Ballard/Fremont Neighborhood Greenways
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SDOT 2018 Traffic Report
Seattle Department of Transportation 2018 TRAFFIC REPORT *2017 data CONTENTS 5 Executive Summary 7 Traffic Volumes and Speeds 8 Motor Vehicle Volumes 11 Traffic Flow Map 13 Bicycle Volumes 18 Pedestrian Volumes 21 Motor Vehicle Speeds 23 Traffic Collisions 24 Citywide Collision Rate 25 Fatal and Serious Injury Collisions 27 Pedestrian Collision Rate 30 Bicycle Collision Rate 33 Supporting Data 33 Volume Data 44 Speed Data 48 Historical Collision Data 50 2016 All Collisions 54 2016 Pedestrian Collisions 63 2016 Bicycle Collisions 75 Glossary EXECUTIVE SUMMARY This report presents an end of year review of This report is prepared in compliance with Seattle the core data sets the Seattle Department of Municipal Code 11.16.220, which requires the Transportation (SDOT) collects and maintains City Traffic Engineer to present an annual traffic including volumes, speeds, and collisions. The report that includes information about traffic use of this data, guided by department plans and trends and traffic collisions on City of Seattle policies, serves as the foundation for making streets. Beyond this legal requirement, the informed decisions on nearly all work at SDOT report strives to serve as an accessible reference from safety improvements to repaving to grant of Seattle traffic data and trends for all. applications. It is fundamental to measuring project performance. The breadth and depth of In gathering and compiling the information the data collected allows objective discussion of in this report, the Seattle Department of project merits and results, be it a new crosswalk Transportation does not waive the limitations on or an entire safety corridor. As the demands and this information’s discoverability or admissibility complexity of Seattle’s transportation network under 23 U.S.C § 409. -
Burke Building 400 North 34Th Street | Seattle, WA
THE Burke Building 400 North 34th Street | Seattle, WA NEIGHBORING TENANTS FOR LEASE LOCATION high-tech 6,185 sf Fremont companies include Adobe, Impinj, Suite 200 Seattle’s funky, creative neighborhood Google, and Tableau Software “Center of the Universe” LOCATED IN FREMONT, AN OASIS FOR TECH COMPANIES For leasing information, contact JEFF LOFTUS • Newly remodeled lobbies and restrooms • Professional Management with 206.248.7326 with showers on-site building engineers [email protected] • High Speed Internet (Comcast Cable, • Views of the Ship Canal Century Link, Accel Wireless) KEN HIRATA • Parking ratio of 2/1,000 206.296.9625 • Near Fremont Canal Park, Burke • Available now [email protected] Gilman Trail, unique local shops and distinctive eateries • $32.00 PSF, FS kiddermathews.com This information supplied herein is from sources we deem reliable. It is provided without any representation, warranty or guarantee, expressed or implied as to its accuracy. Prospective Buyer or Tenant should conduct an independent investigation and verification of all matters deemed to be material, including, but not limited to, statements of income and expenses. Consult your attorney, accountant, or other professional advisor. BurkeTHE Building PROXIMITY SEATTLE CBD 3 miles 10 minutes to AURORA BRIDGE downtown Seattle LAKE UNION FREMONT BRIDGE LAKE WASHINGTON SHIP CANAL N 34TH ST N 35TH ST THE BURKE BUILDING N 36TH ST JEFF LOFTUS KEN HIRATA kiddermathews.com 206.248.7326 | [email protected] 206.296.9625 | [email protected] 400 North 34th Street | Seattle, WA SHIP CANAL PARKING 2/1,000 spaces per 1,000 sf rentable area N 34TH ST SUITE 200 N 35TH ST BurkeTHE Building SECOND FLOOR SUITE 200 AVAILABLE NOW 6,185 sf JEFF LOFTUS | 206.248.7326 | [email protected] KEN HIRATA | 206.296.9625 | [email protected] This information supplied herein is from sources we deem reliable. -
Analysis of Existing Data on Lake Union/Ship Canal
Water Quality Assessment and Monitoring Study: Analysis of Existing Data on Lake Union/Ship Canal October 2017 Alternative Formats Available Water Quality Assessment and Monitoring Study: Analysis of Existing Data on Lake Union/Ship Canal Prepared for: King County Department of Natural Resources and Parks Wastewater Treatment Division Submitted by: Timothy Clark, Wendy Eash-Loucks, and Dean Wilson King County Water and Land Resources Division Department of Natural Resources and Parks Water Quality Assessment and Monitoring Study: Analysis of Existing Data on Lake Union/Ship Canal Acknowledgements The authors would like to thank for following people for their contributions to this report: Staff at the King County Environmental Laboratory for field and analytical support. Dawn Duddleson (King County) for her help in completing the literature review. The King County Water Quality and Quantity Group for their insights, especially Sally Abella for her thorough and thoughtful review. Lauran Warner, Frederick Goetz, and Kent Easthouse of the U.S. Army Corps of Engineers. Judy Pickar (project manager), Dean Wilson (science lead), and King County project team members (Bob Bernhard, Mark Buscher, Timothy Clark, Betsy Cooper, Wendy Eash‐Loucks, Elizabeth Gaskill, Martin Grassley, Erica Jacobs, Susan Kaufman‐Una, Lester, Deborah, Kate Macneale, Chris Magan, Bruce Nairn, Sarah Ogier, Erika Peterson, John Phillips, Cathie Scott, Jim Simmonds, Jeff Stern, Dave White, Mary Wohleb, and Olivia Wright). The project’s Science and Technical Review Team members—Virgil Adderley, Mike Brett, Jay Davis, Ken Schiff, and John Stark—for guidance and review of this report. Citation King County. 2017. Water Quality Assessment and Monitoring Study: Analysis of Existing Data on Lake Union/Ship Canal. -
Ordinance 13166
Aprill, 1998 clerk 5/19198 Introduced By: Rob McKenna Proposed No.: ", 1 ORDINANCE NO. _ 2 AN ORDINANCE for the September 1998 public 3 transportation service improvements for King County. 4 BE IT ORDAINED BY THE COUNCIL OF KING COUNTY: 5 The September 1998 public transportation service improvements for 6 King County, substantially as described in Exhibits A, B, and C, attached hereto, are hereby 7 approved. 8 SECTION 2. These transportation service improvements will be implemented 9 effective September 19, 1998, except that the total amount of service change is significantly 10 more than was anticipated the adopted 1998 budget, and some service improvements may 11 be instead implemented in 1999 as vehicles, operator and budget allow, 12 13 16 17 18 - 1 6 1 The Metro Transit U1\rlS1C)ll shall work with the local jurisdictions, 2 residents and bus riders to determine the appropriate streets on which to operate the Routes 3 72 and 79 north Seattle and the appropriate +..",.....,+ community service network for 4 Mercer Island including possible revisions to Route 201. The division shall submit 5 recommendations on these services to the council by September 30, 1998. 6 INTRODUCED READ for the first time this ~~__ day of 7 8 PASSED by a vote of /3 to 0 this...l.-.::::.._ day of Vl11ay 9 19!!(f' 10 KING COUNTY COUNCIL 11 KING COUNTY, WASHINGTON ~)2J~ 12 13 Charr 14 ATTEST: 15 ~counCil 16 18 19 Attachments: Exhibit A - September 1998 Service Changes King County 21 Exhibit B - September 1998 Service Changes West King County 22 Exhibit C - 1998 Service Changes South King County & 23 West Seattle - 2 EXHIBEDH.DOC September 1998 Service Change Ordinance EXHIBIT A 31 Exhibit A: EXHIBETC.DOC 5/12198 September 1998 Service Change Ordinance EXHIBIT A EAST SUBAREA SERVICE CHANGES ROUTE: 222 1 1 OBJECTIVE: 1. -
Statement of Qualifications Murray Morgan Bridge Rehabilitation Design-Build Project
Submitted by: Kiewit Pacific Co. Statement of Qualifications Murray Morgan Bridge Rehabilitation Design-Build Project Specification No. PW10-0128F Submitted to: Purchasing Office, Tacoma Public Utilities 3628 South 35th Street, Tacoma, WA 98409 June 8, 2010 Tab No. 1 - General Company Information & Team Structure Murray Morgan Bridge Rehabilitation Design-Build Project Project TAB NO.1 - GENERAL COMPANY INFORMATION AND TEAM STRUCTURE Kiewit Pacific Co., a wholly-owned subsidiary of Kiewit Infrastructure Group, Inc., will be the contracting party for this project, as indicated on Forms 3 and 4 in Tab No. 4 - Appendix C. As a wholly-owned subsidiary, none of the officers of Kiewit Pacific Co. (Kiewit) own stock. Incorporated on May 18, 1982, we can trace our history back to 1884, when Peter and Andrew Kiewit formed Kiewit Brothers, an Omaha masonry contracting partnership. Today, we are part of one of North America's largest and most respected construction and mining organizations. We take our place in the corporate structure of our parent company, Kiewit Infrastructure Group Inc., alongside Kiewit Construction Company and Kiewit Southern Co. Our affiliates and subsidiaries, as well as those of our parent company, operate from a network of offices throughout North America. We draw upon the Kiewit Corporation’s collective experience and personnel to assemble the strongest team possible for a given project. Therefore, work experience of such affiliates and subsidiaries is relevant in demonstrating our capabilities. For the Murray Morgan Bridge, we are supplementing our local talent with extensive moveable bridge expertise from our east coast operations, Kiewit Constructors, Inc. We are also utilizing our local subsidiary, General Construction Company (General), for mechanical and electrical expertise. -
Building a Better Fish Trap
BUILDING A BETTER FISH TRAP CORY CUTHBERTSON, WDFW History of L.Washington sockeye and water projects Broodstock collection at the old trap and weir at Cavanaugh Ponds Fall 2008 installation and operation of the new floating resistance board weir in Renton, WA What we learned in the first year and how we can improve next year Ballard Locks Interim Sockeye Hatchery • Established 1991 • 17 million fry capacity • Operated by Washington Department of Fish and Wildlife Long Term Project Goals Increase returns of Cedar R sockeye and provide fishing opportunity for public and tribes Avoid or reduce effects on naturally spawning populations Challenges Broodstock collection ESA listed Chinook Temporary structure in a volatile river Weir at Cavanaugh Pond 11/6/2006 Why a New Weir in Renton? About a 1/3 of the sockeye spawn below Cavanaugh Pond, limiting broodstock collection. The new weir is a resistance board weir, which will be able to withstand higher flows. Doesn’t require equipment for installation/removal. Weir Panel Nomenclature Results: A better fish trap? ~Same # of eggs from ½ the # of adults into the L. Washington basin Installed in 2 days, removed in 4 hours without any heavy equipment Next year we should… Better trap door to target Chinook passage New Hatchery Thanks! Paul Faulds and Gary Sprague, SPU Brodie Antipa, WDFW Seattle Public Utilities Cramer Fish Sciences Questions ? What’s the Hurry? The Lake Washington fish flop of 2008 Age Composition Of Females 100 80 60 Hatch 40 NOR 20 0 % Of Sampled Fish % Of Sampled 3-yr 4-yr 5-yr Age At Maturati on Age Composition In Hatchery & Wild Females Is Comparable Sockeye introductions and propagation in Lake Washington From Cultus Lake 1917 1935 1944 23,655 to North Cr. -
8 Chittenden Locks 47
Seattle’s Aquatic Environments: Hiram M. Chittenden Locks Hiram M. Chittenden Locks The following write-up relies heavily on the Hiram M. Chittenden Locks/Salmon Bay Subarea Chapter by Fred Goetz in the Draft Reconnaissance Assessment – Habitat Factors that Contribute to the Decline of Salmonids by the Greater Lake Washington Technical Committee (2001). Overview The Hiram M. Chittenden Locks (Locks) were Operation of the navigational locks involves constructed by the U.S. Army Corps of Engineers raising or lowering the water level within either (the Corps) in 1916 and commissioned in 1917. the large or small lock chamber so that vessels may The Locks were built as a navigation project to pass between the two waterbodies. The filling and allow boats to travel from the marine waters of emptying of the large lock chamber is achieved by Puget Sound to the protected freshwaters of Lake use of a system of two large conduits that can Union and Lake Washington. The Locks are either fill the entire lock or half of the lock. This comprised of two navigational lock chambers: a is achieved by using a miter gate that divides the large lock that accommodates both large and small large lock chamber into two sections. Water is vessels and a small lock used by smaller vessels. In taken into the conduits via two culvert intakes addition to the lock chambers, the Locks include a located immediately upstream of the structure. dam, 6 spillway bays, and a fish ladder. Water is conveyed through each conduit and is The Locks form a dam at the outlet of the Lake discharged into the lock chamber through outlet Washington and Lake Union/Ship Canal system culverts on each side of the chamber. -
Baseline Or No Build Scenario
Appendix A Alternatives Technical Report TRANSPORTATION 2040 Appendix A ALTERNATIVES TECHNICAL REPORT Contents 1. Process of designing the alternatives ...................................................................................1 a. Organizational structure b. Organizational process 2. The alternatives....................................................................................................................3 a. Introduction to the alternatives ......................................................................................3 b. The baseline alternative .................................................................................................3 c. Core strategies for all action alternatives.....................................................................15 d. Alternative 1.................................................................................................................18 e. Alternative 2.................................................................................................................27 f. Alternative 3.................................................................................................................32 g. Alternative 4.................................................................................................................39 h. Alternative 5.................................................................................................................46 i. Preferred Alternative (Constrained) .......................................................................... -
Press Release Locks TAST Final 8-26-20
New device may keep seals away from the Ballard Locks, giving migrating salmon a better chance at survival For Immediate Release: 8/26/20 - Seattle, WA SUMMARY A group of partners working to improve salmon stocks have deployed a newly developed device on the west side of the Ballard Locks that uses underwater sound to keep harbor seals away from this salmon migration bottleneck. If effective, the device may help salmon populations in jeopardy by reducing predation without harming marine mammals. STORY The U.S. Army Corps of Engineers and Oceans Initiative, with support from Long Live the Kings, University of St Andrews, Genuswave, Puget Sound Partnership, Washington Department of Fish and Wildlife, Muckleshoot Indian Tribe, and other partner organizations have deployed a Targeted Acoustic Startle Technology (TAST) on the west side of the Ballard (Hiram M. Chittenden) Locks. The TAST is intended to keep harbor seals away from the fish ladder allowing salmon to reach the Lake Washington Ship Canal from Puget Sound. Seals and sea lions are known to linger at this migration bottleneck and consume large numbers of salmon returning to the spawning grounds. If successful, the device may help recover dwindling salmon runs, without harming marine mammals. "We are always looking for new innovations to help the environment,” said USACE spokesperson Dallas Edwards. “We are excited to see the results of this study." Every salmon and steelhead originating from the Sammamish or Cedar river must pass through the Ballard Locks twice during its life, once as a young smolt and again as an adult. With limited routes to get through the locks, salmon are funneled through a small area. -
SR 520 I-5 to Medina
4.6 Cultural Resources 4.6 Cultural Resources The National Register of Historic The term “cultural resources” encompasses, but is not necessarily limited Places to, archaeological sites, Native American and traditional cultural properties, The National Register of Historic Places historic buildings and structures, historic districts, and planned landscapes. (NRHP) is the official list of cultural The National Historic Preservation Act of 1966 was passed to recognize the resources worthy of preservation, authorized importance of these resources to our national, regional, and local culture. under the National Historic Preservation Act of 1966. Properties listed in the National The historic built environment includes buildings; structures that are not Register include districts, sites, buildings, structures, and objects that are significant in buildings, such as bridges; objects; districts; landscapes; or even sites or American history, architecture, archaeology, locations of historic importance where no remains exist. The significance of engineering, and culture. National Register such properties may be historical in that they are associated with “broad properties are distinguished by having been patterns in our history” or the lives of “persons significant in our past” (36 documented and determined eligible according to uniform standards (Criteria A-D, CFR part 60.4, Criteria for Evaluation). Buildings and structures may also known as the Criteria for Evaluation), listed represent or exemplify a particular type or style of building, have aesthetic below. Please see the Final Cultural significance, or preserve the work of a master architect or engineer. Resources Assessment and Discipline Report in Attachment 7 for additional Archaeological resources are places where past peoples have left physical information. -
Resolution Salish Sea Tidal Hydrodynamic Model September 2020
PNNL-30448 Validation of the High- Resolution Salish Sea Tidal Hydrodynamic Model September 2020 Z Yang T Wang R Branch Z Xiao Prepared for the U.S. Department of Energy under Contract DE-AC05-76RL01830 Choose an item. DISCLAIMER This report was prepared as an account of work sponsored by an agency of the United States Government. Neither the United States Government nor any agency thereof, nor Battelle Memorial Institute, nor any of their employees, makes any warranty, express or implied, or assumes any legal liability or responsibility for the accuracy, completeness, or usefulness of any information, apparatus, product, or process disclosed, or represents that its use would not infringe privately owned rights. Reference herein to any specific commercial product, process, or service by trade name, trademark, manufacturer, or otherwise does not necessarily constitute or imply its endorsement, recommendation, or favoring by the United States Government or any agency thereof, or Battelle Memorial Institute. The views and opinions of authors expressed herein do not necessarily state or reflect those of the United States Government or any agency thereof. PACIFIC NORTHWEST NATIONAL LABORATORY operated by BATTELLE for the UNITED STATES DEPARTMENT OF ENERGY under Contract DE-AC05-76RL01830 Printed in the United States of America Available to DOE and DOE contractors from the Office of Scientific and Technical Information, P.O. Box 62, Oak Ridge, TN 37831-0062; ph: (865) 576-8401 fax: (865) 576-5728 email: [email protected] Available to the public from the National Technical Information Service 5301 Shawnee Rd., Alexandria, VA 22312 ph: (800) 553-NTIS (6847) email: [email protected] <https://www.ntis.gov/about> Online ordering: http://www.ntis.gov Choose an item. -
Indigenous People and the Transformation of Seattle's
05-C3737 1/19/06 11:43 AM Page 89 City of the Changers: Indigenous People and the Transformation of Seattle’s Watersheds COLL THRUSH The author is a member of the history department at the University of British Columbia. Between the 1880s and the 1930s indigenous people continued to eke out traditional livings along the waterways and shorelines of Seattle’s urbanizing and industrializing landscape. During those same years, however, the city’s civic leaders and urban plan- ners oversaw massive transformations of that landscape, including the creation of a ship canal linking Puget Sound with Lake Washington and the straightening of the Duwamish River. These transformations typified the modernizing ethos that sought to improve nature to ameliorate or even end social conflict. The struggle of the Duwamish and other local indigenous people to survive urban change, as well as the efforts by residents of nearby Indian reservations to maintain connections to places within the city, illustrate the complex, ironic legacies of Seattle’s environmental his- tory. They also show the ways in which urban and Native history are linked through both material and discursive practices. Seattle was a bad place to build a city. Steep sand slopes crumbled atop slippery clay; a river wound through its wide, marshy estuary and bled out onto expansive tidal flats; kettle lakes and cranberried peat bogs recalled the retreat of the great ice sheets; unpredictable creeks plunged into deep ravines—all among seven (or, depending on whom you ask, nine or fifteen) hills sandwiched between the vast, deep waters of Puget Sound and of Lake Wash- ington.