Bluebird Volunteers Outdo Themselves
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Santa Clara County Angler Survey: Final Report
Santa Clara County Angler Survey: Final Report Mark Seelos November 28, 2018 Contents 1 Executive Summary 2 2 General Background 3 3 Regulatory Background 4 4 Purpose 4 5 Survey Methodology 5 6 Results 6 6.1 Respondent Demographics . .6 6.2 Fish Consumption . .7 6.3 Awareness . .8 6.4 Health Risk . .9 7 Discussion 10 7.1 Respondent Demographics . 10 7.2 Fish Consumption . 12 7.3 Advisory Awareness . 12 7.4 Health Risk . 12 8 Recommendations 13 9 Acknowledgments 14 10 Figures 15 List of Figures 1 Water Bodies Included in Survey . .6 2 Surveys Conducted at Each Water Body . 15 3 Ethnicities of Anglers Interviewed . 16 4 Ages of Anglers Interviewed . 16 5 Counties of Residence of Anglers Interviewed . 17 6 Median Incomes of Angler Zip Codes . 17 7 Reservoir and Plan for Catch . 17 8 Ethnicity and Plan for Catch . 18 9 Age and Plan for Catch . 18 10 Consumption by Median Income of Zip Code . 19 11 Information Sources where Anglers Learned of Advisories . 19 12 Awareness of Health Advisories by Ethnicity . 20 13 Health Advisory Awareness and Fish Consumption by Ethnicity . 20 14 Awareness of Health Advisories by Age . 21 15 Health Advisory Awareness and Fish Consumption by Age . 21 16 Health Advisory Awareness by Income . 22 17 Health Advisory Awareness and Fish Consumption by Income . 22 1 18 Sign Density and Fish Consumption . 23 19 Anglers who Feed Catch to High-Risk Groups . 23 20 Local vs. Commercial Fish Consumption of Anglers who have Ever Eaten Catch . 24 21 Monthly Consumption of locally caught Fish by Anglers who have Ever Eaten Catch 24 22 Percentage of Times Fished vs. -
Annex 18 Santa Clara County Parks and Recreation Department
Santa Clara County Community Wildfire Protection Plan Annex 18 – County of Santa Clara Parks and Recreation Department ANNEX 18. COUNTY OF SANTA CLARA PARKS AND RECREATION DEPARTMENT Prepared by: Flint Glines, Seth Hiatt, Don Rocha, John Patterson, and Barry Hill Santa Clara County acquired its first parkland in 1924, purchasing 400 acres near Cupertino, which became Stevens Creek County Park. In 1956, the Department of Parks and Recreation was formed. Currently, the regional parks system has expanded to 29 parks encompassing nearly 48,000 acres. Santa Clara County Parks and Recreation Department (County Parks) provides a sustainable system of diverse regional parks, trails, and natural areas that connects people with the natural environment, and supports healthy lifestyles, while balancing recreation opportunities with the protection of natural, cultural, historic, and scenic resources (https://www.sccgov.org/sites/parks/AboutUs/Pages/About-the-County-Regional-Parks.aspx). County Parks are regional parks located close to home, yet away from the pressures of the valley’s urban lifestyle. The parks offer opportunities for recreation in a natural environment to all County residents. Regional parks are larger in size, usually more than 200 acres, than local neighborhood or community parks. Many of the County’s regional parks also feature points of local historic interest. County park locations are shown in Figure 18.1. SWCA Environmental Consultants 1 August 2016 Santa Clara County Community Wildfire Protection Plan Annex 18 – County of Santa Clara Parks and Recreation Department Figure 18.1. County park locations. SWCA Environmental Consultants 2 August 2016 Santa Clara County Community Wildfire Protection Plan Annex 18 – County of Santa Clara Parks and Recreation Department ORGANIZATION AND JURISDICTION Santa Clara County Parks is governed by the Board of Supervisors. -
Type of Services Current Conditions Soils, Geology, and Geologic Hazards Envision San José 2040 General Plan Update
Type of Services Current Conditions Soils, Geology, and Geologic Hazards Envision San José 2040 General Plan Update Client David J. Powers & Associates Client Address 1885 The Alameda, Suite 204 San José, CA 95126 Project Number 118-13-2 Date March 20, 2009 Prepared Scott E. Fitinghoff, P.E., G.E. by Principal Geotechnical Engineer Philip A. Frame, C.E.G. Senior Engineering Geologist Laura C. Knutson, P.E., G.E. Principal Geotechnical Engineer Quality Assurance Reviewer Table of Contents SECTION 1: INTRODUCTION ......................................................................................... 1 1.1 PURPOSE ......................................................................................................... 1 SECTION 2: SOILS AND GEOLOGIC CONDITIONS ..................................................... 1 2.1 GEOLOGIC OVERVIEW OF SAN JOSÉ ......................................................... 1 2.2 LANDSLIDES ................................................................................................... 2 2.3 WEAK/EXPANSIVE SOILS .............................................................................. 3 2.4 NATURALLY-OCCURRING ABESTOS (NOA) ............................................... 4 2.5 EROSION .......................................................................................................... 4 2.6 ARTIFICIAL FILL .............................................................................................. 4 2.7 GROUND SUBSIDENCE DUE TO GROUND WATER REMOVAL ................. 4 2.8 MINERAL RESOURCES -
Salt and Nutrient Management Plan Santa Clara Subbasin This Page Is Intentionally Left Blank REVISED FINAL SALT and NUTRIENT MANAGEMENT PLAN: SANTA CLARA SUBBASIN
NOVEMBER 2014 Salt and Nutrient Management Plan Santa Clara Subbasin This page is intentionally left blank REVISED FINAL SALT AND NUTRIENT MANAGEMENT PLAN: SANTA CLARA SUBBASIN Originally posted online in November, 2014; Revised in June 2016 to add San Francisco Bay Regional Water Quality Control Board comments and Santa Clara Valley Water District responses ACKNOWLEDGMENTS PREPARED BY: Thomas Mohr, P.G., H.G. Senior Hydrogeologist UNDER THE DIRECTION OF: James Fielder Chief Operating Officer, Water Utility Enterprise Garth Hall Deputy Operating Officer Water Supply Division Behzad Ahmadi Unit Manager,Groundwater (retired) CONTRIBUTORS: Chanie Abuye, Civil Engineer Randy Behrens, Geologist Ellen Fostersmith, Geologist (retired) Ardy Ghoreishi, Engineering Technician Robert Siegfried, Soil Scientist (retired) Miguel Silva, Associate Civil Engineer Xiaoyong Zhan, Civil Engineer GRAPHICS DESIGN: Benjamin Apollo BOARD OF DIRECTORS: John L. Varela, District 1 Barbara Keegan, District 2 (Chair) Richard Santos, District 3 Linda J. LeZotte, District 4 Nai Hsueh, District 5 Tony Estremera, District 6 Gary Kremen, District 7 TABLE OF CONTENTS Page ACRONYMS ....................................................................................................................... x EXECUTIVE SUMMARY ............................................................................................................ 1 CHAPTER 1: INTRODUCTION AND BACKGROUND .............................................................. 5 1.1 Introduction .............................................................................................................. -
Southern Santa Cruz Mountains
33 3. Field Trip to Lexington Reservoir and Loma Prieta Peak Area in the Southern Santa Cruz Mountains Trip Highlights: San Andreas Rift Valley, Quaternary faults, Stay in the right lane and exit onto Alma Bridge Road. Follow landslide deposits, Franciscan Complex, serpentinite, stream Alma Bridge Road across Lexington Reservoir Dam and turn terrace deposits, Lomitas Fault, Sargent Fault, Cretaceous fos- right into the boat dock parking area about 0.6 mile (1 km) sils, deep-sea fan deposits, conglomerate from the exit on Highway 17 north. A Santa Clara County Parks day-use parking pass is required to park in the paved lot. This field trip examines faults, landslides, rocks, and The park day use pass is $5. Vehicles can be left here for the geologic features in the vicinity of the San Andreas Fault and day to allow car pooling (the park is patrolled, but as always, other faults in the central Santa Cruz Mountains in the vicinity take valuables with you). of both Lexington Reservoir and Loma Prieta Peak (fig. 3-1). Detailed geologic maps, cross sections, and descriptions The field trip begins at Lexington Reservoir Dam at the boat featuring bedrock geology, faults, and landslide information dock parking area. To get to Lexington Reservoir Dam, take useful for this field-trip area are available on-line at theUSGS Highway 17 south (toward Santa Cruz). Highway 17 enters San Francisco Bay Region Geology website [http://sfgeo. Los Gatos Creek Canyon about 3 miles (5 km) south of the wr.usgs.gov/]. McLaughlin and others (2001) have produced intersection of highways 85 and 17. -
Rovide, Protect and Preserve Regional Parklands for the Enjoyment, Education and Inspiration of This and Future Generations
rovide, protect and preserve regional parklands for the enjoyment, education and inspiration of this and future generations. Mission of the Santa Clara County Parks and Recreation Department YYourour pocket guide to outdoor adventures and great family fun in tthehe fabulous parks of Santa Clara County! Almaden Quicksilver Field Sports Park Stevens Creek 21785 Almaden Rd. 9580 Malech Road 11401 Stevens Canyon Rd. San Jose, CA 95120 San Jose, CA 95013 Cupertino, CA 95014 Casa Grande/ Hellyer Uvas Canyon New Almaden Quicksilver 985 Hellyer Ave. 8515 Croy Rd. Mining Museum San Jose, CA 95111 Morgan Hill, CA 95037 21350 Almaden Rd. Joseph D. Grant Uvas Reservoir San Jose, CA 95120 18405 Mt. Hamilton Rd. 4200 Uvas Rd. Alviso Marina San Jose, CA 95140 Morgan Hill, CA 95037 Mill St. Lexington Reservoir Vasona Alviso, CA 95002 17770 Alma Bridge Rd. 333 Blossom Hill Rd. Anderson Lake Los Gatos, CA 95032 Los Gatos, CA 95032 (Park Office) Los Gatos Creek Villa Montalvo 19245 Malaguerra Ave. 1250 Dell Ave. 15400 Montalvo Rd. Morgan Hill, CA 95037 Campbell, CA 95008 Saratoga, CA 95070 Anderson Lake Motorcycle 18390 Cochrane Rd. 300 Metcalf Rd. Morgan Hill, CA 95037 San Jose, CA 95138 Bernal-Gulnac- Mt. Madonna Joice Ranch 7850 Pole Line Rd. 372 Manila Dr. Watsonville, CA 95076 San Jose, CA 95119 Penitencia Creek Calero Jaskson Ave. & Maybury 23205 McKean Rd. Rd.San Jose, CA 95132 San Jose, CA 95120 Rancho San Antonio Chitactac-Adams 22500 Cristo Rey Dr. 10001 Watsonville Rd. Cupertino, CA 95014 Gilroy, CA 95020 Sanborn Chesbro Reservoir 16055 Sanborn Rd. 17655 Oak Glen Ave. -
Coast Dairies Long Term Resource Protection and Access Plan
COAST DAIRIES LONG-TERM RESOURCE PROTECTION T HE TRUST AND ACCESS PLAN F O R PUBLIC LAND February 2004 COAST DAIRIES LONG-TERM RESOURCE PROTECTION T HE TRUST AND ACCESS PLAN F O R PUBLIC LAND February 2004 Prepared by The Trust for Public Land for the Future Stewards of the Coast Dairies Property 225 Bush Street 8950 Cal Center Drive 710 Second Avenue 2685 Ulmerton Road Suite 1700 Building 3, Suite 300 Suite 730 Suite 102 San Francisco, CA 94104 Sacramento, CA 95826 Seattle, WA 98104 Clearwater, FL 33762 (415) 896-5900 (916) 564-4500 (206) 442-0900 (727) 572-5226 436 14th Street 4221 Wilshire Boulevard 1751 Old Pecos Trail 5850 T.G. Lee Boulevard Suite 600 Suite 480 Suite O Suite 440 Oakland, CA 94612 Los Angeles, CA 90010 Santa Fe, NM 87505 Orlando, FL 32822 (510) 839-5066 (323) 933-6111 (505) 992-8860 (407) 851-1155 200071 A READER’S GUIDE TO THE COAST DAIRIES PLAN Coast Dairies Long-term Resource Protection and Access Plan RG-1 been a simple, straight-line trajectory from Swiss-owned dairy and A Reader’s Guide to the Coast farmland to public park. The Coast Dairies Plan is complete and stands by itself as land management guidance, but its future use and Dairies Plan the multiplicity of appendices spawned by the process require some explanation. The Trust for Public Land, in its role as first steward, had responsibilities that stretched backward to the funding entities and The document in your hands is the result of a comprehensive planning forward to the ultimate managers of the land. -
US Format C V3.2
FINAL Y E A R 2 INTERIM REPORT GUADALUPE RIVER COORDINATED MONITORING PLAN FISH TISSUE MONITORING Prepared for County of Santa Clara Parks and Recreation Department 298 Garden Hill Drive Los Gatos, CA 95032 December 2012 URS Corporation 1333 Broadway, Suite 800 Oakland, CA 94612 26817577 TABLE OF CONTENTS Section 1 Introduction ..................................................................................................................... 1-1 1.1 Project Setting .......................................................................................... 1-1 1.2 Regulatory Background ........................................................................... 1-1 Section 2 Methods ........................................................................................................................... 2-1 2.1 Objectives ................................................................................................ 2-1 2.2 Stream Sampling ...................................................................................... 2-2 2.2.1 Collection ..................................................................................... 2-2 2.2.2 Species Identification ................................................................... 2-3 2.2.3 Sample Analysis........................................................................... 2-3 2.2.4 Water Quality ............................................................................... 2-3 2.3 Reservoir Sampling ................................................................................. -
5.0 Conceptual Model of Mercury Behavior in the Guadalupe River Watershed
5.0 CONCEPTUAL MODEL OF MERCURY BEHAVIOR IN THE GUADALUPE RIVER WATERSHED The conceptual model is presented in two parts. The first part summarizes key aspects of mercury behavior based on general knowledge of the Guadalupe River Watershed and on a review of pertinent scientific literature. The second part of the conceptual model describes, in more detail, the key issues in this watershed and essential information needed to support the development of a TMDL and Implementation Plan. This section has been revised from the Draft Final Conceptual Model (Tetra Tech, 2004a) that was based on the 2003 Synoptic Survey data (Tetra Tech, 2003d) and published scientific literature on mercury behavior. This revision of the conceptual model considers all new data that were collected during the wet and dry season sampling as described in the Data Collection Report (Tetra Tech, 2005a). 5.1 OVERVIEW OF MERCURY TRANSPORT PROCESSES Most of the mercury in the Guadalupe River Watershed exists as relatively insoluble mercury sulfides in mine wastes that have accumulated in reservoir deltaic deposits and sediments, and in stream bottoms, banks, and flood plains. Mercury also exists adsorbed to sediment within the waterbodies. Mercury in dissolved form is a small fraction of the total mercury, although it may play a proportionally greater role in the formation of methylmercury. Because of the strong association of mercury with solids, the movement of mercury in the watershed is closely tied to the movement of sediments as described below. Because of the seasonal nature of the rainfall in the watershed, i.e., generally between October and April, large flows, and significant sediment and mercury transport occur predominantly in the wet season. -
Cycling Team About Us Join Us! Our Sponsors Clothing Giving Events Local Routes FAQ Contact
Cycling Team About Us Join Us! Our Sponsors Clothing Giving Events Local Routes FAQ Contact Our favorite cycling routes near Stanford Local Routes (Road) Shorter Flat Options The mini-loop: This is the route you want to take on a day when your legs are screaming and your body is aching and anything more than half hour will kill you. Take Old Page Mill to Arastradero and right on Arastradero to Alpine and right on Alpine to Campus. Ideal addition to get your extra half hour in on your base training days when you miscalculated a longer ride. [Aerial Photo] The Loop: Ideal option for a flat route with no stop lights on a recovery day. The standard route normally starts o by heading up Alpine to Portola and taking Portola to Sand Hill. The reverse direction is popular with the tailwind speedsters dashing along the downward slant of Alpine Rd. The benchmark 15 mile route can be enhanced by further additions like Arastradero; going to the gate at the end of Alpine; adding the "maze" to it in Woodside. The "maze" is short for: taking Tripp on 84E to Kings, R on Kings, L on Manuella, L on Albion and R on Olive Hill to Canada (or the reverse direction). Time: 45 mins to 1 hr + (depending on additions) [Aerial Photo (B/W)] Foothill: Reserved for days when all you want to do is recover as frequent stop lights make any steady eort quite impossible. The turnaround points for 45 mins (Grant), 1 hr (Homestead), 1:15 (if the route parallel to foothill is taken on way back), 1:30 (Stevens Creek Blvd). -
3Rd Administrative Draft
Section 3.0 Environmental Setting, Impacts, and Mitigation 3.11 CULTURAL AND PALEONTOLOGICAL RESOURCES The following discussion evaluates existing cultural and paleontological resources and the environmental effects of implementation of the Envision San José 2040 General Plan. The analysis in this section is based in part on the following technical reports: • Cultural Resources Existing Setting, Envision San José 2040 General Plan, Santa Clara County, California, Basin Research Associates, July 2009. • Cultural Resources Impacts, Envision San José 2040 General Plan, Santa Clara County, California, Basin Research Associates, November 2010. • Paleontological Evaluation Report for the Envision San José 2040 General Plan, Santa Clara County, California, C. Bruce Hanson, September 2010. Copies of these reports are included in the Technical Appendices to this Draft PEIR (Appendix J). 3.11.1 Existing Setting 3.11.1.1 Overview Cultural resources are evidence of past human occupation and activity and include both historical and archeological resources. These resources may be located above ground, underground or underwater, and have significance in the history, prehistory153, architecture or culture of the nation, State of California, or local or tribal communities. Examples of historic resources include buildings (e.g., houses, factories, churches, hotels); structures (e.g., bridges, dams); districts (i.e., a group of buildings or structures that have a common basis in history or architecture); sites (e.g., prehistoric or historic encampments); objects (e.g., statues, ships, marquees); and areas (e.g., historic mining towns, parks). Cultural resources may include homes, buildings or old roads of early settlers; structures with unique architecture; prehistoric village sites; historic or prehistoric artifacts or objects; rock inscriptions; human burial sites; and earthworks, such as canals or prehistoric mounds. -
Protect Wildlife from Super-Toxic Rat Poisons
Protect Wildlife From Super-toxic Rat Poisons August 31, 2020 Dear Governor Newsom, We, the 4,812 undersigned, urge you to place an immediate moratorium on the use of second-generation anticoagulant rodenticides in California, except in cases of public health or ecosystem emergencies, to protect the state's wildlife from imminent harm. Right now dozens of species are being hurt by these super-toxic rat poisons, including golden eagles, Humboldt martens, San Joaquin kit foxes and spotted owls. And more than 85 percent of California mountain lions, bobcats and Pacific fishers have been exposed to these rodenticides. Mountain lions in Southern California are in especially grave danger, as their populations are already isolated and close to extinction. Several mountain lions were recently found dead with multiple super-toxic rat poisons in their bloodstreams. Immediate action by the state is critical to prevent these populations' extinctions. In 2014 the state of California did act by pulling this class of rodenticides from consumer shelves. Unfortunately there hasn't been a decrease in the rate of wildlife poisoning from these products because licensed pest-control applicators continue to use them throughout the state. Stronger prohibitions are necessary. There's a wide range of safer, cost-effective alternatives on the shelves today. Strategies that prevent rodent infestations in the first place, by sealing buildings and eliminating food and water sources, are a necessary first step. Then, if need be, lethal strategies can be used that involve snap traps, electric traps and other nontoxic methods. Please — move forward with a statewide moratorium on the use of these super-toxic rat poisons, pending the passage of A.B.