DOCSLIB.ORG

CSERC Volunteer Restoration Projects 2014 Report

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
CSERC Volunteer Restoration Projects 2014 Report CSERC Volunteer Restoration Projects 2014 Report 2014 Volunteer Report We take pride in being stewards of the Northern Yosemite region. Every year CSERC is increasingly relied upon by agencies as the most dependable organization to respond when there is a need for volunteer environmental restoration work on public lands in our area. As our reputation for doing high quality work in a timely manner grows, so does our base of volunteers and the number of projects we are able to accomplish. This year, we completed 17 volunteer restoration projects with more than 180 participants and 1,318 hours of labor donated. Projects improved watershed health in popular recreation locations for hikers, bikers, campers, backpackers, fishermen, and more. Volunteers removed 700 pounds of trash, pulled thousands of invasive plants, maintained 3.5 miles of trail, naturalized and restored 4.25 miles of erosive and illegal off-road vehicle routes, fenced and/or restored 4 acres of meadows, installed 103 bollards (posts) to block vehicle traffic into sensitive habitats, and cleaned up or maintained 10 camping/day use locations.. CSERC projects benefited 15 creeks and rivers, and at least 11 meadows. On top of the many days of actual restoration work organized by CSERC, there are many, many hours spent by staff identifying and organizing projects, recruiting volunteers, coordinating the events, and more. The effort is well invested as the value of these projects resonates and expands out into the community. Participants take pride in being stewards of their public lands and share with their friends and family what they did and learned. Visitors to restored areas appreciate a more healthy forest to recreate in. Please take a few minutes to look through CSERC’s 2014 volunteer project report to see the many accomplishments achieved. Pinecrest trash clean up - February 25, 2014 Project work details • 8 Volunteers • 6 hours work, 48 total hours of volunteer labor • Taking advantage of low water levels at this popular destination, volunteers picked up ten 40-gallon bags full of trash, one dozen tires, 200 pounds of scrap metal, and 3 car batteries. Benefit of project and additional notes: • Pinecrest Lake is the most popular recreation destination in the Stanislaus National Forest and is also one of the primary sources of drinking water for Tuolumne County. Keeping our water supply clean benefits both aquatic life and the people who come in contact with it. Upper Femmons Meadow weed pull– March 2014 Project work details • 3 Volunteers • 3 hours work, 9 total hours of volunteer labor • Pulled invasive bull thistle in an area surrounding Upper Femmons Meadow that had burned the previous year in the Rim Fire Benefit of project and additional notes: • Invasive non-native plants can spread rapidly and displace native vegetation and affect the viability of habitat. As the meadow area was recently affected by fire it is especially prone to invasion by colonizing weeds. Strawberry and Eagle restoration project – May 14, 2014 Project work details • 12 Volunteers • 8 hours work, 96 total hours of volunteer labor • Closed and restored .75 miles of erosive illegal vehicle routes in a popular hiking area near the town of Strawberry • At a campsite near Eagle Meadow, trucks had mudded up a one-acre meadow. Volunteers filled in the deep vehicle ruts and replanted them with perennial grasses. • Volunteers also installed 15 bollards to block driving in the meadow Benefit of project and additional notes: • Off-road vehicle routes that are illegally created can create multiple resource issues such as erosion washing sediment into creeks and disturbance to wildlife. • Meadows are an important component to watershed health, and when deep ruts and erosion occur in meadows it can dry them out and impair their ability to function as a wetland habitat. Burt Reed Meadow/Fiddler’s Green Electric Fencing – May 27, 2014 Project work details • 6 Volunteers • 8 hours labor, 48 total hours of volunteer labor • Fenced an aspen stand and a restored headcut in Burt Reed Meadow • Fenced an aspen stand at lower Fiddler’s Green Meadow • Total area fenced: approximately 2 acres Benefit of project and additional notes: • Aspen stands have been in dramatic decline throughout the western United States, and are important habitat for wildlife. One major risk to their successful regeneration is livestock foraging. Setting up electric fencing seasonally around key aspen stands helps to protect young aspen from livestock damage. • The recently restored headcut in Burt Reed Meadow helped return the meadow’s water table to a higher level, vital to healthy function. Protecting the restored area from livestock grazing and hooves that chisel and erode soil by fencing the area will help re---establish healthy soil stabilizing vegetation. Crab Meadow Fen Fencing – May 31, 2014 Project work details • 11 Volunteers • 7 hours work, 77 total hours of volunteer labor • Re-set up the take-down barbed wire fence that CSERC volunteers built in 2013 around a critical fen/wet meadow habitat that has been badly damaged by livestock and will now be permanently protected • Area fence maintained= about 2 acres Benefit of project and additional notes: • Wetlands: Fens are a rare type of wetland uncommonly found within meadow systems. They take thousands of years to develop and host a diversity of unusual plant and animal diversity. The fen at this site had been badly damaged from cattle over---grazing the vegetation and hoofs chiseling and pocking the peat soil. Preventing cattle from being able to access this fen in the future will allow the fen to gradually recover over many years. • Recreation: Meadows have a high recreational value to visitors in this region. Helping to protect important meadow habitat, especially near popular trailheads enhances people’s outdoor experience (Crab Meadow is less than a mile from two of the most popular trailheads for the Emigrant Wilderness). Clear Lake Restoration and Clean Up – June 11, 2014 Project work details • 11 Volunteers • 7 hours work, 77 total hours of volunteer labor • Picked up trash and cleaned up heavily impacted camping areas along the edge of Clear Lake • Maintained .5 mile of trail (clearing and defining the trail) • Also blocked (with branches and rocks) about .5 miles of illegal off- road vehicle routes that were affecting the watershed and wild areas of this remote site Benefit of project and additional notes: • Clear Lake is home to rare plants and sensitive wetland habitat that is vulnerable to habitat stress and alterations. Keeping the area in as pristine a condition as possible while defining areas that are appropriate for recreation will help to maintain the health of the area so future generations can continue to enjoy the unique qualities of the area. • One of the few high mountain lakes in our region that people can drive close to, Clear Lake is a popular destination for campers, day use, wildlife viewing, fishers, hikers, and more. Clavey River Pools restoration and clean up – June 18, 2014 Project work details • 17 volunteers • 8.5 hours work, 144.5 total hours of volunteer labor • Helped to clean up and reduce sprawling dispersed camping impacts at a very popular vehicle camping area adjacent to the Wild and Scenic eligible Clavey River. • Did erosion control trail maintenance (installing straw wattles and building water bars) on river access trail (about .25 mile). • Reduced 5 large "party" campfire rings to a small acceptable size in most popular camping areas, and • Removed over 10 excessive and polluting campfire rings. • Picked up trash in and around the river. • Blocked about 500 feet of off-road vehicle trail. Benefit of project and additional notes: • Project site was at the “Tub City” access point, one of the most highly visited sections of the Clavey River. Excellent granite swim holes draw people locally and from around the region to this scenic site. • The popularity of the site has put a stress on the river and surrounding forest health, as people build large campfires which accumulate ash that washes into the river, drive into the surrounding forest far beyond the road perimeters, leave trash and human waste that wildlife gets into and washes into the river, and much more. Promoting responsible stewardship amongst visitors is key to helping the health of this Wild and Scenic eligible river. Chain Lakes trail restoration – June 28, 2014 Project work details • 12 volunteers • 9 hours work, 108 total hours of volunteer labor • Maintained (building water bars, brushing, creating walkways over wet meadow areas, picking up trash, and clearing debris) about 2.5 miles of trail to the popular Chain Lakes in the Emigrant Wilderness. Benefit of project and additional notes: • The Chain Lakes are is one of the easier to access backcountry areas of the Emigrant Wilderness and are a popular destination for both locals and visitors to the region. They provide a scenic complex of granite basin lakes that are excellent destinations for camping and hiking. The concentration of use of this area can put a stress on a delicate high mountain environment with shallow soils and key wetland habitats; volunteer stewardship is valuable in keeping the area clean, the trail maintained, and the dispersed camping areas to a minimal impact matching Wilderness values. North Fork Tuolumne Day Use Maintenance – July 9, 2014 Project work details • 13 volunteers • 6 hours work, 78 total hours of volunteer labor • Helped to maintain popular riverside day use area by the North Fork Tuolumne River. • Cleaned and painted 4 picnic tables • Pulled invasive plants • Installed barriers to block vehicles from driving out of parking area • Blocked over .5 mile of illegal vehicle route that accessed road free part of river corridor, • Picked up trash. Benefit of project and additional notes: • This popular area is a beautiful spot on the North Fork Tuolumne River that is great for picnicking, short hikes, and enjoying nature.
Load more

Recommended publications
  • Gazetteer of Surface Waters of California
    DEPARTMENT OF THE INTERIOR UNITED STATES GEOLOGICAL SURVEY GEORGE OTI8 SMITH, DIEECTOE WATER-SUPPLY PAPER 296 GAZETTEER OF SURFACE WATERS OF CALIFORNIA PART II. SAN JOAQUIN RIVER BASIN PREPARED UNDER THE DIRECTION OP JOHN C. HOYT BY B. D. WOOD In cooperation with the State Water Commission and the Conservation Commission of the State of California WASHINGTON GOVERNMENT PRINTING OFFICE 1912 NOTE. A complete list of the gaging stations maintained in the San Joaquin River basin from 1888 to July 1, 1912, is presented on pages 100-102. 2 GAZETTEER OF SURFACE WATERS IN SAN JOAQUIN RIYER BASIN, CALIFORNIA. By B. D. WOOD. INTRODUCTION. This gazetteer is the second of a series of reports on the* surf ace waters of California prepared by the United States Geological Survey under cooperative agreement with the State of California as repre­ sented by the State Conservation Commission, George C. Pardee, chairman; Francis Cuttle; and J. P. Baumgartner, and by the State Water Commission, Hiram W. Johnson, governor; Charles D. Marx, chairman; S. C. Graham; Harold T. Powers; and W. F. McClure. Louis R. Glavis is secretary of both commissions. The reports are to be published as Water-Supply Papers 295 to 300 and will bear the fol­ lowing titles: 295. Gazetteer of surface waters of California, Part I, Sacramento River basin. 296. Gazetteer of surface waters of California, Part II, San Joaquin River basin. 297. Gazetteer of surface waters of California, Part III, Great Basin and Pacific coast streams. 298. Water resources of California, Part I, Stream measurements in the Sacramento River basin.
    [Show full text]
  • List of Fish and Game Commission Designated Wild Trout Waters
    The following waters are designated by the Commission as "wild trout waters": 1. American River, North Fork, from Palisade Creek downstream to Iowa Hill Bridge (Placer County). 2. Carson River, East Fork, upstream from confluence with Wolf Creek excluding tributaries (Alpine County). 3. Clavey River, upstream from confluence with Tuolumne River excluding tributaries (Tuolumne County). 4. Fall River, from Pit No. 1 powerhouse intake upstream to origin at Thousand Springs including Spring Creek, but excluding all other tributaries (Shasta County). 5. Feather River, Middle Fork, from Oroville Reservoir upstream to Sloat vehicle bridge, excluding tributaries (Butte and Plumas counties). 6. Hat Creek, from Lake Britton upstream to Hat No. 2 powerhouse (Shasta County). 7. Hot Creek, from Hot Springs upstream to west property line of Hot Creek Ranch (Mono County). 8. Kings River, from Pine Flat Lake upstream to confluence with South and Middle forks excluding tributaries (Fresno County). 9. Kings River, South Fork, from confluence with Middle Fork upstream to western boundary of Kings Canyon National Park excluding tributaries (Fresno County). 10. Merced River, South Fork, from confluence with mainstem Merced River upstream to western boundary of Yosemite National Park excluding tributaries (Mariposa County). 11. Nelson Creek, upstream from confluence with Middle Fork Feather River excluding tributaries (Plumas County). 12. Owens River, from Five Bridges crossing upstream to Pleasant Valley Dam excluding tributaries (Inyo County). 13. Rubicon River, from confluence with Middle Fork American River upstream to Hell Hole Dam excluding tributaries (Placer County). 14. Yellow Creek, from Big Springs downstream to confluence with the North Fork of the Feather River (Plumas County).
    [Show full text]
  • Floods in Northern California, January 1997
    science for a changing world &2CV FLOODS IN NORTHERN fl' CALIFORNIA, JANUARY 1997 Photo by John Trotter, Jan.4, 1997/Sacramento Bee Photo: The community of Olivehurst was inundated with water after a levee failed on the Feather River INTRODUCTION Flooding in California in recent years has been increased evaporation from the warmer surface water. attributed mostly to climate conditions referred to as the The result is an increase in the number and intensity of "El Nino" effect. However, floods in California also have storms. La Nina, characterized by colder than average been associated with other climate conditions (table 1). ocean temperatures, does not entirely prevent storms of The flood of January 1997 occurred during a weak "La sufficient precipitation to cause flooding in California. Nina" or near-normal (average) climate condition (U.S. Precipitation in the Sierra Nevada mountain range Department of Commerce, 1997). These climate produced an above-normal snowpack and saturated conditions are based on sea-surface water temperatures soils during November and December 1996. A series of and trade-wind velocities in the Pacific Ocean. storms from December 29, 1996, through January 4, Precipitation from storms during any climate condition 1997. brought heavy and relatively warm precipitation generally increases with orographic uplift as the storms across much of California. Precipitation totals of up to move easterly across the mountains of California. 24 inches were recorded for the week. Virtually all of During El Nino, trade winds diminish, and upwelling of this precipitation was rain because temperatures were colder water in the ocean is inhibited along the Pacific above freezing at elevations as high as about 9,000 feet.
    [Show full text]
  • Wild and Scenic Rivers: Status of Evaluations and Comprehensive River Management Plans C-1
    National Forests in the Sierra Nevada: A Conservation Strategy Appendix C: Wild and Scenic Rivers: Status of Evaluations and Comprehensive River Management Plans C-1 APPENDIX C WILD AND SCENIC RIVERS: STATUS OF EVALUATIONS AND COMPREHENSIVE RIVER MANAGEMENT PLANS Eldorado National Forest The planning record shows that a comprehensive eligibility evaluation was part of the 1988 Eldorado Forest Plan, although suitability studies and recommendations were not completed for several eligible streams. The Plan/ROD recommended a segment of the Rubicon River for designation, found eligible but did not recommend the North and Middle Forks of the Cosumnes River, and deferred the suitability determination of the eligible segments of the North Fork Mokelumne upstream of Salt Springs Reservoir to the Stanislaus Forest Plan (which subsequently recommended the upper segment). The North Fork Mokelumne below Salt Springs was studied in a separate EIS. This separate study/EIS was published in 1994, recommending 6.5 miles of the North Fork for designation, but not recommending another 10.5 miles further downstream due to a perceived conflict with the potential Devil’s Nose dam project. In response to appeals (see decision for appeals #89-13-00-0008 and 0016, dated 7/16/91), the Forest Service agreed to consider eligibility of additional rivers. In a letter dated 3/3/98, the Forest found 11 additional streams to be eligible. In addition, the appeals decision remanded the Forest Plan decision not to recommend segments of the North and Middle Forks of the Cosumnes River and the Forest was directed to reevaluate the suitability of the river segments in either a plan amendment or project level NEPA analysis.
    [Show full text]
  • Genetics of Central Valley O. Mykiss Populations: Drainage and Watershed Scale Analyses
    Genetics of Central Valley O. mykiss populations: drainage and watershed scale analyses Jennifer L. Nielsen, Scott A. Pavey, Talia Wiacek, and Ian Williams U.S. Geological Survey, Alaska Science Center [email protected] ABSTRACT Genetic variation at 11 microsatellite loci described population genetic structure for Oncorhynchus mykiss in the Central Valley, California. Spatial and temporal variation was examined as well as rela- tionships between hatchery and putative natural spawning anadromous stocks. Genetic diversity was analyzed at two distinct spatial scales: fine-scale within drainage for five populations on Clear Creek; between and among drainage diversity for 23 populations. Significant regional spatial structure was apparent, both within Clear Creek and among rainbow trout populations throughout the Central Valley. Significant differences in allelic frequencies were found among most river or drainage systems. Less than 1% of the molecular variance could be attributed to differences found between drainages. Hatch- ery populations were shown to carry similar genetic diversity to geographically proximate wild popula- tions. Central Valley M = 0.626 (below the M < 0.68 threshold) supported recent population reductions within the Central Valley. However, average estimated effective population size was relatively high (Ne = 5066). Significant allelic differences were found in rainbow trout collected above and below impass- able dams on the American, Yuba, Stanislaus and Tuolumne rivers. Rainbow trout sampled in Spring Creek were extremely bottlenecked with allelic variation at only two loci and an estimated effective population size of 62, suggesting some local freshwater O. mykiss stocks may be declining rapidly. These data support significant genetic population structure for steelhead and rainbow trout populations within the Central Valley across multiple scales.
    [Show full text]
  • Final 070313, YSS Landscape Strategy
    Yosemite Stanislaus Solutions Collaborative Landscape Strategy March 2013 Picture Descriptions, clockwise from top right Top right – California spotted owls Next right –Mi-Wok Ranger District Smaller right – Faust Cabin Meadow, Mi-Wok Ranger District Bottom right – Clavey River Center bottom – Clavey River Lower left – Small logs, Granite Stewardship, Groveland Ranger District Smaller left – California mule deer Upper left – Overly dense ponderosa pine plantation, 1987 Stanislaus Complex, Mi-Wok Ranger District Backdrop – Recently thinned forest with pine regeneration and varied habitat i Yosemite Stanislaus Solutions Collaborative Landscape Strategy Executive Summary Of all the natural areas in America, the Yosemite region is known worldwide for the scenic beauty of its mountain landscape and for its snowmelt-driven waterfalls. Over four million people visit Yosemite National Park each year, and millions more benefit from recreation in the nearby lands of the Stanislaus National Forest and Bureau of Land Management. Countless people in the San Francisco Bay Area and the Central Valley depend upon the Yosemite region as a prolific source of pure, fresh water. The area is truly iconic in many ways. And yet, this broad region west and northwest of Yosemite National Park is also unique for having suffered intensely through massive wildfires that have significantly degraded the ecosystem and damaged important watershed values. This region is the Yosemite Stanislaus Solutions Collaborative Landscape Area (YSS Landscape). Naturally, the region features dry foothill grasslands and chaparral that rise up into oak woodlands and then into moist conifer forests. Over recent decades, however, epic wildfire conflagrations have consumed vast areas of the forest habitat and have set back natural processes outside of the range of natural variability.
    [Show full text]
  • Historical and Present Distribution of Chinook Salmon in the Central Valley Drainage of California
    Historical and Present Distribution of Chinook Salmon in the Central Valley Drainage of California Ronald M. Yoshiyama, Eric R. Gerstung, Frank W. Fisher, and Peter B. Moyle Abstract Chinook salmon (Oncorhynchus tshawytscha) formerly were highly abundant and widely distributed in virtually all the major streams of California’s Central Valley drainage—encompassing the Sacramento River basin in the north and San Joaquin River basin in the south. We used information from historical narratives and ethnographic accounts, fishery records and locations of in-stream natural barriers to determine the historical distributional limits and, secondarily, to describe at least qualitatively the abundances of chinook salmon within the major salmon-producing Central Valley watersheds. Indi- vidual synopses are given for each of the larger streams that histori- cally supported or currently support salmon runs. In the concluding section, we compare the historical distributional limits of chinook salmon in Central Valley streams with present-day distributions to estimate the reduction of in-stream salmon habitat that has resulted from human activities—namely, primarily the con- struction of dams and other barriers and dewatering of stream reaches. We estimated that at least 1,057 mi (or 48%) of the stream lengths historically available to salmon have been lost from the origi- nal total of 2,183 mi in the Central Valley drainage. We included in these assessments all lengths of stream that were occupied by salmon, whether for spawning and holding or only as migration cor- ridors. In considering only spawning and holding habitat (in other words, excluding migration corridors in the lower rivers), the propor- tionate reduction of the historical habitat range was far more than 48% and probably exceeded 72% because most of the former spawn- ing and holding habitat was located in upstream reaches that are now inaccessible for salmon.
    [Show full text]
  • 7.8 Recreation Resources
    Yuba County Water Agency Yuba River Development Project FERC Project No. 2246 7.8 Recreation Resources 7.8.1 Overview This section provides information regarding existing recreation opportunities related to Yuba County Water Agency’s (YCWA or Licensee) Yuba River Development Project (Project). Sections 7.8.2 and 7.8.3 provide information regarding opportunities at Project facilities and features and in river reaches potentially affected by the Project, respectively. Section 7.8.4 provides information regarding recreation use levels and occupancy rates at recreation facilities in the Project Area.1 Section 7.8.5 describes recreation needs identified in pertinent resource management plans. Section 7.8.6 lists other regionally or nationally significant recreation areas in the Project Vicinity.2 Wild and Scenic Rivers, Wilderness Areas and National Scenic Trails are discussed in the Land Use section of this Preliminary Information Package (Section 7.9.2.8). River segments listed by the United States Department of Interior (USDOI) National Park Service’s (NPS) Nationwide Rivers Inventory (NRI) are also discussed in the Land Use section. Other relevant information discussed in the Land Use section includes: 1) Licensee’s existing shoreline buffer zone policy; and 2) Licensee’s existing policy regarding permitting of piers, boat docks and landings, bulkheads, and other shoreline facilities on Project reservoirs and land (Section 7.9.3). 7.8.2 Existing Project Recreation Facilities and Opportunities Recreation facilities and opportunities in the Project Vicinity are discussed below, and are shown on the 1:24,000 series maps included in Appendix D of this Preliminary Information Package.
    [Show full text]
  • Experimental and Field Studies to Assess Pulsed, Water Flow Impacts
    Arnold Schwarzenegger Governor EXPERIMENTAL AND FIELD STUDIES TO ASSESS PULSED, WATER FLOW IMPACTS ON THE BEHAVIOR AND DISTRIBUTION OF FISHES IN THE SOUTH FORK OF THE AMERICAN RIVER EPORT R ONSULTANT Prepared For: California Energy Commission Public Interest Energy Research Program PIER C Prepared By: University of California, Davis March 2007 CEC-500-2005-172 Prepared By: University of California, Davis Principal Investigators: A. Peter Klimley, Ph.D. Joseph J. Cech, Jr., Ph.D. Lisa C. Thompson, Ph.D. Researchers: Sarah Hamilton Stephanie Chun Davis, California Contract No. 500-01-044 Prepared For: California Energy Commission Public Interest Energy Research (PIER) Program Douglas E. Conklin, Ph.D. Contract Manager Joseph O’Hagan Program Area Team Lead Martha Krebs, Ph. D. Deputy Director ENERGY RESEARCH AND DEVELOPMENT DIVISION B.B. Blevins Executive Director DISCLAIMER This report was prepared as the result of work sponsored by the California Energy Commission. It does not necessarily represent the views of the Energy Commission, its employees or the State of California. The Energy Commission, the State of California, its employees, contractors and subcontractors make no warrant, express or implied, and assume no legal liability for the information in this report; nor does any party represent that the uses of this information will not infringe upon privately owned rights. This report has not been approved or disapproved by the California Energy Commission nor has the California Energy Commission passed upon the accuracy or adequacy of the information in this report. Acknowledgments We would like to thank many people for their help and guidance: Dennis Cocherell, Justin Graham, Dan Kratville, Javier Miranda, Gardner Jones, and Brian Hodge, from UC Davis who assisted and carried out much of the laboratory and field work.
    [Show full text]
  • 5.3 Tuolumne River System and Downstream Water Bodies
    5.3 Tuolumne River System and Downstream Water Bodies 5.3 Tuolumne 5.3 River 5. WSIP Water Supply and System Operations – Setting and Impacts 5.3 Tuolumne River System and Downstream Water Bodies Section 5.3 Subsections 5.3.1 Stream Flow and Reservoir Water Levels 5.3.2 Geomorphology 5.3.3 Surface Water Quality 5.3.4 Surface Water Supplies 5.3.5 Groundwater 5.3.6 Fisheries 5.3.7 Terrestrial Biological Resources 5.3.8 Recreational and Visual Resources 5.3.9 Energy Resources (References included under each section) 5.3.1 Stream Flow and Reservoir Water Levels The following setting section describes the streams and reservoirs in the Tuolumne River watershed and downstream that could be affected by the WSIP. The impact section (Section 5.3.1.2) provides a description of the changes in stream flow and reservoir water levels that would result from implementation of the WSIP. 5.3.1.1 Setting The Tuolumne River flows from the crest of the Sierra Nevada westward to its confluence with the San Joaquin River. The San Joaquin River flows north to the Sacramento–San Joaquin Delta. Water from the Delta discharges to the San Francisco Bay Estuary and the Pacific Ocean. Surface water bodies in the Tuolumne River system that could be affected by the proposed program include the Tuolumne River, Cherry Creek, Eleanor Creek, and a quarter-mile reach of Moccasin Creek. Several reservoirs could be affected by the WSIP, including Hetch Hetchy Reservoir, Lake Lloyd, Lake Eleanor, and Don Pedro Reservoir. Because the Tuolumne River drains to the San Joaquin River and the Sacramento–San Joaquin Delta, these water bodies could also be affected by the WSIP.
    [Show full text]
  • Table of Contents
    SIERRA WATERSHED COMMUNITY DIRECTORY SEPTEMBER 2008 Table of Contents Introduction – 2 Sierra Watershed Map – 4 List of Watershed Efforts by Group Type – 5 List of Watershed Efforts by Watershed – 6 Sierra Nevada Alliance Watersheds Program – 7 Directory – 8 1 Introduction The following is a directory of watershed councils, organizations, coordinated resource management processes, and conservation groups that work to conserve, protect, and restore watershed health in the Sierra Nevada. The Sierra Nevada Alliance prepared this directory to assist watershed groups, agencies and others in locating watershed groups in the Sierra Nevada and learning more about what watershed work is happening in the region. We work to build capacity of conservation organizations in the Sierra and want to keep in touch with each active watershed group in the region. In other words, we want to stay in touch. Please send any changes to the Sierra Nevada Alliance and we will update our website and future additions. The main directory is listed in alphabetical order by group name. If you do not know the name of the group you are looking for, but know the region you are interested in, check the map of the Sierra’s 24 watersheds on page 3 or the list of groups and efforts by region. You can also search the list of groups or efforts by their type. The Sierra Nevada is made up of 24 major watersheds, according to Calwater, California’s system of identifying and delineating watershed boundaries. There is a map on page 3 of these major watersheds. Sierra Nevada Conservancy Regions The Sierra Nevada Conservancy will establish funding for environmental preservation while providing support for economic sustainability across 25 million acres from the Oregon border to Kern County.
    [Show full text]
  • Bacteria Contamination of Surface Waters Due to Livestock Grazing in the Stanislaus National Forest, California (Fourth and Fifth Year of Study)
    Bacteria Contamination of Surface Waters Due to Livestock Grazing in the Stanislaus National Forest, California (Fourth and Fifth Year of Study) Summary of 2012 and 2013 Results Lindsey Myers, staff biologist Central Sierra Environmental Resource Center P.O. Box 396, Twain Harte, CA 95383 (209) 586-7440 [email protected] Surface waters were tested for pathogenic bacteria indicators (i.e., E. coli, fecal coliform bacteria, and total coliform bacteria) for the fourth and fifth consecutive years within commercial cattle grazing allotments in the Stanislaus National Forest. Water samples were collected from four allotments, with four sample sites in three wilderness areas (or wild areas directly adjacent to designated wilderness areas). The sample sites from the first three years of sampling, 2009 through 2011, focused on comparative sampling done at a specific site before cattle presence and then at the same site after the arrival of cattle. The results showed that individual and average concentrations of fecal coliform bacteria in surface waters were consistently below regulatory thresholds at all sites before cattle presence or where no livestock grazed during the season. Shortly after cattle were released into the national forest to graze in allotments, fecal coliform concentrations were much higher, and in places exceeded state standards. E. coli and total coliform concentrations followed the same pattern. Reports at the end of study field seasons in 2009 and again in 2010 both focused on documenting the violations of state standards for fecal coliform concentrations in recreational contact waters. The 2011 report highlighted the difference in E. coli and fecal coliform concentrations detected in waters when cattle were not present compared to the E.
    [Show full text]