University Microfilms
Total Page:16
File Type:pdf, Size:1020Kb
Load more
Recommended publications
-
A Week in Angoon and a Month of Reflection on Xutsnoowú Aaní
A WEEK IN ANGOON AND A MONTH OF REFLECTION ON XUTSNOOWÚ AANÍ Richard Carstensen Discovery Southeast, Juneau for: Angoon Community Association & USFS Summer, 2012 2 • A week in Angoon CONTENTS Navigating this NAVIGATING THIS DIGITAL JOURNAL ..................................................................... 2 digital journal PLACE-NAME REVOLUTION ......................................................................................3 Try reading this journal on the couch with your iPad in INTRODUCTION ....................................................................................4 Goodreader, or an Android tablet DAILY JOURNAL ..................................................................................5 in ezPDF reader. Colors are spectacular. Beats paper (>$100 20120814 JUNEAU TO ANGOON ................................................................................5 to print in color!), or sitting at a ALASKA SHOREZONE ...........................................................................................19 computer for 6 hours. Annotate your copy with yellow stickies 20120815 EEY TLIEN—XUNYÉI (KOOTZNAHOO‑MITCHELL) ............................ 21 using voice recognition. PLACE NAMES: ANGOON TIDAL LABYRINTH ..................................................... 21 • This pdf is “bookmarked.” On your tablet/smartphone, tap 20120816 KANALKU LAKE ........................................................................................33 any of the chapters in Contents INGNS (IMPORTANT NATIVE GUY NAMES) .......................................................... -
Use of Fish and Wildlife by Residents of Angoon, Admirality Island, Alaska
Use of Fish and Wildlife by Residents of Angoon, Admiralty Island, Alaska by Gabriel D. George and Robert G. Bosworth Technical Paper No. 159 Part Four in a Study of Relationships between Timber Harvest and Fish and Wildlife Utilization in Selected Southeast Alaska Communities Division of Subsistcncc Alaska Department of Fish and Game Juneau, Alaska April 1988 This research was partially supported by ANlLCA Federal Aid Funds administcrcd through the U.S. Fish and Wildlife Service, Anchorage, Alaska, SG-5, SG-I-6, and SC-l-7. TABLE OF CONTENTS List of Tables.. ...............................................................................................................................iii List of Figures ...............................................................................................................................iv Acknowledgements.. ....................................................................................................................vii CHAPTER 1. Study Background .. 1 Introduction.. ..........................................................................................................................1 Study Objectives and Methodology.. ...........................................................................3 Objectives.. ......................................................................................................................3 Methodology.. .................................................................................................................4 Literature Review.. .....................................................................................................5 -
Evaluation of Deer Range and Habitat Utilization in Various Successional Stages
··.... } ALASKA DEPARTMENT OF FISH AND GAME JUNEAU, ALASKA EVALUATION 0 F DEER RANGE AND HABITAT UT I L I Z AT I 0 N I N VA R I 0 US S UC C E S S I 0 NA L STAGES By: John W. Schoen STATE OF ALASKA Jay S. Hammond, Governer DIVISION OF GAME Robert A. Hinman, Acting Director Donald McKnight, Research Chief DEPARTMENT OF FISH AND GAME Ronald 0. Skoog, Commissioner Final Report Federal Aid in Wildlife Restora~ion Project W~l7-l0, Job 2.5 R FINAL REPORT (RESEARCH) State: Alaska Cooperators: John W. Schoen, O.C. Wallmo Project No.: W-17-10 Project Title: Big Game Investigations Nob No,: 2.5 R Job Title: Evaluation of Deer Range and Habitat Utilization in Various Successional Stages Period Covered: July 1, 1977 through June 30, 1978 SUMMARY Sitka black-tailed deer are indigenous to the coastal forests of Southeast Alaska. Most deer range occurs in the Tongass National Forest, one third of which consists of commercial forest land. Old-growth timber is extensively harvested in this area at the rate of about 7,285 ha (18,000 acres) annually. The objectives of this study were to determine the utilization by deer of regrowth and old-growth forests, relative use of topography, and establish preliminary information on the diversity and abundance of understory vegetation in regrowth and old-growth forests. Paired regrowth/old-growth sites were selected on Admiralty and Chichagof Islands. Sampling was conducted during spring and fall through pellet-group transects and vegetation plots. Accumulated results from both fall and spring revealed that deer use of regrowth stands from 0 to 147 years old averaged about one-sixth that of old-growth stands. -
A Conservation Assessment for the Coastal Forests and Mountains Ecoregion of Southeastern Alaska and the Tongass National Forest
A Conservation Assessment for the Coastal Forests and Mountains Ecoregion of Southeastern Alaska and the Tongass National Forest David Albert and John Schoen Southeastern Alaska (Southeast) encompasses one of ● Develop detailed geographic information system the most significant areas of old-growth temperate (GIS) databases for selected (focal) resources; rainforest in the world. Much of this region also ● Assess the current condition and management comprises a unique assemblage of intact coastal status of focal species and ecological systems; watersheds that support abundant populations of fish ● Develop a process for ranking the ecological and wildlife, including many species that have declined value of watersheds within biogeographic provinces or become threatened in the southern portion of their throughout Southeast; historical ranges (for example, Pacific salmon ● Summarize ecological values of all watersheds for [Oncorhynchus spp.], brown bear [Ursus arctos], and focal species and ecological systems (watershed marbled murrelet [Brachyramphus marmoratus]). matrix); A comprehensive understanding of the diversity, ● Develop a geospatial decision support tool for distribution, abundance, and management of terrestrial conservation planning throughout Southeast and the and aquatic ecosystems in Southeast is critically Tongass; and important for maintaining ecological integrity and ● Develop a conservation area design for the biodiversity throughout this ecoregion. As an example, Tongass National Forest and southeastern Alaska. flood plain -
A Preliminary History of Admiralty Island: 1794-1942
A PRELIMINARY HISTORY OF ADMIRALTY ISLAND: 1794 - 1942 BARRY RODERICK Box #748 Douglas, Alaska PREFACE This preliminary history of Admiralty Island was assemb l ed under contract for the U.S. Forest Service between September 1981 and August 1982. It covers a restricted era and area , in fulfillment of the contract -- "to provide an overview of the historic era of human occupation on Admira lty Island National Monument ... t he historic l and and resource patterns from the earliest contact with Caucasian explorers t hroug h the CCC era. 11 Time and funding limits for t hi s project essenti al ly provided for only a document search in Juneau (see Appendix I) . Th erefore, the following paper is in no way definitive. Documentation of the use of Admiralty Island falls into three phases -- ethno-archeographic , historic and politico-economic. The U.S. Forest Service contract specified a history of Admiralty Island from 1794-1942 . Overlap of these three categories occurs even with this project's limited scope. For examp l e, when do traditional Native even ts become hi storic? Do the clan wars of the Mid-1800' s that involved the Kootznoowoo Tlingi t belong in this paper? The Shelling of Angoon in 1882 ce rtainly doe s - beca use of the wea 1th of documentation of the event. Undoubtedly, t he clan wars would also belong in this paper; however, the ever-present time and funding limitations prevented the amount of documentation that would place them in a historical context -- as distinct from an ethno archeographic tradition. -
Admiralty Island Connects Angoon to Seymour Canal by Way of Mitchell Bay and a Series of Lakes
Admiralty Province on Admiralty weathers into nutrient-rich soils with high productivity for upland large-tree hemlock forest. The southern portion of the island is underlain by geologically recent volcanic rocks that form unique, “staircase” topography with large-tree forest on the “risers” and scrubby forested wetland on the “treads.” Relatively young Miocene mudstones, sandstones and conglomerates compose much of the Mitchell Bay lowland east of Angoon. These poorly lithified rocks formed en situ from weathering of the surrounding uplands. Fossilized impressions of deciduous leaves tell of an extraordinarily diverse deciduous forest that grew here prior to the Pliestocene ice ages. A popular canoe route across central Admiralty Island connects Angoon to Seymour canal by way of Mitchell Bay and a series of lakes. Although relatively flat, these sedimentary rocks are better drained and consequently more forested than the belt of raised marine terraces that surrounds much of the northern island. Eagle Peak, 4,650 ft (1,418 m), is the tallest summit on Admiralty. From here southward to Hasselborg Lake, Admiralty’s spine nearly rivals that of Baranof for ruggedness. Ice cover is much less, FIG 1. Admiralty Province. however; a few waning glaciers persist in high north- facing cirques. In the steepest parts of Admiralty, The Admiralty Island Province is dominated by the unstable slide zones are common, and at the base of Admiralty Island National Monument and mountains, where the slope levels off, alluvial fans are Kootznoowoo Wilderness (Fig 1). Admiralty is the common. The largest lakes of Admiralty either lie third largest island of the Alexander Archipelago and within the Thayer Lake granitic pluton, or are at least 90% of the island is legislatively protected. -
Brown Bear Management in Southeastern Alaska
BROWNBEAR MANAGEMENTIN SOUTHEASTERNALASKA LOYALJOHNSON, Alaska Department of Fish and Game, P.O. Box 499, Sitka 99835 Abstract:Brown bears(Ursus arctos) inhabitthe mainlandof southeastAlaska and the islands northof FrederickSound. Greatestnumbers occur in Alaska Game ManagementUnit 4, the ABC (Admiralty,Baranof, and Chichagof)islands, whereabout 70 percentof the southeasternharvest is taken. Average sportharvests increased from 51 bearsper year (1949-56) to 60 per year (1962-72) to 141 in 1975. Otherpertinent harvest statistics have remainedfairly consistent since 1949: averageskin size (lengthplus width), 4.1m; averageskull size (lengthplus width), 54.6 cm. Based on dentalannuli, ages of males have averaged8.1 years since 1968. The highest mean annualage was 9.4 years in 1976. The goal of managementis to maintaina high-qualityhunting experience, which an annualharvest rate of 60-80 animals per year will do much to provide. Harveststatistics gatheredover the past 30 years will provideguidelines to insurethat management plans are biologically sound. Currentregulations that should limit the harvestto desired levels are a $25 tag fee for resident huntersand a limit on the numberof guides who can operate in Unit 4. If these fail, time-spacezoning, furtherrestrictions on guides, or ultimatelypermit-only hunting will be necessary. Transferof nearly 151,760 ha to privateland throughthe Alaska Native ClaimsSettlement Act andcontinuing large-scale clearcut logging furthercloud the managementissue, but with prudent managementpolicies, high-qualityand reasonablyhigh-quantity brown bear sport hunting should be possible for many years to come. Alaska Game ManagementUnit (GMU) 4 consists 600 m. Muskegs and subalpine and alpine vegetation of Admiralty, Baranof, and Chichagof islands, known occur above that elevation. as the ABC islands, as well as smalleradjacent islands. -
Admiralty Impressions
Admiralty impressions Xutsnoowú through time Richard Carstensen News & views from Discovery Southeast The following scenarios draw from several recent discoveries on Xutsnoowú, also known as Admiralty Island. The discoveries involve leaf fossils, bear genetics, ancient Fall 1997 forts, and reports of red squirrel invasion. Whichever with Place names speculations prove unfounded will doubtless be replaced by place name convention truths even stranger. updates, 2017: In all my writing 2017 since publication of Haa A squirrel- L’éelk’w Hás Aani Saax’ú: Middle Miocene, about 20 million years ago Our grandparents’ names like rodent dashes up the limb of a beech tree, carrying a on the land (Thornton & chestnut in its stout incisors. The bobbing branch releases a Martin, eds. 2012), I’ve used Tlingit place names yellowing leaf, which flutters to the stream below. The leaf whenever available, floats past trunks of elms and maples into a shallow marsh, followed by their translation where a large-headed Hemicyon or 'bear-dog' is snuffling in italic, and IWGN (impor- at the spoor of a pony-sized, shovel-jawed mastodont. The Leaf print in tant white guy name) in siltstone: parentheses. Euro-names, leaf settles into the mud, where the next fall storm buries it Wankageey however regal or preemp- under fresh stream-borne silts. tive, were afterthoughts. bay on the Over ensuing millennia, an extraordinary diversity of edge Example: Kadigooni (Favorite X’áat’, island with spring leaves are dumped here, laminated between pages of mud, Bay). water (Spuhn Island). quietly lithified. One day in the far future, a bipedal primate Where no place name is listed in Thornton & Martin, on the shore of a tidal lagoon will pry a slab of siltstone I default to the IWGN. -
Appendices K–P of the Final Environmental Impact Statement and Section 4(F) Evaluation for the Angoon Airport
Final Environmental Impact Statement and Section 4(f) Evaluation Appendices K–P Federal Aviation SEPTEMBER 2016 Administration APPENDIX K CULTURAL RESOURCES TECHNICAL REPORT Note: The Section 508 amendment of the Rehabilitation Act of 1973 requires that the information in federal documents be accessible to individuals with disabilities. The FAA has made every effort to ensure that the information in the Draft Angoon Airport Environmental Impact Statement is accessible. However, this appendix is not fully compliant with Section 508, and readers with disabilities are encouraged to contact Leslie Grey at (907) 271-5453 or [email protected] if they would like access to the information. CULTURAL RESOURCES TECHNICAL REPORT FOR THE AREA OF POTENTIAL EFFECTS FOR AIRPORT 12A WITH ACCESS 12A (PREFERRED ALTERNATIVE) ANGOON AIRPORT ENVIRONMENTAL IMPACT STATEMENT ANGOON, ALASKA Prepared for Federal Aviation Administration Alaska Department of Transportation and Public Facilities Prepared by Certus Environmental Solutions and SWCA Environmental Consultants SWCA Cultural Resources Report No. 13-494 SWCA Project No. 24650 October 2015 PUBLIC VERSION – INFORMATION PROTECTED BY FEDERAL LAW HAS BEEN REDACTED Privileged Information – Not for Public Release Angoon Airport EIS Cultural Resources Technical Report for the Area of Potential Effects for Airport 12a with Access 12a (Preferred Alternative) v2 October 2015 Contents 1.0 Introduction ............................................................................................................................................... -
Angoon Airport Master Plan Background Report Is Divided Into Two Parts
Angoon Airport Master Plan Public Review Draft Background Report: Planning & Facility Requirements, Access & Apron Alternatives Analysis Alaska Department of Transportation and Public Facilities Public Review Draft May 2006 PUBLIC REVIEW DRAFT Angoon Airport Master Plan Report on Planning Requirements and Access/Apron Alternatives Analysis Table of Contents ELEMENT ONE – PLANNING REQUIREMENTS 1.0 INTRODUCTION..............................................................................................................1 2.0 PURPOSE AND NEED .....................................................................................................1 3.0 ANGOON AIR TRAFFIC FORECAST..........................................................................4 3.1 Purpose and Methodology .......................................................................................4 3.1.1 Definitions..........................................................................................................5 3.2 Socioeconomic Trends.............................................................................................6 3.2.1 Population Trends..............................................................................................6 3.2.2 Economic Trends ...............................................................................................7 3.3 Air Traffic Forecast..................................................................................................8 3.3.3 Angoon Service Area..........................................................................................8 -
Friends of Admiralty Island
Friends Of Admiralty Island Newsletter Issue No. 18 February 2014 My Side of the Island by K.J. Metcalf, President Brown Bears – A Continuing Concern reproductive rate – breeding at age 7 or 8, average “One of the most important legacies that we can 1.8 cubs/litter, and may keep the cubs as long as 3-4 leave our grandchildren is an island full of bears.” years before breeding again. Hank Lentfer, Voices of Admiralty 2011 We believe that in Game Management Unit 4 (Baranof, Chichagof and Admiralty islands) the Brown bears, an iconic symbol of Admiralty, total number of bears killed and the female ratio have been one of the most debated resources on of that total have at times exceeded the agreed to the island. Friends of Admiralty Island has long caps (given an estimated population of 1,560 bears advocated for balance between bear viewing and from a 20-year old population sampling). We bear hunting, with a conservative limit on number also contend that since 1960 the size and age of of bears hunted and the number of females killed. the bears killed has steadily decreased (currently Translated - Admiralty females have a very low ...continued on page 2 ANNUAL MEETING Saturday, March 1, 2014 • Juneau Yacht Club Featuring Hank Lentfer Join Friends of Admiralty to hear Hank Lentfer discuss wilderness and the human spirit and to preview The Meaning of Wild, a stunning film on Tongass wilderness. PLEASE SEE THE FULL MEETING SCHEDULE ON PAGE 3. Join us in celebrating the Wilderness Act’s 50th anniversary - More Inside See page 8. -
Angoon Deer Hunting, 1982
ANGOONDEER HUNTING, 1982 Gabriel D. George and Matthew A. Kookesh Technical Paper Number 71 Alaska Department of Fish and Game Division of Subsistence Angoon, Alaska March 1983 A&ST&XT The Alaska Dzpartrrientof Fish and Game, Division of Subsistence is con- ducting a study of Admiralty Island resource use. Phase 11 of this study concentrates on land mammal use and was initiated in the winter of 1982. This paper presents preliminary research results specifically addressing the use of deer by the community of Angoon. Survey results indicate deer are an important source of red meat for the residents of Angoon. Deer are hunted. in the alpine, muskeg, forest and beach areas of the island using three hunting strategies: Alpine Hunt, Muskeg and Forest Hunt, and Beach hunt. Beach hunting, however, was the dcminant strategy used. Survey findings indicate household yearly deer meat requirenents were not met in 1982 by household hunters. This may be partially attributed to the use of beach hunting as a main hunting strategy. This method is depend- ent on heavy snowfall to bring deer from the upland forest down to the beach. Thus, a mild winter with no heavy snow accumulation during the past year illay have contributed to low success of Angoon hunters. AERiXRAm ............................................................. i LIST OF FIGURES ...................................................... iv LIST OF TAEkES ....................................................... V LNIXODUCT~ON......................................................... 1 METHODOLDGY.........................................................