Draft Initial Study and Mitigated Negative Declaration
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Russian River Watershed Directory September 2012
Russian River Watershed Directory September 2012 A guide to resources and services For management and stewardship of the Russian River Watershed © www.robertjanover.com. Russian River & Big Sulphur Creek at Cloverdale, CA. Photo By Robert Janover Production of this directory was made possible through funding from the US Army Corps of Engineers and the California Department of Conservation. In addition to this version of the directory, you can find updated versions online at www.sotoyomercd.org Russian River Watershed Directory version September 2012 - 1 - Preface The Sotoyome Resource Conservation District (RCD) has updated our Russian River Watershed directory to assist landowners, residents, professionals, educators, organizations and agencies interested in the many resources available for natural resource management and stewardship throughout the Russian River watershed. In 1997, The Sotoyome RCD compiled the first known resource directory of agencies and organization working in the Russian River Watershed. The directory was an example of an emerging Coordinated Resource Management and Planning (CRMP) effort to encourage community-based solutions for natural resource management. Since that Photo courtesy of Sonoma County Water Agency time the directory has gone through several updates with our most recent edition being released electronically and re-formatting for ease of use. For more information or to include your organization in the Directory, please contact the Sotoyome Resource Conservation District Sotoyome Resource Conservation -
Ludwigia Control in the Laguna De Santa Rosa, California
Ludwigia Control in the Laguna de Santa Rosa, California California Invasive Plant Council 15th Annual Symposium Thomas J. McNabb, Clean Lakes, Inc. Julian Meisler, Laguna de Santa Rosa Foundation Ludwigia Control in the Laguna de Santa Rosa, California CDFA Project Site SCWA Project Site Ludwigia Control in the Laguna de Santa Rosa, California Ludwigia Control in the Laguna de Santa Rosa, California The Laguna de Santa Rosa Foundation (Laguna Foundation) contracted with Clean Lakes, Inc. to carry out Year One of a three-year control effort aimed at reducing the area and density of the non-native invasive weed Ludwigia hexapetala within selected areas of the Laguna de Santa Rosa The infestation harbors mosquito vectors of West Nile Virus (WNV) that poses a health threat to humans and wildlife; out-competes native wetland species, severely degrading habitat; and is believed to impair both the water quality and the flood-control functions of the Laguna. On April 28, 2005 the California Department of Fish and Game, Central Coast Region, and the Sonoma County Water Agency, each filed a Notice of Intent (NOI) and an Aquatic Pesticide Application Plan (APAP) to comply with the terms of the General National Pollution Discharge Elimination System Permit for the Discharge of Aquatic Pesticides for Aquatic Weed Control (General Permit) On July 1, 2005, the California Department of Fish and Game filed form FG 880, Application No. 05-361, Pesticide Use Recommendation for the work to be performed on the Department of Fish and Game property (Site II). Ludwigia Control in the Laguna de Santa Rosa, California On July 14, 2005, the California Regional Water Quality Control Board, North Coast Region, issued project approvals via a letter of “Applicability of General NPDES Permit for the Discharge of Aquatic Pesticides for Aquatic Weed Control in Waters of the United States and a Notice of Coverage, Waiver of Waste Discharge Requirements for the Laguna de Santa Rosa, Sonoma County” to the Sonoma County Water Agency, Ludwigia Control Project (WDID No. -
Post-Project Appraisal of Santa Rosa Creek Restoration ______
University of California, Berkeley LDARCH 227 : River and Stream Restoration __________________________________________________________________________ Post-Project Appraisal of Santa Rosa Creek Restoration __________________________________________________________________________ Final Draft Authors: Charlie Yue Elizabeth Hurley Elyssa Lawrence Zhiyao Shu Abstract: The purpose of this project is to assess the success of past Santa Rosa Creek restorations as a form of post-restoration monitoring of previous projects. Core objectives of this creek restoration applied to the reach of the Santa Rosa Creek ranging from E Street to Pierson Street were analyzed to the extent possible with available resources. The overarching objectives were to improve and restore habitat, remediate and maintain a healthy creek ecosystem, and bolster community involvement within this specified reach. To measure the success of these objectives, the team gathered documentation of flora and fauna, pebble counts, and interviews with members of the community. Reported flora showed the creek was composed of about 79% of the original planted species, and of the total observed species, 16% were non-native and 84% were native. Interviews with the community indicated that the creek is used frequently for recreational purposes and that the community is concerned with litter and crime along the creek. With the results from this study, it was determined that the majority of past projects were successful though improvements could be made to maintain healthier, safer, and cleaner paths along the river. Table of Contents Chapter 1. Introduction 3 History of the Santa Rosa Watershed and Creek 3 Santa Rosa Citywide Master Plan and Post-restoration Projects 4 Purpose of This Study 6 Chapter 2. Methods 8 Flora and Fauna Identification 8 Stream Composition 8 Community Interaction 9 GIS data Application 11 Chapter 3. -
Arbutus Menziesii PNW Native Plant
Madrone or Madrona Leaves are alternate, oval, dark shiny green on top and white green below, thick and leathery. Flowers are urn like and fragrant, 6-7mm long in large drooping clusters. Famous for its young smooth chartreuse bark that peels away after turning brownish-red. ©T. Neuffer Arbutus menziesii PNW Native Plant Small to medium broadleaf evergreen tree with heavy branches, Restoration and Landscape Uses: This beautiful tree is known for its chartreuse and smooth young bark that peels away turning brownish- red. It has beautiful orange-red berries in the fall with white flowers in the spring. These trees can be found along the western shore from San Diego to the Georgia Strait. Ecology: Dry rocky Cultural Uses: sites, rock bluffs and Mostly known for a few medicinal uses. Some tribes in California have been known to eat the berries but they do not taste good. canyons, low to mid They are a valuable food source for robins, varied thrushes and elevation found band-tailed pigeons. In Latin Arbutus means “strawberry tree” with Douglas fir and which refers to the bright red berries in the fall. Garry Oak. Madrone or Madrona Leaves are alternate, oval, dark shiny green on top and white green below, thick and leathery. Flowers are urn like and fragrant, 6-7mm long in large drooping clusters. Famous for its young smooth chartreuse bark that peels away after turning brownish-red. ©T. Neuffer Arbutus menziesii PNW Native Plant Small to medium broadleaf evergreen tree with heavy branches, Restoration and Landscape Uses: This beautiful tree is known for its chartreuse and smooth young bark that peels away turning brownish- red. -
HISTORICAL CHANGES in CHANNEL ALIGNMENT Along Lower Laguna De Santa Rosa and Mark West Creek
HISTORICAL CHANGES IN CHANNEL ALIGNMENT along Lower Laguna de Santa Rosa and Mark West Creek PREPARED FOR SONOMA COUNTY WATER AGENCY JUNE 2014 Prepared by: Sean Baumgarten1 Erin Beller1 Robin Grossinger1 Chuck Striplen1 Contributors: Hattie Brown2 Scott Dusterhoff1 Micha Salomon1 Design: Ruth Askevold1 1 San Francisco Estuary Institute 2 Laguna de Santa Rosa Foundation San Francisco Estuary Institute Publication #715 Suggested Citation: Baumgarten S, EE Beller, RM Grossinger, CS Striplen, H Brown, S Dusterhoff, M Salomon, RA Askevold. 2014. Historical Changes in Channel Alignment along Lower Laguna de Santa Rosa and Mark West Creek. SFEI Publication #715, San Francisco Estuary Institute, Richmond, CA. Report and GIS layers are available on SFEI’s website, at http://www.sfei.org/ MarkWestHE Permissions rights for images used in this publication have been specifically acquired for one-time use in this publication only. Further use or reproduction is prohibited without express written permission from the responsible source institution. For permissions and reproductions inquiries, please contact the responsible source institution directly. CONTENTS 1. Introduction .....................................................................................1 a. Environmental Setting..........................................................................2 b. Study Area ................................................................................................2 2. Methods ............................................................................................4 -
Historical Glimpses of the Laguna De Santa Rosa
“Crystal Laughing Waters” – Historical Glimpses of the Laguna de Santa Rosa by John Cummings December 2003 Copyright – John Cummings, December 20 ©John Cummings, 2003 All rights reserved 2 INTRODUCTION While a visitor to Sebastopol in 1898 described the Laguna as “crystal laughing waters” in the Sebastopol Times, the description is very fanciful. The Laguna is physically a very low flow stream with a fall of at most about 40 feet in the 14 miles between Cotati and the Russian River (a drop of less than three feet per mile – less than two feet per mile north of Sebastopol). While draining a relatively large watershed of 250 square miles – about 16% of the acreage of Sonoma County, the Laguna would have always been a relatively warm stream prone to cloudy water of low water quality – certainly not “crystal”– even in the “pristine” Laguna conditions prior to European settlement of the region in the 1830s. The Laguna north of Sebastopol typically floods its banks to some extent during the winter rainy season and usually does not flow during the late summer, but forms a series of ponds and dry channels. The post-European changes in acreage of habitat types and the abundance of wildlife in the Laguna area in the pristine and the early settlement period, is well established. But from a water quality point of view, post-European settlement made the “natural” poor water conditions of the Laguna highly degraded by, for example, making the water warmer yet by agricultural clearing of the riparian forest shading the waterway or by increasing nutrification of the water with farm wastes, urban sewage and cannery wastewater, etc. -
Chapter 8 Infrastructure
CITY OF SANTA ROSA EXISTING CONDITIONS REPORT PLANNING AND ECONOMIC DEVELOPMENT DECEMBER 2020 CHAPTER 8 INFRASTRUCTURE IN THIS CHAPTER Water Supply Distribution | Stormwater Drainage and Water Quality | Dry Utilities 8.1 INFRASTRUCTURE FINDINGS Water Supply and Distribution 1. The City’s Water Department provides water service to approximately 178,000 people through 53,000 service connections. The Sonoma County Water Agency supplies most of the water, and the City uses groundwater to supplement the water supply. 2. The City has identified projects needed to increase water delivery capacity. Under the guidance of the Water Master Plan Update, the City has completed the 17 highest- priority capital improvement projects and 55 more projects are currently in design, planned, or under construction. Wastewater Collection and Treatment 3. The City maintains 590 miles of sewer system infrastructure. The sewer system discharges into the Laguna Wastewater Treatment Plant, which can treat up to 21.34 million gallons per day before releasing it into the Russian River. 4. The Sanitary Sewer System Master Plan identifies several trunk line replacements or improvements needed to reduce the flow of stormwater and groundwater into the aging sewer system. Stormwater Drainage and Water Quality 5. Santa Rosa uses a combination of closed conduit and open channel systems to convey stormwater runoff from six primary drainage basins to the major creeks that run through the city. The city’s creeks discharge into the Laguna de Santa Rosa, which eventually discharges surface waters into the Russian River. 6. The southern portion of the city has flooded historically along Colgan Creek and Roseland Creek. -
Vortex Tube Rehabilitation Project
VORTEX TUBE REHABILITATION PROJECT Administrative Office DRAFT INITIAL STUDY AND MITIGATED NEGATIVE 404 Aviation Blvd Santa Rosa, CA 95403 DECLARATION OF ENVIRONMENTAL IMPACT Office Hours 8:00 AM – 5:00 PM Monday – Friday Front Desk 707-536-5370 Lead Agency: Sonoma County Water Agency 404 Aviation Boulevard Santa Rosa, CA 95403 Contact: David Cook, Senior Environmental Specialist [email protected] (707) 547-1944 Posting and Review Period: August 28, 2020 to September 28, 2020 American Disabilities Act Compliance This Initial Study and Proposed Mitigated Negative Declaration of Environmental Impact for the Vortex Tube Rehabilitation Project was prepared in compliance with requirements under the Americans with Disabilities Act (ADA). The ADA mandates that reasonable accommodations be made to reduce "discrimination on the basis of disability." As such, the Sonoma County Water Agency is committed to ensuring that documents we make publicly available online are accessible to potential users with disabilities, particularly blind or visually impaired users who make use of screen reading technology. This disclaimer is provided to advise that portions of the document, including the figures, charts, and graphics included in the document, are non-convertible material, and could not reasonably be adjusted to be fully compliant with ADA regulations. For assistance with this data or information, please contact the Sonoma County Water Agency’s Community & Government Affairs Division, at [email protected] or 707-547- 1900. i Table of Contents -
MAJOR STREAMS in SONOMA COUNTY March 1, 2000
MAJOR STREAMS IN SONOMA COUNTY March 1, 2000 Bill Cox District Fishery Biologist Sonoma / Marin Gualala River 234 North Fork Gualala River 34 Big Pepperwood Creek 34 Rockpile Creek 34 Buckeye Creek 34 Francini Creek 23 Soda Springs Creek 34 Little Creek North Fork Buckeye Creek Osser Creek 3 Roy Creek 3 Flatridge Creek 3 South Fork Gualala River 32 Marshall Creek 234 Sproul Creek 34 Wild Cattle Canyon Creek 34 McKenzie Creek 34 Wheatfield Fork Gualala River 3 Fuller Creek 234 Boyd Creek 3 Sullivan Creek 3 North Fork Fuller Creek 23 South Fork Fuller Creek 23 Haupt Creek 234 Tobacco Creek 3 Elk Creek House Creek 34 Soda Spring Creek Allen Creek Pepperwood Creek 34 Danfield Creek 34 Cow Creek Jim Creek 34 Grasshopper Creek Britain Creek 3 Cedar Creek 3 Wolf Creek 3 Tombs Creek 3 Sugar Loaf Creek 3 Deadman Gulch Cannon Gulch Chinese Gulch Phillips Gulch Miller Creek 3 Warren Creek Wildcat Creek Stockhoff Creek 3 Timber Cove Creek Kohlmer Gulch 3 Fort Ross Creek 234 Russian Gulch 234 East Branch Russian Gulch 234 Middle Branch Russian Gulch 234 West Branch Russian Gulch 34 Russian River 31 Jenner Creek 3 Willow Creek 134 Sheephouse Creek 13 Orrs Creek Freezeout Creek 23 Austin Creek 235 Kohute Gulch 23 Kidd Creek 23 East Austin Creek 235 Black Rock Creek 3 Gilliam Creek 23 Schoolhouse Creek 3 Thompson Creek 3 Gray Creek 3 Lawhead Creek Devils Creek 3 Conshea Creek 3 Tiny Creek Sulphur Creek 3 Ward Creek 13 Big Oat Creek 3 Blue Jay 3 Pole Mountain Creek 3 Bear Pen Creek 3 Red Slide Creek 23 Dutch Bill Creek 234 Lancel Creek 3 N.F. -
Meanderings Spring 2021.Indd
Meanderings Restore, Conserve & Inspire: Nurturing a Healthy Laguna Spring 2021 THE WONDERFUL, INDISPENSABLE WORLD OF WETLANDS! BY ANNE MORKILL, EXECUTIVE DIRECTOR The Laguna Celebrates Its 10 Year Anniversary as a Wetland of International Importance Weighing in at approximately 4.4 ounces and 490 pounds, respectively, a California tiger salamander and a Royal Bengal tiger seemingly have little if anything in common. The former lives in the Santa Rosa Plain’s vernal pools in the Laguna de Santa Rosa watershed and the latter in the largest remaining contiguous mangrove forest in the world, the Great Sundarbans in India; but, their fate is intertwined. For both of these endangered species, survival is dependent on wetlands. Of the 19,500 threatened species worldwide, 25% are found in wetlands. Here in the United States, a whopping 43% of all endangered species are dependent on wetlands. Today, natural wetlands are threatened ecological communities. Worldwide, wetlands are disappearing three times faster than forested areas. To save the most valuable and vulnerable, an intergovernmental treaty known as the Ramsar Convention on Wetlands was created in 1971. This is the only global treaty to focus on a single ecosystem. The Laguna and Great Sundurbans are just two examples of the more than 2,300 sites across 170 countries recognized by the treaty as Wetlands of International Importance for their This delicate and globally significant ecosystem is also home many and varied ecological benefits. to the majority of Sonoma County’s human population, which relies upon the Laguna for water quality, flood control, Thanks to you, we’re celebrating the tenth anniversary of the scenic beauty, cultural heritage, and recreation. -
California Native Plants That Attract Birds Plant These Natives to Attract Birds to Your Garden
California Native Plants that Attract Birds Plant these natives to attract birds to your garden Genus/Species Part Used When Specific Birds Acacia Greggii Seeds Summer Mourning Dove Atriplex species Leaves/Seeds Sum/Fall Finches, Quail, Sparrows, Towhees Abies concolor Leaves All-year Blue Grouse, Red Crossbill, Clark's Nutcracker Pygmy Nuthatch Acer macrophyllum Seeds/Buds/Flowers Spr/Sum/Fall Evening Grosbeak, many others Acer negundo Same as macrophyllum in all categories Achillea borealis. Seeds Summer Goldfinches Adenostoma fasciculatum Seeds Summer Goldfinches Alnus rhombifolia Nesting Spring Warblers Seeds Summer Pine Siskin, Goldfinches Buds Spring Cedar Waxwings Alnus rubra Same as rhombifolia all categories Amelanchier alnifolia Fruits Summer Many Species Antirrhinum multiflorum Flowers/Seeds Spring/Sum Hummingbirds & seed eaters Aquilegia species Flowers Spring/Sum Hummingbirds Arbutus menziesii Fruit Fall Band-tailed Pigeon, Varied Thrush, Long Tailed Chat Arctostaphylos species Fruit Sum/Fall Jays, Grosbeaks, Mockingbirds, Fox Sparrow Flowers Late Win/Early Sp. Hummingbirds Artemisia species Leaves All-Year Sage Grouse, Quail Flowers /Seeds Spr/Sum /Fall Towhee Asclepias species Stems, nests Spring Orioles Aster species Seeds Fall Finches, Sparrows Baccharis species Seeds Sum/Fall Finches, Sparrows Beloperon californica Flowers Spr/Sum Hummingbirds, Finches, Sparrows Ceanothus species Seeds Sum/Fall Quail Cephalanthus occidentalis Seeds Sum/Fall Ducks Cercis occidentalis Seeds/Flowers Spr/Fall Hummingbirds, Gold Finches Cercocarpus -
Vegetation Descriptions NORTH COAST and MONTANE ECOLOGICAL PROVINCE
Vegetation Descriptions NORTH COAST AND MONTANE ECOLOGICAL PROVINCE CALVEG ZONE 1 December 11, 2008 Note: There are three Sections in this zone: Northern California Coast (“Coast”), Northern California Coast Ranges (“Ranges”) and Klamath Mountains (“Mountains”), each with several to many subsections CONIFER FOREST / WOODLAND DF PACIFIC DOUGLAS-FIR ALLIANCE Douglas-fir (Pseudotsuga menziesii) is the dominant overstory conifer over a large area in the Mountains, Coast, and Ranges Sections. This alliance has been mapped at various densities in most subsections of this zone at elevations usually below 5600 feet (1708 m). Sugar Pine (Pinus lambertiana) is a common conifer associate in some areas. Tanoak (Lithocarpus densiflorus var. densiflorus) is the most common hardwood associate on mesic sites towards the west. Along western edges of the Mountains Section, a scattered overstory of Douglas-fir often exists over a continuous Tanoak understory with occasional Madrones (Arbutus menziesii). When Douglas-fir develops a closed-crown overstory, Tanoak may occur in its shrub form (Lithocarpus densiflorus var. echinoides). Canyon Live Oak (Quercus chrysolepis) becomes an important hardwood associate on steeper or drier slopes and those underlain by shallow soils. Black Oak (Q. kelloggii) may often associate with this conifer but usually is not abundant. In addition, any of the following tree species may be sparsely present in Douglas-fir stands: Redwood (Sequoia sempervirens), Ponderosa Pine (Ps ponderosa), Incense Cedar (Calocedrus decurrens), White Fir (Abies concolor), Oregon White Oak (Q garryana), Bigleaf Maple (Acer macrophyllum), California Bay (Umbellifera californica), and Tree Chinquapin (Chrysolepis chrysophylla). The shrub understory may also be quite diverse, including Huckleberry Oak (Q.