Bay Area Climate & Energy Resilience Project Stakeholder Interview
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LONGFIN SMELT Spirinchus Thaleichthys USFWS: None CDFG: Threatened
LSA ASSOCIATES, INC. PUBLIC DRAFT SOLANO HCP JULY 2012 SOLANO COUNTY WATER AGENCY NATURAL COMMUNITY AND SPECIES ACCOUNTS LONGFIN SMELT Spirinchus thaleichthys USFWS: None CDFG: Threatened Species Account Status and Description. The longfin smelt is listed as a threatened species by the California Fish and Game Commission. Abundance of the longfin smelt has reached record lows in the San Francisco-Delta population, and the species may already be extinct in some northern California estuarine populations, resulting in an overall threat of extinction to the species within California (Federal Register 2008). The longfin smelt was also proposed for federal listing, but on April 8, 2009 the USFWS determined that the San Francisco Bay Estuary population does not qualify for listing as a distinct population segment under federal regulations. Further assessment of the entire population is being conducted, however, and future listing may be considered. Photo courtesy of California Department of Fish and Game Longfin smelt, once mature, are slim, silver fish in the family Osmeridae (true smelts). Moyle (2002) describes the species as being 90-110 mm (standard length) at maturity, with a translucent silver appearance along the sides of the body, and an olive to iridescent pinkish hue on the back. Mature males are often darker than females, with enlarged and stiffened dorsal and anal fins, a dilated lateral line region, and breeding tubercles on paired fins and scares. Longfin smelt can be distinguished from other California smelt by their long pectoral fins (which reach or nearly reach the bases of the pelvic fins), incomplete lateral line, weak or absent striations on the opercular bones, low number of scales in the lateral line (54-65) and long maxillary bones (which in adults extent just short of the posterior margin of the eye). -
About Aquarium of the Bay
Aquarium of the Bay Bay Ecotarium Press Kit Aquarium of the Bay Press Kit About Aquarium of the Bay Aquarium of the Bay Exhibit Highlights Aquarium of the Bay Fact Sheet Aquarium of the Bay Fun Facts Sustainability at Aquarium of the Bay About Bay Ecotarium Contact About Aquarium of the Bay i and indigenous - offering — Bay Ecotarium has a shared mission Sierra to the Sea™ Exhibit Highlights DISCOVER THE BAY UNDER THE BAY in length Go With The Flow jellies Nearshore Tunnel 0 15 Octopus and Friends Gallery This gallery features the newest aquatic additions to the Aquarium— the Pacific spiny lumpsuckers. Other animals that can be found in this gallery include a giant Pacific octopus, Dungeness crabs, and abalone. Offshore Tunnel (Sharks of Alcatraz) (Sharks of Alcatraz) Exhibit Highlights TOUCH THE BAY Touchpools touch Bay Lab RIVER OTTERS: WATERSHED AMBASSADORS : San Francisco Aquarium of the Bay Fact Sheet Overview: Aquarium of the Bay, located at the world-famous PIER 39, is the only aquarium dedicated to the diverse marine life and distinctive ecosystems of San Francisco Bay. Aquarium of the Bay is home to over 20,000+ marine and indigenous animals that can be found in San Francisco Bay and along the California coast. With more than 500,000 visitors annually, Aquarium of the Bay provides an unmatched window through which to view local marine life. Mission: Aquarium of the Bay is an institution of Bay.org DBA Bay Ecotarium, a 501(c)(3) non-profit organization with a mission to enable conversations on climate resilience and ocean conservation globally, while inspiring actionable change locally by protection and preservation of the San Francisco Bay and its ecosystems, from Sierra to the Sea™. -
View the PDF: 10F-Ideas-Z2-Design-Facility-San
C A S E S T U D Y D I e A s Z 2 DESIGN FACILITY t the first conceptual The team needed a fully integrated BUILDING AT A GLANCE design charrette, the design process, in which the differ- design team decided to ent design disciplines and the gen- Name IDeAs Z2 Design Facility 2 target a “Z ” goal — eral contractor make key decisions Location San Jose, Calif. Azero energy and zero carbon — to together to optimize the building as Owner Integrated Design Associates advance the state of green build- an integrated system. For example, (IDeAs) ing and to showcase the low energy carefully designed sun shading and When Built mid-1960s (originally a electrical and lighting design skills state-of-the-art glazing would allow bank branch office) of the client. For the project to be the team to make many incisions Major Renovation 2007 Renovation Scope Skylights, window replicable, the team wanted a low into the roof and concrete walls to walls, upgraded insulation and energy building that uses exist- harvest more daylight. This would glazing, high-efficiency HVAC system, high-efficiency lighting and office equip- ing technology at a reasonable cost reduce the need for electric lighting ment, rooftop and canopy photovoltaic premium. By maximizing efficiency and its attendant energy consump- system, monitoring equipment of building systems before sizing tion, while also providing outside Principal Use Commercial office the photovoltaic arrays to cover the views for building occupants. Occupants 15 remaining loads, the costs were kept Team members collaborated on Gross Square Footage 7,000 to a minimum. -
Multi-Scale Analysis of the Surface Layer Urban Heat Island Effect in Five Higher Density Precincts of Central Sydney
Sharifi, E., Philipp, C., & Lehmann, S. (2015). Multi-scale analysis of the surface layer urban heat island effect in five higher density precincts of central Sydney. In S. Lehmann (Ed.), Low Carbon Cities (pp. 375-393). New York: Routledge. Chapter 21 Multi-scale analysis of the surface layer urban heat island effect in five higher density precincts of central Sydney Ehsan Sharifi, Conrad Philipp and Steffen Lehmann Summary The urban heat island (UHI) effect is invariably present in cities, mainly due to increased urbanisation. It can result in higher urban densities being significantly hotter (frequently more than 4°C, even up to 10°C) than their peri-urban surroundings. Urban structure and land cover are key contributors to the surface layer urban heat island (sUHI) effect at city and district scale. This research aims to explore which urban configurations can make urban precincts and their microclimates more resilient to the dangerous sUHI effect. In the context of the city of Sydney, Australia, the research aims to explore the most heat resilient urban features for neighbourhoods, at precinct scale. The investigation examines five high density precincts in central Sydney. The analysis of these precincts is based on remote sensing thermal data of two independent sources: a nocturnal remote-sensing thermal image of central Sydney on 6 February 2009 and a diurnal Landsat 7– ETM+ data from 2008-2009. Comparing the surface temperature of streetscape and buildings’ rooftop feature layers indicates that open spaces are the urban elements most sensitive to the sUHI effect. Therefore, the correlations between street network intensity, open public space ratio, and urban greenery plot ratio and sUHI effect are being analysed in the five high density precincts selected. -
Status and Trends of Indicators of Ecosystem Health
STATUS AND TRENDS OF INDICATORS OF ECOSYSTEM HEALTH THE ESTUARY SAN FRANCISCO BAY AND SACRAMENTO-SAN JOAQUIN RIVER DELTA The San Francisco Estuary Partnership collaborates with partners throughout the Bay and Delta on regional, science-based programs to increase the health and resilience of the San Francisco Estuary. Established as part of the National Estuary Program over 25 years ago by the State of California and the U.S. Environmental Protection Agency, the Partnership manages multi-benefit projects that improve the well-being of wildlife and human communities from the inland rivers to the Golden Gate. More information can be found at sfestuary.org SAN FRANCISCO ESTUARY PARTNERSHIP 375 Beale Street, Suite 700, San Francisco, CA 94105 © 2019 San Francisco Estuary Partnership. All rights reserved. Please cite as The State of the Estuary 2019, San Francisco Estuary Partnership. The Delta Stewardship Council was created in 2009 by the California Legislature to advance the state’s coequal goals for the Sacramento-San Joaquin Delta through the development and enforcement of a long-term sustainable management plan. Informed by the Delta Science Program and Delta Independent Science Board, the Council oversees implementation of this plan through coordination and oversight of state and local agencies proposing to fund, carry out, and approve Delta-related activities. More information can be found at deltacouncil.ca.gov STATUS AND TRENDS OF INDICATORS OF ECOSYSTEM HEALTH THE ESTUARY SAN FRANCISCO BAY AND SACRAMENTO-SAN JOAQUIN RIVER DELTA SAN FRANCISCO ESTUARY A NORTHERN CALIFORNIA ESTUARY THAT INCLUDES THE SACRAMENTO-SAN JOAQUIN DELTA, SUISUN BAY, SAN PABLO BAY, AND SAN FRANCISCO BAY CONTENTS EXECUTIVE SUMMARY . -
Canopy Microclimate Modification for the Cultivar Shiraz II. Effects on Must and Wine Composition
Vitis 24, 119-128 (1985) Roseworthy Agricultural College, Roseworth y, South Australia South Australian Department of Agriculture, Adelaide, South Austraha Canopy microclimate modification for the cultivar Shiraz II. Effects on must and wine composition by R. E. SMART!), J. B. ROBINSON, G. R. DUE and c. J. BRIEN Veränderungen des Mikroklimas der Laubwand bei der Rebsorte Shiraz II. Beeinflussung der Most- und Weinzusammensetzung Z u sam menfa ss u n g : Bei der Rebsorte Shiraz wurde das Ausmaß der Beschattung innerha lb der Laubwand künstlich durch vier Behandlungsformen sowie natürlicherweise durch e ine n Wachstumsgradienten variiert. Beschattung bewirkte in den Traubenmosten eine Erniedri gung de r Zuckergehalte und eine Erhöhung der Malat- und K-Konzentrationen sowie der pH-Werte. Die Weine dieser Moste wiesen ebenfalls höhere pH- und K-Werte sowie einen venin gerten Anteil ionisierter Anthocyane auf. Statistische Berechnungen ergaben positive Korrelatio nen zwischen hohen pH- und K-Werten in Most und Wein einerseits u11d der Beschattung der Laubwand andererseits; die Farbintensität sowie die Konzentrationen der gesamten und ionisier ten Anthocyane und der Phenole waren mit der Beschattung negativ korreliert. Zur Beschreibung der Lichtverhältnisse in der Laubwand wurde ei11 Bonitierungsschema, das sich auf acht Merkmale stützt, verwendet; die hiermit gewonne nen Ergebnisse korrelierten mit Zucker, pH- und K-Werten des Mostes sowie mit pH, Säure, K, Farbintensität, gesamten und ionj sierten Anthocyanen und Phenolen des Weines. Starkwüchsige Reben lieferten ähnliche Werte der Most- und Weinzusammensetzung wie solche mit künstlicher Beschattung. K e y wo r d s : climate, light, growth, must quality, wine quality, malic acid, potassium, aci dity, anthocyanjn. -
Kentucky Viticultural Regions and Suggested Cultivars S
HO-88 Kentucky Viticultural Regions and Suggested Cultivars S. Kaan Kurtural and Patsy E. Wilson, Department of Horticulture, University of Kentucky; Imed E. Dami, Department of Horticulture and Crop Science, The Ohio State University rapes grown in Kentucky are sub- usually more harmful to grapevines than Even in established fruit growing areas, ject to environmental stresses that steady cool temperatures. temperatures occasionally reach critical reduceG crop yield and quality, and injure Mesoclimate is the climate of the vine- levels and cause significant damage. The and kill grapevines. Damaging critical yard site affected by its local topography. moderate hardiness of grapes increases winter temperatures, late spring frosts, The topography of a given site, including the likelihood for damage since they are short growing seasons, and extreme the absolute elevation, slope, aspect, and the most cold-sensitive of the temperate summer temperatures all occur with soils, will greatly affect the suitability of fruit crops. regularity in regions of Kentucky. How- a proposed site. Mesoclimate is much Freezing injury, or winterkill, oc- ever, despite the challenging climate, smaller in area than macroclimate. curs as a result of permanent parts of certain species and cultivars of grapes Microclimate is the environment the grapevine being damaged by sub- are grown commercially in Kentucky. within and around the canopy of the freezing temperatures. This is different The aim of this bulletin is to describe the grapevine. It is described by the sunlight from spring freeze damage that kills macroclimatic features affecting grape exposure, air temperature, wind speed, emerged shoots and flower buds. Thus, production that should be evaluated in and wetness of leaves and clusters. -
The Estuary Project'snon-Profit Partner
PublicationsPublications TheThe EstuaryEstuary Project’sProject’s Non-ProfitNon-Profit PartnerPartner (PRINT AND ON-LINE) ESTUARY, an eight-page, bi-monthly newsletter that includes fre- The Friends of the San The San Francisco quent, comprehensive inserts about CALFED’s Science Program and the Regional Monitoring Program led by the San Francisco Francisco Estuary is a 501(c)(3) Estuary Project is a federal-state- Estuary Institute non-profit organization associated with local partnership working to restore water Courtesty Delta In-Channel Island Work Group. Bay-Delta Environmental Report Card, March 1999 the Estuary Project. Its goal is to quality and manage the natural resources of Bay-Delta Environmental Report Card, September 2001 increase public awareness of the the San Francisco Bay-Delta Estuary while Baylands Ecosystem Habitat Goals Estuary and to encourage Baylands Ecosystem Species and Community Profiles maintaining the region’s economic vitality. Boater’s Pumpout Map & Guides for San Francisco Bay and the San public involvement in The Estuary Project oversees and tracks Joaquin & Sacramento River Delta decision-making processes implementation of a Comprehensive CCMP Workbook, October 1996 about the Estuary. Conservation and Management Plan— Erosion and Sediment Control Field Manual and Guidebook for Construction Projects and videos:“Keep it Clean”;“Hold On To The Friends support the the “CCMP”—for preserving, restoring, and Your Dirt” education programs begun enhancing the Bay-Delta Estuary.The Estuary Introduction to the Ecology of the San Francisco Bay by the Estuary Project by Project disseminates newsletters, fact sheets, SFEP web site: http://sfep.abag.ca.gov sponsoring workshops for videos, and other materials to educate the public SFEP Comprehensive Conservation and Management Plan State of the Estuary 2002: Science and Strategies for Restoration students and teachers and about Bay-Delta wetlands, wildlife, aquatic State of the Estuary 2000: Restoration Primer by helping community groups conduct resources, and land use issues. -
Environmental Study
Initial Environmental Review: 9000 Block Highway 99, BC Prepared by: Cascade Environmental Resource Group Ltd. Unit 3 – 1005 Alpha Lake Road Whistler, BC V0N 1B1 Prepared for: 28165 Yukon Inc. 5403 Buckingham Avenue Burnaby, BC, V5E 1Z9 Project No.: 089-05-18 Date: August 1, 2019 Table of Contents Statement of Limitations ............................................................................................................................ 1 1 Introduction .......................................................................................................................................... 2 1.1 Scope .............................................................................................................................................. 2 1.2 The Project Team ........................................................................................................................... 2 1.3 Location .......................................................................................................................................... 2 1.4 SLRD Bylaw Zoning........................................................................................................................ 2 1.5 Methodology ................................................................................................................................... 3 2 Existing Environmental Conditions ................................................................................................. 11 2.1 Historical and Existing Land Use ................................................................................................. -
10 the San Francisco Bay Area Water Trail
SAN FRANCISCO BAY TRAIL AND SAN FRANCISCO BAY AREA WATER TRAIL 2016 HIGHLIGHTS THE SAN FRANCISCO BAY AREA WATER TRAIL A growing network of launching and landing sites for human-powered boats and beachable sail craft (kayak, SUP, kiteboards, etc.) encouraging the exploration of the historic, scenic, cultural and environmental richness of the 450-square-mile San Francisco Bay estuary. Major funding is provided by the State Coastal Conservancy. 30 $596,900 14 TOTAL WATER TRAIL GRANT FUNDS AWARDED TO DATE SITES DESIGNATED SITES DESIGNATED IN 2016 $490,400 $1,153,480 GRANT FUNDS AWARDED 2016 $’S LEVERAGED THE SAN FRANCISCO BAY TRAIL A planned 500-mile shoreline path around the entire San Francisco Bay running through all nine Bay Area counties and 47 cities, connecting schools, neighborhoods, jobs, and parks to the shoreline and to each other. Major funding is provided by the State Coastal Conservancy. MILES CONNECTED BY NEW 2016 350 10 47 SEGMENTS MILES COMPLETED MILES CONSTRUCTED IN 2016 $18,788,326 144 GRANT FUNDS AWARDED TO DATE TOTAL MILES PLANNED/ DESIGNED 64 $113,682,562 TOTAL MILES $’S LEVERAGED CONSTRUCTED TRAIL BAY 2016 SAN FRANCISCO BAY TRAIL HIGHLIGHTS 2.5 miles of new Bay Trail Bay Bridge East Span Pathway Completion of new trail along Silicon Valley Trail Loop Study adjacent to Sears Point Wetland connects to Yerba Buena Island Christie Avenue between Powell released in partnership with Ridge Restoration Area opens linking and Shellmound streets closes Trail and the City of San Jose to 2.5 miles of existing shoreline a small but significant gap to demonstrate GHG emissions Bay Trail at Sonoma Baylands in Emeryville reductions along the South Bay Trails network Bay Trail Design Guidelines Google completes resurfacing of First 2016 episode of Open Road Explore the Coast grant awarded and Toolkit released four miles of Bay Trail linking with Doug McConnell features for five additional Bay Trail smart Sunnyvale and Mountain View. -
Programmatic Essential Fish Habitat (EFH) Assessment for the Long-Term Management Strategy for the Placement of Dredged Material in the San Francisco Bay Region
Programmatic Essential Fish Habitat (EFH) Assessment for the Long-Term Management Strategy for the Placement of Dredged Material in the San Francisco Bay Region July 2009 Executive Summary Programmatic Essential Fish Habitat (EFH) Assessment for the Long-Term Management Strategy for the Placement of Dredged Material in the San Francisco Bay Region Pursuant to section 305(b)(2) of the Magnuson-Stevens Fishery Conservation and Management Act of 1976 (16 U.S.C. §1855(b)), the United States Army Corps of Engineers (USACE) and the United States Environmental Protection Agency (USEPA), as the federal lead and co-lead agencies, respectively, submit this Programmatic Essential Fish Habitat (EFH) Assessment for the Long-Term Management Strategy for the Placement of Dredged Material in the San Francisco Bay Region. This document provides an assessment of the potential effects of the on-going dredging and dredged material placement activities of all federal and non-federal maintenance dredging projects in the action area (see Figure 1.1 located on page 3). The SF Bay LTMS program area spans 11 counties, including: Marin, Sonoma, Napa, Solano, Sacramento, San Joaquin, Contra Costa, Alameda, Santa Clara, San Mateo and San Francisco counties. It does not include the mountainous or inland areas far removed from navigable waters. The geographic scope of potential impacts included in this consultation (action area) comprises the estuarine waters of the San Francisco Bay region, portions of the Sacramento-San Joaquin Delta (Delta) west of Sherman Island and the western portion of the Port of Sacramento and Port of Stockton deep water ship channels. It also includes the wetlands and shallow intertidal areas that form a margin around the Estuary and the tidal portions of its tributaries. -
Climate Change Adaptation Study APPENDIX
City of Richmond Climate Change Adaptation Study APPENDIX City of Richmond Climate Action Plan Appendix F: Climate Change Adaptation Study Acknowledgements The City of Richmond has been an active participant in the Contra Costa County Adapting to Rising Tides Project, led by the Bay Conservation Development Commission (BCDC) in partnership with the Metropolitan Transportation Commission, the State Coastal Conservancy, the San Francisco Estuary Partnership, the San Francisco Estuary Institute, Alameda County Flood Control and Water Conservation District and the San Francisco Public Utilities Commission, and consulting firm AECOM. Environmental Science Associates (ESA) completed this Adaptation Study in coordination with BCDC, relying in part on reports and maps developed for the Adapting to Rising Tides project to assess the City of Richmond’s vulnerabilities with respect to sea level rise and coastal flooding. City of Richmond Climate Action Plan F-i Appendix F: Climate Change Adaptation Study This page intentionally left blank F-ii City of Richmond Climate Action Plan Appendix F: Climate Change Adaptation Study Table of Contents Acknowledgements i 1. Executive Summary 1 1.1 Coastal Flooding 2 1.2 Water Supply 2 1.3 Critical Transportation Assets 3 1.4 Vulnerable Populations 3 1.5 Summary 3 2. Study Methodology 4 2.1 Scope and Organize 4 2.2 Assess 4 2.3 Define 4 2.4 Plan 5 2.5 Implement and Monitor 5 3. Setting 6 3.1 Statewide Climate Change Projections 6 3.2 Bay Area Region Climate Change Projections 7 3.3 Community Assets 8 3.4 Relevant Local Planning Initiatives 9 3.5 Relevant State and Regional Planning Initiatives 10 4.