Green Line Light Rail Project; Portland, OR 2014
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Union Station Conceptual Engineering Study
Portland Union Station Multimodal Conceptual Engineering Study Submitted to Portland Bureau of Transportation by IBI Group with LTK Engineering June 2009 This study is partially funded by the US Department of Transportation, Federal Transit Administration. IBI GROUP PORtlAND UNION STATION MultIMODAL CONceptuAL ENGINeeRING StuDY IBI Group is a multi-disciplinary consulting organization offering services in four areas of practice: Urban Land, Facilities, Transportation and Systems. We provide services from offices located strategically across the United States, Canada, Europe, the Middle East and Asia. JUNE 2009 www.ibigroup.com ii Table of Contents Executive Summary .................................................................................... ES-1 Chapter 1: Introduction .....................................................................................1 Introduction 1 Study Purpose 2 Previous Planning Efforts 2 Study Participants 2 Study Methodology 4 Chapter 2: Existing Conditions .........................................................................6 History and Character 6 Uses and Layout 7 Physical Conditions 9 Neighborhood 10 Transportation Conditions 14 Street Classification 24 Chapter 3: Future Transportation Conditions .................................................25 Introduction 25 Intercity Rail Requirements 26 Freight Railroad Requirements 28 Future Track Utilization at Portland Union Station 29 Terminal Capacity Requirements 31 Penetration of Local Transit into Union Station 37 Transit on Union Station Tracks -
Light Rail Transit (LRT)
Transit Strategies Light Rail Transit (LRT) Light rail transit (LRT) is electrified rail service that operates in urban environments in completely exclusive rights‐of‐way, in exclusive lanes on roadways, and in some cases in mixed traffic. Most often, it uses one to three car trains and serves high volume corridors at higher speeds than local bus and streetcar service. Design and operational elements of LRT include level boarding, off‐board fare payment, and traffic signal priority. Stations are typically spaced farther apart than those of local transit services and are usually situated where there are higher population and employment densities. MAX Light Rail (Portland, OR) The T Light Rail (Pittsburgh, PA) Characteristics of LRT Service LRT is popular with passengers for a number of reasons, the most important of which are that service is fast, frequent, direct, and operates from early morning to late night. These attributes make service more convenient—much more convenient than regular bus service—and more competitive with travel by automobile. Characteristics of LRT service include: . Frequent service, typically every 10 minutes or better . Long spans of service, often 18 hours a day or more . Direct service along major corridors . Fast service Keys reasons that service is fast are the use of exclusive rights‐of‐way—exclusive lanes in the medians of roadways, in former rail rights‐of‐way, and in subways—and that stations are spaced further apart than with bus service, typically every half mile (although stations are often spaced more closely within downtown areas). Rhode Island Transit Master Plan | 1 Differences between LRT and Streetcar Light rail and streetcar service are often confused, largely because they share many similarities. -
Transit Planning Practice in the Age of Transit-Oriented Development by Ian Robinson Carlton a Dissertation Submitted in Partial
Transit Planning Practice in the Age of Transit-Oriented Development By Ian Robinson Carlton A dissertation submitted in partial satisfaction of the requirements for the degree of Doctor of Philosophy in City & Regional Planning in the Graduate Division of the University of California, Berkeley Committee in charge: Professor Daniel Chatman, Chair Professor Robert Cervero Professor Dwight Jaffee Fall 2013 © Copyright by Ian Robinson Carlton 2013 All Rights Reserved Abstract Transit Planning Practice in the Age of Transit-Oriented Development by Ian Robinson Carlton Doctor of Philosophy in City & Regional Planning University of California, Berkeley Professor Daniel Chatman, Chair Globally, urban development near transit stations has long been understood to be critical to transit’s success primarily because it can contribute to ridership and improve the efficiency of transit investments. In the United States in particular, fixed-guideway transit’s land use-shaping capability has been an important justification and goal for transit investment. In fact, today’s U.S. federal funding policies increasingly focus on achieving transit-oriented real estate development near new transit infrastructure. However, the widespread implementation of transit and land use coordination practices has been considered an uphill battle. The academic literature suggests the most effective practice may be for U.S. transit planners to locate transit stations where pre-existing conditions are advantageous for real estate development or transit investments can generate the political will to dramatically alter local conditions to make them amenable to real estate development. However, prior to this study, no research had investigated the influence of real estate development considerations on U.S. -
Public Transit a History of Public Transit in Portland
Hilary Pfeifer Meredith Dittmar PUBLIC TRANSIT A history of public transit in Portland Melody Owen Mark Richardson Smith Kristin Mitsu Shiga Chandra Bocci trimet.org/history Traveling through time Dear Reader, Transit plays a critical role in providing options for traveling throughout the region. It connects people to work, school, recreational destinations and essential services. It’s not just a commuter service. It’s a community asset. And the benefits extend far beyond those who ride. TriMet’s transit system is recognized as a national leader for its connection to land use. By linking land-use planning and transit, we have helped create livable communities, vibrant neighborhoods and provide alternatives to driving. Transit is also a catalyst for economic development. More than $10 billion in transit-oriented development has occurred within walking distance of MAX light rail stations since the decision to build in 1980. Developers like the permanence of rail when investing in projects. Transit is also valued by the community. Most of our riders— 81 percent—are choice riders. They have a car available or choose not to own one so they can ride TriMet. With more than 325,000 trips taken each weekday on our buses, MAX Light Rail and WES Commuter Rail, we eliminate 66 million annual car trips. That eases traffic congestion and helps keep our air clean. TriMet carries more people than any other U.S. transit system our size. Our many innovations have drawn the attention of government leaders, planners, transit providers and transit users from around the world. We didn’t start out that way. -
Informing Subterranean Transit Station Design from Existing And
Portland State University PDXScholar University Honors Theses University Honors College 6-12-2019 Informing Subterranean Transit Station Design from Existing and Future Station Typologies; an Informative Exploration of how to Develop Underground Station Design for MAX Light Rail Antonio P. Ramos-Crosier Portland State University Follow this and additional works at: https://pdxscholar.library.pdx.edu/honorstheses Let us know how access to this document benefits ou.y Recommended Citation Ramos-Crosier, Antonio P., "Informing Subterranean Transit Station Design from Existing and Future Station Typologies; an Informative Exploration of how to Develop Underground Station Design for MAX Light Rail" (2019). University Honors Theses. Paper 797. https://doi.org/10.15760/honors.815 This Thesis is brought to you for free and open access. It has been accepted for inclusion in University Honors Theses by an authorized administrator of PDXScholar. Please contact us if we can make this document more accessible: [email protected]. Informing Subterranean Transit Station Design from Existing and Future Station Typologies; an Informative Exploration of how to Develop Underground Station Design for MAX Light Rail Image 1: MAX Red line crossing the Steel Bridge, which is a key piece of infrastructure that the regional connector aims to avoid with the implementation of a new tunnel. Image taken by Antonio Crosier. By: Antonio Ramos-Crosier Advisor: Jeff Schnabel 1 MAX Regional Connector Ramos-Crosier Research Question: In anticipation of TriMet and the City -
Factors to Consider in Designing a Joint Bus-Light Rail Transit Mall
156 TRB Special Report 195 Factors to Consider in Designing a Joint Bus-Light Rail Transit Mall R. DAVID MINISTER and DAVID J. CLARKE, Santa Clara County Transportation Agency Cities are turning more and more to bus and LRT transit planning, design, or construction of such a facility are mall solutions primarily because the costs of building a listed in Table 1. transit mall for servicing downtown areas are between $15 At about the same time that North American transit and $30 million per mile (1981 doilars) whereas building a experts were rediscovering the streetcar by visiting subway would cost between $60 and $120 million per mile modern light rail installations in Europe, an interest in bus in a CBD environment. Ongoing energy, maintenance, and transit malls began to spring up. First tested on Nicollet security costs are also much less with a transit mall than Avenue in Minneapolis in 1967, the basic idea of a transit with a subway station alternative, and pedestrian access is mall is to combine a pedestrian mall with an exclusive much quicker and easier, particularly for elderly and roadway for transit vehicles. In 1976, Portland, Oregon, handicapped persons. This paper identifies and describes received approval to construct a bus transit mall on 2 one- key design factors considered in the development of a joint way downtown streets. In the same year Chestnut Street bus-light rail transit mall for the downtown area in San in Philadelphia was converted into a bus transit mall in Jose, California. Other light rail mall designs researched time for celebrating the nations bicentennial. -
Transit-Oriented Development and Joint Development in the United States: a Literature Review
Transit Cooperative Research Program Sponsored by the Federal Transit Administration RESEARCH RESULTS DIGEST October 2002—Number 52 Subject Area: VI Public Transit Responsible Senior Program Officer: Gwen Chisholm Transit-Oriented Development and Joint Development in the United States: A Literature Review This digest summarizes the literature review of TCRP Project H-27, “Transit-Oriented Development: State of the Practice and Future Benefits.” This digest provides definitions of transit-oriented development (TOD) and transit joint development (TJD), describes the institutional issues related to TOD and TJD, and provides examples of the impacts and benefits of TOD and TJD. References and an annotated bibliography are included. This digest was written by Robert Cervero, Christopher Ferrell, and Steven Murphy, from the Institute of Urban and Regional Development, University of California, Berkeley. CONTENTS IV.2 Supportive Public Policies: Finance and Tax Policies, 46 I INTRODUCTION, 2 IV.3 Supportive Public Policies: Land-Based I.1 Defining Transit-Oriented Development, 5 Initiatives, 54 I.2 Defining Transit Joint Development, 7 IV.4 Supportive Public Policies: Zoning and I.3 Literature Review, 9 Regulations, 57 IV.5 Supportive Public Policies: Complementary II INSTITUTIONAL ISSUES, 10 Infrastructure, 61 II.1 The Need for Collaboration, 10 IV.6 Supportive Public Policies: Procedural and II.2 Collaboration and Partnerships, 12 Programmatic Approaches, 61 II.3 Community Outreach, 12 IV.7 Use of Value Capture, 66 II.4 Government Roles, 14 -
Transit Capacity and Quality of Service Manual (Part B)
7UDQVLW&DSDFLW\DQG4XDOLW\RI6HUYLFH0DQXDO PART 2 BUS TRANSIT CAPACITY CONTENTS 1. BUS CAPACITY BASICS ....................................................................................... 2-1 Overview..................................................................................................................... 2-1 Definitions............................................................................................................... 2-1 Types of Bus Facilities and Service ............................................................................ 2-3 Factors Influencing Bus Capacity ............................................................................... 2-5 Vehicle Capacity..................................................................................................... 2-5 Person Capacity..................................................................................................... 2-13 Fundamental Capacity Calculations .......................................................................... 2-15 Vehicle Capacity................................................................................................... 2-15 Person Capacity..................................................................................................... 2-22 Planning Applications ............................................................................................... 2-23 2. OPERATING ISSUES............................................................................................ 2-25 Introduction.............................................................................................................. -
Service Alerts – Digital Displays
Service Alerts – Digital Displays TriMet has digital displays at most MAX Light Rail stations to provide real-time arrival information as well as service disruption/delay messaging. Some of the displays are flat screens as shown to the right. Others are reader boards. Due to space, the messages need to be as condensed as possible. While we regularly post the same alert at stations along a line, during the Rose Quarter MAX Improvements we provided more specific alerts by geographical locations and even individual stations. This was because the service plan, while best for the majority of riders, was complex and posed communications challenges. MAX Blue Line only displays MAX Blue Line disrupted and frequency reduced. Shuttle buses running between Interstate/Rose Quarter and Lloyd Center stations. trimet.org/rq MAX Blue and Red Line displays page 1 – Beaverton Transit Center to Old Town MAX Blue/Red lines disrupted and frequency reduced. Red Line detoured. Shuttle buses running between Interstate/RQ and Lloyd Center. trimet.org/rq MAX Blue and Red Line displays page 2 – Beaverton Transit Center to Old Town Direct shuttle buses running between Kenton/N Denver Station, being served by Red Line, and PDX. trimet.org/rq MAC Red and Yellow displays – N Albina to Expo Center Red, Yellow lines serving stations btwn Interstate/RQ and Expo Center. trimet.org/rq. Connect with PDX shuttle buses at Kenton. MAX Red display – Parkrose Red Line disrupted, this segment running btwn Gateway and PDX. Use Blue/Green btwn Lloyd Center and Gateway, shuttles btwn Interstate/RQ and Lloyd Center. -
Trolleys Through the Timber - Richard Thompson
Oregon Electric Railway Historical Society Volume 19 503 Issue 2 Spring 2014 Reminder to members: Please be sure your dues In this issue: are up to date. 2014 dues were due Jan 1, 2014. Trolleys Through the Timber - Richard Thompson....................1 Oregon Electric Railway Historical Society News.......................2 If it has been longer than one year since you renewed, Interpretative Center Update Greg Bonn....................................2 go to our website: oerhs.org and download an Red Trolleys in the Sun Mark Kavanagh..................................5 application by clicking: Become a Member MAX Yellow Line Lou Bowerman ..............................................6 Seattle Transit Update Roy Bonn................................................7 Tucson Sun Link Update Roy Bonn............................................9 See this issue in color on line DC Streetcar Update Roy Bonn..............................................10 at oerhs.org/transfer Pacific Northwest Transit Update Roy Bonn..............................10 Spotlight on Members: Hal Rosene ..........................................11 Trolleys Through the Timber Oregon’s Small Town Streetcar Systems By Richard Thompson The following article is excerpted from Richard's upcoming book, “Trolleys Through the Timber: Oregon's Small Town Streetcar Systems.” As the working title indicates, it will focus upon streetcars outside of Portland. This new endeavor will allow the author to further develop information about small town streetcar systems that previously appeared in his online Oregon Encyclopedia entries, and his four books for Arcadia Publishing. By the turn of the 20th century the Small town streetcar systems often relied on secondhand rolling stock. This interurban- street railway had become a vital part of like Forest Grove Transportation Company car is thought to have started life as a trailer urban transportation. -
AGENCY PROFILE and FACTS RTD Services at a Glance
AGENCY PROFILE AND FACTS RTD Services at a Glance Buses & Rail SeniorRide SportsRides Buses and trains connect SeniorRide buses provide Take RTD to a local the metro area and offer an essential service to our sporting event, Eldora an easy RTDway to Denver services senior citizen at community. a glanceMountain Resort, or the International Airport. BolderBoulder. Buses and trains connect and the metro trainsarea and offer an easy way to Denver International Airport. Access-a-Ride Free MallRide Access-a-RideAccess-a-Ride helps meet the Freetravel MallRideneeds of passengers buses with disabilities.Park-n-Rides Access-a-RideFlexRide helps connect the entire length Make connections with meet theFlexRide travel needsbuses travel of within selectof downtown’s RTD service areas.16th Catch FlexRideour to connect buses toand other trains RTD at bus or passengerstrain with servies disabilities. or get direct accessStreet to shopping Mall. malls, schools, and more.89 Park-n-Rides. SeniorRide SeniorRide buses serve our senior community. Free MallRide FlexRideFree MallRide buses stop everyFree block onMetroRide downtown’s 16th Street Mall.Bike-n-Ride FlexRideFree buses MetroRide travel within Free MetroRide buses Bring your bike with you select RTDFree service MetroRide areas. buses offer convenientoffer convenient connections rush-hour for downtown commuterson the bus along and 18th train. and 19th Connectstreets. to other RTD connections for downtown SportsRides buses or trains or get direct commuters along 18th and Take RTD to a local sporting event, Eldora Mountain Resort, or the BolderBoulder. access toPark-n-Rides shopping malls, 19th streets. schools, Makeand more.connections with our buses and trains at more than 89 Park-n-Rides. -
LRT) Is Electric Urban Rail Service That Typically Operates in Exclusive Rights-Of-Way
Light rail transit (LRT) is electric urban rail service that typically operates in exclusive rights-of-way. Most often, it uses one to three car trains and is designed to serve high volume corridors at higher speeds than a local bus or streetcar service. Design and operational elements of LRT include level boarding, off-board fare payment, and traffic signal priority. Stations are typically spaced farther apart than those of local transit services and are usually situated where there are higher population and employment densities. While longer stop spacing can increase walking distances for some riders, people are typically willing to walk farther to reach transit if service is fast and frequent. What is now known as light rail evolved from the streetcar services of the late 1800s as those services began to be provided with exclusive rights-of-way to avoid severe congestion in mixed traffic on surface streets. In 1897, Boston’s Tremont Street Subway, which is now part of the MBTA’s Green Line, was the first streetcar line to be placed in a tunnel, and, in effect, became the nation’s first light rail line. While light rail has a long history in older cities, it became increasingly popular beginning in the 1980s as a way for newer cities to obtain many of the benefits of rapid transit/subway systems at a lower cost through mostly surface operation. According to the Transportation Research Board, today’s systems can be categorized into two types: 1. “First Generation systems that evolved from earlier trolley and tramway lines that remained in operation throughout their transformation [as in Boston].