How do Manhattan’s commuters arrive every day? Overwhelmingly by subway:
The chart is part of our new report, “The Dynamic Population of Manhattan.” Click here for the abstract, and here for the full report.
How do Manhattan’s commuters arrive every day? Overwhelmingly by subway:
The chart is part of our new report, “The Dynamic Population of Manhattan.” Click here for the abstract, and here for the full report.
By Carson Qing
In our recently released super-commuter study, we defined a potential super-commuter as an individual who works in the core county of one metropolitan labor market, but lives in another metropolitan area, based on data from the U.S. Census Bureau’s OnTheMap tool. Using these definitions, super-commuters may include individuals who commute daily, weekly, monthly, or may not even commute at all, working remotely. Below is a chart of the most common super-commutes in the United States.
The Arizona Sun Corridor is the most prominent super-commute corridor in the nation, based on the 10 core counties of the largest metropolitan labor markets. Residents from the Tucson area commuting to the Phoenix area (Maricopa County) account for 3.6% of the latter’s workforce, or 54,400 total. Robert Lang and Arthur Nelson have conducted extensive research on the growing convergence between metropolitan regions, and first coined the term “Sun Corridor,” which they predict will become the next Dallas-Fort Worth, merging into a mega-region of 9 million people over the next few decades.
Transportation planners in Arizona are already quite familiar with the impact of that super-commutes are having along the Sun Corridor. Arizona DOT planners estimate that already lengthy super-commutes on Interstate 10 between Tucson and Phoenix would take more than twice as long in 2050 due to a doubling in travel demand, even if the road were to be widened, primarily due to population and economic growth, as well as the already substantial volume of daily commutes between the two cities. Consequently, DOT officials are in the early stages of studying the impact of a multi-billion dollar intercity passenger rail line connecting the two cities in anticipation of the mega-region’s emergence and to sustain its current economic and demographic growth. Establishing a rail corridor may allow land use planners to shape development patterns in a way that e nhances mobility between the regions and further alleviates the anticipated traffic congestion along the I-10 corridor. The Phoenix-Tucson rail initiative exemplifies how the emergence of the super-commuter during the past decade is already making a significant and important impact in regional transportation policy. On Thursday, I will discuss what the private sector has already done to facilitate these super-commutes nationwide.
How many people enter and leave the NY region’s various counties every weekday? See the chart below.
The chart is part of our new report, “The Dynamic Population of Manhattan.” Click here for the abstract, and here for the full report.
On what days of the week is Manhattan most crowded? Check out our new chart below.
The chart is part of our new report, “The Dynamic Population of Manhattan.” Click here for the abstract, and here for the full report.
In our new report, we look at the 24-hour flow of people into Manhattan, including the 1.6 million commuters who enter Manhattan every weekday, and the hundreds of thousands of visitors who use Manhattan’s tourist attractions, hospitals, universities, and nightclubs. This island, measuring just 22.96 square miles, serves approximately 4 million people on a typical weekday, 2.9 million on a weekend day, and a weekday night population of 2.05 million. Manhattan, with a residential population of 1.6 million, more than doubles its daytime population as a result of the complex network of tunnels, bridges, railroad lines, subways, commuter rail, ferry systems, bicycle lanes, and pedestrian walkways that link Manhattan to the surrounding counties, cities and towns.
This report analyzes the volume of people flowing in and out of Manhattan during a 24-hour period; we provide an upper estimate of the actual number of people in Manhattan during a typical work day.
Click here for the full report.
Registration is now open for two exciting transportation-technology events in April and May:
Short Talks, Big Ideas: Transportation at the Tech Frontier: a series of five-minute talks on transportation issues, tech-enabled and optimistic projects and theories. April 9th, 6:30 p.m. Register here.
Technology and Urban Mobility: Perspectives from the Front Lines: How are transportation managers incorporating technologies into our cities’ streets, vehicles and transit networks, and what are the outcomes, successes and pitfalls? May 1, 8:30 a.m. Register here.
Look forward to seeing you! Learn about all Wagner events here.
Commuters to Manhattan come from as far away as Buffalo (374 miles). See the graphic below to learn from which Metropolitan Statistical Areas Manhattan’s super-commuters hail:
For more information about super-commuters, the abstract and link to the full report are available here.
The chart below shows where many workers live when commuting to their nearest major city for employment. Note the wide breadth of long travel, often by airplane, rail, car or bus.
For more information about super-commuters, the abstract and link to the full report are available here.
The twenty-first century is emerging as the century of the “super-commuter,” a person who works in the central county of a given metropolitan area, but lives beyond the boundaries of that metropolitan area, commuting long distance by air, rail, car, bus, or a combination of modes. The super-commuter typically travels once or twice weekly for work, and is a rapidly growing part of our workforce. The changing structure of the workplace, advances in telecommunications, and the global pattern of economic life have made the super-commuter a new force in transportation.
Many workers are not required to appear in one office five days a week; they conduct work from home, remote locations, and even while driving or flying. The international growth of broadband internet access, the development of home-based computer systems that rival those of the workplace, and the rise of mobile communications systems have contributed to the emergence of the super-commuter in the United States. Super-commuters are well-positioned to take advantage of higher salaries in one region and lower housing costs in another.
Many workers are not expected to physically appear in a single office at all: the global economy has made it possible for highly-skilled workers to be employed on a strictly virtual basis, acquiring clients anywhere and communicating via email, phone and video conference. Furthermore, the global economy has rendered the clock irrelevant, making it possible for people to work, virtually, in a different time zone than the one in which they live. Simply put, the workplace is no longer fixed in one location, but rather where the worker is situated. As a result, city labor sheds (where workers live) have expanded over the past decade to encompass not just a city’s exurbs, but also distant, non-local metropolitan regions, resulting in greater economic integration between cities situated hundreds of miles apart.
NYU’s Rudin Center has found that super-commuting is a growing trend in major United States regions, with growth in eight of the ten largest metropolitan areas.
Read the full report (PDF)
Council Member James Vacca spoke at Rudin this morning about his transportation initiatives, including pedestrian safety, unlicensed taxis, slow speed zones, commercial cyclists, and improving transportation for the visually impaired. He is anxious to work with new MTA Chairman Joe Lhota, and optimistic about their future joint endeavors.
To learn more about Council Member Vacca’s initiatives, visit his site here: http://council.nyc.gov/d13/html/members/home.shtml
Want to learn more about taxis? Register here for Rudin’s next event on March 20th with David Yassky: http://wagner.nyu.edu/events/transportation-03-20-2012
