Exhibit E: Recreation Resources
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Lower Sycan Watershed Analysis
Lower Sycan Watershed Analysis Fremont-Winema National Forest 2005 Lower Sycan River T33S,R12E,S23 Lower Sycan Watershed Analysis Table of Contents INTRODUCTION...................................................................................................................................... 1 General Watershed Area.....................................................................................................................................2 Geology and Soils.................................................................................................................................................5 Climate..................................................................................................................................................................6 STEP 1. CHARACTERIZATION OF THE WATERSHED ................................................................... 7 I. Watershed and Aquatics.................................................................................................................................7 Soils And Geomorphology...............................................................................................................................................10 Aquatic Habitat ................................................................................................................................................................10 II. Vegetation.....................................................................................................................................................12 -
Abert and Summer Lakes, South-Central Oregon
... ( t.• CE'...,.. ~ - ~'>01..1.4_... ~ Dl - . ,, c E: 70. I V F' O I 12 "7.'t: I z Solute Balance at 'i.'] .J Abert and Summer Lakes, South-Central Oregon GEOLOGICAL SURVEY PROFESSIONAL PAPER 502-C Solute Balance at Abert and Summer Lakes, South-Central Oregon By A. S. VAN DENBURGH CLOSED- BASIN INVESTIGATIONS GEOLOGICAL SURVEY PROFESSIONAL PAPER 502-C A description of the quantity and chemical character of incoming, outgoing, and stored solutes and the mechanisms of solute accumulation and depletion in a saline environment UNITED STATES GOVERNMENT PRINTING OFFICE, WASHINGTON 1975 UNITED STATES DEPARTMENT OF THE INTERIOR GEOLOGICAL SURVEY V. E. McKelvey, Director Library of Congress Cataloging in Publication Data VanDenburgh, A. S. Solute balance at Abert and Summer Lakes, south-central Oregon. (Closed-basin investigations) (Geological Survey Professional Paper 502-C) Bibliography: p. Supt. of Docs. No.: I 19.16:502-C 1. Saline waters-Oregon-Abert Lake. 2. Saline waters-Oregon-Summer Lake. I. Title. II. Series. III. Series: United States Geological Survey Professional Paper 502-C. QE75.P9 No. 502-C fGB1625.07) 557.3'08s f553'.72'0979593) 75-619062 For sale by the Superintendent of Documents, U.S. Government Printing Office Washington, D.C. 20402 Stock Number 024-001-02689-9 CONTENTS P.1ge Page Abstract ... ..... ........ ....... .. .... ..... .. ....... ........ ........ ... .. ... ... ... ... ... .. C1 Solute bala!H"e ................................................................................... C10 Introduction .................................................................................... -
Goose and Summer Lakes Basin Report
GOOSE AND SUMMER LAKES BASIN REPORT. State of Oregon WATER RESOURCES DEPARTMENT Salem, Oregon May 1989 WILLIAM H. YOUNG, DIRECTOR WATER RESOURCES COMMISSION Members: WILLIAM R. BLOSSER. CHAIRMAN HADLEY AKINS CLIFF BENTZ CLAUDE CURRAN JAMES HOWLAND DEIRDRE MALARKEY LORNA STICKEL TABLE OF CONTENTS IN1RODUCTION........................................................................................................... v A. Purpose of Report.......................................................................................... v B. Planning Process ............................................................................................ v C. Report Organization .... .... .... .................... .. ...... ...... ...... ...................... .... ....... vi SECTION 1. GOOSE AND SUMMER LAKES BASIN OVERVIEW....................... 1 A. Physical Description...................................................................................... 1 B. Cultural Description ...................................................................................... 9 C. Resources...................................................................................................... 12 D. Water Use and Control ................................................................................. 15 SECTION 2. THOMAS CREEK .................................................................................. 23 A. Issue.............................................................................................................. 23 B. Background.................................................................................................. -
Recent Desiccation-Related Ecosystem Changes at Lake Abert, Oregon: a Terminal Alkaline Salt Lake
Western North American Naturalist Volume 76 Number 4 Article 1 12-1-2016 Recent desiccation-related ecosystem changes at Lake Abert, Oregon: a terminal alkaline salt lake Ron Larson Klamath Falls, OR, [email protected] Joseph Eilers MaxDepth Aquatics, Inc., Bend, OR, [email protected] Keith Kreuz Oregon Desert Brine Shrimp, Portland, OR, [email protected] Wolf T. Pecher College of Arts and Sciences, University of Baltimore, Baltimore, MD Shiladitya DasSarma Department of Microbiology and Immunology, University of Maryland School of Medicine, Baltimore, MD See next page for additional authors Follow this and additional works at: https://scholarsarchive.byu.edu/wnan Recommended Citation Larson, Ron; Eilers, Joseph; Kreuz, Keith; Pecher, Wolf T.; DasSarma, Shiladitya; and Dougill, Steve (2016) "Recent desiccation-related ecosystem changes at Lake Abert, Oregon: a terminal alkaline salt lake," Western North American Naturalist: Vol. 76 : No. 4 , Article 1. Available at: https://scholarsarchive.byu.edu/wnan/vol76/iss4/1 This Article is brought to you for free and open access by the Western North American Naturalist Publications at BYU ScholarsArchive. It has been accepted for inclusion in Western North American Naturalist by an authorized editor of BYU ScholarsArchive. For more information, please contact [email protected], [email protected]. Recent desiccation-related ecosystem changes at Lake Abert, Oregon: a terminal alkaline salt lake Authors Ron Larson, Joseph Eilers, Keith Kreuz, Wolf T. Pecher, Shiladitya DasSarma, and Steve Dougill This article is available in Western North American Naturalist: https://scholarsarchive.byu.edu/wnan/vol76/iss4/1 Western North American Naturalist 76(4), © 2016, pp. 389–404 RECENT DESICCATION-RELATED ECOSYSTEM CHANGES AT LAKE ABERT, OREGON: A TERMINAL ALKALINE SALT LAKE Ron Larson1, Joseph Eilers2, Keith Kreuz3, Wolf T. -
Schedule of Activities for Timber
APPENDIX 1 SCHEDULE OF ACTIVITIES FOR TIMBER PROPOSED SCHEDULE OF TIMBER SALES - FY 1989 TO FY 1993 AND AVERAGE ANNUAL SALE PROGRAM THROUGH 1998 This IO-year timber sale program is a plan based on current conditions and information available at the time of forest plan development and that if these conditions change or new information becomes available, the timber sales program may be modified during the implementation of the forest plan The degree of the modificationwill determine whether or not the forest plan needs amendment, in accordance with the required processes. The timber sale program volumes are displayed in millions of board feet as calculated The allowable sale quantity (ASQ) portion is considered to be live and green when scheduled for sale Additional dead salvable saw timber, firewood, posts, poles, etc will also be sold on the Forest These sales may also contain some ASQ volume which will be determined during the sale layout period The first 5 years of this IO-year timber sale program identifies sales by Ranger District. These sales include both ASQ and non-chargeable volume The second 5 years identifies only the average ASQ by the Federal Unit and the Klamath Basin Working Circle AVERAGE ANNUAL ASQ Forest 135 9(136) MMBF Lakeview Federal Unit Klamath Basin Working Circle 59.6 MMBF 76 3 MMBF FOREST PIAN APPENDICES - 1 TEN - YEAR TIMBER SALE SCHEDULE Timber Harvest Volume Distribution, FY 1989 Lakevlew Federal Sustained Yield Unit Klamath Basin Working Circle (Forest Portlon) Sale Name Location Mgt Volume Road Miles121 Sale Name Location Mgt Volume Road Milesn Areail) (MMBF) C R Area(t) (MMBF) C R Bly Ranger District Spodueia] TMS,R12E. -
Gearhart Mountain Wilderness
Oregon Plants, Oregon Places: Gearhart Mountain Wilderness Ron Larson 6527 Climax Ave. Klamath Falls, OR 97603 earhart Mountain, a inches, measured at 7,000 ft. broad-shouldered elevation on the mountain. Ggiant on the border Although this is likely excep- between Klamath and Lake tional, it emphasizes the import- counties, lures me each July to ance of snow in the water bud- explore the pristine meadows get of the mountain. Snow covers located on its east flank, seeking most of higher terrain from Nov- further discoveries among the ember to June, and in heavy abundant wildflowers. Gearhart snowfall years, some small drifts Mountain, located about 12 last through summer and fall. As miles northeast of Bly, forms a consequence, springs, seeps, part of the watershed boundary wet meadows, and other between the Klamath and wetlands are plentiful at the Chewaucan drainages. It lies higher elevations. The basin within the Fremont-Winema formed by Dairy Creek Cirque National Forest. Higher areas of on the east side of the mountain the mountain (above 6,300 ft.) has the highest concentration of received wilderness designation meadows. These start at about in 1964, with additional lands 7,600 ft. and continue down added in 1984, bringing the slope for about a mile. current Wilderness total to 22,800 acres. The mountain was Geology and Soils named for the Gearhart family, local ranchers who lived in the Gearhart is a Miocene shield area in the 1870s (McArthur volcano composed of numerous 1982). During WWII the low-viscosity lava flows that Mitchell family was picnicking extend outwards about ten miles near the southern base of the Palisade Rocks consist of porphyritic lava rock weathered into a variety of from the mountain. -
Palynological Perspectives on Younger Dryas to Early Holocene Human Ecology at Paisley Caves, Oregon
AN ABSTRACT OF THE THESIS OF Chantel V. Saban for the degree of Master of Arts in Applied Anthropology presented on May 11, 2015. Title: Palynological Perspectives on Younger Dryas to Early Holocene Human Ecology at Paisley Caves, Oregon Abstract approved: ______________________________________________________ Loren G. Davis The Younger Dryas climatic event is a global phenomenon associated with a 1,000 year return to glacial conditions during the late Pleistocene period between 12,800 and 11,500 cal BP. Because of its significant effects on paleoenvironmental conditions in some parts of the world, archaeologists commonly seek to assess whether the Younger Dryas climatic event had any measureable influence on prehistoric human societies. The early, well preserved archaeological and paleoenvironmental records held in the Paisley Caves site of Oregon’s Northern Great Basin provide an opportunity to examine questions human-environmental interaction at the end of the Pleistocene Epoch. Based on a study of pollen records and artifact frequency in the site’s Cave 2 deposits, this thesis reports a positive relationship between artifact deposition and marsh expansion in the Summer Lake sub- basin during the Younger Dryas chronozone. While not indicative of a major change in early forager cultural patterns in the Northern Great Basin, these results provide an important perspective on early settlement patterns and human ecology in the far western region of North America. © Copyright by Chantel V. Saban May 11, 2015 All Rights Reserved Palynological Perspectives on Younger Dryas to Early Holocene Human Ecology at Paisley Caves, Oregon by Chantel V. Saban A THESIS submitted to Oregon State University in partial fulfillment of the requirements for the degree of Master of Arts Presented May 11, 2015 Commencement June 2015 Master of Arts thesis of Chantel V. -
ALL Central Oregon Rivers and Streams Are NO Live Bait
www.NewberryCountryTrail.com www.LaPine.org or or www.LaPine.org 97739 OR Pine, La Road, Huntington 51429 tween Bear Flat Road and Silver Lake. BROOKIES. BROOKIES. Lake. Silver and Road Flat Bear tween It’s be- It’s . only Fishing Fly and Lure is Creek Buck 34. TROUT and BROWN TROUT. BROWN and TROUT ting and fly fishing. Its waters contain RED BAND BAND RED contain waters Its fishing. fly and ting (Little Potato River) has spin cas- spin has River) Potato (Little River Chewaucan 33. BASS HYBIRDS and RAINBOW TROUT. TROUT. RAINBOW and HYBIRDS BASS where you will find WHITE STRIPED STRIPED WHITE find will you where is Reservoir Ana 32. RAINBOWS . Camping is usually available. usually is Camping . RAINBOWS from La Pine and has a boat ramp and well and ramp boat a has and Pine La from stocked stocked - , near Silver Lake, is only 50 miles miles 50 only is Lake, Silver near , Reservoir Duncan 31. locale on creeks located adjacent to the reservoir. reservoir. the to adjacent located creeks on locale limits. There are several local fishing spots in the same same the in spots fishing local several are There limits. fishing, all around the lake will allow you to get your your get to you allow will lake the around all fishing, - fly stocked with RAINBOWS and RED BANDS and also for for also and BANDS RED and RAINBOWS with stocked only 53 miles from La Pine is La - from miles 53 only - Reservoir Thompson 30. bait. live NO are streams ALL Central Oregon rivers and and rivers Oregon Central ALL for the latest regulations. -
Wapato for the People: an Ecological Approach to Understanding the Native American Use of Sagittaria Latifolia on the Lower Columbia River
WAPATO FOR THE PEOPLE: AN ECOLOGICAL APPROACH TO UNDERSTANDING THE NATIVE AMERICAN USE OF SAGITTARIA LATIFOLIA ON THE LOWER COLUMBIA RIVER by Melissa Cole Darby A thesis submitted in partial fulfillment of the requirements for the degree of Master of Arts in Anthropology Portland State University 1996 i Table of Contents FIGURES ..........................................................................................................................................................ii TABLES ..........................................................................................................................................................iii ACKNOWLEDGMENTS .....................................................................................................................................iv CHAPTER ONE : INTRODUCTION.........................................................................................................1 ORGANIZATION OF THE STUDY.............................................................................................................1 BACKGROUND............................................................................................................................................4 Geography..................................................................................................................................................4 Biota ...........................................................................................................................................................5 Fauna .........................................................................................................................................................7 -
Lake Lake Abert, OR Douglas W
Featured Lake Lake Abert, OR Douglas W. Larson and Ron Larson Salt Lake in the High Desert mong the curiosities found in G.E. Malheur Lake Hutchinson’s classic, four-volume series, A Treatise on Limnology, theA pen-and-ink sketch on page 15 of Harney Lake Volume I is perhaps most intriguing. The Summer Lake sketch, credited to I.C. Russell (1895), depicts Oregon’s Lake Abert* lying on a tilted fault block in a region of the state Warner Valley Lakes called the high desert country. The caption Lake Abert refers to Lake Abert as a “beautiful example of a lake against a fault scarp.” Hutchinson’s expressive description befits the sketch, given that it is the only aesthetic rendition of a lake in his entire four-volume series. Russell was more pragmatic, as Hutchinson (1957) noted, calling Lake Abert the “finest example” of a lake of this type in the basin-and-range topography of the Great Basin (Figure 1). Native Americans lived along the shores of Lake Abert thousands of years before white men arrived in Figure 1. Photorealistic imagery of lakes in the Oregon high desert country. Image created from North America. Although the lake was mathematical simulations of satellite data interpreted by computer calculations. Image courtesy of probably visited by trappers and other Dr. William Bowen, California Geographical Survey, Roseville, California. nonindigenous humans, the first recorded visit was made in October 1832 by a detachment of U.S. Army soldiers who traffic-congested freeway bridge that (Allison 1982). The floor of the of the called the lake “Salt Lake.” In December crosses the Willamette River in Portland, basin, as described by Van Denburgh 1843, Captain John C. -
Riparian Zone Associations Forest Service Pacific Northwest Region Deschutes, Ochoco, Fremont, and R6 ECOLTP-279-87 Winema National Forests
United States Depart merit of Agriculture Riparian Zone Associations Forest Service Pacific Northwest Region Deschutes, Ochoco, Fremont, and R6 ECOLTP-279-87 Winema National Forests 4'4, w,, ) Ii 4. p k ') *..- I .IuuIw . -,-. -4 ,M.'' ;-- u&-_ ,' r'/ By Bernard L. Kovaichik United States Department of Agriculture Riparian Zone Associations Forest Service Pacific Northwest Region Deschutes, Ochoco, Fremont, and Region 6 Ecology Technical Paper 279-87 Winema National Forests September 1987 By Bernard L. Kovaichik, Associate Ecologist Those who participate in management of National Forests whether they are foresters, engineers, landscape architects, biologists, hydrologists, fuels managers, geologists, or any other specialists, must in reality WHY WE CLASSIFY function as applied ecologists a large part of the time. PLANT ASSOCIATIONS The reason is that all parts of the ecosystems we manage are linked, and any decisions or recommendation made about one part produces impacts in the other parts when implemented. Thus, an understanding of the interre- lationships between all the ecosystem components is essential to making good choices about land management. One way to index the nature of ecosystem components is through vegetation. Over time, a relatively stable group of plants, or plant association, comes into equilibrium with the physical, chemical and biological environment on a given site (Daubeninire 1968). By know- something about the habitat requirements of these plants, we can often infer a great deal about a site's characteristics, just by looking at the vegetation. William and Lillybridge (1983) highlight three areas where plant associations are most useful: In planning management strategies - evaluating productivity, resource condition and response to disturbance. -
Currens Redband Diversity Final
REDBAND TROUT RESILIENCE AND CHALLENGE IN A CHANGING LANDSCAPE REDBAND TROUT RESILIENCE AND CHALLENGE IN A CHANGING LANDSCAPE Proceedings of a Workshop Malheur Field Station, Princeton, Oregon September 23–25, 1996 Edited by R. Kirk Schroeder and James D. Hall Published by Oregon Chapter of the American Fisheries Society Corvallis, Oregon 2007 Suggested citation formats: Entire book Schroeder, R.K., and J.D. Hall, editors. 2007. Redband trout: resilience and challenge in a changing landscape. Oregon Chapter, American Fisheries Society, Corvallis. Article within the book Behnke, R.J. 2007. Redband trout of the Northern Great Basin. Pages 1–9 in R. K. Schroeder and J.D. Hall, editors. Redband trout: resilience and challenge in a changing landscape. Oregon Chapter, American Fisheries Society, Corvallis. Cover illustration © by Joseph R. Tomelleri, 1991 Address orders to Oregon Chapter American Fisheries Society CONTENTS Preface ................................................................................................................................................................................. vii Introduction .......................................................................................................................................................................... ix Group photo ........................................................................................................................................................................ xii Redband Trout of the Northern Great Basin R.J. Behnke....................................................................................................................................................................