Useful Resources, Legislation, Policy, and Best Practices …………… 15 Cut stump recorded during a 2005 heritage Julia Morberg harvesting blueberries. -
Biological Escapement Goal for Klukshu River Chinook Salmon
Fishery Manuscript No. 98-2 Biological Escapement Goal for Klukshu River Chinook Salmon by Scott A. McPherson, Peter Etherton, and John H. Clark November 1998 Alaska Department of Fish and Game Division of Sport Fish -ii- Symbols and Abbreviations The following symbols and abbreviations, and others approved for the Système International d'Unités (SI), are used in Division of Sport Fish Fishery Manuscripts, Fishery Data Series Reports, Fishery Management Reports, and Special Publications without definition. All others must be defined in the text at first mention, as well as in the titles or footnotes of tables and in figures or figure captions. Weights and measures (metric) Mathematics, statistics, fisheries centimeter cm General alternate hypothesis HA deciliter dL All commonly accepted e.g., Mr., Mrs., base of natural e gram g abbreviations. a.m., p.m., etc. logarithm hectare ha All commonly accepted e.g., Dr., Ph.D., catch per unit effort CPUE professional titles. R.N., etc. kilogram kg coefficient of variation CV and & 2 kilometer km common test statistics F, t, , etc. at @ liter L confidence interval C.I. Compass directions: meter m correlation coefficient R (multiple) east E metric ton mt correlation coefficient r (simple) north N milliliter ml covariance cov south S millimeter mm degree (angular or ° west W temperature) Weights and measures (English) Copyright degrees of freedom df cubic feet per second ft3/s Corporate suffixes: divided by ÷ or / (in foot ft Company Co. equations) gallon gal Corporation Corp. equals = inch in Incorporated Inc. expected value E mile mi Limited Ltd. fork length FL ounce oz et alii (and other et al. -
A Family Float Trip Down the Yukon River by John Morton
Refuge Notebook • Vol. 10, No. 39 • October 17, 2008 A family float trip down the Yukon River by John Morton the Yukon Quest. But it’s equally challenging when young kids are involved and you’re worried about making sure they’re having fun and are SAFE. This is a tall order when they’re inhaling mosquitoes, pad- dling through water as cold as ice with big hydraulics or camping in bear country. Our “wilderness” trip got a rocky start as we passed a sign below Whitehorse that cautioned about treated effluent being discharged into the river. Sev- eral miles below town we ran into a grocery cart stick- ing out of a muddy bar in a bend on the river. As we paddled across the 30-mile long Lake Lebarge, made famous by Robert Service’s poetic celebration of the Cremation of Sam McGee, we saw abundant signs of humans everywhere: tent sites, rusted cans, old cables, and broken glass. But gradually these modern archaeological arti- facts disappear as we get into dining on grayling and wild onions further down the river. Saxifrage, blue- Straight off the water to the telephone, Mika Morton, 11, bells, cinquefoil, wild sweet pea, and fleabane are flow- reconnects with civilization in Eagle after 700 miles on ering everywhere. Ravens stick their heads into the the Yukon River. Her sister Charly, 6, is not in such a holes of cliff and bank swallows to feed on nestlings rush. The Morton family made the 4-week wilderness and eggs. As we pass one of many spectacular cliffs trip from Whitehorse, Yukon Territory to Eagle, Alaska along the river, a pair of peregrine falcons double by canoe in June. -
Observations of Freeze-Up and Break-Up of the Yukon River At
JOURNAL OF GLACIOLOGY OBSERVATIONS OF FREEZE-UP AND BREAK-UP OF THE YUKON R I V ERA T BE A V E R, ALASKA* By JOHN R. WILLIAMS (U.S. Geological Survey, Washington, D.C.) ABSTRACT. Observations of faU freeze-up and spring break-up, important to subarctic hydrology and to local economy, were made at the Yukon River town of Beaver, Alaska, September 1949 to June 1950. On October IS, witb river temperature at 0° C., the freezing together of floating ice crystals formed thin icc pans that gradually thickened. Falling river level and increasingly heavy icc concentration choked off all but main channels. On 2S October ice jammed downstream and produced a continuous ice cover and a temporary rise of about I m. at Beaver. After 26 October the river resumed its drop in level until April. Freeze-up appears governed by local channel, current and weather conditions and lacks systen1atic progression either upstream or downstream. Spring thaw beginning in late i>\pril tha\ved sno\\.' cover and weakened river ice. In early ~tay the river began to rise sl()\.vly, but at an increasing rate, untll 13 IVlay when ice ,vas nearly free frorn shore. On 14 :\rIay, after a risc of about 3 m. in 24 hours, the icc broke and moved downstream as the flood crest passed Beaver. Downstream progression of break-up is delayed by local ice jams, the chief cause of disastrous river floods, and is advanced hy early break-up of large tributaries. ZVSAMMENFASSUNG. Vom September bis Juni 1950 wurde bei del' am Yukon Fluss gelegenen Stadt Beaver in Alaska Beobachtungen tiber Zufrieren im Herbst und Auftauen im Frtihling dUlchgefUhrt, die von \Vichtigkeit fUr die subarktische Hydrnlogie und den iirtlichen \Vasserhaushalt sind. -
Arctic Environmental Strategy Summary of Recent Aquatic Ecosystem Studies Northern Water Resources Studies
Arctic Environmental Strategy Summary of Recent Aquatic Ecosystem Studies Northern Water Resources Studies Arctic Environmental Strategy Summary ofRecent Aquatic Ecosystem Studies August 1995 Northern Affairs Program Edited by J. Chouinard D. Milburn Published under the authority of the Honourable Ronald A. Irwin, P.C., M.P., Minister of Indian Affairs and Northern Development Ottawa, 1995 QS-8507-030-EF-Al Catalogue No. R72-244/1-1995E ISBN 0-662-23939-3 © Minister of Public Works and Government Services Canada FOREWORD The Arctic Environmental Strategy (AES), announced in April 1991, is a six-year $100 million Green Plan initiative. The overall goal ofthe AES is to preserve and enhance the integrity, health, biodiversity and productivity ofour Arctic ecosystems for the benefit ofpresent and future generations. Four specific programs address some ofthe key environmental challenges: they are waste cleanup, contaminants, water management, and environment and economy integration. The programs are managed by the Northern Affairs Program ofthe Department of Indian Affairs and Northern Development (DIAND); however, there is a strong emphasis on partnerships with northern stakeholders including Native organizations, other federal departments and the territorial governments. The AES Action on Water Program specifically strives to enhance the protection ofnorthern freshwaters through improved knowledge and decision-making. Water Resources managers in the Yukon and the Northwest Territories administer this Program which focuses on freshwater aquatic ecosystems. This report is the first detailed compilation ofstudies.conducted under the AES Action on Water Program. It covers work done from 1991 to 1994. Many studies have been concluded, while others are ongoing. Although data may not be available for all studies, or results are preliminary at this time, this report presents detailed background, objectives and methodology. -
Fish 2002 Tec Doc Draft3
BRITISH COLUMBIA MINISTRY OF WATER, LAND AND AIR PROTECTION - 2002 Environmental Indicator: Fish in British Columbia Primary Indicator: Conservation status of Steelhead Trout stocks rated as healthy, of conservation concern, and of extreme conservation concern. Selection of the Indicator: The conservation status of Steelhead Trout stocks is a state or condition indicator. It provides a direct measure of the condition of British Columbia’s Steelhead stocks. Steelhead Trout (Oncorhynchus mykiss) are highly valued by recreational anglers and play a locally important role in First Nations ceremonial, social and food fisheries. Because Steelhead Trout use both freshwater and marine ecosystems at different periods in their life cycle, it is difficult to separate effects of freshwater and marine habitat quality and freshwater and marine harvest mortality. Recent delcines, however, in southern stocks have been attributed to environmental change, rather than over-fishing because many of these stocks are not significantly harvested by sport or commercial fisheries. With respect to conseration risk, if a stock is over fished, it is designated as being of ‘conservation concern’. The term ‘extreme conservation concern’ is applied to stock if there is a probablity that the stock could be extirpated. Data and Sources: Table 1. Conservation Ratings of Steelhead Stock in British Columbia, 2000 Steelhead Stock Extreme Conservation Conservation Healthy Total (Conservation Unit Name) Concern Concern Bella Coola–Rivers Inlet 1 32 33 Boundary Bay 4 4 Burrard -
Glaciation and the Physical, Chemical and Biological Limnology of Yukon ·Lakes
i i © Minister of Supply and Services Canada 1981 Cat. no. Fs 97-6/966 ISSN 0706-6457 Correct citation for this publication: Lindsey, C. C., K. Patalas, R. A. Bodaly, and C. P. Archibald. 1981. Glaciation and the physical, chemical and biological limnology of Yukon ·lakes. Can. Tech·. Rep. Fish. Aquat Sri. 966: v·i + 37 p. iii I TABLE OF CONTENTS .Iohle. Page g Temperature (temp) (°C) and oxygen (mg/L) profiles for lakes of the ABSTRACT/RESUME v Stewart, Takhini, Tatchun, Teslin, ·and White subdrainages of tile INTRODUCTION . 1 Yukon River drainage system 18 10 Water chemistry of lal~es of the Alsek, SOURCES AND METHODS 1 Liard, Peel, and Porcupine River drainage systems • . 19 RESULTS AND DISCUSSION 11 Water chemistry of lakes of the Atlin, Physical Limnology Lewe~. Mandanna, Nordenskiold, Lake area 2 Pelly;·Big Salmon, and Little Maximum depth 2 Salmon subdrainages of the Yukon Elevation 2 River drainage system 20 Temperature . 2 12 Water chemistry of lakes of the Stewart, Chemical Limnology Takhini, Tatchun, Teslin, and White Total dissolved solids (TDS) 2 subdrainages of the Yukon River Major ions, chlorophyll a, and Secchi 2 drainage system 21 disc visibility • 13 Absolute abundance of crustaceans, Oxygen content . 2 rotifers. and total zooplankton Glaciological Background 2 (crustaceans plus rotifers) and Zooplankton Abundance and Distribution 3 relative abundance (% by number) Glacial History and Fish Distributions 4 of crustacean species for lakes Alsek and White River drainages 4 of the Alsek, Liard, Peel and Por- Yukon River drainages 4 cupine River drainage systems 22 Liard River drainages . 6 14 Absolute abundance of crustaceans, Peel and Porcupine River drainages 6 rotifers, and total zooplankton (crustaceans plus rotifers) and ACKNOWLEDGMENTS 7 relative abundance (% by number) of crustacean species for lakes REFERENCES 8 of the Atlin, Lewes, Mandanna, Nordenskiold, Pelly, Big Salmon, and Little Salmon subdrainages of the Yukon River drainage LIST OF TABLES system . -
Tatshenshini River
TATSHENSHINI RIVER TATSHENSHINI RIVER EXPEDITION - GLACIERS, GRIZZLIES & BALD EAGLES The Tatshenshini/Alsek rivers rated #1 river trip in the world in National Geographics “Journey of a lifetime”! FLOATING AMONG THE BERGS ON ALSEK LAKE, WITH MOUNT FAIRWEATHER IN THE BACKGROUND. GLACIER BAY NATIONAL PARK, ALASKA. TRIP DETAILS YOUR TRIP → Became well known in the late Shawshe (Dalton Post), Yukon 1980s after a controversial, proposed to Dry Bay, Alaska, this river → Flows through the world’s largest copper mine and road in the heart of journeys through the traditional non-polar ice cap with some of the the region were stopped. lands of the Champagne Aishihik world’s most active glaciers (see it First Nation: 255 kilometres (160 while you still can). miles) with an elevation drop of → Rafters float through a stunning, ITINERARY 550 metres (approx 1,800 feet). iceberg-filled lake. DAY 0 – WHITEHORSE, YUKON SKILL LEVEL → Part of the world’s largest bio- preserve. Beginner - The guides navigate This is the first date listed for your with oars & paddling by → Bald eagles and grizzlies abound. trip. Please note that meals are participants is optional for those excluded on day 0. who want more activity! → World’s tallest coast range mountain – Mount Fairweather – Your journey north from your home RENDEZVOUS POINT also BC’s tallest. will be a refreshing departure. You High Country Inn, Whitehorse, → Flows through the Yukon, British will fly over the largest expanse Yukon Columbia, Alaska, Glacier Bay of wilderness in the world with National Park, Tatshenshini-Alsek stunning views on cloudless days. DURATION Provincial Park, to its denouement at Passing through quieter and the Gulf of Alaska. -
Yukon River Basin Study Project Report
YUKON RIVER BASIN STUDY PROJECT REPORT: WILDLIFE NO. 1 FURBEARER INVENTORY, HABITAT ASSESSMENT AND TRAPPER UTILIZATION OF THE YUKON RIVER BASIN B.G. Slough and R.H. Jessup Wildlife Management Branch Yukon Department of Renewable Resources Box 2703 Whitehorse, Yukon Y1A 2C6 January 1984 i This report was funded by the Yukon River Basin Committee (jointly with Yukon Department of Renewable Resources) under the terms of "An Agreement Respecting Studies and Planning of Water Resources in the Yukon River Basin" between Canada, British Columbia and Yukon. The views, conclusions and recommendations are those of the authors and not necessarily those of the Yukon River Basin Committee or the Government of Canada, British Columbia and Yukon. ii ABSTRACT The Yukon Department of Renewable Resources conducted furbearer inventory studies in the Canadian Yukon River Basin in 1982 and 1983. Field studies included beaver (Castor canadensis) food cache and colony site surveys, winter track-count sampling and muskrat (Ondatra zibethica) pushup surveys. Data from the surveys were analyzed in conjunction with ongoing trapper questionnaire and historical fur harvest data sources to characterize furbearer population distributions, levels, trends and habitats. Historical and present fur harvest and trapping activity are described. The fur resource capability and problems and issues associated with impacts on furbearer populations, habitats and user groups are discussed. The populations of wolves Canis lupus, red fox Vulpes fulva, coyote .Q..:.. latrans, red squirre 1 Tamiasciurus hudsonicus, wease 1 Mustela erminea, marten Martes americana, mink Mustela vison, otter Lutra canadensis, wolverine Gulo luscus, beaver, muskrat and lynx Lynx canadensis are all widely distributed within the Yukon River Basin. -
INUK>B.Plume Plan 08
CANADIAN HERITAGE RIVER MANAGEMENT PLAN Government of Yukon in association with Government of Canada Mayo and District Renewable Resources Council February 1998 BONNET PLUME HERITAGE RIVER MANAGEMENT PLAN This Management Plan provides the operational framework for partnership action to achieve the goals and principles described herein. We, the undersigned, support the designation of the Bonnet Plume River as a Canadian Heritage River. Table Of Contents EXECUTIVE SUMMARY .............................................................................................................................................................. 1 1.0 INTRODUCTION AND BACKGROUND 1.1 Purpose of Canadian Heritage Rivers System ................................................................................................... 5 1.2 First Nation Land Claim Settlement Obligations ............................................................................................. 5 1.2.1 Nacho Nyak Dun First Nation ............................................................................................................................. 5 1.2.2 Tetlit Gwich’in First Nation ................................................................................................................................... 6 1.3 Bonnet Plume Heritage River Nomination ......................................................................................................... 6 1.3.1 History of the CHRS Program in the Yukon ....................................................................................................