Baseline Assessment of Salmonids in Tributaries of the Snake and Grande Ronde Rivers in Southeast Washington

Total Page:16

File Type:pdf, Size:1020Kb

Baseline Assessment of Salmonids in Tributaries of the Snake and Grande Ronde Rivers in Southeast Washington Baseline Assessment of Salmonids in Tributaries of the Snake and Grande Ronde Rivers in Southeast Washington 2005 Annual Report By Glen Mendel, Michael Gembala, Jeremy Trump and Chris Fulton Washington Department of Fish and Wildlife Fish Program - Fish Management Division 529 West Main Street, Dayton, WA 99328 For Asotin County Conservation District United States Fish and Wildlife Service Washington Department of Fish and Wildlife May 2006 Baseline Assessment of Salmonids in Tributaries of the Snake and Grande Ronde Rivers in Southeast Washington 2005 Annual Report By Glen Mendel, Michael Gembala, Jeremy Trump and Chris Fulton Washington Department of Fish and Wildlife Fish Program - Fish Management Division 529 West Main Street, Dayton, WA 99328 For Asotin County Conservation District United States Fish and Wildlife Service Washington Department of Fish and Wildlife May 2006 Acknowledgments Funding for this study was provided by multiple sources. Jim Uehara, (Washington Department of Fish and Wildlife) provided funding available from the U. S. Fish and Wildlife Service. Scott Deeds (U. S. Fish and Wildlife Service) provided funding for genetic sampling and analysis of native bull trout populations in the Tucannon Basin. The Asotin County Conservation District provided funding for surveys in Asotin County; special thanks to Brad Johnson. Michael Faler (U. S. Fish and Wildlife Service) provided personnel and field accommodations for Tucannon River bull trout sampling and PIT tagging with USACE funding (for USFWS activities). The Washington Department of Fish and Wildlife provided additional funding and assistance. We would like to extend thanks to the following individuals with the Washington Department of Fish and Wildlife who contributed their efforts in collecting, entering, and summarizing data: Derek Gloyn, Steve Jeffers, Larabee Miller, and Mark Lambert. We would also like to thank Carrie Bretz, Holly Stanton-Smith and Kayla Warden for their assistance with Tucannon basin sampling (U.S. Fish and Wildlife Service employees). We appreciate the draft report review and suggestions by Joe Bumgarner and Del Groat to improve this report. Dave and Sas Waldron of Western Life Outfitters provided outfitter services for bull trout sampling in the upper Tucannon River subbasin. We would also like to thank all of the private landowners and the Nez Perce Tribe for granting access to perform fieldwork on their properties. Without access to the streams on private property, significant portions of these efforts would not have been possible. Baseline Assessment of Salmonids in Tributaries of the Snake and i Grande Ronde Rivers in Southeast Washington. Table of Contents List of Tables ...................................................................................................................................v List of Figures................................................................................................................................ vi List of Photos ............................................................................................................................... viii Executive Summary.........................................................................................................................1 Introduction......................................................................................................................................2 Study Purpose and Objectives .............................................................................................3 Methods............................................................................................................................................5 Study Area ...........................................................................................................................5 Stream Reach...........................................................................................................6 Individual Site Selection..........................................................................................6 Habitat Assessment..............................................................................................................6 Stream Flow.............................................................................................................6 Stream Temperatures ...............................................................................................6 Limiting Factor Identification..................................................................................7 Fish Stock Assessment.........................................................................................................7 Distribution, Relative Abundance and Species Composition..................................7 Electrofishing Surveys.................................................................................7 Spawning Surveys........................................................................................9 Tissue Sampling.........................................................................................10 Genetic Sampling Protocol for the upper Tucannon Basin .............................................................................10 Results and Discussion ..................................................................................................................12 Habitat Assessment............................................................................................................13 Stream Flow...........................................................................................................13 Stream Temperatures .............................................................................................13 Fish Stock Assessment.......................................................................................................14 Distribution and Abundance..................................................................................14 1. Lower Grande Ronde Tributaries, Tenmile Creek, and Asotin Creek Drainage........................................................................14 Electrofishing Survey.....................................................................14 Steelhead Spawning Surveys .........................................................26 Bull Trout Spawning Surveys........................................................26 Tissue Sampling.............................................................................27 Stream Profiles of Lower Grande Ronde Tributaries......................................................................................27 Grouse Creek .....................................................................27 Bear Creek .........................................................................29 Baseline Assessment of Salmonids in Tributaries of the Snake and ii Grande Ronde Rivers in Southeast Washington. Buford Creek......................................................................31 Shumaker Creek.................................................................32 Myers Creek.......................................................................34 Stream Profiles of Lower Snake and Asotin Creek Tributaries......................................................................................34 Tenmile Creek (Lower Snake River Tributary) ...........................................................................34 South Fork Asotin Creek...................................................35 Redhill Gulch.....................................................................35 North Fork Asotin Creek ...................................................36 Cougar Canyon ..................................................................37 George Creek .....................................................................39 Hefflefinger Gulch.............................................................41 2. Wenaha River Tributaries in Washington State....................................41 Electrofishing Surveys...................................................................41 Bull Trout Spawning Surveys........................................................47 Spring Chinook Spawning Survey.................................................48 Tissue Sampling.............................................................................48 Stream Profiles of Upper Wenaha River Tributaries.....................50 North Fork Wenaha River..................................................50 Unnamed Tributary of NF Wenaha ...................................52 Deep Saddle Creek.............................................................53 Beaver Creek......................................................................55 West Fork Butte Creek.......................................................58 Preacher Creek...................................................................59 East Fork Butte Creek........................................................60 Butte Creek........................................................................60 3. Tucannon River Drainage.....................................................................62 Electrofishing Survey.....................................................................62 Bull Trout Spawning Surveys........................................................77 Tissue Sampling.............................................................................81 Stream Profiles of the Tucannon River Basin................................82 Tucannon River..................................................................82
Recommended publications
  • Stand Density Conditions for Umatilla National Forest: a Range of Variation Analysis
    WHITE PAPER F14-SO-WP-SILV-50 Stand Density Conditions for Umatilla National Forest: A Range of Variation Analysis David C. Powell; Forest Silviculturist Supervisor’s Office; Pendleton, OR Initial Version: FEBRUARY 20131 Most Recent Revision: JUNE 2013 INTRODUCTION Umatilla National Forest adopted a program-of-work (POW) process in February 2013 involving three criteria: 1. Values at risk, including human infrastructure (Johnson 2013). 2. Subwatersheds where existing stand density exceeds a range of variation for stand density. 3. Unique habitats such as old-growth forests, aspen clones, riparian habitat conserva- tion areas, and meadows (Archuleta 2013). This white paper describes a process used to assess stand density conditions for Umatilla National Forest. A Forest-wide, stand-density assessment was completed to meet project planning needs associated with criterion #2 of a POW process. This assessment uses an analytical technique called the range of variation (RV), de- fined as a range of conditions likely to have occurred in the Blue Mountains prior to Euro-American settlement in mid-1800s. A white paper (WP Silv-3) provides concepts, principles, and methods relating to range of variation (Powell 2019) – that white paper provides more information about RV. Briefly, a stand-density assessment involved 4 steps: (1) compiling a dataset charac- terizing stand density conditions for Umatilla NF, (2) stratifying density data by biophysi- cal environment, (3) completing an RV analysis by using subwatersheds as landscape units, and (4) summarizing results while also accounting for land-use restrictions. 1 White papers are internal reports; they receive only limited review. Viewpoints expressed in this paper are those of the author – they may not represent positions of USDA Forest Service.
    [Show full text]
  • Chapter 16. Mid-Columbia Recovery Unit—Grande Ronde River Critical Habitat Unit
    Bull Trout Final Critical Habitat Justification: Rationale for Why Habitat is Essential, and Documentation of Occupancy Chapter 16. Mid-Columbia Recovery Unit—Grande Ronde River Critical Habitat Unit 447 Bull Trout Final Critical Habitat Justification Chapter 16 U. S. Fish and Wildlife Service September 2010 Chapter 16. Grande Ronde River Critical Habitat Unit The Grande Ronde River CHU is essential to the conservation of bull trout because is supports strong bull trout populations and provides high-quality habitat to potentially expand bull trout distribution and is considered to be essential for bull trout recovery in the Mid-Columbia RU. The eleven populations in this CHU are spread over a large geographical area with multiple age classes, containing both resident and fluvial fish. This bull trout stronghold also has a prey base; connectivity with the Snake River; general distribution of bull trout throughout the habitat; and varying habitat conditions. But in several of the populations, including the Wenaha River, Lostine River, Lookingglass Creek, and Little Minam River populations, excellent habitat conditions exist; many streams and rivers are designated as Wild and Scenic Rivers and/or located within or near Wilderness areas. Two wilderness areas are designated within the Grande Ronde River basin. The Eagle Cap Wilderness is located in the Wallowa-Whitman National Forest, encompasses 146,272 (ha) (361,446 ac), and includes most of the Minam, upper Wallowa and Lostine river drainages as well as Bear Creek and Hurricane Creek and a small portion of Catherine Creek. Federal Wild and Scenic River status is designated for the Lostine and Minam Rivers and Oregon State Scenic Waterway status is designated to the Minam and Wallowa Rivers.
    [Show full text]
  • Count of LLID and Sum of Miles Per State, RU, and Core Area for Current Presence
    Count of LLID and Sum of Miles Per State, RU, and Core Area For Current Presence STATE wa RecoveryUnit CORE_AREA NAME SumOfMILES Chilliwack River 0.424000 Columbia River 194.728000 Depot Creek 0.728000 Kettle River 0.001000 Palouse River 6.209000 Silesia Creek 0.374000 Skagit River 0.258000 Snake River 58.637000 Sumas River 1.449000 Yakima River 0.845000 Summary for 'CORE_AREA' = (10 detail records) SumMilesPerCoreArea 263.653000 CountLLIDPerCoreArea 10 SumMilesPerRUAndCoreArea 263.653000 CountLLIDPerRUAndCoreArea 10 Saturday, January 01, 2005 Page 1 of 46 STATE wa RecoveryUnit Clark Fork River Basin CORE_AREA Priest Lake NAME SumOfMILES Bench Creek 2.114000 Cache Creek 2.898000 Gold Creek 3.269000 Jackson Creek 3.140000 Kalispell Creek 15.541000 Muskegon Creek 1.838000 North Fork Granite Creek 6.642000 Sema Creek 4.365000 South Fork Granite Creek 12.461000 Tillicum Creek 0.742000 Summary for 'CORE_AREA' = Priest Lake (10 detail records) SumMilesPerCoreArea 53.010000 CountLLIDPerCoreArea 10 SumMilesPerRUAndCoreArea 53.010000 CountLLIDPerRUAndCoreArea 10 RecoveryUnit Clearwater River Basin CORE_AREA Lower and Middle Fork Clearwater River NAME SumOfMILES Bess Creek 1.770000 Snake River 0.077000 Summary for 'CORE_AREA' = Lower and Middle Fork Clearwater River (2 detail records) SumMilesPerCoreArea 1.847000 CountLLIDPerCoreArea 2 SumMilesPerRUAndCoreArea 1.847000 CountLLIDPerRUAndCoreArea 2 Saturday, January 01, 2005 Page 2 of 46 STATE wa RecoveryUnit Columbia River CORE_AREA NAME SumOfMILES Columbia River 98.250000 Summary for 'CORE_AREA'
    [Show full text]
  • Final Shoreline Master Program Southeast Washington Coalition Shoreline Master Program Update
    Planning Commission Review Draft: June 2016 BOCC Review: July 2016 Adopted: August 2016 Approved: February 28, 2017 Effective: March 9, 2017 March 2017 PREPARED FOR: ASOTIN, COLUMBIA, AND GARFIELD COUNTIES, THE CITY OF CLARKSTON, AND THE TOWN OF STARBUCK Final Shoreline Master Program Southeast Washington Coalition Shoreline Master Program Update Prepared by: Prepared with assistance from: Oneza & Associates Pineo Ecological Services, LLC 8033 W. Grandridge Boulevard, Suite A Kennewick, Washington 99336 This report was funded through a grant from the Washington State Department of Ecology March 2017 TABLE OF CONTENTS SECTION I: Shoreline Goals and Policies (RCW 90.58.100) ...................................................... 1 1 Introduction ................................................................................................................... 1 2 Relationship between the Growth Management Act and Shoreline Management Act ....................................................................................................................................... 1 3 Profile of the Shoreline Jurisdiction within the SE WA Region ................................ 2 3.1 Shoreline Jurisdiction Rivers ..................................................................... 2 3.2 Shorelines of Statewide Significance ........................................................ 3 4 Goals and Policies .......................................................................................................... 4 4.1 Economic Development Element ............................................................
    [Show full text]
  • 2018 Bull Trout Redd Monitoring in the Wallowa Mountains
    2018 Bull Trout Redd Monitoring in the Wallowa Mountains Prepared by: Gretchen Sausen U.S. Fish and Wildlife Service La Grande Field Office April 8, 2019 2018 Bull Trout Redd Monitoring in the Wallowa Mountains Prepared by: Gretchen Sausen U.S. Fish and Wildlife Service La Grande Field Office April 8, 2019 ABSTRACT Bull trout were listed as threatened under the Endangered Species Act in 1998 due to declining populations. The U. S. Fish and Wildlife Service (Service) recommends monitoring bull trout in subbasins where little is known about the populations, including the Grande Ronde and Imnaha subbasins. Spawning survey data is important for determining relative abundance and distribution trends in bull trout populations. This report summarizes the 2018 bull trout spawning data collected in the Wallowa Mountains of northeast Oregon and compares this with past years’ data. Bull trout spawning surveys have been conducted on similar index areas for selected Grande Ronde and Imnaha River streams from 1999 to 2018. These surveyed streams are located within the Wallowa River/Minam River, Lookingglass Creek/Wenaha River and Imnaha River bull trout core areas. In 2018, the Wenaha and Minam Rivers, and additional locations on Big Sheep Creek were added to the regular annual redd surveys. Surveys in 2018 were conducted by the Nez Perce Tribe (NPT), the Oregon Department of Fish and Wildlife (ODFW), the Service, U.S. Forest Service (USFS), Anderson Perry, Inc., and fisheries consultants. Objectives of the survey included: (1) locate bull trout spawning areas; (2) determine redd characteristics; (3) determine bull trout timing of spawning; (4) collect spawning density data; (5) determine and compare the spatial distribution of redds along the Lostine River in 2006 through 2018; (6) document redd locations on the Wenaha, Upper Minam, Imnaha, Big Sheep, and Bear Creek in 2018; and (7) over time, use all of the data to assess local bull trout population trends and the long-term recovery of bull trout.
    [Show full text]
  • The Grande Ronde River Canyon a Few Miles Below the Mouth of the Waflowa River
    Figure 17. The Grande Ronde River Canyon a Few Miles Below the Mouth of the Waflowa River. Figure 18. A Gravel Riffle on the Lower Grande Roride River Approximately 14 Miles Above the Mouth (11-2-59). -58- Table 14.Mean Monthly Flows for the Lower Grande Ronde River Water!ear Location Oct Nov.at RondowaDec. andJan. Troy, Oregon,Feb. 1954-1957Mar. A Water Years. /J J A 1954 TroyRondowa 821543 1,059678 1,6511,035 1,5921,045 1,7542,837 1,7402,701 3,67].5,724 4,4585,568 4,5193,716 1,7982,409 988723 874613 1955 TroyRondowa 794557 845577 752504 794511 891559 1,286854 4,4623,176 6,8905,127 6,4975,556 2,6612,092 490700 705505 1956 Rondowa 657 1,112 2,737 2,501 1,421 4,034 7,390 8,964 5,852 2,6672,052 74].961 808616 1957 RondowaTroy 616910 1,540694 1,4024,189 3,494719 1,6872,085 4,1035,652 10,7805,168 11,7908,771 4,8197,543 1,450 615 51]. /InforznationTroy taken805 from USGS973 Water2,299 Supply1,044 Papers2,496 Nos. 1347,5,822 1397,7,812 1447, and11,510 1517.5,863 1,711 875 752 Table 15. Lower Grands Ronde River Moan Maximtun and Mean Minimum Daily Flows, in Cubic Foot Per Second, curing the Winter Months of the Period1953-54 through 1956-37. .21 Flow Year L2ction Sta:e Jan. Feb 1953 - 54 Rondowa High 2,070 1,850 2,190 3,270 74 728 j370 .]I1QQ Troy High 3,430 2,960 3,680 5,420 Low i.280 3Q 2.
    [Show full text]
  • Bull Trout Life History, Genetics, Habitat Needs, and Limiting Factors in Central and Northeast Oregon
    BULL TROUT LIFE HISTORY, GENETICS, HABITAT NEEDS, AND LIMITING FACTORS IN CENTRAL AND NORTHEAST OREGON 2000 ANNUAL REPORT Prepared by: Alan R. Hemmingsen Stephanie L. Gunckel Paul M. Sankovich Oregon Department of Fish and Wildlife Portland, OR and Philip J. Howell USDA Forest Service Pacific Northwest Research Station La Grande, OR Prepared for: U.S. Department of Energy Bonneville Power Administration Environment, Fish and Wildlife P.O. Box 3621 Portland, OR 97208-3621 Project Number 199405400 Contract Number 94B134342 November 2001 Table of Contents Page I. Movement and life history of bull trout in the Walla Walla, John Day, and Grande Ronde basins……………………………………… 3 Mill Creek………………………………….………………………………... 4 John Day River………………....……………………….………..………… 9 Grande Ronde Basin…………………………….………………………… 12 II. Stream temperature monitoring………..…………………………………….. 17 III. Bull trout spawning surveys…………………………………………………… 22 IV. Acknowledgments………………...………...…………………………………. 31 V. References…………..…………………...………………………...……………. 32 2 I. Movement and life history of bull trout in the Walla Walla, John Day and Grande Ronde basins Introduction This section describes work accomplished in 2000 that continued to address two objectives of this project. These objectives are 1) determine the distribution of juvenile and adult bull trout Salvelinus confluentus and habitats associated with that distribution, and 2) determine fluvial and resident bull trout life history patterns. Completion of these objectives is intended through studies of bull trout in the Grande Ronde, Walla Walla, and John Day basins. These basins were selected because they provide a variety of habitats, from relatively degraded to pristine, and bull trout populations were thought to vary from relatively depressed to robust. In all three basins we continued to monitor the movements of bull trout with radio transmitters applied in 1998 (Hemmingsen, Bellerud, Gunckel and Howell 2001) and 1999 (Hemmingsen, Gunckel and Howell 2001).
    [Show full text]
  • Draft WRIA 35-Middle Snake Watershed Plan
    18725 WRIA 35 CVR.qxp 3/31/2006 2:01 PM Page 1 MIDDLE SNAKE WATERSHED PLAN PLANNING UNIT DRAFT April 2006 Prepared by: HDR, Inc. 2805 St. Andrews Loop, Suite A Pasco, Washington 99301 Draft April 2006 Middle Snake River Watershed Watershed Plan Executive Summary The purpose of watershed planning under the Washington Watershed Management Act (WMA) is to provide a method to help achieve a balance among competing water resource demands. Water demands for commercial, industrial, residential and agricultural activities (e.g. out of stream uses) have to be balanced with instream fish habitat needs. Demands such as irrigated agriculture provide a significant economic base for the WRIA. Critical habitat for fish species listed under the federal Endangered Species Act (ESA) as well as a diversity of non-listed fish and wildlife are also dependent upon water resources. The Basin’s surface water resources also offer recreational opportunities and natural beauty for residents and visitors. Watershed Planning Process The development of a watershed plan is Phase III of voluntary watershed planning under the WMA. WMA identifies a group of “initiating governments” that are empowered to select a lead agency, apply for grant funding, determine the overall scope of planning, and convene a “Planning Unit.” The initiating governments include all counties within the WRIA, the government of the largest city or town (if applicable), the water supply utility obtaining the largest quantity of water from the WRIA, and Indian tribes with reservation lands within the management area. Funding is provided through the WMA for areas in Washington State that wish to undertake planning and specifies ground rules for use of the funding.
    [Show full text]
  • Count of LLID and Sum of Miles Per State, RU, and Core Area for Estimated Historic Presence
    Count of LLID and Sum of Miles Per State, RU, and Core Area For Estimated Historic Presence STATE WA RecoveryUnit CORE_AREA NAME SumOfMILES Chilliwack River 0.424000 Columbia River 194.563000 Depot Creek 0.728000 Kettle River 0.001000 Palouse River 6.209000 Silesia Creek 0.374000 Skagit River 0.258000 Snake River 58.638000 Sumas River 1.449000 Walla Walla River 0.224000 Yakima River 0.988000 Summary for 'CORE_AREA' = (11 detail records) SumMilesPerCoreArea 263.856000 CountLLIDPerCoreArea 11 SumMilesPerRUAndCoreArea 263.856000 CountLLIDPerRUAndCoreArea 11 Saturday, January 01, 2005 Page 1 of 52 STATE WA RecoveryUnit Clark Fork River Basin CORE_AREA Lake Pend Orielle NAME SumOfMILES Binarch Creek 7.608000 Upper West Branch Priest River 20.590000 Summary for 'CORE_AREA' = Lake Pend Orielle (2 detail records) SumMilesPerCoreArea 28.198000 CountLLIDPerCoreArea 2 CORE_AREA Priest Lake NAME SumOfMILES Bench Creek 2.114000 Cache Creek 2.898000 Gold Creek 3.269000 Jackson Creek 3.140000 Kalispell Creek 15.541000 Muskegon Creek 1.838000 North Fork Granite Creek 6.642000 Sema Creek 4.365000 South Fork Granite Creek 12.461000 Tillicum Creek 0.742000 Summary for 'CORE_AREA' = Priest Lake (10 detail records) SumMilesPerCoreArea 53.010000 CountLLIDPerCoreArea 10 SumMilesPerRUAndCoreArea 81.208000 CountLLIDPerRUAndCoreArea 12 Saturday, January 01, 2005 Page 2 of 52 STATE WA RecoveryUnit Clearwater River Basin CORE_AREA Lower and Middle Fork Clearwater River NAME SumOfMILES Snake River 0.077000 Summary for 'CORE_AREA' = Lower and Middle Fork Clearwater
    [Show full text]
  • Waters of the United States in Oregon with Salmon And/Or Steelhead Identified As NMFS Listed Resources of Concern for EPA's PGP
    Waters of the United States in Oregon with Salmon and/or Steelhead identified as NMFS Listed Resources of Concern for EPA's PGP ESU Sub-basin Watershed Outlets Streams Streams' Watershed Name Cat Units 10 digit HUC (i) Puget Sound Chinook Salmon (Oncorhynchus tshawytscha) . Critical habitat is designated to include the areas defined in the following subbasins: Nearshore Marine Areas—Except as provided in paragraph (e) of this section, critical habitat includes all nearshore marine areas (including areas adjacent to islands) of the Strait of Georgia (south of the international border), Puget Sound, Hood Canal, and (16) Nearshore Marine Areas—Except as provided in paragraph (e) of this section, critical habitat includes all nearshore marine areas (including areas adjacent to islands) of the the Strait of Juan de Fuca (to the western end of the Strait of Georgia (south of the international border), Puget Sound, Hood Canal, and the Strait of Juan de Fuca (to the western end of the Elwha River delta) from the line of Elwha River delta) from the line of extreme high tide extreme high tide out to a depth of 30 meters. out to a depth of meters (ii) Lower Columbia River Chinook Salmon (Oncorhynchus tshawytscha) . Critical habitat is designated to include the areas defined in the following subbasins: (1) Middle Columbia/Hood Subbasin 17070105— Middle Columbia/Hood Subbasin 17070105 (i) East Fork Hood River Watershed 1707010506 . East Fork Hood River Watershed 1707010506 Outlet(s) = Hood River (Lat 45.6050, Long –121.6323) upstream to endpoint(s) in: Dog River (45.4655, –121.5656); East Fork Hood River (45.4665, –121.5669); Pinnacle Creek (45.4595, –121.6568); Tony Creek (45.5435, –121.6411).
    [Show full text]
  • Count of LLID and Sum of Miles Per State, RU, and Core Area for Estimated Segment Density
    Count of LLID and Sum of Miles Per State, RU, and Core Area For Estimated Segment Density STATE WA RecoveryUnit CORE_AREA Name SegmentDensity SumOfMILES Skagit River At or above site potential 0.258000 (habitat has been enhanced) SumMilesPerSegmentDensity 0.258000 CountLLIDPerSegmentDensity 1 Name SegmentDensity SumOfMILES Columbia River Somewhat below site 2.371000 potential SumMilesPerSegmentDensity 2.371000 CountLLIDPerSegmentDensity 1 Name SegmentDensity SumOfMILES Columbia River Substantially below site 192.357000 potential Palouse River Substantially below site 6.209000 potential Snake River Substantially below site 58.637000 potential Yakima River Substantially below site 0.845000 potential SumMilesPerSegmentDensity 258.048000 CountLLIDPerSegmentDensity 4 Name SegmentDensity SumOfMILES Chilliwack River Unknown 0.424000 Depot Creek Unknown 0.728000 Kettle River Unknown 0.001000 Silesia Creek Unknown 0.374000 Sumas River Unknown 1.449000 SumMilesPerSegmentDensity 2.976000 CountLLIDPerSegmentDensity 5 Summary for 'CORE_AREA' = (11 detail records) SumMilesPerCoreArea 263.653000 CountLLIDPerCoreArea 11 SumMilesPerRUAndCoreArea 263.653000 CountLLIDPerRUAndCoreArea 11 1/1/2005 Page 2 of 71 STATE WA RecoveryUnit Clark Fork River Basin CORE_AREA Priest Lake Name SegmentDensity SumOfMILES Gold Creek At or above site potential 3.269000 (habitat has been enhanced) SumMilesPerSegmentDensity 3.269000 CountLLIDPerSegmentDensity 1 Name SegmentDensity SumOfMILES Cache Creek Substantially below site 2.898000 potential Kalispell Creek Substantially
    [Show full text]
  • PIT Tag Specification Document
    Columbia Basin PIT Tag Information System 2009 PIT Tag Specification Document Prepared by Pacific States Marine Fisheries Commission for the PIT Tag Steering Committee October 15, 2009 Compiled and Edited by Dave Marvin and Jenn Nighbor Table of Contents I. 2009 Changes .............................................................................................................................5 II. Overview ....................................................................................................................................6 A. PIT Tag Information System Data Event Model .................................................................6 B. Data Use and Ethics .............................................................................................................8 C. Procedure to Request a New Validation Code .....................................................................9 D. Separation by Code Support ................................................................................................9 III. Data File Definitions ................................................................................................................12 A. Tag Data File ......................................................................................................................12 B. MiniMon Interrogation File ...............................................................................................24 C. MultiMon File ....................................................................................................................27
    [Show full text]