Q. Where is the Eastern Corridor?
Q. Who is conducting this study?
Q. Will the Martin Luther King, Jr. East Busway be converted to light rail transit?
Q. Will the Mon-Fayette Expressway and the High-Speed MAGLEV projects be accounted for in this study?
Q. Is commuter rail one of the alternatives being considered?
Q. How will transit investments in the Eastern Corridor improve air quality?
Q. How will Oakland be considered in this study?
Q. How can railroad rights-of-way be preserved for future transit uses?

A. The Eastern Corridor extends from Downtown Pittsburgh to the City of Greensburg in Westmoreland County and from the north shore of the Allegheny River northeast to New Kensington and from the south shore of the Monongahela River southeast to Clairton.
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A. This study is being co-led by Port Authority and the Southwestern Pennsylvania Commission in partnership with the Westmoreland County Transit Authority.
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A. This study will consider conversion of the East Busway to light rail transit as well as additional busway extensions within the study area.
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A. For purposes of ridership forecasting, this study assumes the existence of the Mon-Fayette Expressway, as that project is included in SPC's current Long-Range Regional Transportation Plan. Because of High-Speed MAGLEV's potential impact on transit ridership in the Eastern Corridor, the study will have scenarios with and without MAGLEV.
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A. Commuter rail on the Allegheny Valley Railroad, Norfolk Southern and CSX railroad lines will be assessed.
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A. As the driving public begins to see the benefit of public transit as a viable transportation option, an increase in the use of both bus and rail transit systems will result in lower levels of air pollution.

In response to the Clean Air Act Amendments of 1990, diesel engines for transit buses have been designed so that particulate matter in bus exhaust is reduced by more than 90 percent from 1988 emissions standards. Port Authority and other transit operators in the United States are pursuing strategies to further reduce emissions through use of low-sulfur diesel fuel and additional engine controls.

New engine technologies using hybrid fuel systems combining either diesel/electric or natural gas/electric propulsion are being deployed. Buses powered by fuel cells, which use clean burning hydrogen, are being tested. The ECTS will also examine the feasibility of the introduction of electric bus technology into the existing network of public transit services.
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A. As one of the most congested segments of the study area and the study area's job, university and health center hub, public comments have identified the need for stronger transit connections to Oakland from Downtown and other destinations in the study area. Bus rapid transit, light rail transit and local bus service improvements are all being evaluated.
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A. The ECTS is analyzing several railroad corridors for possible public transit improvements. Railroad corridors can not be used for transit improvements until the planning, environmental assessments and preliminary engineering has been completed. Once complete, one of the next steps in the process is to purchase the railroad right-of-way from either the railroad industry or a private for-profit company. However, to ensure minimal costs and system continuity, railroad rights-of-way can also be preserved if local, state or regional agencies or private or philanthropic organizations could legally purchase, retain and identify the railroad rights-of-way for future public transit investments. This method of preserving railroad rights-of-way is being accomplished in Minnesota, Texas and Utah.
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