Development of the New York City Rail System
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Chapter 3: Description of Construction Methods and Activities A. INTRODUCTION
Chapter 3: Description of Construction Methods and Activities A. INTRODUCTION This chapter describes the construction process for the Second Avenue Subway. Potential envi- ronmental impacts that could result from its construction, as well as mitigation measures to lessen their effects, are discussed in subsequent technical chapters. A preliminary sequencing plan for the proposed construction activities is also identified, although this plan could still change as engineering evolves and depending on the availability of funding. At this time, design of the Second Avenue Subway is still ongoing, and will continue to evolve over the next year. Consequently, this Final Environmental Impact Statement (FEIS) assesses the range of construction methods and activities that may be required, using a reasonable worst case approach throughout to describe potential impacts. In other words, where a variety of construction techniques could reasonably be used to build a particular project element, the method that would result in the worst overall impacts is the one that has been selected for analysis. The Second Avenue Subway would consist largely of twin tunnels with outside diameters of up to 23½ feet. (The tunnels described in the SDEIS would have had outside diameters of 21 feet.) Each tunnel would be approximately 8.5 miles long, running from East Harlem to Lower Manhattan. Sixteen new stations, numerous fan plants and ventilation cooling facilities, pumping stations, electrical power substations, new train storage yards, and various other elements would also be built. As described later in this chapter, where possible, construction would take place underground to minimize disruptions at the surface. Between approximately 92nd and 4th Streets (instead of 6th Street as described in the SDEIS), and again from Maiden Lane south, where Manhattan’s hard bedrock is relatively close to the surface, tunnels and stations would mostly be constructed underground in the rock, by one of several mining techniques. -
A Retrospective of Preservation Practice and the New York City Subway System
Under the Big Apple: a Retrospective of Preservation Practice and the New York City Subway System by Emma Marie Waterloo This thesis/dissertation document has been electronically approved by the following individuals: Tomlan,Michael Andrew (Chairperson) Chusid,Jeffrey M. (Minor Member) UNDER THE BIG APPLE: A RETROSPECTIVE OF PRESERVATION PRACTICE AND THE NEW YORK CITY SUBWAY SYSTEM A Thesis Presented to the Faculty of the Graduate School of Cornell University In Partial Fulfillment of the Requirements for the Degree of Master of Arts by Emma Marie Waterloo August 2010 © 2010 Emma Marie Waterloo ABSTRACT The New York City Subway system is one of the most iconic, most extensive, and most influential train networks in America. In operation for over 100 years, this engineering marvel dictated development patterns in upper Manhattan, Brooklyn, and the Bronx. The interior station designs of the different lines chronicle the changing architectural fashion of the aboveground world from the turn of the century through the 1940s. Many prominent architects have designed the stations over the years, including the earliest stations by Heins and LaFarge. However, the conversation about preservation surrounding the historic resource has only begun in earnest in the past twenty years. It is the system’s very heritage that creates its preservation controversies. After World War II, the rapid transit system suffered from several decades of neglect and deferred maintenance as ridership fell and violent crime rose. At the height of the subway’s degradation in 1979, the decision to celebrate the seventy-fifth anniversary of the opening of the subway with a local landmark designation was unusual. -
Manual World of Subways 4
Subway Simulator - New York Queens - Manhattan Line 7 Copyright: © 2015 / Aerosoft GmbH Airport Paderborn/Lippstadt D-33142 Bueren, Germany Tel: +49 (0) 29 55 / 76 03-10 Fax: +49 (0) 29 55 / 76 03- 33 E-Mail: [email protected] Internet: www.aerosoft.de www.aerosoft.com All trademarks and brand names are trademarks or registered of their respective owners. All rights reserved. 2 3 Aerosoft GmbH 2015 Subway Simulator New York Queens - Manhattan Line 7 Manual 2 3 Subway Simulator - New York Queens - Manhattan Line 7 Content Epilepsy Warning ..................................................................5 Safety Precautions ................................................................5 Installing the Game ..............................................................6 Quick Start ........................................................................... 7 Tutorials ................................................................................ 9 Difficulty level .................................................................... 11 Scheduled Trip .................................................................... 12 Missions .............................................................................. 15 Introduction ....................................................................... 16 The International Express Route ...................................... 16 History of Line 7 ................................................................ 16 The Tin Birds of A-Division................................................ 17 Main -
Capital Program Oversight Committee Meeting
Capital Program Oversight Committee Meeting March 2021 Committee Members P. Foye, Chair N. Zuckerman, Vice Chair A. Albert J. Barbas N. Brown M. Fleischer R. Glucksman R. Herman D. Jones K. Law R. Linn D. Mack J. Samuelsen V. Tessitore Capital Program Oversight Committee Meeting 2 Broadway, 20th Floor Board Room New York, NY 10004 Wednesday, 3/17/2021 10:00 AM - 5:00 PM ET 1. PUBLIC COMMENTS PERIOD 2. APPROVAL OF MINUTES FEBRUARY 18, 2021 CPOC Committee Minutes - Page 3 3. COMMITTEE WORK PLAN 2021 - 2022 CPOC Committee Work Plan - Page 4 4. PRESIDENT’S REPORT President's Report - Page 6 5. CAPITAL PROGRAM UPDATE Progress Report on Infrastructure Projects - Page 11 IEC Project Review on Coney Island Yard Long Term Flood Mitigation - Page 16 IEC Project Review on Clifton Shop (NYCT/SIR) (Sandy) - Page 20 IEC Project Review on Rutgers Tube Rehabilitation - Page 24 IEC Project Review on 207th Street Flood Mitigation & Sewer Replacement - Page 28 IEC Project Review on Bus Radio System - Page 37 IEC Project Review on Harmon Shop Replacement Phase V, Stage 2 - Page 44 6. CAPITAL PROGRAM STATUS Commitments, Completions, and Funding Report - Page 48 7. QUARTERLY TRAFFIC LIGHT REPORTS Fourth Quarter 2020 Core & Sandy Traffic Light Reports - Page 64 MINUTES OF MEETING MTA CAPITAL PROGRAM OVERSIGHT COMMITTEE February 18, 2021 New York, New York 10:00 A.M. Because of the ongoing COVID‐19 public health crisis, the MTA Chairman convened a one‐day, virtual Board and Committee meeting session on February 18, 2021, which included the following committees: Long Island Rail Road and Metro‐North Railroad; New York City Transit; MTA Bridges and Tunnels; ; Finance Diversity; Capital Program Oversight Committee. -
D. Rail Transit
Chapter 9: Transportation (Rail Transit) D. RAIL TRANSIT EXISTING CONDITIONS The subway lines in the study area are shown in Figures 9D-1 through 9D-5. As shown, most of the lines either serve only portions of the study area in the north-south direction or serve the study area in an east-west direction. Only one line, the Lexington Avenue line, serves the entire study area in the north-south direction. More importantly, subway service on the East Side of Manhattan is concentrated on Lexington Avenue and west of Allen Street, while most of the population on the East Side is concentrated east of Third Avenue. As a result, a large portion of the study area population is underserved by the current subway service. The following sections describe the study area's primary, secondary, and other subway service. SERVICE PROVIDED Primary Subway Service The Lexington Avenue line (Nos. 4, 5, and 6 routes) is the only rapid transit service that traverses the entire length of the East Side of Manhattan in the north-south direction. Within Manhattan, southbound service on the Nos. 4, 5 and 6 routes begins at 125th Street (fed from points in the Bronx). Local service on the southbound No. 6 route ends at the Brooklyn Bridge station and the last express stop within Manhattan on the Nos. 4 and 5 routes is at the Bowling Green station (service continues into Brooklyn). Nine of the 23 stations on the Lexington Avenue line within Manhattan are express stops. Five of these express stations also provide transfer opportunities to the other subway lines within the study area. -
Cubic Partners with Dexda to Deliver Next-Generation Event Management for Customers in New York and London
Cubic partners with Dexda to deliver next-generation event management for customers in New York and London. The Dexda solution enables predictive event management for transport authorities managed by Cubic in New York and London. Background The New York City (NYC) subway and bus system is one of the most efficient public transportation systems in the world. Ridership across both is approximately eight million daily and more than 2.5 billion journeys annually. Cubic Transportation Systems (Cubic) has worked with (MTA) for nearly three decades now, starting with the implementation of the entire subway system accepting MetroCard, a magnetic swipe card allowing customers to load fares electronically. Today, more than 90 per cent of trips taken on NYC subways and buses Cubic was selected by the (MTA) to deliver and manage this major project are made with MetroCard. based on the success of Oyster. A similar next-generation fare payment As part of an ongoing modernisation programme, the current swipe system used on the bus, underground and rail services that the company MetroCard is expected to be phased out designed and implemented for Transport for London (TfL). by 2023. It is to be replaced by OMNY, a ‘More than 2.5 billion fare payment system enabling travellers to The new OMNY system allows customers to create personalised transit journeys annually’ pay with mobile and open payments via accounts to see travel history, check balances, add value as well as report lost contactless bankcards and mobile wallets or stolen cards to protect their funds. As a result, customers will experience or MTA-issued contactless smart cards, to greater convenience and shorter lines, allowing them to move faster through improve customer convenience and service for travellers. -
Boclair-Academy-School-Handbook
Boclair Academy School Handbook 2019-2020 January 2019 Dear Parent Welcome to the Boclair Academy handbook for session 2019-2020. Boclair Academy is a six-year comprehensive which serves its catchment area of South Bearsden and the village of Torrance (full details of the delineated catchment area can be accessed from Education Services, Southbank House, 1 Strathkelvin Place, Kirkintilloch). The totality of life in a large secondary school cannot be captured in a book such as this, but it does contain much information which I hope you will find useful. We offer pupils a wide range of educational experiences at Boclair, from the traditional range of subjects to the extensive programme of extra-curricular activities, school trips and visits. We hope that by offering these formal and informal learning experiences all of our pupils will have opportunities to maximise their potential, whatever their aptitudes, interests or aspirations. Session 2010-2011 saw the first steps in the formal introduction of Curriculum for Excellence, and staff have been engaged in ensuring the best possible educational experience is available for new pupils over the last seven years. Every school requires to produce an annual Improvement Plan. For Session 2018-2019 the focus is on improving the experience for all learners both in terms of attainment and achievement. Over the past 5-6 years, we have seen a steady improvement in the examination performance of our pupils, and over the past three sessions we have seen some of the best SQA results in the school’s history. Staff and pupils will be striving to maintain the high standards which have been set. -
October 5, 2016 Veronique Hakim President, New York City Transit
UNITED STATES HOUSE THE NEW YORK THE NEW YORK THE COUNCIL OF THE OF REPRESENTATIVES STATE SENATE STATE ASSEMBLY CITY OF NEW YORK October 5, 2016 Veronique Hakim President, New York City Transit Metropolitan Transportation Authority 2 Broadway New York, NY 1004 Dear President Hakim, Please restore the M15 Select Bus Service at 72nd Street. The M15 Limited stopped at 72nd Street until it was phased out in favor of M15 Select Bus Service. With high bus-dependent populations, infrequent local service, crosstown bus service, hospitals, community support and opening of the Second Avenue Subway with a station at 72nd Street, now is the perfect opportunity to increase ridership by restoring M15 Select Bus Service at 72nd Street. 72nd Street Only Location Omitted from Select Bus Service When Select Bus Service was introduced to First and Second Avenues on the M15 route, Select Bus Stations replaced Limited Service stops in every location above Houston Street other than East 72nd Street. Since October 2010, residents living in the East 72nd Street area, for example at 73rd off York Avenue, now must choose between walking three avenues and six blocks, more than half a mile, to a Select Bus Service bus station at 67th or 79th Streets and Second Avenue, versus half that distance to 72nd Street. Walking more than half a mile in both directions is simply too far for many residents. High Concentration of Seniors and Children Need Select Bus Service at 72nd Street The neighborhood that would be served by a Select Bus Service station at 72nd Street includes Census Tracts in Manhattan number 124, 126, 132, and 134 spanning from 69th to 79th between 3rd Avenue and the East River with a population of 44,756, one of the highest near any Select Bus station: 8,679 or 32.7% of households include children (under 18) or seniors (65 and over) who may rely on bus service due to age: o 3,326 or 12.5% of households have children under 18 years-old. -
The Case of the Second Avenue Subway Performing Organization: the City College of New York, CUNY
front cover page.ai 1 8/20/2014 9:55:30 AM University Transportation Research Center - Region 2 Final Report The Politics of Large Infrastructure Investment Decision-Making: The Case of the Second Avenue Subway Performing Organization: The City College of New York, CUNY November 2013 Sponsor: University Transportation Research Center - Region 2 University Transportation Research Center - Region 2 UTRC-RF Project No: 49111-16-23 The Region 2 University Transportation Research Center (UTRC) is one of ten original University Transportation Centers established in 1987 by the U.S. Congress. These Centers were established Project Date: November 2013 with the recognition that transportation plays a key role in the nation's economy and the quality of life of its citizens. University faculty members provide a critical link in resolving our national and regional transportation problems while training the professionals who address our transpor- Project Title: The Politics of Large Infrastructure Invest- tation systems and their customers on a daily basis. ment Decision-Making: The Case of the Second Avenue Subway The UTRC was established in order to support research, education and the transfer of technology in the ield of transportation. The theme of the Center is "Planning and Managing Regional Project’s Website: Transportation Systems in a Changing World." Presently, under the direction of Dr. Camille Kamga, http://www.utrc2.org/research/projects/transportation- the UTRC represents USDOT Region II, including New York, New Jersey, Puerto Rico and the U.S. Virgin Islands. Functioning as a consortium of twelve major Universities throughout the region, mega-project-case-ny-2nd-ave-subway UTRC is located at the CUNY Institute for Transportation Systems at The City College of New York, the lead institution of the consortium. -
Second Avenue Subway Phase 2 Profile
Second Avenue Subway Phase 2 New York, New York New Starts Project Development (Rating Assigned November 2019) Summary Description Proposed Project: Heavy Rail 1.8 Miles, 3 Stations Total Capital Cost ($YOE): $6,390.31 Million (Includes $659.35 million in finance charges) Section 5309 CIG Share ($YOE): $2,000.00 Million (31.3%) Annual Operating Cost (opening year 2027): $91.82 Million 111,800 Daily Linked Trips Current Year Ridership Forecast (2017): 32,100,900 Annual Linked Trips 122,500 Daily Linked Trips Horizon Year Ridership Forecast (2035): 35,150,400 Annual Linked Trips Overall Project Rating: Medium-High Project Justification Rating: Medium-High Local Financial Commitment Rating: Medium-High Project Description: The New York Metropolitan Transportation Authority (MTA) proposes to extend heavy rail subway service along the East Side of Manhattan with the Second Avenue Subway Phase 2 project. The project is the second of four planned sections of the Second Avenue Subway, and will connect the northern end of Phase 1 at 96th Street to the Lexington Avenue Line at 125th Street. The project includes power substations, signal and communications systems, and car cleaning facilities. In the opening and horizon year, service is planned to operate every three minutes during weekday peak periods and every five minutes during weekday off-peak periods and every six minutes on weekends. The service is planned to operate 24 hours a day, seven days a week. Project Purpose: The Second Avenue Subway is intended to provide much needed transit access in Manhattan to East Side residents, workers, and visitors; reduce crowding on the nearly 100-year old Lexington Avenue Subway Line; and improve mobility for all New Yorkers. -
Second Avenue Subway: 63Rd Street Station
Supplemental Archaeological Assessment Second Avenue Subway: 63rd Street Station New York, New York Prepared for: Metropolitan Transportation Authority New York City Transit New York, NY Prepared by: AKRF, Inc. 440 Park Avenue South New York, New York 10016 July 2009 Management Summary SHPO Project Review Number: 05PR00975 Involved Agencies: Metropolitan Transportation Authority, New York City Transit, and the Federal Transit Administration Phase of Survey: Supplemental Phase 1A Archaeological Assessment Project Location: East 63rd Street between Second and Park Avenues and Third Avenue between East 63nd and East 64th Streets Minor Civil Division: 06101: Manhattan County: New York County Location Information: Survey Area Length: Approximately 1200 feet (365.76 meters) Survey Area Width: Variable; between approximately 60 feet (18.28 meters) and 470 feet (143.25 meters) Number of Acres Surveyed: Approximately 2.6 USGS 7.5 Minute Quadrangle Map: Central Park Report Author: Elizabeth D. Meade, RPA Date of Report: July 2009 Table of Contents Chapter 1: Introduction .............................................................................................................................................. 1 A. Project Overview and Background................................................................................................................... 1 B. Previously Analyzed Portions of the 63rd Street APE ..................................................................................... 1 C. Research Goals and Methodology ................................................................................................................... -
Review of the G Line
Review of the G Line ,. July 10, 2013 NYC Transit G Line Review Executive Summary Executive Summary The attached report provides a comprehensive review of operations on the G line. Based on NYC Transit’s standard measures of On-Time Performance and Wait Assessment, the G performs well relative to the average subway line. At the same time, the G differs from other NYC Transit subway lines because the route is relatively short and never enters Manhattan, and thus serves primarily as a feeder/distributor with most riders transferring at least once before reaching their destinations. This review identifies a number of opportunities to improve operations on the G line, with recommendations chiefly intended to provide more even train headways and passenger loading, as well as to improve customer communication. Key Findings: While G ridership has grown significantly in recent years, it still remains relatively low compared to the rest of the system, and average passenger loads on the G are within service guidelines during both peak and off-peak hours. Scheduling the G train around the busier and more frequent F train causes uneven headways and passenger loads on the G, most significantly during the afternoon peak period, when G service is scheduled at the minimum guideline frequency of 6 trains per hour (an average 10-minute headway). G riders make twice as many transfers as the average subway rider; this high transfer rate is inconvenient for customers who must wait for multiple trains. Trains shorter than the platform length cause uncertainty about where the G train stops, contributing to uneven passenger loads.