Oregon State University

Total Page:16

File Type:pdf, Size:1020Kb

Oregon State University AN ABSTRACT OF THE THESIS OF Stacy J. Lundgren for the degree of Master of Arts in Interdisciplinary Studies in Anthropology, Anthropology, and Geography presented on June 16, 2006. Title: Proving Up and Pulling Out: Archaeology and History of Early20thCentury Homesteading in Southwestern Oregon. Abstract appro " Signature redacted for privacy. David R. Brauner The Forest Homestead Act of 1906 precipitated one of the final rushes for free land in American history. A nascent land management agency, the USDA Forest Service, created a systematized process for the review and documentation of purported forest homestead claims. One hundred years later, the forest-homestead examination files of the then-Crater National Forest (now the Rogue River-Siskiyou National Forest) in southwestern Oregon provide an historical record that exposes the motivations and actions of numerous individuals as they negotiated the steps entailed in the public-land- disposal process. Archival research and archaeological survey form the dual methodological approaches to determine answers to several questions, among them: who were the people who attempted forest homesteading in a rugged mountainous setting, and what were their primary motivations?; what sort of housing did they fashion for themselves in the higher slopes of the Cascade Range and Siskiyou Mountains; where upon the land did they choose to place their habitation areas?; what were the spatial arrangements of those habitation areas?; and, what today is the nature of the archaeological record of the forest homesteading phenomenon of the early century? This research indicates that the high-volume timber lands of the southern Cascades and the rugged Siskiyou Mountains proved a singular enticement to the residents of Jackson County, Oregon. Vernacular housing was typically the standby structure of the American 'pioneer' ---the log cabin---often ineptly built, sparsely furnished, and infrequently occupied. The would-be homesteaders' actual use of the land was light, often less than one per cent of the total 160 acres they each claimed. The archaeology and history of southwestern Oregon in the early century demonstrates that forest homesteading was less an agricultural endeavor than a speculative pursuit to gain free land. And everyone---men and women, farmers and teachers, doctors and lawyers---wanted free land. © Copyright by Stacy J. Lundgren June 16, 2006 All Rights Reserved Proving Up and Pulling Out: Archaeology and History of Early2OthCentury Homesteading in Southwestern Oregon by Stacy J. Lundgren A THESIS submitted to Oregon State University in partial fulfillment of the requirements for the degree of Master of Arts in Interdisciplinary Studies Presented June 16, 2006 Commencement June 2007 Master of Arts in Interdisciplinary Studies thesis of Stacy J. Lundgren presented on June 16. 2006. APPROVED: Major Professor, representing Anthropology / er, representing Anthropology itt- Member, representing Geosciences Chair of the Department of Anthropology Gr2duateSchool I understand that my thesis will become part of the permanent collection of Oregon State University libraries. My signature below authorizes release of my thesis to any reader upon request. Stacy J. Lundgren, Author ACKNOWLEDGEMENTS The author is indebted to several people over the course of this multi-year thesis project: In the early stages, Court Smith and David Brauner helped shape the research, Kingston Heath provided encouragement, and the Oregon Archaeological Society provided partial funding. At the very last stage, both Ronald Doe! and Jessica White stepped in to join my committee. Ann Ramage, Medford BLM, allowed access to that agency's homestead files (formerly, of course, Forest Service files). Several Forest Service archaeologists quite willingly made copies of reports and sent them to me as soon as requested: Kevin Bruce, Tombigbee National Forest; Paul Claeyssens and Theresa Holtzapple, Deschutes and Ochoco National Forests; Gerry Gates, Modoc National Forest; and Cathy Lindberg, Willamette National Forest. Andrew Sewell, RPA, sent Volume I of his homestead research in Wisconsin just as promptly. Kay Shelnutt joined me in the field. Brenda Kellar volunteered to edit my draft thesis. Kara Kanaby and Pam Paullin provided emotional support. Four individuals from the Rogue River-Siskiyou National Forest helped me with ArcMap: Carol Boyd and Dave Knutson patiently helped me navigate the program, and Randall Frick and Mike Mitchell provided the technical support. Lastly, I am deeply grateful for the assistance, guidance, and encouragement of Jeffrey M. LaLande, Forest Archaeologist for the Rogue River-Siskiyou National Forest. It was Jeff who told me of the homestead files, who wanted someone "to do something scholarly with them." His unflagging belief in my abilities sustained me throughout the long (probably too-long) thesis-writing process. TABLE OF CONTENTS Page Chapter 1:The Project 2 Chapter 2:Theoretical Background and Methodology 19 Chapter 3: The Place 32 Chapter 4: Historical Background 39 Chapter 5: Archival Results: 'The Files' 57 Chapter 6: Analysis of 'The Files' 101 Chapter 7: Archaeological Results: 'The Field' 120 Chapter 8: Discussion and Conclusions 120 References Cited 156 Appendices 168 LIST OF FIGURES Figure Page 1.1: Cabin and fenced garden area, #27, Watson, 1910 (USDA Forest Service {FS], Rogue River Siskiyou-National Forest [RR-SNF]). 3 1.2: View southwest from Bald Mountain, 1933 (USDA FS, RR-SNF). 4 1.3: Crater National Forest Supervisor's Office, Medford, Oregon, 1908. Ranger Gribble seated at right (USDA FS, RR-SNF). 6 1.4: Charles Johnson and family, 1908 (USDA FS, RR-SNF). 7 1.5: Sketch map, #14, Johnson, H., 1908 (USDA FS, RR-SNF). 15 1.6: Rogue River National Forest Vicinity Map 1 (USDA FS, RR-SNF). 18 2.1: Form #655, p. 1, #37, Johnson, I., 1908 (USDA FS, RR-SNF). 23 2.2: Form #655, p. 2, #37, Johnson, I., 1908 (USDA FS, RR-SNF). 24 2.3: Form #655, p. 3, #37, Johnson, I., 1908 (USDA FS, RR-SNF). 25 2.4: Conley and Tern!! site map, 1982 (USDA FS, RR-SNF). 27 2.5: Pelican Bay Lumber Company operations ('high wheels'), 1920 (USDA FS, RR-SNF). 28 2.6: Reconstructed cabin, #15, Kenney, photograph by the author, 2004. 29 2.7: 'Deafy' Hall cabin, later used as chicken house, #12, Hall, 1910 (USDA FS, RR-SNF). 30 2.8: Location of artifact concentration, #12, Hall, 2004 (photograph by the author) 31 3.1: View north from Robinson Butte, 1933, Mt. McLoughlin at right (USDA FS, RR-SNF). 32 3.2: View southwest from Mt. Isabel, 1936 (USDA FS, RR-SNF). 33 3.3: View north from Fredenburg Butte, 1936 (USDA FS, RR-SNF). 34 3.4: Map of homestead geographic groups. 36 LIST OF FIGURES (Continued) Figure Page 4.1: Crater National Forest Supervisor's Office, 1908. Ranger Gribble second from left, Supervisor Swenning second from right (USDA FS, RR-SNF). 41 4.2: Rogue River National Forest Vicinity Map 2 (USDA FS, RR-SNF). 52 5.1: Overview map of forest homestead locations. (See Figure 5.2 for key.) 58 5.2: Key to numbered homestead locations. 59 5.3: Sketch map, #47, Reynolds, 1916 (USDA FS, RR-SNF). 60 5.4: Sketch map, #30, Burton, 1910 (USDA FS, RR-SNF). 61 5.5: Unpeeled-log cabin (stump in front), #37, Johnson, I., 1910 (USDA FS, RR-SNF). 63 5.6: Cabin (left) and barn (right), #45, Peterson, 1910 (USDA FS, RR-SNF). 64 5.7: Main buildings and fence, as seen from county road in front of cabin, #50, Stannard, 1910 (USDA FS, RR-SNF). 65 5.8: Back left, Mary Alice's cabin; front right, burned remains of George's cabin, 1911 (USDA FS,RR-SNF). 66 5.9: Cabin and picket fence, #34, Emerson, 1910 (USDA FS, RR-SNF). 68 5.10: Hawk sawmill, 1910 (USDA FS, RR-SNF). 69 5.11: Cabin on Dog Creek, #36, Hawk, 1911 (USDA FS, RR-SNF). 70 5.12: Cabin, clearing, outbuildings, laundry, and Jones family, #38, Jones, A., 1910, (USDA FS, RR-SNF). 71 5.13: New cabin, #44, Owen, 1909 (USDA FS, RR-SNF). 72 5.14: Cabin, barn, and privy, #46, Read, 1909 (USDA FS, RR-SNF). 73 5.15: Cabin and barn of Spencer family, 1909 (USDA FS, RR-SNF). 74 5.16: Sketch map, #28, Ash, 1908 (USDA FS, RR-SNF). 76 LIST OF FIGURES (Continued) Figure Page 5.17: Sketch map, #41, Lystig, 1908 (USDA FS, RR-SNF). 79 5.18: Sketch Map, #9, Dixon, 1910 (Medford BLM). 82 5.19: Detailed sketch map, #12, Hall, 1910 (USDA FS, RR-SNF). 84 5.20: Cabin and woodshed, #26, Textor, 1912 (USDA FS, RR-SNF). 85 5.21: Sketch map, #4, Bradshaw, 1910 (Medford BLM). 86 5.22: Old cabin (left), cabin (center), barn (right), #17, Palmerlee, 1910 (USDA FS, RR-SNF). 90 5.23: Detailed sketch map, #27, Watson, 1910 (USDA FS, RR-SNF). 92 5.24: Buildings, and log and pole fence, #23, Smith, N., 1910 (Medford BLM). 98 6.1: Christian Lystig in front of his cabin, 1908 (USDA FS, RR-SNF). 101 6.2: Mahoney family, Butte Falls, 1910 (USDA FS, RR-SNF). 105 6.3: Cottage (left), restaurant and hail (right) owned by Mrs. Baker, Butte Falls, 1910 (USDA FS, RR-SNF). 106 6.4: Mr. Albert's cabin, left; ex-Mrs. Albert's cabin, right, 1910 (USDA FS, RR-SNF). 107 6.5: Cabin, garden, and rail fence, #51, Willits, 1911 (USDA FS, RR-SNF). 111 6.6: Hipped roof log cabin, #7, Cievenger, 1910 (USDA FS, RR-SNF). 112 6.7: The 'Unsurveyed,' Crater National Forest, 1930 (USDA FS, RR-SNF). 113 6.8: Cabin and brush fence, #27, Watson, 1910 (USDA FS, RR-SNF). 115 6.9: Buildings, slashing, timber in distance, #49, Spencer, H., 1909 (USDA FS, RR-SNF). 116 6.10: Sketch map, #40, Kiter, 1909 (USDA FS, RR-SNF).
Recommended publications
  • Little Applegate Hydrology Report
    Little Applegate Watershed Hydrology Report Michael Zan * Hydrologist April 1995 Little Applegate Watershed Analysis Hydrology Report SECTION 1 LITTLE APPLEGATE RIVER HYDROLOGY Mean Monthly Flows: Except for some data collected from May through October 1913, and from June through October 1994. there is no known flow data for the Little Applegate River or its tributaries. With this in mind it was necessary to construct a hydrograph displaying mean monthly flows by utilizing records from nearby stations that have been published in USGS Surface Water Records and Open-File Reports. In constructing a hydrograph, a short discussion of low flows is first in order. Since low streamflows have been identified as a key question pertaining to the larger issues of water quantity/quality and fish populations, the greatest need is to gain a reasonable estimate of seasonal low flows to help quantify the impacts of water withdrawals on instream beneficial uses. With this in mind, extreme caution must be used when extrapolating data from gaged to ungaged watersheds. This is particularly important in determining low-flow characteristics (Riggs 1972, Gallino 1994 personal communications). The principle terrestrial influence on low flow is geology and the primary meteorological influence is precipitation. Neither have been adequately used to describe effects on low flow using an index so that estimation of low flow characteristics of sites without discharge measurements has met with limited success. Exceptions are on streams in a region with homogeneous geology, topography, and climate, in which it should be possible to define a range of flow per square mile for a given recurrence interval.
    [Show full text]
  • Campus Distinctions by Highest Number Met
    TEXAS EDUCATION AGENCY 1 PERFORMANCE REPORTING DIVISION FINAL 2018 ACCOUNTABILITY RATINGS CAMPUS DISTINCTIONS BY HIGHEST NUMBER MET 2018 Domains* Distinctions Campus Accountability Student School Closing Read/ Social Academic Post Num Met of Campus Name Number District Name Rating Note Achievement Progress the Gaps ELA Math Science Studies Growth Gap Secondary Num Eval ACADEMY FOR TECHNOLOGY 221901010 ABILENE ISD Met Standard M M M ● ● ● ● ● ● ● 7 of 7 ENG ALICIA R CHACON 071905138 YSLETA ISD Met Standard M M M ● ● ● ● ● ● ● 7 of 7 ANN RICHARDS MIDDLE 108912045 LA JOYA ISD Met Standard M M M ● ● ● ● ● ● ● 7 of 7 ARAGON MIDDLE 101907051 CYPRESS-FAIRB Met Standard M M M ● ● ● ● ● ● ● 7 of 7 ARNOLD MIDDLE 101907041 CYPRESS-FAIRB Met Standard M M M ● ● ● ● ● ● ● 7 of 7 B L GRAY J H 108911041 SHARYLAND ISD Met Standard M M M ● ● ● ● ● ● ● 7 of 7 BENJAMIN SCHOOL 138904001 BENJAMIN ISD Met Standard M M M ● ● ● ● ● ● ● 7 of 7 BRIARMEADOW CHARTER 101912344 HOUSTON ISD Met Standard M M M ● ● ● ● ● ● ● 7 of 7 BROOKS WESTER MIDDLE 220908043 MANSFIELD ISD Met Standard M M M ● ● ● ● ● ● ● 7 of 7 BRYAN ADAMS H S 057905001 DALLAS ISD Met Standard M M M ● ● ● ● ● ● ● 7 of 7 BURBANK MIDDLE 101912043 HOUSTON ISD Met Standard M M M ● ● ● ● ● ● ● 7 of 7 C M RICE MIDDLE 043910053 PLANO ISD Met Standard M M M ● ● ● ● ● ● ● 7 of 7 CALVIN NELMS MIDDLE 101837041 CALVIN NELMS Met Standard M M M ● ● ● ● ● ● ● 7 of 7 CAMINO REAL MIDDLE 071905051 YSLETA ISD Met Standard M M M ● ● ● ● ● ● ● 7 of 7 CARNEGIE VANGUARD H S 101912322 HOUSTON ISD Met Standard M M M ● ● ●
    [Show full text]
  • Workshop on Moon in Transition: Apollo 14, Kreep, and Evolved Lunar Rocks
    WORKSHOP ON MOON IN TRANSITION: APOLLO 14, KREEP, AND EVOLVED LUNAR ROCKS (NASA-CR-I"'-- N90-I_02o rRAN31TION: APJLLN l_p KRFEP, ANu _VOLVFD LUNAR ROCKS (Lunar and Pl_net3ry !nst.) I_7 p C_CL O3B Unclas G3/91 0253133 LPI Technical Report Number 89-03 UNAR AND PLANETARY INSTITUTE 3303 NASA ROAD 1 HOUSTON, TEXAS 77058-4399 7 WORKSHOP ON MOON IN TRANSITION: APOLLO 14, KREEP, AND EVOLVED LUNAR ROCKS Edited by G. J. Taylor and P. H. Warren Sponsored by Lunar and Planetary Institute NASA Johnson Space Center November 14-16, 1988 Houston, Texas Lunar and Planetary Institute 330 ?_NASA Road 1 Houston, Texas 77058-4399 LPI Technical Report Number 89-03 Compiled in 1989 by the LUNAR AND PLANETARY INSTITUTE The Institute is operated by Universities Space Research Association under Contract NASW-4066 with the National Aeronautics and Space Administration. Material in this document may be copied without restraint for Library, abstract service, educational, or personal research purposes; however, republication of any portion requires the written permission of the authors as well as appropriate acknowledgment of this publication. This report may be cited as: Taylor G. J. and Warren PI H., eds. (1989) Workshop on Moon in Transition: Apo{l_ 14 KREEP, and Evolved Lunar Rocks. [PI Tech. Rpt. 89-03. Lunar and Planetary Institute, Houston. 156 pp. Papers in this report may be cited as: Author A. A. (1989) Title of paper. In W_nkshop on Moon in Transition: Ap_llo 14, KREEP, and Evolved Lunar Rocks (G. J. Taylor and P. H. Warren, eds.), pp. xx-yy. LPI Tech. Rpt.
    [Show full text]
  • A Discussion of Co and 0 on Venus and Mars
    , >::. X·620.,J2-209 PREPRINT ~ '. , A DISCUSSION OF CO AND 0 ON VENUS AND MARS - (NASA-T8-X-65950) A DISCUSSION OF CO AND 0 N72-28848 ON VENUS AND MARS M. Shimizu (NASA) Jun. 1972 24 p CSCL 03B Unclas G3/30 36042 MIKIO SHIMIZU JUNE 1972 -- GODDARD SPACE fLIGHT CENTER --­ GREENBE~T, MARYLAND I Roproduced by NATIONAL TECHNICAL INFORMATION SERVICE us Dcparlmont 0/ Comm"rc" Springfield, VA. 22151 ~- --- -I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I A DISCUSSION OF CO AND 0 ON VENUS AND MARS by Mikio Shimizu* Laboratory for Planetary Atmospheres Goddard Space Flight Center Greenbelt, Maryland * NAS-NRC Senior Research Associate, on leave from ISAS, The University of Tokyo -I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I I ABSTRACT The absorption of solar ultraviolet radiation in the wavelength o range 2000 - 2200 A by CO 2 strongly reduces the dissociation rate of HC1 on Venus. The C1 catalytic reaction for the rapid recombination of o and CO and the yellow coloration of the Venus haze by OC1 and C1 3 a~pears to be unlikely. At the time of the Martian dust storm, the dissociation of H20 in the vicinity of the surface may vanish.
    [Show full text]
  • Fall 2014 New York City Campus Dean's List
    DYSON COLLEGE OF ARTS AND SCIENCES DEAN'S LIST NEW YORK CITY CAMPUS FALL 2014 First Honors Second Honors Third Honors Brandon Adam Cristian Abbrancati Elizabeth A. Abere Pamela Marianelli V. Agbulos Katrina Abreu Yasmine Achibat Nanichi Aguado Foy Mirandah E. Ackley Kayla R. Adens Fatima A. Ahmed Daria Afanaseva Raphael E. Ades-Aron Tiffany Amaro Salazar Yasamin Aftahi Diana D. Akelin Shabena N. Amzad Melissa Agosto Fathima Z. Alam Alexander R. Angelis Marine Alaberkian Ariana M. Alexander Shivani A. Annirood Alanoud A. Alammar Tania G. Ali Kseniya Arekhava Veronica R. Albarella Lucas M. Allen Shalynne A. Armstrong Shimma I. Almabruk Jennifer Almanzar Isabella M. Asali Rania I. Alrashoodi Michael B. Andersen Samuel W. Ashby Polina Altunina Ashley M. Aquilo Malek Assad Cody N. Alvord Alexis G. Argentine Sabeen Aziz Kerstin B. Anderson Abbey E. Ashley Stefanie C. Bacarella Alexandra L. Anschutz Marayah A. Ayoub-Schreifeldt Cara Badalamenti Savannah R. Apple Tiffany C. Babb Maria G. Baker Gabriel D. Armentano Kathryn M. Balitsos Ryan E. Barone Joshua L. Arnold Carlina S. Baptista Amani J. Basaeed Ami H. Asakawa Lucia A. Barneche Yousra Bashir Solmaz Azimi Michael A. Basil Allison E. Bass Antonina M. Bacchi Marie A. Basile Ryan C. Beaghler Michelle Back Garth O. Bates Katherine Becker Galia J. Backal Ayanna R. Bates Katherine D. Behm Connie Bahng Dahnay O. Bazunu Marilyn H. Beichner Adena E. Baichan Ashley A. Beadle Suzanne E. Beiter Matthew S. Bailey Latiana J. Blue Anastasia Beliakova Sylwia B. Baj Maria V. Borgo Adrienne R. Bengtsson Conor J. Baker Amber P. Brazil Thomas April S. Benshoshan Elisabeth Balachova Conor J.
    [Show full text]
  • Florida Atlantic University
    FLORIDA ATLANTIC UNIVERSITY Commencement Classes d196S -1969 Sunday, June 8, 1969 Two o'Clock THE CAMPUS Boca Raton, Florida !fJrogram Prelude Prelude and Fugue in C. Major- ]. S. Bach Processional Pomp and Circumstance- Edward Elgar B. Graham Ellerbee, Organist Introductions Dr. Clyde R. Burnett University Marshal Invocation The Rev. Donald Barrus United Campus Ministries National Anthem - Key- Sousa Richard Wright Instructor in Music Presiding Dr. Kenneth R. Williams President Florida Atlantic University Address "The Generation of City Builders" Dr. Robert C. Wood Director Joint Center for Urban Studies Massachusetts Institute of Technology Presentation of Baccalaureate Degrees Dr. S. E. Wimberly Vice President for Academic Affairs For the College of Business and Public Administration Dean Robert L. Froemke For the College of Education Dean Robert R. Wiegman For the College of Humanities Dean Jack Suberman For the Department of Ocean Engineering Professor Charles R. Stephan For the College of Science Dean Kenneth M. Michels For the College of Social Science Dean John M. DeGrove Presentation of the Master of Education, Master of Public Administration, Master of Science and Master of Arts Degrees Deans of the Respective Colleges Benediction The Reverend Barrus Recessional Recessional - Martin Shaw The Audience will please remain in their places until the Faculty and Graduates have left the area. 1 THE ORDER OF THE PROCE SS IO N The Marshal of the Colleges The Marshals and Candidates of the College of Business and Public Administration
    [Show full text]
  • Aquatic, Wildlife, and Special Plant Habitat
    I 53.2: 53A2s U.S. Department of the Interior June 1995 AQ 3/c 4 Bureau of Land Management Medford District Office 3040 Biddle 9oad Medford, Oregon 97504 I U.S. Department of Agriculture U.S. Forest Service Rogue River National Forest P.O. Box 520 _________ 333 West 8th Street Sft>TRV&> Medford, Oregon 97501 iu~s• Siskiyou National Forest ~~' ~~P.O. Box 440 Rd 200 N.E. Greenfield Rd. Grants Pass, Oregon 97526 Applegate River Watershed Assessment Aquatic, Wildlife, and Special Plant Habitat 41- As the Nation's principal conservation agency, the Department of the Interior has responsibility for most of our nationally owned public lands and natural resources. This includes fostering the wisest use of our land and water resources, protecting our fish and wildlife, preserving the environmental and cultural values of our national parks and historical places, and providing for the enjoyment of life through outdoor recreation. The Department assesses our energy and mineral resources and works to assure that their development is in the best interest of all our people. The Department also has a major responsibility for American Indian reservation communities and for people who live in Island Territories under U.S. administration. BLWOR/WAIPL-95/031+1792 Applegate River Watershed Assessment: Aquatic, Wildlife, and Special Plant Habitat Table of Contents TABLE OF CONTENTS ............................................................... i TABLE OF FIGURES .............................................................. ii TABLE OF TABLES .............................................................
    [Show full text]
  • Snake Surveys in Jackson, Josephine and Southern Douglas Counties, Oregon
    Snake Surveys in Jackson, Josephine and Southern Douglas Counties, Oregon JASON REILLY ED MEYERS DAVE CLAYTON RICHARD S. NAUMAN May 5, 2011 For more information contact: Jason Reilly Medford District Bureau of Land Management [email protected] Introduction Southwestern Oregon is recognized for its high levels of biological diversity and endemism (Whittaker 1961, Kaye et al. 1997). The warm climate and broad diversity of habitat types found in Jackson and Josephine counties result in the highest snake diversity across all of Oregon. Of the 15 snake species native to Oregon, 13 occur in the southwestern portion of the state and one species, the night snake, is potentially found here. Three of the species that occur in Oregon: the common kingsnake, the California mountain kingsnake, and the Pacific Coast aquatic garter snake are only found in southwestern Oregon (Table 1, St. John 2002). Table 1. Snakes known from or potentially found in Southwestern Oregon and conservation status. Scientific Name Common Name Special Status Category1 Notes Charina bottae Rubber Boa None Common Sharp-tailed See Feldman and Contia tenuis None Snake Hoyer 2010 Recently described Forest Sharp-tailed Contia longicaudae None species see Feldman Snake and Hoyer 2010 Diadophis Ring-necked Snake None punctatus Coluber constrictor Racer None Masticophis Appears to be very Stripped Whipsnake None taeniatus rare in SW Oregon Pituophis catenifer Gopher Snake None Heritage Rank G5/S3 Lampropeltis Federal SOC Appears to be rare in Common Kingsnake getula ODFW SV SW Oregon ORBIC 4 Heritage Rank G4G5/S3S4 Lampropeltis California Mountain Federal SOC zonata Kingsnake ODFW SV ORBIC 4 Thamnophis sirtalis Common Garter Snake None Thamnophis Northwestern Garter None ordinoides Snake Thamnophis Western Terrestrial None elegans Garter Snake Thamnophis Pacific Coast Aquatic None atratus Garter Snake No records from SW Hypsiglena Oregon.
    [Show full text]
  • Rogue River Date: March 11, 1938 Work Plan Nth Period Camp Applgbate F-41 Name and Number /S/ Karl L
    ccc SUMMARY COPY Camp Program Forest: Rogue River Date: March 11, 1938 Work Plan nth Period Camp ApplgBate F-41 Name and Number /s/ Karl L. Janouch forest Supervisor Total Man Months Work From: Material Little Apple. Costs Main Camp Side CamD Side Camo Side Camp Truck Trail Construction & Maintenance 340 185 6.150 Hor3<j Trail Construction 6 Maintenance 60 800 Administrative Improvements 48 450 Protective Improvements 132 975 Fire Prevention, Pre.Sup.5 Fire Suppression Hazard- Reduction Projects Range Management Projects 143 670 '<,'ild Life Projects Erosion Control Projects Recreation Projects 106 370 Insect Control & Timber Management Projects Experimental Forest Projects TOTALS 829 185 $9,514 Total amount of material costs as shown on work Dlans that cannot be financed from camo allotments Name Location No. Men Durat ion (. Months) Littlfi ApplPgatff S.rr.?fi,T39S. R2W .35. 4/1-9/30. JL. Side Camps ccc Plans Camp Programs Forest: Rogue River Work Plan 11th Period Camp Applegate F-41 Name and Number Date: March 11, 1933 Sheet 1 of 2 sheets Karl L. Janowch Forest Supervisor Star (*) material items that cannot be financed from current camp allotments. : Map : : Material : Start : Coi:io"leTe rSurober: lion Months l*ork : No. : Units : Costs : Date : Date : of Men: t'ain "C'-ciipfSi'de ~Cp. Truck Trail Construction Star Gulch 192 3 2,000 4/1 9/30 40 240 Tallowbox L.O. 399 200 5/1 6/30 20 40 Little Applegate 395 i& 2,000 Vi 9/30- 30 180 Goat Cabin Ridge 389 w, 200 5/1 5/31 5 5 Truck Trail Maintenance 165 1,650 4/20 6/20 20 40 Bridge Maintenance 1 1 100 20 Trnil Maintenance 400 800 4/1 6/30 20 60 Telephone Line Betterment 2 25 5/1 5/31 7 7 Water Development (Springs) 1-3 3 95 8/1 8/31 5 3 Silver Fork Soil Erosion contours 20 50 Mi.
    [Show full text]
  • Klamath Mountains Ecoregion
    Ecoregions: Klamath Mountains Ecoregion Photo © Bruce Newhouse Klamath Mountains Ecoregion Getting to Know the Klamath Mountains Ecoregion example, there are more kinds of cone-bearing trees found in the Klam- ath Mountains ecoregion than anywhere else in North America. In all, The Oregon portion of the Klamath Mountains ecoregion covers much there are about 4000 native plants in Oregon, and about half of these of southwestern Oregon, including the Umpqua Mountains, Siskiyou are found in the Klamath Mountains ecoregion. The ecoregion is noted Mountains and interior valleys and foothills between these and the as an Area of Global Botanical Significance (one of only seven in North Cascade Range. Several popular and scenic rivers run through the America) and world “Centre of Plant Diversity” by the World Conserva- ecoregion, including: the Umpqua, Rogue, Illinois, and Applegate. tion Union. The ecoregion boasts many unique invertebrates, although Within the ecoregion, there are wide ranges in elevation, topography, many of these are not as well studied as their plant counterparts. geology, and climate. The elevation ranges from about 600 to more than 7400 feet, from steep mountains and canyons to gentle foothills and flat valley bottoms. This variation along with the varied marine influence support a climate that ranges from the lush, rainy western portion of the ecoregion to the dry, warmer interior valleys and cold snowy mountains. Unlike other parts of Oregon, the landscape of the Klamath Mountains ecoregion has not been significantly shaped by volcanism. The geology of the Klamath Mountains can better be described as a mosaic rather than the layer-cake geology of most of the rest of the state.
    [Show full text]
  • Evaluation of Streamflow Records in Rogue River Basin, Oregon
    GEOLOGICAL SURVEY CIRCULAR 187 \ EVALUATION OF STREAMFLOW RECORDS IN ROGUE RIVER BASIN, OREGON B!y Donald Rkhaideon UNITED STATES DEPARTMENT OF THE INTERIOR Oscar L. Chapman, Secretary GEOLOGICAL SURVEY W. E. Wrather, Director GEOLOGICAL SURVEY CIRCULAR 187 EVALUATION OF STREAMFLOW RECORDS IN ROGUE RIVER BASIN, OREGON By Donald Richardson Washington, D. C., 1952 Free on application to the Geological Surrey, Washington 25, D. C. ' CONTENTS Page Page Abstract................................. 1 Syllabus of gaging-stations records--Con. Introduction............................. 1 Gaging-station records-Continued Purpose and Scope...................... 1 Rogue River Continued Acknowledgments........................ 1 Little Butte Creek at Lake Creek... 25 Physical features- of the basin........... 2 Little Butte Creek above Eagle Utilization of water in the basin........ 2 Point............................ 25 Water resources data for Rogue River basin 5 Little Butte Creek near Eagle Streamflow records ..................... 5 Point............................ 25 Storage reservoirs..................... 6 Little Butte Creek below Eagle Adequacy of data....................... 6 Point............................ 26 Syllabus of gaging-station records....... 13 Emigrant Creek (head of Bear Creek) Explanation of data .................... 13 near Ashland..................... 27 Gaging-station records................. 13 Emigrant Creek below Walker Creek, Rogue River above Bybee Creek........ 13 near Ashland..................... 28 Rogue River above
    [Show full text]
  • Venus Mesosphere and Thermosphere II. Global Circulation
    ICARUS 68, 284--312 (1986) Venus Mesosphere and Thermosphere II. Global Circulation, Temperature, and Density Variations S. W. BOUGHER,*'t R. E. DICKINSON,$ E. C. RIDLEY,§ R. G. ROBLE,* A. F. NAGY, II AND T. E. CRAVENS II *High Altitude Observatory, ~fAdvanced Study Program, $Atmospheric Analysis and Prediction, and §Scientific Computing Division, National Center for Atmospheric Research, I P.O. Box 3000, Boulder, Colorado 80307; and IISpace Physics Research Laboratory, 2455 Hayward, University of Michigan, Ann Arbor, Michigan 48109 Received February 13, 1986; revised July 11, 1986 Recent Pioneer Venus observations have prompted a return to comprehensive hydrodynamical modeling of the thermosphere of Venus. Our approach has been to reexamine the circulation and structure of the thermosphere using the framework of the R. E. Dickinson and E. C. Ridley (1977, Icarus 30, 163-178), symmetric two-dimensional model. Sensitivity tests were conducted to see how large-scale winds, eddy diffusion and conduction, and strong 15-/xm cooling affect day-night contrasts of densities and temperatures. The calculated densities and temperatures are compared to symmetric empirical model fields constructed from the Pioneer Venus data base. We find that the observed day-to-night variation of composition and temperatures can be derived largely by a wave- drag parameterization that gives a circulation system weaker than predicted prior to Pioneer Venus. The calculated mesospheric winds are consistent with Earth-based observations near 115 km. Our studies also suggest that eddy diffusion is only a minor contributor to the maintenance of observed day and nightside densities, and that eddy coefficients are smaller than values used by previous one-dimensional composition models.
    [Show full text]