DOCSLIB.ORG

Oregon Guest Editorial

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Oregon Guest Editorial p I i L- w ' si: s D I OREGON GUEST EDITORIAL WILDLIFE Editor's Note: In recent months, especially since the setting of the 1980 ocear. have been a number of accusations and implications MAY i 980 salmon seasons, there Volume 35, No. 5 concerning the Director of the Department of Fish and Wildlife, Jack Donald- son. Not a few of the comments have been based on misinformation and a lack of understanding of certain procedures and responsibilities. OREGON FISH AND WILDLIFE COMMISSION At the April 4 Fish and Wildlife Commission meeting an editorial suggesting the Director should resign was discussed by the Commissioners. As a result Herbert Lundy, Chairman ......... Lake Oswego the ensuing discussion the following letter was written Jack Steiwer, Vice Chairman ............. Fossil of that editorial and Since we feel it succinctly addresses Donald Barth ...................... Newport by Commission Chairman Herb Lundy. John Boyer ..................... Beilfountain a number of the most heard allegations of recent months, we pass it along Allan Kelly ........................ Portland for your information. Kenneth Klarquist .................. Portland R.E.S. Fred Phillips ......................... Baker the Editor JOHN R. DONALDSON, Director To Bay Reporter Coos Bay, OR This is to inform you and your readers, in response to your recent editorial Oregon Wildlife (ISSN 0094-7113) is published monthly by the Oregon State Department of Fish suggesting that John R. Donaldson should resign as Director of the Oregon and Wildlife, Portland, Oregon. Volumes i through Fish and Wildlife Department, that the Fish and Wildlife Commission, in 28 were entitled Oregon Game Commission Bulletin. Oregon Wildlife is circulated free of charge with an unanimous vote on April 3, 1980, expressed complete confidence in Director second class postage paid at Portland, Oregon. Mate- performance in office. rial may be reprinted, credit would be appreciated. Donaldson's integrity and The Bay Reporter editorial stated that commercial fishermen on the coast Address changes and correspondence should be sent to: were blaming Director Donaldson for "salmon season closures, the intrusion Oregon Wildlife of aquaculture, licensing moratoriums, Indian fishing rights and more . ." P.O. Box 3503 Portland, OR 97208 Commercial fishermen, as well as members of the Legislature, should be aware that: When sending address changes, be sure to send in both old and new address complete with zip codes. 1. Salmon seasons have been shortened by the U.S. Secretary of Commerce Ofl of the Pacific Fishery Management Council, and the Ron E. Shay, Editor recommendation Ken Durbin, Managing Editor Oregon Fish and Wildlife Commission - since 1977 because of data-based predictions of reduced numbers of coho and Columbia River chinook - and for no other reasons. Lower catch and escapement records proved the predic- tions accurate. The emergency closure of the coho harvest on September 3, 1979, was necessary to- protect coho spawning stocks in a run which proved to be the lowest since 1963. The coho stocks in 1980, it is estimated on the basis of reliable indicators, may be the lowest since 1962. After the shortened coho season in 1979, the numbers of natural spawning cobo were still only half those needed to preserve and improve wild runs. Only the North Fork Cover photo - Rocky Mountain bull elk poses cooperatively for the photographer Nehalem hatchery had surplus fish, and there oniy because of a disease problem on the Department's Bridge Creek elk which prevented the transplanting of adults out of the Nehalem system. winter range. Seasons are set for fish, not fishermen. Photo by Ken Durbin 2. Aquaculture: Director Donaldson has no stock in Oregon Aqua-Foods, owned by Weyerhaeuser. The Fish and Wildlife Commission adopted the cobo closure last year primarily to protect wild stocks and assure adequate returns _______________________________________ to public hatcheries. The season was not adjusted to serve private, commercial salmon enterprises, nor will other seasons be altered for that reason. Private salmon ranching operates under laws adopted by the Legislature, but under regulation by the Oregon Fish and Wildlife Department. Offshore fishermen, both commercial and sports, are the expected beneficiaries of greater salmon HUNTER EDUCATION production by both public and private hatcheries. Continued on page 13 PROGRAM INSTRUCTORS APPROVED Month of March ........... 23 Total Active ............. 1,757 COMMISSION MEETINGS STUDENTS TRAINED The Fish and Wildlife Commission will conduct a general business meeting Month of March .......... 454 Ofl Thursday, May 29. On Friday, May 30 the Commission will conduct a Total to Date ......... 271,332 public hearing on seasons for hunting deer and elk and regulations for all HUNTING CASUALTIES game mammal hunting in 1980. On Saturday, May 31, the public hearing REPORTED IN 1980 will be continued and at its conclusion the Commission will set the regulations. three days will begin at 9 a.m. at Fish and Wildlife Department Fatal .................... O Meetings all 506 SW Mill Street in Portland. o Nonfatal ................. O headquarters, Page 2 MAY i 980 Pronghorn antelope buck 1979 Big Game Seasons by Paul Ebert Staff Big Game Biologist Interest in deer and elk hunting elk season commenced, conditions percent did. continued to increase as indicated by had changed and elk hunters experi- A total of 150,952 hunters partici- record tag sales for both of these enced more typical weather. During pated in the 37-day black-tailed sea- species in 1979. This occurred in spite the 1979 hunting seasons, Oregon's son and took a total of 47,837 deer of declining mule deer hunting oppor- big game hunters harvested an esti- and averaged 32 percent success. Sev- tunities and a major change in elk mated 99,702 deer, 16,128 elk, 776 enty-five percent of the deer taken hunter management which required antelope, 812 bear, 24 bighorn sheep during the general buck season, the the hunter to choose between a short and 23 cougar. either sex hunter choice season in or longer hunt in both western and northwestern Oregon and the con- eastern Oregon. Interest in elk bow- Deer trolled either sex hunts in south- hunting more than doubled, in- An estimated 300,982 deer hunters western Oregon were buck deer with fluenced by the 1ieral statewide ei- harvested 99,702 deer in 1979. The antlers. Buck hunters took 39 percent ther sex season. Bear hunters decline in deer harvest from the of their harvest, which consisted of returned to their normal level after 124,001 taken in 1978 occurred main- bucks with two or more antler points, a one-year drop and interest in ante- ly in the antlerless take caused by a during the last nine days of the 37-day lope, cougar and bighorn sheep hunt- reduction in antlerless permit quotas. season. ing remained constant. General season deer hunters shifted The five-day hunter choice season, Weather was again a big factor from eastern to western Oregon be- the extended seasons and the 9,996 nfiuencing hunter success during all cause of only fair mule deer hunting controlled either sex permits which of the mule deer buck season and prospects. Last season 54 percent of also required an unused black-tailed during the first half of the black- the buck hunters chose to hunt in deer tag generated a take of 11,852 tailed deer season. By the time the western Oregon while in 1978 only 46 antlerless deer and 4,238 spike bucks. OREGON WILDLIFE Page 3 1979 DEER SEASON General Deer Season Additional Harvest Total All Seasons Number Percenr of Book, Spikes G Tord Hunter Rifle Seasons How Total Hontar Units by Zone orArefl H rotors 2 po. + Annletleso' Harvest S000eso Esrly Lote' Seasons Harvest Days Scappoose ...... 5156 514 544 1,058 21 0 0 42 1100 46.809 Saddle Mountain. 8.765 1,606 1,364 2,910 34 0 0 249 3.219 13,295 Wilson ........................... 8,007 1,243 606 1,849 23 0 0 166 2.015 45,411 Trask 16,311 1,698 1,910 3,668 22 0 241 13 3,982 103.1 52 Stott Mountain . 5,520 575 666 1,241 22 0 60 0 1,30 36.946 Alsea ........................... 20,048 3.001 2.668 5.669 28 0 212 249 8,190 141,335 Sitslaw . 8,704 1,392 112 1,564 18 0 180 21 1,165 50,454 Willamette. 25719 2,031 1,394 3,425 2.638 52 . 13 0 6.115 188.493 NORTH COAST AREA TOTALS 78,463 12,060 9,384 214M 21 0 3,391 852 25.687 685,755 Tioga ............................. 8,249 2,091 172 2,263 27 0 0 156 2,419 62,228 Sixes ............................. 3,130 1,058 104 1,162 31 0 90 73 1,325 21,507 Powers ............................ 4,094 968 140 1,108 27 0 0 31 1,139 26,115 Chetco ............................ 4,155 998 67 1.065 26 0 0 52 1,117 28.369 Applegate .......................... 8189 1,422 539 1.961 24 0 0 21 1,982 53,5.4 Evans Creek ........................ 6,399 908 450 1,358 21 0 9 21 1,319 35,439 Mnlrose 7,491 1,362 512 1,874 25 0 0 125 1,999 51,050 SOUTHWEST AREA TOTALS 34,212° 8,807 1.984 10.791 31 0 90 479 11.360 284,242 Santiam ........................... 19,926 2,273 1,636 3,909 20 120 568 218 4,815 139,439 Mckenzie .......................... 16,256 1,879 1,516 3,395 21 211 635 93 4.334 115,893 Indigo ............................. 7,218 1.304 536 1.840 25 0 50 73 1,963 48.680 Dixon ............................. 8,704 2,393 398 2,791 32 0 0 187 2,978 53,883 Rogue ............................. 14,170 3,031 636 3,667 25 0 0 300 3,967 110.490 CASCADES AREA TOTALS...............
Load more

Recommended publications
  • Breeding and Foraging Ecology of Caspian Terns Nesting on Artificial Islands in the Upper Klamath Basin, California
    AN ABSTRACT OF THE THESIS OF Allison Patterson for the degree of Master of Science in Wildlife Science presented on November 13, 2012 Title: Breeding and Foraging Ecology of Caspian Terns Nesting on Artificial Islands in the Upper Klamath Basin, California Abstract approved: Daniel D. Roby Availability of suitable nesting habitat that is free of nest predators and provides access to adequate prey resources within commuting distance is a major factor limiting seabird populations. Caspian terns (Hydroprogne caspia ) in western North America have shifted their breeding habitat from naturally occurring habitats in interior wetlands, lakes, and rivers to primarily human-created habitats in coastal bays and estuaries. This shift has brought Caspian terns into conflict with fisheries of conservation concern, in particular anadromous salmonids. Prior to the 2010 breeding season, three artificial islands were built in the Klamath Basin National Wildlife Refuge (NWR) Complex as alternative nesting habitat for Caspian terns currently nesting at the world’s largest colony for the species, near the mouth of the Columbia River, Oregon. I investigated the efficacy of habitat creation (island building) and social attraction (decoys and recorded vocalizations) for establishing new breeding colonies in the Upper Klamath Basin, California. In 2010, approximately 258 pairs of Caspian terns attempted to nest on the new islands and raised an average of 0.65 fledglings/breeding pair; in 2011, 222 pairs attempted to nest and raised an average of 0.11 fledglings/breeding pair. Competition with California and ring-billed gulls ( Larus californicus and L. delawarensis ) for nesting space, gull predation on Caspian tern eggs and chicks, low water levels, and depredation by great horned owls (Bubo virginianus ) were the primary factors limiting colony development and productivity, especially in 2011.
    [Show full text]
  • MVUM) Were Made by the Responsible Official Pursuant to 36 !
    *# ! ! ! ! ! ! ! *# ! ! ! ! ! ! ! ! ! *# ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! *# ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! *# ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! ! 3 ! ! ! ! ! ! ! ! ! 1 ! ! ! ! ! 4 ! ! 3 ! ! ! 5 ! 6 ! ! ! ! ! ! ! 3 ! ! ! ! 1 2 ! ! ! 7 ! 4 ! ! ! ! ! ! 3 ! ! 3 ! 2 ! ! ! ! 2 7 ! ! ! ! ! ! ! ! 3 ! ! ! ! 2 ! 1 0 1 1 0 ! ! ! ! ! 5 ! 2 ! ! ! ! 7 3 ! 9 ! 1 ! 7 5 ! 7 ! ! ! ! ! ! ! 0.3 570 1 ! ! ! ! ! 3.9 0 0.3 ! 0 2 3 ! 0 ! 7 ! 1 3 ! 0 ! 6 ! ! ! ! 1 ! ! ! 0 ! 4 ! ! 3 ! ! ! 0 ! ! 7 ! 3462231 ! ! 0.3 ! ! ! ! 3 ! 0.6 5! ! 2 ! ! ! 3 ! ! ! ! ! ! ! ! ! ! 3 0.5 ! ! ! ! 1 2 0.9 ! ! 0 ! ! ! 5 ! 3 ! ! ! 0 ! 4 4 ! ! ! ! ! 2 ! 2 ! 1!7 ! 2700 7 ! ! ! ! ! 3300134 4 ! ! ! 7 ! ! ! ! ! ! 3 1 3300135 ! ! 6 ! 0 7 ! 2 ! ! 0 ! ! 3 0 ! 7 !! ! 0.7 ! ! ! ! ! 2 ! ! ! MARSTER ! ! 1 ! ! 0.5 0 ! ! ! 0 ! ! 1.3 2 ! ! ! ! ! ! ! 2 ! 332 ! ! 3118 ! ! ! 5 5 ! 0 ! 7 # # ! ! ! * * *# ! ! ! ! 7 ! ! 0.8 # ! * 1 1 5 ! ! ! ! ! 0 ! SPRING ! ! ! ! ! ! 7 0 3 ! ! ! ! 3 ! ! ! 3 0.8 3 ! ! ! ! 3 0 ! ! ! 4 ! 0 4 2 ! 0.7 ! 6 0 ! ! ! ! 4 6 ! 8 3 3 ! ! 0 ! ! ! 2 ! *# 5 6 7 ! 0 ! 2 ! 0 0 ! 4 ! ! ! 1 ! 0 ! 0 ! 3 ! 3 ! 0 ! ! 5 3 ! 3 ! 3 2 0 ! 3 3462025 ! ! 1 ! ! ! ! 0 5 ! 3 ! ! ! 4 ! ! ! ! 0 ! 4 ! 4 1 ! 0 ! ! 0 ! ! 1.6 5 ! ! ! 6 ! " ! ! 0 ! ! 0 5 0 ! 4 ! ! 9 1 ! ! 2 ! 1 ! ! 4 ! 3 ! 3 ! ! ! ! 0 ! ! 0.4 ! ! ! 7 0 # 5 ! * 2 # 0 Black Butte ! 3 1 ! * 7 ! ! ! ! ! 0 8 4 1 ! ! ! 2 4 2 # 1.1 ! 2.5 ! ! * ! ! 0 ! ! 0 ! 6 1.1 ! 2 ! # * ! ! 4 # ! 6 # ! * * ! 2 3 ! ! 3462200 # *# * ! ! 1.4 ! ! 8 5 ! ! ! ! ! ! ! ! ! ! 1 ! R. 12 E. R. 13 E. 3.7 R. 14 E. R. 15 E. ! R. 16 E. R. 17 E. R.
    [Show full text]
  • 100 Series Buck Deer Attachment 1. Draft Proposed Changes to Big Game Hunting Seasons
    100 Series Buck Deer Attachment 1. Draft Proposed Changes to Big Game Hunting Seasons Hunt # Hunt Name Staff Proposal General General Archery Remove the Ochoco Unit from general archery deer season, replace with 137R Make all legal archery equipment, legal for the entire Murderers Creek Unit during General General Archery general archery season All hunts with a bag limit including "one buck having not less than a forked antler" will All change to "one buck with visible antler" Eliminate this complicated hunt and replace with 121M, 119M, and 114M. Willamette 100M NW Cascade Unit will not be included in the new hunt and tags for that unit will be added to 615 121M Indigo Expand to all of Indigo Unit, change name to Indigo, Nov 14 - 25, 150 tags 119M McKenzie New Hunt, all of McKenzie Unit, Nov 14 - 25, 350 tags 114M Trask New Hunt, all of Trask, 200 tags, Nov. 7 - 20, 123M1 Melrose - N. Sixes Eliminate and replace with 123M1 and 125M 123M1 Melrose New hunt, entire unit with 100 tags, Nov. 14 - 22, 125M Sixes New hunt, entire unit with 50 tags, Nov. 14 - 27, 135M Paulina Eliminate, small tags, antlerless hunt, biological concern 135R Paulina Eliminate, small tags, antlerless hunt, biological concern 137R Ochoco New archery hunt, entire Ochoco Unit, 400 tags Eliminate, antlerless deer hunts should be in 600 series, hunt was originally created to 139R2 Metolius Unit Bow 2 provide recreation opportunity however populations do not warrant doe harvest Eliminate, antlerless deer hunts should be in 600 series, hunt was originally created to 139M2 Metolius Unit Muzz 2 provide recreation opportunity however populations do not warrant doe harvest Eliminate the ability to use this controlled hunt tag also during Western Oregon 141A Hood-White River General Deer Season, this is the only rifle deer hunt in eastern Oregon that is transportable and there is no existing general deer season in the unit 143C John Day Canyon New hunt in portion of Biggs Unit east of Highway 97, Nov.
    [Show full text]
  • RAPTOR RESEARCH REPORTS a Publication of the Raptor Research Foundation) Inc
    (ISBN 0-935868-43-7) RAPTOR RESEARCH REPORTS A Publication of The Raptor Research Foundation) Inc. RAPTOR HABITAT MANAGEMENT UNDER THE U.S. BUREAU OF LAND MANAGEMENT MULTIPLE-USE MANDATE April 1989 No.8 RAPTOR RESEARCH REPORTS F.stablisbed 1971 EDITOR Jimmie R. Parrish The Raptor Research Foundation. Inc. Depamneot of Zoology, 159 Widtsoe Building Brigham Young UniveiSity Provo, Utah 84602 Consulting EditoiS forVolume8 Jeffrey L. Lincer RicbardJ. aam: W. Grainger Hunt Eco-analysts, Inc. Depamnent of Biology BioSystems Analysis, Inc. 4718 Dunn Drive York College of Pennsylvania 303 Potrero Street, Suite 29-203 Sarasota, Florida 33583 Yod:, Pennsylvania 17403-3426 Santa Cmz, California 95060 The Raptor Research Foundation, Inc., was formed in 1966 by individuals who recognized the impact of human activities on raptors and other forms of wildlife. Information provides the key to understanding the life history and ecology of raptor species. The purpose of The Raptor Research Foundation, Inc., is "to stimulate the dissemination of information concerning raptorial birds among interested persons worldwide and to promote a better public understanding and appreciation of the value of birds of prey" (Article I, Section 2, By-Laws of the Raptor Research Foundation, Inc.). Raptor Research Reports was first published in 1971. Articles too lengthy for inclusion in the Journal of Raptor Research are published as Rap tor Research Reports as determined by the Editor and Board of Directors. No set schedule for publication is prescribed. Individual volumes are published based on availability of material and following completion of financial arrangements with the Editorial Office. Generally, manuscrlets considered for publication in Raptor Research Reports exceed 50 pages in length, including text, illustrations, tables, and literature cited.
    [Show full text]
  • Terrestrial Wildlife Species Habitat Descriptions
    TERRESTRIAL WILDLIFE SPECIES HABITAT DESCRIPTIONS Fremont-Winema National Forest Fremont Land and Resource Management Plan Eastside of the Forest - Bly, Lakeview, Paisley, and Silver Lake Districts JULY 17, 2017 PREPARED BY Cheran Cavanaugh – Eastside Wildlife Biologist and Isaac Gansberg – Eastside Assistant Wildlife Biologist Table of Contents Introduction .................................................................................................................................... 3 Mammals ........................................................................................................................................ 5 American marten ........................................................................................................................ 5 Canada lynx ................................................................................................................................. 8 Gray Wolf .................................................................................................................................... 9 Fringed myotis .......................................................................................................................... 11 Mule Deer ................................................................................................................................. 12 Pacific Fisher – West Coast Distinct Population Segment (DPS) .............................................. 15 Pallid bat ..................................................................................................................................
    [Show full text]
  • Rock Features of the Upper Klamath Basin: an Integrated Approach to Identification
    Central Washington University ScholarWorks@CWU All Master's Theses Master's Theses Winter 2018 Rock Features of the Upper Klamath Basin: An Integrated Approach to Identification Roman Jakien Central Washington University, [email protected] Follow this and additional works at: https://digitalcommons.cwu.edu/etd Part of the Archaeological Anthropology Commons Recommended Citation Jakien, Roman, "Rock Features of the Upper Klamath Basin: An Integrated Approach to Identification" (2018). All Master's Theses. 892. https://digitalcommons.cwu.edu/etd/892 This Thesis is brought to you for free and open access by the Master's Theses at ScholarWorks@CWU. It has been accepted for inclusion in All Master's Theses by an authorized administrator of ScholarWorks@CWU. For more information, please contact [email protected]. ROCK FEATURES OF THE UPPER KLAMATH BASIN: AN INTEGRATED APPROACH TO IDENTIFICATION ____________________________________ A Thesis Presented to The Graduate Faculty Central Washington University ____________________________________ In Partial Fulfillment of the Requirements for the Degree Master of Science Cultural and Environmental Resource Management ____________________________________ by Roman Stanley Jakien March 2018 CENTRAL WASHINGTON UNIVERSITY Graduate Studies We hereby approve the thesis of Roman Stanley Jakien Candidate for the degree of Master of Science APPROVED FOR THE GRADUATE FACULTY ______________ __________________________________________ Dr. Patrick Lubinski, Committee Chair ______________ __________________________________________ Dr. Steve Hackenberger ______________ __________________________________________ Sara Boyko ______________ __________________________________________ Dean of Graduate Studies ii ABSTRACT ROCK FEATURES OF THE UPPER KLAMATH BASIN: AN INTEGRATED APPROACH TO IDENTIFICATION by Roman Stanley Jakien March 2018 Rock features are human-made rock structures, often created by native peoples in the past and currently recorded as archaeological sites.
    [Show full text]
  • The Gerber Family Legacy on Public Lands (Sources Not Referenced in Text)
    The Gerber Family Legacy on Public Lands (sources not referenced in text) Brooke Brown Klamath Falls Resource Area Lakeview District OR/WA BLM Setting The Gerber Block is located on Bureau of Land Management (BLM) lands in southern Oregon, and managed by the Klamath Falls Resource Area out of the Lakeview District. The ‘Gerber Block’ encompasses 8 different legal descriptions comprised of townships and ranges. The west side of what is known today as the ‘Gerber Block’ was described in 1868 and 1871, by early cadastral surveyors as an environment that produced grasses with prairie lands surrounded by timber. The notes also describe areas that contain numerous springs, and locations ‘… well adapted to grazing,’ with areas appropriate for agriculture. Environmentally, they note much of the prairie locales seem to be marshy and wet in the spring. The south-central part of the Gerber Block is noted in the 1872 and 1875 cadastral notes as being comprised of high table lands with juniper and grasses, and comment on the lands as being valuable grazing pasture. The eastern side of the Gerber Block was observed in 1872 and 1875 as having some lands appropriate for agricultural development, and again, took note of the high table mesas of this area that would be beneficial for pasture, along with mixed timber and grasses. Cadastral notes for the north-central portion of the Gerber Block dating from 1952 document roads through the area and describe the dominant feature being the Gerber Reservoir that was constructed for flood control and irrigation needs in the region. The area is still noted to be rocky prairie with pockets of heavy timber.
    [Show full text]
  • Number 3 -- Spring 1987
    I a PARK SCUENCE A RESOURCE MANAGEMENT BULLETIN NATIONAL PARK SERVICE U.S. DEPARTMENT OF THE INTERIOR VOLUME7 - NUMBER3 SPRING1987 q PARK SPRING 1987 A report to park managers of recent and on- SCIENCE going research in parks with emphasis on its NATIONAL PARK SERVICE implications for planning and management In This Issue Page Meet the New AD Meet the New AD .......................... 2 Dr. F Eugene Hester has been appointed Associate How Urban Development Near Director for Natural Resources for the Nattonal Park Parks is Affecting Streams .................. .3 Service. Before joining the Service, he was Deputy Director of the U.S. Ftsh and Wildlife Service (19% Soleduck Revegetation Project .............. .4 1967). Hester began his caleer in 1959 as Assistant Using 35mm Color Infrared Professor of Zoology at Norih Carolina State Univer- Slides to Map Vegetation .................... 5 sity In 1963, he left this position to become the leader Letters to the edltor ........................ 6 of the North Carolina Cooperative Fishery Research Unit of the USFWS. He became Chief of the Division MAB Notes ............................... 7 of Fishery Research in 1971 and later was made As- BookReview ............................. sociate Director for Research (1974-1981). Among the Tom Lucke ............................... 7 nurnelous awards Hester has received for his service The Boundary Approach to the Analysis with the Federal Government, are the Department of of Conservation of Nature Reserves .......... (8 the Interior Meritorious Service Award (1981) and a Presidential DIstinguished Rank Award (1982). Computer Corner ......................... .9 He has a B.S. from North Carolina State University, Conservation Biology Group an M.S. in wildlife biology from North Carolina State, Exhibits ‘Elastic’ Response ................
    [Show full text]
  • Lost River and Shortnose Sucker
    U.S. Fish & Wildlife Service Lost River & Shortnose Sucker (DelƟstes luxatus & Chasmistes brevirostris) Both the Lost River sucker (C’waam) Historical InformaƟon: Early records Because suckers were historically very and shortnose sucker (Qapdo) are indicate these fish were once wide- abundant, they were a major food large, long-lived freshwater fish found spread and abundant in the upper Kla- source for the Klamath and Modoc In- exclusively in the Klamath Basin. Both math Basin of Oregon and California. dians and local selers in the late fish were once a valuable source of This area historically contained over 1800's. Canneries were established food and oil and are considered sacred 350,000 acres of wet-lands and flood- along the Lost River to process suckers by the Basin’s Nave American tribes. plains. These areas protected sucker into oil, dried fish, and other products. These fish were federally listed as en- habitat by controlling erosion, recy- dangered in 1988. A recovery plan was cling organic and inorganic nutrients, published in 1993. and maintaining water quality. Agricultural development and associat- decline, it is believed that the com- through the degradaon of suitable ed water and land use changes in the bined effects of the construcon of breeding habitat. basin have contributed to the signifi- dams, the draining or dredging of At the me the suckers were listed as cant loss of wetland habitat and a sig- lakes, and other alteraons of natural endangered, it was noted that there nificant decline in sucker populaons. stream flow have reduced the repro- had been no significant addion of Although overharvesng and polluon ducve success of shortnose and Lost young into the populaon in 18 years.
    [Show full text]
  • Common Plants of the Upper Klamath Basin
    Common Plants of the Upper Klamath Basin Technical Layout & Design .........Michael Calonje Editor ................................................Sarah Malaby Plant Descriptions & Text ..............Molly Juillerat, Ron Larson, Sarah Malaby, Jeanne Skalka. Photography ...........Michael Calonje, Ron Larson, Sarah Malaby, Terry Spivey. A Special acknowledgement to Klamath County Commissioners Al Switzer, John Elliott and Bill Brown for providing funding for publication costs through PL 06-393 Title III “Secure Rural Schools and Community Self-Determination Act of 2000” Oregon Native Plant Society - Klamath Basin Chapter Rabe Consulting 2007 CONTENTS Introduction ...................................................................................3 Overview ........................................................................................3 Habitats ..........................................................................................4 Plant Exploration in the Upper Klamath Basin .........................6 Growing Native Plants ..................................................................6 Species Groups ..............................................................................7 Ferns and Horsetails ..................................................................7 Conifers .....................................................................................8 Flowering Plants: Flowers, Hardwood Trees, and Shrubs .......9 Flowering Plants: Grasses and Grass-like Plants ...................9 Lichens, Bryophytes, and Blue-green
    [Show full text]
  • The Distribution of Geologic and Artifact Obsidian from the Silver Lake/Sycan Marsh
    AN ABSTRACT OF THE THESIS OF Jennifer J. Thatcher for the degree of Master of Arts in Interdisciplinary Studies in Anthropology. Anthropology, and Geography presented on December 8. 2000. Title: The Distribution of Geologic and Artifact Obsidian from the Silver Lake/Sycan Marsh Geochemical Source Group. South-Central Oregon. Redacted for Privacy Abstract approved: J. Roth Geochemical characterization methods are commonly used in the reconstruction of prehistoric raw material use and procurement systems. Trace element studies of lithic source material and artifacts, specifically those made of obsidian, can reveal important information about the environmental and cultural factors which influence the prehistoric distribution of raw material. The current investigation uses geochemical characterization methods and data to document and evaluate the distribution of geologic and artifact obsidian that originates from the Silver Lake/Sycan Marsh (SL/SM) obsidian source. This large and prehistorically significant source is located in western Lake County, Oregon. Few source descriptions or artifact distribution studies exist for SL/SM obsidian. However, over the past decade, a significant increase in the use of geochemical characterization methods has generated a wealth of data for Oregon obsidian sources. This thesis synthesizes the results of the geochemical characterization analysis of 392 geologic obsidian specimens collected from the SL/SM source area and 1,938 SL/SM obsidian artifacts recovered from over 200 archaeological sites in Oregon, Washington and California. The artifact analytical data were derived from previously characterized artifact collections compiled and archived in an extensive database. A subset of artifacts were characterized for the purpose of this study. Based on the results of geochemical analysis of the geologic material, two distinct source boundaries are defined for the SL/SM geochemical source.
    [Show full text]
  • 1 Appendix H Barry Point Fire – Retrospectives and Lessons Learned Excerpts from the 2011 Fremont – Winema National Forest A
    Appendix H Barry Point Fire – Retrospectives and Lessons Learned Excerpts from the 2011 Fremont – Winema National Forest and Lakeview District Bureau of Land Management, Fire Management Plan, that are applicable to the Barry Point Fire. _____________________________________________________________________________________ Land and Resource Management Plan Guidance Fremont National Forest - Land and Resource Management Plan: ―This Plan calls for implementing wildfire suppression tactics based on a policy of appropriate suppression response. Managers will have the option to confine, contain, or control a wildfire. Based on professional judgment and assessment of contributing factors such as expected weather, fire danger, and value of the resources threatened. Suppression costs will be reduced by eliminating the demand to take aggressive action on all fire reports and increasing flexibility to respond to specific situations with the appropriate level of effort.‖ (page 46) Winema National Forest - Land and Resource Management Plan: The forestwide fire protection objective states: ―All wildfires must receive an appropriate suppression response for each management area.‖ (page 4-10) Goals and Objectives Fremont National Forest Land and Resource Management Plan – Goals (page 51, page 118) A fire protection and fire use program that is cost efficient and responsive to land and resource management goals and objectives will be provided and executed. (page 118) All wildfire will receive an appropriate suppression response utilizing a strategy of confine, contain, or control. (page 118) Wildfire that threatens life, property, public safety, or improvements will receive aggressive suppression action using a control strategy. (page 118) All high investment timber areas, such as seed orchards and evaluation plantations will be protected from fire by taking aggressive initial attack and by considering their location in subsequent line location and attack strategies.
    [Show full text]