Annotated Bibliography - SSTI
Annotated Bibliography - SSTI
Annotated Bibliography - SSTI
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<strong>Annotated</strong> <strong>Bibliography</strong> for<br />
Economic Effects of Public Investment in<br />
Transportation<br />
The literature on transportation and economic development is extensive, with many new<br />
entries in<br />
the last 5 years. Despite the interest and the improvement in analytical tools<br />
and<br />
measures, the interviews and the literaturee reveal a gap between<br />
goal setting and the use of<br />
tools and<br />
performance measures to predict and to evaluate the<br />
impacts once a project is<br />
completed. The intent of the <strong>Annotated</strong> <strong>Bibliography</strong> iss to assist the practitioner in finding the<br />
information needed to adopt sound economic analysis practices.<br />
The team<br />
reviewed more than 100 reports, in addition to numerous documents internal to<br />
state and<br />
some MPO<br />
programs. The <strong>Annotated</strong> <strong>Bibliography</strong> focuses on key reports of the<br />
last<br />
decade exploring the relationship of transportation<br />
and economic effects and providing<br />
information on the full range of economic measures, techniques, and tools.<br />
The entries are organized by author’s last name and include key words indicating the modes of<br />
transportation included, types of economic analysis considered, and<br />
related topics such as goals<br />
setting. The <strong>Annotated</strong> <strong>Bibliography</strong> is provided in addition to a more extensive bibliography<br />
that accompanies the report, which includes other general references, as well as a number of<br />
reports on the history of performance measurement in transportation in general.<br />
<strong>Annotated</strong> <strong>Bibliography</strong><br />
Page 1
Forecasting Indirect Land Use Effects of Transportation Projects,<br />
Title<br />
NCHRP Project 25‐25, Task 22<br />
Authors Uri Avins, Robert Cervero, Terry Moore, Christopher Dorney,<br />
American Association of State Highway and Transportation Officials (AASHTO) and<br />
Sponsor<br />
the Transportation Research Board<br />
Date 2007<br />
Pages 128<br />
Category Economic Development, Modes: Highway<br />
Note<br />
Online http://apps.trb.org/cmsfeed/TRBNetProjectDisplay.asp?ProjectID=1294<br />
Summary This report was prepared at the request of AASHTO to provide states with specific<br />
guidance on how to forecast indirect land use effects of transportation projects after<br />
a number of states had environmental impact statements challenged for alleged<br />
inadequate treatment of the issue. The report serves as a detailed guidebook for<br />
projecting such effects, which AASHTO determined was needed despite numerous<br />
guidance documents by states and research organizations. The authors found that<br />
the practice of predicting these effects was “a largely ad‐hoc field lacking focused<br />
guidance and research‐based understanding of land use response to transportation<br />
improvements”. Moreover where guidance was available, practitioners interviewed<br />
acknowledged skipping steps or substituting other methods.<br />
The authors point out that failure to account for this induced demand is likely to<br />
overstate travel time savings attributed to a project, which is an important part of<br />
the transportation and economic benefits. They suggest this situation adds to public<br />
skepticism about the project and its benefits and is the impetus for legal challenges.<br />
The authors also indicate skepticism about the value of “packaged models” in use by<br />
states and MPOs in considering induced travel demand and the related land use<br />
effects.<br />
The guidebook provides factors to consider in determining if indirect or induced land<br />
use effects may be promoted by the subject project. Detailed guidance is provided<br />
on how to conduct the analysis when that is determined necessary through<br />
descriptions of six types of analysis: planners’ judgment; collaborative judgment;<br />
elasticities and the potential for induced traffic; allocation models that allow land<br />
use and population forecasts to be allocated to smaller geographies; four‐step Travel<br />
Demand models with heuristic land use allocations; and Integrated Land Use and<br />
Transportation models. Of these the first three are considered foundational and are<br />
used in combination with one of the latter three for more rigor when needed due to<br />
the project’s complexity or size.<br />
<strong>Annotated</strong> <strong>Bibliography</strong> Page 2
Title Transit‐Oriented Development (TOD) and Employment<br />
Authors Dena Belzer, Sujata Srivastava, Jeff Wood, and Ellen Greenberg<br />
Sponsor Center for Transit‐Orientated Development<br />
Date May, 2011<br />
Pages 28<br />
Category Transit‐Oriented Development (TOD), Modes: Transit, Economic Measures<br />
Note<br />
http://www.reconnectingamerica.org/assets/Uploads/TODandEmploymentFINALMay2<br />
Online<br />
011.pdf<br />
Summary The report provides context for developing measures for transit's ability to both serve<br />
and attract development by focusing on concentrations of jobs, recognizing that 59% of<br />
transit riders are commuters. One measure cited is "workers within 1/2 mile of transit<br />
service". The authors look at transit and job clusters in three regions: Twin Cities,<br />
Atlanta, and Phoenix. Data from the Bureau of the Census' Longitudinal Employer‐<br />
Household Dynamics (LEHD) and Google Earth, is used to map employment at the<br />
Census block level.<br />
Job clusters are grouped based on geographical proximity and connectivity and a<br />
comparison is made with current and proposed transit lines. This methodology takes an<br />
important step in assessing transit and highway accessibility to jobs and provides a tool<br />
for transit planners in developing systems and services that better connect to job<br />
centers.<br />
<strong>Annotated</strong> <strong>Bibliography</strong> Page 3
Title Performance Driven: A New Vision for U.S. Transportation Policy<br />
Authors Bi‐Partisan Policy Center<br />
Sponsor National Transportation Policy Project<br />
Date June, 2009<br />
Pages 136<br />
Category Modes: All, Economic Performance Measures<br />
Note<br />
Online<br />
Summary<br />
http://www.bipartisanpolicy.org/sites/default/files/ntpp_performance%20driven_june<br />
%209%2009_0.pdf<br />
The report proposes restructuring the current surface transportation program into a<br />
performance based program. Five national goals are proposed with performance<br />
measures: economic growth, metropolitan accessibility, national connectivity, energy<br />
security and environmental protection, and safety.<br />
The authors take a dim view of the failure to require optimum returns on public<br />
investments in federal funding programs, and propose to use access as the key proxy<br />
for economic growth. The resulting four measures recommended include: access to jobs<br />
and labor; access to non‐work activities; network utility; and corridor congestion.<br />
<strong>Annotated</strong> <strong>Bibliography</strong> Page 4
Title Transportation and the Texas Economy: Some Interim Results<br />
Authors Dock Burke, David Luskin, Duane Rosa, and Tina Collier<br />
Sponsor Texas Department of Transportation<br />
Date June, 2005<br />
Pages 30<br />
Category Economic Performance Measures, Models, Modes: All<br />
Note<br />
Online http://tti.tamu.edu/documents/0‐4871‐1.pdf<br />
Summary Preliminary report for a project assessing the possibilities for using economic indicators<br />
in transportation planning in Texas. Includes results of a survey of other States’<br />
economic planning processes that provides useful guidance on methods and models<br />
used and sources of data. The survey resulted in information on recent practices in 16<br />
other states showing a wide range of techniques and models used to assess economic<br />
benefits and costs.<br />
Some examples: 1) the state of Vermont used IMPLAN and an input‐output model to<br />
assess the economic impact of public use airports. The state used Dun and Bradstreet<br />
business records for job counts and the Bureau of Economic Analysis (BEA) wage data<br />
and sales per employee to estimate payroll and business sales; 2) the Maine DOT used<br />
the REMI input‐output model to help decision makers understand the further<br />
investment in the state’s east‐west highways; and 3) the Oregon DOT, which has<br />
developed its own integrated transportation, economic and land use model.<br />
<strong>Annotated</strong> <strong>Bibliography</strong> Page 5
Title A Guidebook for Performance‐Based Transportation Planning<br />
Authors Cambridge Systematics, Inc.<br />
Sponsor Transportation Research Board, NCHRP 446<br />
Date 2000<br />
Pages 116<br />
Category Economic Performance Measures, Decision Making, Modes: All<br />
Note To Index: http://pubsindex.trb.org/view.aspx?id=675635<br />
Online http://onlinepubs.trb.org/onlinepubs/nchrp/nchrp_rpt_446.pdf<br />
Summary This report provides a framework for performance‐based, multi‐modal planning and<br />
describes the evaluation and monitoring of transportation performance in various<br />
stages of the planning process. NCHRP 446 provides useful information on transport<br />
and freight data collection, such as manual goods movement surveillance and manual<br />
traffic and vehicle surveillance and different type of techniques and models in use at<br />
the time of the study. It addresses the need for economic measures, but this is not the<br />
focus of the guidebook.<br />
The report identifies best practices by planning functions in terms of congestion<br />
management, intermodal access, truck route designation and maintenance, safety<br />
mitigation and economic development. It contains a wealth of information including 9<br />
case studies of performance measurement and application in state Departments of<br />
Transportation and MPOs throughout the United States on performance based<br />
measures within its appendix. One case study conducted in Portland, Oregon concluded<br />
that implementation of performance based approaches will increase the time to<br />
evaluate and reach decisions, and stressed the importance of stakeholder involvement<br />
in order to measure the performance.<br />
<strong>Annotated</strong> <strong>Bibliography</strong> Page 6
Title<br />
Authors<br />
Performance‐Based Planning: A State‐of‐the‐Practice Summary<br />
Cambridge Systematics Inc., et al.<br />
Sponsor<br />
National Cooperative Highway Research Program, National Forum on Performance‐<br />
Based Planning, September 13‐15, 2010<br />
Date September, 2010<br />
Pages 47<br />
Category<br />
Note<br />
Online<br />
Summary<br />
Decision Making, Performance Measures, Targets, Modes: Transit and Highways<br />
http://planning.transportation.org/Documents/NationalForum/DR1_National%C2%A0F<br />
orum%C2%A0State‐of‐the‐Practice%C2%A0Report.pdf<br />
The report provides a summary of current practices of state DOTs, MPOs, and transit<br />
agencies in performance‐based planning. Economic performance is discussed, and the<br />
paper concludes that while economic goals are commonly adopted by these agencies,<br />
only a relatively few have adopted related performance metrics.<br />
The report also provides a summary of performance based planning internationally.<br />
Two of the 16 findings from international examination relate to economic performance<br />
and are recommended for implementation in the United States include "improvements<br />
in the use of benefit‐cost analysis and risk management techniques to establish value<br />
for money" and the "conversion of long‐term deferred maintenance needs into a longterm<br />
future liability calculation".<br />
<strong>Annotated</strong> <strong>Bibliography</strong> Page 7
Title Performance Measurement Framework for Highway Capacity Decision Making<br />
Authors Cambridge Systematics, Inc., et al.<br />
Sponsor Transportation Research Board (TRB), SHRP 2 Report S2‐C02‐RR<br />
Date 2009<br />
Pages 126<br />
Category<br />
Note<br />
Online<br />
Summary<br />
Benefit Cost Analysis (BCA), Economic Impact Assessment (EIA), Economic Performance<br />
Measures, Modes: Motor Vehicles<br />
Economic measures are described, but further consideration was deferred to a separate<br />
study.<br />
http://onlinepubs.trb.org/onlinepubs/shrp2/shrp2_S2‐C02‐RR.pdf<br />
This report is part of the TRB Sharp2 research program into highway capacity. The<br />
authors acknowledge that considerable analysis and understanding has been achieved<br />
"of operations and maintenance ‐ related measures, such as pavement quality, bridge<br />
deficiency, and safety; and capacity related measures such as volume‐to‐capacity ratio,<br />
or level‐of‐service rating." The focus of the research is on "non‐traditional"<br />
performance areas, which are described as less developed. These include<br />
transportation, environment, economics, community, and cost. Seventeen performance<br />
factors are described for these 5 areas, with two being described for economics:<br />
economic impact and economic development.<br />
A series of performance measures detail the other 4 factors, but the economic factors<br />
are being developed as part of another Sharp 2 study: the C03 project, Interactions<br />
between Transportation Capacity, Economic Systems, and Land Use merged with<br />
Integrating Economic Considerations in Project Development. However, because many<br />
measures could be used to assess more than one factor, measures are described for<br />
other factors relating to accessibility and cost and also are relevant to economics.<br />
<strong>Annotated</strong> <strong>Bibliography</strong> Page 8
Title Chicago Southland’s Green Time Zone<br />
Authors Center for Neighborhood Technology<br />
Sponsor Green TIME Zone: Chicago Southland<br />
Date 2010<br />
Pages 24<br />
Category Land Use Efficiency, Household Savings, Modes: Truck and transit<br />
Note<br />
Online http://www.cnt.org/repository/GTZ.pdf<br />
Summary This report describes an ambitious redevelopment plan for south suburban areas in<br />
Cook County, Illinois that uses existing railroad and transit infrastructure and<br />
manufacturing to create jobs and desirable neighborhoods, and to achieve<br />
environmental improvement. These ideals are built on three mechanisms linked to<br />
sustainable redevelopment: transit orientated development, cargo‐orientated<br />
development, and green manufacturing.<br />
The report provides insight on the value of location efficiency from the transportation<br />
assets and the potential of redevelopment of underutilized land, international logistics<br />
access, and the green supply chain. Progress in the implementation of the plan will be<br />
tracked with a number of measures including: household transportation savings,<br />
reductions in vehicle miles traveled for trucks, jobs per acre, increased household<br />
income, and metric tons of CO2 emissions eliminated.<br />
<strong>Annotated</strong> <strong>Bibliography</strong> Page 9
Title<br />
Authors<br />
Sponsor<br />
History and Application of Least Cost Planning for Transportation from the Mid‐1990s<br />
CH2MHill and HDR<br />
Oregon DOT<br />
Date July, 2010<br />
Pages 136<br />
Category<br />
Note<br />
Online<br />
Summary<br />
Least Cost Planning (LCP), BCA, Modes: All<br />
See ODOT website for numerous articles on LCP and related analyses:<br />
http://www.oregon.gov/ODOT/TD/TP/LCP.shtml<br />
http://www.oregon.gov/ODOT/TD/TP/docs/lcp/history.pdf<br />
The report provides a history of Least Cost Planning (LCP) and related analyses in<br />
Oregon, as well as nationally and internationally. The use of LCP is described in 4 case<br />
studies, including detailed descriptions of technical approaches. For example, the report<br />
describes the application of LCP principles and methodology for the Puget Sound<br />
Region's 2040 Long Range Transportation Plan. The LCP analysis allowed decision<br />
makers to better understand trade‐offs between 7 alternative scenarios by identifying<br />
the net value associated with each scenario. This net value quantifies and monetizes the<br />
soft and hard costs associated with each scenario emphasizing different modes and<br />
policies.<br />
The report provides extensive bibliography in format similar to this document and<br />
establishes 7 principles for transportation planning to be consistent with LCP.<br />
1) The evaluation framework rolls up multiple goals.<br />
2) The range of Oregon‐specific transportation policy goals and objectives can be<br />
addressed.<br />
3) A broad range of possible multi‐modal capacity, demand‐management, land‐use,<br />
maintenance, and other planning options can be considered.<br />
4) Members of the community and decision makers are engaged in the planning and<br />
decision‐making process.<br />
5) The approach facilitates the adoption of a meaningful, relevant and operationally<br />
useful basis for choice.<br />
6) The methodology can be applied at the project‐specific level, and the collective<br />
(multi‐project) level.<br />
7) The approach has been used for transportation planning.<br />
<strong>Annotated</strong> <strong>Bibliography</strong> Page 10
Title The Cost of Congestion to the Economy of the Portland Region<br />
Authors Economic Development Research Group (EDR Group)<br />
Sponsor Portland Business Alliance, Metro and Port of Portland<br />
Date December, 2005<br />
Pages 72<br />
Category BCA, Economic Competitiveness, Modes: Motor Vehicles<br />
Note<br />
Online<br />
Summary<br />
http://www.portofportland.com/PDFPOP/Trade_Trans_Studies_CoCReport1128Final.p<br />
df<br />
This report examines current and future threats to economic vitality in the Portland<br />
area due to traffic congestion. It evaluates how transportation infrastructure affects the<br />
cost and ability of businesses to compete and the competitiveness for the area due to<br />
access to industry. Two case studies for regions similar to Portland, demonstrate that<br />
many urban economies are dependent upon transportation in order to achieve<br />
economic development.<br />
The authors cite three types of economic impact and related measures: "(1) Traveler<br />
Benefit – This measure puts a dollar value on benefits to travelers. It includes savings in<br />
business costs, household expenses and personal time savings. This is the traditional<br />
measure of transportation system efficiency.<br />
(2) Benefit to the Economy – This measure counts growth of the regional economy due<br />
to changes in household living costs, business operating cost, productivity and<br />
competitiveness. However, it does not count the value of personal time, since that does<br />
not directly affect the flow of dollars.<br />
(3) Society Benefit – This measure combines the income generating value of benefits to<br />
the economy together with the value of non‐money traveler benefits such as personal<br />
time savings. It avoids double counting to provide the most comprehensive measure of<br />
overall impact. "<br />
The report identifies three approaches to congestion: increase capacity, improve<br />
management, and impose pricing. The authors also stress that a focus on freight and<br />
implementing varying toll rates reflecting vehicle type and time of day can prevent<br />
congestion as well.<br />
<strong>Annotated</strong> <strong>Bibliography</strong> Page 11
Title Economic Effects of Traffic Calming on Urban Small Businesses<br />
Authors Emily Drennen<br />
Sponsor San Francisco State University<br />
Date December, 2003<br />
Pages 90<br />
Category Economic Development, Modes: Non‐Motor Vehicle<br />
Note<br />
Online http://www.sfbike.org/download/bikeplan/bikelanes.pdf<br />
Summary Report on survey of small businesses in San Francisco after a traffic calming project. The<br />
report cites other research showing a correlation between traffic calming (including<br />
pedestrian and bike improvements) and improved economic activity and increased<br />
property values. The report describes the survey results in more mixed terms with many<br />
business owners being positive about the benefits of the project for their business and<br />
added convenience for customers and employees, but less than half those owners<br />
surveyed credited the project with increased economic activity or property values. The<br />
authors cite a number of external factors as affecting the results of the project including<br />
a downturn in the national and local economic conditions, effects of 9‐11‐2001, and the<br />
limited scope of the subject project as compared to more comprehensive projects that<br />
were the subject of other cited research.<br />
<strong>Annotated</strong> <strong>Bibliography</strong> Page 12
Title Highway Induced Development: Research Results for Metropolitan Area<br />
Authors Reid Ewing<br />
Sponsor Transportation Research Board, Transportation Research Record No. 2067<br />
Date 2009<br />
Pages<br />
Category Land Use, Models<br />
Note May require purchase from TRB<br />
Online<br />
Summary<br />
http://trb.metapress.com/content/lg368360xr65w85t/?p=d903338aac394f36b16b18e5<br />
46195bd9&pi=11<br />
This article on highway induced development summarizes some 20 highway impact<br />
studies over the last 30 years including locations throughout the country. Many of<br />
these studies show that major investments are more likely to move development<br />
around the region than to stimulate new economic activity.<br />
The author concludes that much of highway development in the post‐Interstate era, is<br />
close to a zero‐sum game as far as economic benefit for a particular region is<br />
concerned.<br />
<strong>Annotated</strong> <strong>Bibliography</strong> Page 13
Title<br />
Traffic Generated by Mixed‐Use Developments—Six‐Region Study Using Consistent Built<br />
Environmental Measures<br />
Authors<br />
Reid Ewing, Michael Greenwald, Ming Zhang, Jerry Walters, Mark Feldman, Robert<br />
Cervero, Lawrence Frank, and John Thomas<br />
Sponsor Reconnecting America<br />
Date December, 2009<br />
Pages 21<br />
Category Development, Modes: All<br />
Note New method for calculating traffic from mixed use development.<br />
Online<br />
Summary<br />
http://www.reconnectingamerica.org/assets/Uploads/trafficmixedusedevelopments20<br />
09.pdf<br />
This study develops a new methodology for predicting traffic impacts in mixed used<br />
developments as contrasted with the standard method recommended by ITE. The ITE<br />
method is based on experience at 6 multiuse sites in Florida. The researchers chose<br />
mixed use developments (MXD) in 6 regions that had high quality data available that<br />
met these two criteria:<br />
• regional household travel surveys with XY coordinates for trip ends, so we could<br />
distinguish trips to, from, and within small MXDs; and<br />
• land use databases at the parcel level with detailed land use classifications, so landuse<br />
intensity and mix could be observed down to the parcel level.<br />
The authors found only 13 regions that met the first criterion and only six regions:<br />
Houston, Boston, Atlanta, Portland, Sacramento, and Seattle that met both. These six<br />
provided for a research base of 239 MXDs. The internal capture, non‐auto rate for all<br />
trips averaged 29%, with the external walk and transit shares varying considerably<br />
among MXDs and the cities. Boston had the highest average external (from<br />
development) walk rate at 13.2%, with Seattle having the highest external transit rate<br />
at 8.7%, as shown below:<br />
Walk Transit<br />
Atlanta 3.2% 2.1%<br />
Boston 13.2% 3.7%<br />
Houston 2.7% 5.2%<br />
Portland 7.1% 3.3%<br />
Sacramento 1.8% 0.2%<br />
Seattle 4.7% 8.7%<br />
External auto trip distances among the regions also varied substantially, with the<br />
average distances among all of 7.5 miles. The range was from 4.8 miles for MXDs in<br />
Boston to 13.6 miles for MXDs in Houston.<br />
The analysis shows that mixed‐use developments reduce traffic impacts compared to<br />
conventional development – 3 out of 10 trips produced or attracted to an MXD pose no<br />
burden to the street/roadway system. They also generate walking and transit trips, and<br />
shorten vehicle trips.<br />
<strong>Annotated</strong> <strong>Bibliography</strong> Page 14
Title Economic Analysis Primer<br />
Authors Federal Highway Administration (FHWA)<br />
Sponsor U.S. Department of Transportation<br />
Date August, 2003<br />
Pages 36<br />
Category BCA, EIA, Life‐cycle Cost, Risk Analysis<br />
Note<br />
Online<br />
Summary<br />
For more information concerning economic analysis and highways see:<br />
http://www.fhwa.dot.gov/infrastructure/asstmgmt/econlinks.cfm<br />
http://www.fhwa.dot.gov/infrastructure/asstmgmt/primer.pdf<br />
Defines FHWA's role in project planning and promotion of economic analysis for<br />
highway projects. Provides a tutorial on the elements of economic analysis, such as<br />
measures of inflation and considering discount rates in highway construction. Identifies<br />
useful applications of life‐cycle cost analyses, benefit cost analyses and economic<br />
impact analyses in highway project planning.<br />
<strong>Annotated</strong> <strong>Bibliography</strong> Page 15
Title<br />
Authors<br />
Guide for Assessing Social and Economic Effects<br />
David Forkenbrock and Glen Weisbrod<br />
Sponsor Transportation Research Board (TRB) ‐ National Research Council, NCHRP 456<br />
Date 2001<br />
Pages 151<br />
Category Economic Performance Measures, Modes: All<br />
Note<br />
Online<br />
Summary<br />
http://www.edrgroup.com/library/multi‐modal/guidebook‐for‐assessing‐social‐aeconomic‐effects‐of‐transportation‐projects.html<br />
This report serves as a comprehensive manual for analyzing the benefits of a<br />
transportation project, including method, resources, and references for each area of<br />
concern. Effects noted include changes in travel time, vehicle operating costs, economic<br />
development, and property values. Section 8 of this report defines the measures of<br />
economic development in terms of business startup, expansion, attraction, and<br />
retention. It identifies five factors that are effects of economic development from<br />
transportation projects: business travel costs, business market research, personal travel<br />
costs, job access, and quality of life.<br />
The authors categorize the effects transportation projects have on property values and<br />
land use as changes in accessibility, noise, visual quality, community cohesion, and<br />
business productivity. The steps of a property value analysis are outlined, explaining to<br />
first identify the associated direct effects, followed by the definition of affected areas,<br />
and finally to assess effects based on the relationship of relevant factors to property<br />
value.<br />
<strong>Annotated</strong> <strong>Bibliography</strong> Page 16
Title Statewide Travel Demand Modeling ‐ A Peer Exchange,<br />
Authors Gregory T. Giaimo and Robert Schiffer<br />
Transportation Research Board and Statewide Multimodal Transportation Planning<br />
Sponsor Committee and The Federal Highway Administration, Transportation Research Circular<br />
E‐CO75<br />
Date August, 2005<br />
Pages 212<br />
Category Statewide travel demand models<br />
Note<br />
Online http://onlinepubs.trb.org/onlinepubs/circulars/ec075.pdf<br />
Summary The report was developed from the national Statewide Travel Demand Modeling Peer<br />
Exchange in Longboat Key, Florida in September of 2004. It compares the examination<br />
and use of statewide travel demand models of 14 state DOTs and nine affiliated<br />
institutions. The report alphabetically covers state DOTs in seven topic areas: Data<br />
requirements, Maintenance/use, Implementation, Scale/level of detail,<br />
Statewide/urban model integration, Freight/commercial vehicle modeling, Longdistance/recreational/tourism<br />
travel. The Committee concluded that research on rural<br />
trip making and on the development of a national model were the top priorities. The<br />
economic impacts of transportation was ranked as a low priority.<br />
<strong>Annotated</strong> <strong>Bibliography</strong> Page 17
Title Growing the Economy From the Bottom Up<br />
Authors Bruce Katz<br />
Sponsor Brookings Institution<br />
Date December, 2011<br />
Pages 1<br />
Category Economic Development<br />
Note<br />
Online<br />
Summary<br />
http://www.brookings.edu/opinions/2011/1213_new_york_economy_katz.aspx<br />
This article makes note that New York city is considering making up to $100 million<br />
investment in infrastructure and land to support a major applied sciences and<br />
engineering campus. The expectation is that there will be 30,000 permanent and<br />
construction jobs generated and hundreds of start‐up companies as a result of the<br />
research institution. The primary benefits will be from the attraction the campus will<br />
have for these new enterprises.<br />
<strong>Annotated</strong> <strong>Bibliography</strong> Page 18
Title<br />
Authors<br />
Wider Economic Impacts of Transport Investments in New Zealand<br />
Duncan Kernohan and Lars Rognlien<br />
Sponsor New Zealand Transport Agency, Research Report 448<br />
Date September, 2011<br />
Pages 128<br />
Category<br />
Note<br />
Online<br />
Summary<br />
BCA, Models, Modes: All, Agglomeration Benefits<br />
http://www.nzta.govt.nz/resources/research/reports/448/docs/448.pdf<br />
This report lays out a systematic approach for the New Zealand Transport Agency to<br />
adopt when assessing the wider economic impacts of transportation projects. It<br />
includes a comprehensive literature review to provide an overview of the theory of<br />
wider economic impacts and develops the methods required to assess impacts. The<br />
report defines and derives values for impacts related to imperfect competition benefits,<br />
increased competition benefits, labor supply benefits and job relocation benefits within<br />
New Zealand. The report projects the wider economic impacts for two modeled years<br />
across a 30 year appraisal period, identifying agglomeration impacts as the largest<br />
component for the project with a total of $72 million impact in net present value.<br />
<strong>Annotated</strong> <strong>Bibliography</strong> Page 19
Title Economic Consequences of Transport Improvements<br />
Authors T.R. Lakshmanan and Lata Chatterjee<br />
Sponsor Access<br />
Date 2005<br />
Pages 6<br />
Category Economic Development, Modes: All<br />
Note<br />
Online<br />
Summary<br />
http://www.uctc.net/access/26/Access%2026%20‐%2006%20‐<br />
%20Economic%20Consequences%20of%20Transport%20Improvements.pdf<br />
Analyzes the short and long‐term effects of transportation investment on a social and<br />
economic scale and describes how this occurred over the history of American<br />
development. For example, the authors contrast economic forces in the age of<br />
industrialization with the recent shift to globalization and point out that<br />
industrialization promoted urbanization, while globalization requires the access and<br />
knowledge present in major urban centers with the result that less urbanized regions<br />
generally are at a disadvantage.<br />
One thesis is that economic outcomes are the result of 3 factors, all of which must be<br />
taken into account to assess the economic impact of transportation: the nature of the<br />
transportation network, the state of economic development in the area, and the nature<br />
of competition in the region. This broader range of interrelationships and data are seen<br />
as not typically considered in transportation analyses.<br />
<strong>Annotated</strong> <strong>Bibliography</strong> Page 20
Title Transportation Cost and Benefit Analysis Techniques, Estimate and Implications<br />
Authors Todd Litman<br />
Sponsor Victoria Transport Policy Institute (VTPI)<br />
Date January, 2009 (updated)<br />
Pages 500<br />
Category BCA, Modes: All; Economic Shifts<br />
Note<br />
Online http://www.vtpi.org/tca/<br />
Summary<br />
Exhaustive guide on appraising and measuring costs and benefits of transportation,<br />
including several that the authors point out are not normally assessed such as changes<br />
in walking conditions and GHG emissions. The report provides monetized estimates of<br />
20 costs, including vehicle ownership and operation, travel time, congestion, land value,<br />
and safety. Sources of data are identified, methods of analysis reviewed, and a number<br />
of transportation impact studies are summarized.<br />
The author makes a distinction between economic efficiency and economic<br />
development, reminding us that economic efficiency is maximized when prices reflect<br />
marginal costs. The conclusion in Chapter 9 is made that automobile use is underpriced<br />
based on the analysis in earlier sections of the guidebook. And, that due to underpricing<br />
‐which has to be paid for in other taxes and household expenditures and which diverts<br />
resources from production and consumption of other goods ‐ economic development is<br />
impeded. Conversely, "policies which reduce consumer expenditures on motor vehicles<br />
and fuel tend to increase employment and business activity, particularly in regions that<br />
import petroleum".<br />
<strong>Annotated</strong> <strong>Bibliography</strong> Page 21
Title Evaluating Public Transit Benefits and Costs: Best Practices Guidebook<br />
Authors Todd Litman<br />
Sponsor Victoria Transport Policy Institute (VTPI)<br />
Date October, 2011<br />
Pages 124<br />
Category BCA, Modes: Transit<br />
Note<br />
Online http://www.vtpi.org/tranben.pdf<br />
Summary The report serves as a "comprehensive framework" for comparing costs and benefits of<br />
automobile transportation to public transit, including productivity gains and property<br />
values. It distinguishes between efficiency‐justified and equity justified services and the<br />
measures used when considering transit and automobile use. Efficiency‐justified<br />
services that intend to decrease congestion, accidents, and pollution, can be analyzed<br />
using indicators that concentrate on cost‐effectiveness such as costs per passenger‐mile<br />
or benefit‐cost ratio. Equity‐justified services aim to provide transport to disadvantaged<br />
individuals.<br />
The report also provides a comprehensive cost comparison summary between transit<br />
and automobile investment including "urban‐peak external costs of transit and<br />
automobile" and "per capita annual external costs of transit and automobile users".<br />
Among the 12 costs calculated are operating subsidy, right of way land value,<br />
congestion, external parking, and congestion. The average external costs per passenger<br />
mile are assessed as $.202 for a car with an auto occupancy of 1.42 and $.336 for a<br />
diesel bus with 10.2 passengers. However, under urban peak conditions externalities<br />
are greater for auto travel and transit is its most efficient due largely to higher<br />
passenger loads, almost reversing the relationship ($.464 for auto and $.295 for transit<br />
ppm. The author urges individual analysis for each project and consideration of the<br />
equity aspects of transit subsidy.<br />
<strong>Annotated</strong> <strong>Bibliography</strong> Page 22
Title Evaluating Non‐Motorized Transportation Benefits and Costs<br />
Authors Todd Litman<br />
Sponsor Victoria Transport Policy Institute (VTPI)<br />
Date October, 2011<br />
Pages 75<br />
Category BCA, Modes: Non‐Motor Vehicles<br />
Note<br />
Online http://www.vtpi.org/nmt‐tdm.pdf<br />
Summary This report is a guide to assessing the costs and benefits of promoting non‐motorized<br />
transportation as a substitute for automobile travel. It examines the specific conditions<br />
and demand for non‐motorized transport and identifies significant benefits which are<br />
often disregarded or undervalued in conventional assessments of transport economics.<br />
It outlines the benefits from improved non‐motorized transport conditions and activity,<br />
such as land use impacts and economic development, and the factors that affect their<br />
magnitude.<br />
The report also provides specifics on evaluating monetary values for a variety of nonmarket<br />
benefits such as cleaner air and reduced traffic risk. Several examples of nonmotorized<br />
economic evaluations are included. For instance, a study conducted in<br />
Portland examined how costs of past and planned investments in bicycling relate to<br />
health and related benefits. It found by 2040, “investments in the range of $138 to $605<br />
million will result in health care cost savings of $388 to $594 million, fuel savings of<br />
$143 to $218 million, and savings in value of statistical lives of $7 to $12 billion”. The<br />
report found that in areas where good walking and cycling conditions are present,<br />
consumer demand for non‐motorized transportation is higher, which accounts for 10%‐<br />
20% of total trips in urban areas.<br />
<strong>Annotated</strong> <strong>Bibliography</strong> Page 23
Title <strong>SSTI</strong> Review of PennDOT’s Smart Transportation<br />
Authors Douglas MacDonald, et al.<br />
Sponsor Pennsylvania Department of Transportation<br />
Date 2011<br />
Pages 48<br />
Category Economic Development Program; Measures<br />
Note<br />
Online<br />
Summary<br />
http://ssti.us/wp/wpcontent/uploads/2011/02/<strong>SSTI</strong>_Review_of_PennDOT_Smart_Transportation.pdf<br />
This report includes a description of the Pennsylvania Community Transportation<br />
Initiative (PCTI) and provides a review of useful performance measures proposed by an<br />
<strong>SSTI</strong> peer review panel. The measures include: Gross State Product per VMT;<br />
Anticipated Future Costs of Maintaining the Facility; and suggests that more work is<br />
needed to identify job creation and preservation measures.<br />
<strong>Annotated</strong> <strong>Bibliography</strong> Page 24
Title Improving the Practice of Transport Project Appraisal<br />
Authors Organisation for Economic Cooperation and Development (OECD)<br />
Sponsor ITF Round Tables<br />
Date April, 2011<br />
Pages 111<br />
Category BCA, Modes: All<br />
Note Available for purchase from the OECD.<br />
Online<br />
Summary<br />
http://www.oecdbookshop.org/oecd/display.asp?CID=&LANG=EN&SF1=DI&ST1=5KGH<br />
RJMNQVNR<br />
This book comprises three papers examining how France, Mexico, and the United<br />
Kingdom implemented benefit‐cost analysis strategies. It includes an analysis of the role<br />
of BCA in each country, key elements for implementation, and an appraisal of the<br />
methods’ effectiveness.<br />
<strong>Annotated</strong> <strong>Bibliography</strong> Page 25
Title<br />
Authors<br />
Background Paper: Transportation and Economic Growth<br />
Oregon Department of Transportation<br />
Sponsor Oregon Department of Transportation, Oregon Transportation Plan Update<br />
Date April, 2004<br />
Pages 26<br />
Category Economic Impact<br />
Note<br />
Online http://www.oregon.gov/ODOT/TD/TP/docs/otpPubs/EconPolRev.pdf<br />
Summary<br />
This report examines trends that affect transportation and economic development and<br />
appropriate policy considerations at the state and national level. It provides extensive<br />
information on Oregon freight corridors and freight volume and value figures.<br />
Approximately half of this short report is devoted to a detailed framework for assessing<br />
transportation and economic development strategies, outlined in Appendix A. In<br />
identifying economic benefits, the authors stress the need to determine the industries<br />
affected and their individual characteristics to assess what role transportation and<br />
other factors play in attraction and retention.<br />
<strong>Annotated</strong> <strong>Bibliography</strong> Page 26
Title Oregon Statewide Integrated Model (SWIM2)<br />
Authors Parsons Brinckerhoff, HBA Specto Incorporated, EcoNorthwest<br />
Sponsor Oregon Department of Transportation<br />
Date November, 2010<br />
Pages 370<br />
Category Modes: All<br />
Note<br />
Online http://www.oregon.gov/ODOT/TD/TPAU/docs/References/SWIM2.pdf<br />
Summary<br />
This document describes in detail the development and functions of the statewide<br />
integrated transport‐land use model in the state of Oregon, SWIM2. The SWIM2 model<br />
uses different units that cover components of the entirety of the system in order to<br />
represent the performance of land use, economy and transport systems. For instance,<br />
the production allocations and interactions module “determines commodity (goods,<br />
services, floor space, labor) quantity & price in all exchange zones to clear markets,<br />
including the location of business and households by beta zone”.<br />
These modules, in compliance with a PECAS spatial allocation model and “activity‐based<br />
micro‐simulation” transport models, customize the framework of SWIM2. The full<br />
model is run every three years, while designated spatial‐economic modules are<br />
examined each year. The report includes equations and processes used in order to<br />
complete the design of the model, how it established the values of the parameters and<br />
inputs of the modules, and explains the development and comparisons of the observed<br />
“target” data.<br />
<strong>Annotated</strong> <strong>Bibliography</strong> Page 27
Title Statewide Economic Benefits of Transportation Investment<br />
Authors Todd Pickton, Janet Clements, and Robert Felsburg<br />
Sponsor Colorado Department of Transportation<br />
Date April, 2007<br />
Pages 68<br />
Category BCA, Scenarios<br />
Note<br />
Online<br />
Summary<br />
http://www.coloradodot.info/programs/statewideplanning/documents/econbenefit2.pdf<br />
Provides information concerning statewide economic benefits and non‐quantifiable<br />
benefits of transportation investment in the state of Colorado. Identifies different levels<br />
of investment through differing scenarios in CDOT's 2030 Statewide Transportation<br />
Plan. Benefits quantified are primarily travel time savings, vehicle operating costs and<br />
reduced accident and injury.<br />
The authors point out that a number of other benefits would obtain from increased<br />
investment in the transportation system, but are not quantified. These include: quality<br />
of life improvements, new jobs, better access to recreation.<br />
<strong>Annotated</strong> <strong>Bibliography</strong> Page 28
Title Transportation Planning Performance Measures<br />
Authors Bud Reiff and Brian Gregor<br />
Sponsor Oregon Department of Transportation<br />
Date October, 2005<br />
Pages 94<br />
Category Performance Measures, Modes: All<br />
Note<br />
Online<br />
Summary<br />
http://www.oregon.gov/ODOT/TD/TPAU/docs/References/PerfMeas.pdf?ga=t<br />
This report addresses planning policies for the statewide Oregon Transportation Plan<br />
and several regional transportation plans for which performance measures have not<br />
been developed or fully tested. The policies subject to question include matters of<br />
balance and adaptability, economic vitality, safety and security, environmental justice,<br />
land use compatibility, and quality of life. In order to target these issues, the research<br />
established and tested six performance measures intended for implementation by the<br />
Oregon Department of Transportation.<br />
This report provides the framework for the development and methods used to test the<br />
six measures. The performance measures chosen for use were urban mobility,<br />
transportation cost index (TCI), percent of travel market‐basket accessible by non‐auto<br />
modes, auto‐dependence index, freight delay costs, and road network concentration<br />
index. A description, explanation, and specification for analyzing each measure is<br />
included in the report. The report concludes with suggestions for performance<br />
measures for future use in economic vitality such as private/public investment ratio and<br />
number of jobs created and enabled, but only the cost of freight delay was adopted.<br />
<strong>Annotated</strong> <strong>Bibliography</strong> Page 29
Title Transportation and Economic Development 2002<br />
Authors M. Roskin<br />
Sponsor Transportation Research Board (TRB), Transportation Research Circular Number E‐C050<br />
Date May, 2003<br />
Pages 104<br />
Category Transportation and Economic Development<br />
Note<br />
Online http://gulliver.trb.org/publications/circulars/ec050.pdf<br />
Summary This is a compendium of articles and papers from the 2002 Conference on Economic<br />
Development, with each subject written by different authors and organizations. 18<br />
major topics are included, such as planning and analysis tools, decision making, joint<br />
development, business perspectives, and international, urban and state‐wide practices.<br />
It captures the perspectives of transportation and economic development professionals<br />
across the country and in other countries largely making the case for the linkage<br />
between economic development and transportation, economic efficiency and<br />
transportation, and for consideration of other factors ranging from international trade<br />
to social and environmental considerations.<br />
While some sections such as the review of tools are dated, many of the topics are still<br />
timely such as those on decision making, business perspectives and of the relationship<br />
of transportation to economic development. Thus the report continues to have many<br />
uses, but for the purposes of this report, it adds to an understanding of what is a<br />
definition for economic development and what are the economic effects of<br />
transportation. In that regard, see the article by Glenn Forkenbrock’s article pp. 6 and 7<br />
providing 10 factors to consider to increase the ability of transportation investments to<br />
have a positive effect on economic competitiveness of a given region.<br />
<strong>Annotated</strong> <strong>Bibliography</strong> Page 30
Title<br />
Performance Measures for Operational Effectiveness for Highway Segments and<br />
Systems<br />
Authors Terrel Shaw<br />
Sponsor Transportation Research Board (TRB), NCHRP Synthesis 311<br />
Date 2003<br />
Pages 66<br />
Category Performance Measures, Modes: Motor Vehicles<br />
Note<br />
Online<br />
Summary<br />
Includes measures that cross over for economic calculations on pp. 8‐9 and related text<br />
later in report.<br />
http://onlinepubs.trb.org/onlinepubs/nchrp/nchrp_syn_311.pdf<br />
This report examines the use of performance measures for monitoring highways on a<br />
national scale. Defines highway systems and segments and why performance measures<br />
should be used. Explains necessary management practices in order to utilize<br />
performance measures nationally.<br />
While these operational measures are not directed at outcomes such as economic<br />
impact, measures that are included in economic evaluations, such as cost, travel time,<br />
and delay, are described in this report.<br />
<strong>Annotated</strong> <strong>Bibliography</strong> Page 31
Title Freight Rail Funding<br />
Authors State Smart Transportation Initiative (<strong>SSTI</strong>)<br />
Sponsor <strong>SSTI</strong><br />
Date 2011<br />
Pages 3<br />
Category State Funding, Modes: Rail<br />
Note<br />
Also see: http://www.ksdot.org/burrail/rail/publications/rehstudy2005.pdf<br />
Online<br />
Summary<br />
http://ssti.us/wp/wpcontent/uploads/2011/01/Snapshot.Shortline%20RR%20Funding.pdf<br />
The document provides a brief history of Local Rail Service Assistance Program (LRSA)<br />
established in 1973, which stimulated the adoption of rail preservation programs in the<br />
majority of states. It uses the state of Kansas as an example of one of many states that<br />
established state‐funded programs to address rail needs.<br />
The report considers the Kansas State Rail Service Improvement Fund on an economic<br />
scale since its creation in 1999. Among the benefits of avoidance of abandonment are<br />
reduced shipper costs, reduced safety incidents, improved speed of trains, and<br />
improved air quality. The overall benefit cost ratio based on the operational<br />
improvements alone is $1 to $9. Adding in the benefits of continued access to rail, the<br />
ratio jumps to over $1 to 30$.<br />
<strong>Annotated</strong> <strong>Bibliography</strong> Page 32
Title Westport Waterfront TOD Cost Benefit Analysis<br />
Authors STV, Inc., Redevelopment Economics, and CWS Consulting<br />
Sponsor Baltimore, MD DOT<br />
Date August, 2010<br />
Pages 62<br />
Category CBA, Economic Competitiveness<br />
Note<br />
Online<br />
Summary<br />
http://redevelopmenteconomics.com/yahoo_site_admin/assets/docs/Westport_cost_b<br />
enefit_final_full_from_website.462721.pdf<br />
This report describes the city of Baltimore’s Department of Transportation request for a<br />
Transportation Investment Generating Economic Recovery II (TIGER II), to support a<br />
network of roads, bridges, railroad crossings, transit stations, and shared‐use trails as<br />
part of a sustainable community development in a distressed area of the region.<br />
It outlines the economic costs and benefits of the Transit‐Orientated Development<br />
project with a detailed section on “livability”, including the results of savings of vehicle<br />
miles of travel, increased access to non‐auto forms of travel, and land value.<br />
<strong>Annotated</strong> <strong>Bibliography</strong> Page 33
Title Sustainability Performance Measures for State DOTs and Other Transportation Agencies<br />
Authors Texas Transportation Institute, et al.<br />
Sponsor National Cooperative Highway Research Program, NCHRP 08‐74<br />
Date July, 2011<br />
Pages 201<br />
Category Performance Measures<br />
Note<br />
Online<br />
Summary<br />
http://onlinepubs.trb.org/onlinepubs/nchrp/docs/NCHRP08‐74_FR.pdf<br />
The NCHRP 08‐74 report examines sustainable techniques that can be applied as<br />
performance measures for state departments of transportation and other<br />
transportation agencies. The author describes three types of primary components of<br />
sustainability: fundamental, overarching, auxiliary. The report provides a set of 11 goals<br />
for transport agencies to address in order to consider sustainability in practice. These<br />
goals are placed into two categories: 1) "Functional goals (relating to sustainability in<br />
how the transportation system functions – i.e., goals that 'provide' and ‘ensure')"; and<br />
2) "Impact goals (relating to how sustainability is to be considered in terms of the<br />
transportation system’s broader impacts – i.e., goals that 'protect' and 'reduce')", and<br />
includes performance measures related to each of the goals.<br />
Two goals are especially relevant to economic performance: Goal 6. Economic<br />
Prosperity ‐‐"Ensure the transportations system's development and operation support<br />
economic development and prosperity"; the second is Goal 7, Economic viability: To<br />
ensure the economic feasibility of transportation investments over time.<br />
<strong>Annotated</strong> <strong>Bibliography</strong> Page 34
Title<br />
Highway and Transit Investments: Options for Improving Information on Projects’<br />
Benefits and Costs and Increasing Accountability for Results<br />
Authors United States Government Accountability Office (GAO)<br />
Sponsor GAO‐05‐172<br />
Date 2008<br />
Pages 92<br />
Category BCA, Modes: Motor Vehicles<br />
Note For further reading see: http://www.gao.gov/search?q=05‐172<br />
Online http://www.gao.gov/new.items/d05172.pdf<br />
Summary The information compiled for this report was based on surveys returned from 43 state<br />
DOTs and 19 transit operators. It investigates how state, local, and regional levels<br />
consider benefits and costs of transportation investments, how these factors can meet<br />
projected outcomes, and techniques to improve transportation information availability<br />
to decision makers. In order to improve the quality of economic analysis, the report<br />
suggests looking at issues that improve the understanding of travel patterns, land use<br />
measures, and the distribution of benefits within the population affected. Transit<br />
investments were considered disadvantaged because typical transportation analysis did<br />
not consider non‐auto owner benefits, economic development, as well as often not<br />
including environmental benefits. While proposing a more comprehensive analysis, the<br />
authors also warned against double counting, as well as making the null alternative too<br />
dire.<br />
The report also discusses factors that work against the use of analysis in investment<br />
decisions such as: the structure and funding of federal programs on a modally oriented,<br />
formula basis; non‐competitive legislative earmarks that do not have requirements for<br />
funding; other federal requirements that have priority over economic analysis, such as<br />
air quality analysis; and the cost of economic analysis, especially for some complex<br />
corridors. (This document includes a detailed appendix of tables and figures that cover<br />
survey results, trends in highway expenditures, usage and capacity, and information on<br />
benefits attributable to highway and transit investment)<br />
<strong>Annotated</strong> <strong>Bibliography</strong> Page 35
Title<br />
Authors<br />
Sponsor<br />
Public Transportation: Federal Role in Value Capture Strategies for Transit is Limited, but<br />
Additional Guidance Could Help Clarify Policies<br />
United States Government Accountability Office (GOA)<br />
GOA‐10‐781<br />
Date July, 2010<br />
Pages 55<br />
Category<br />
Note<br />
Online<br />
Summary<br />
Mode: Transit; Economic results<br />
http://www.gao.gov/new.items/d10781.pdf<br />
The GAO has documented the use of value capture techniques around transit<br />
investment through assessing strategies considered or used at 55 transit properties.<br />
Techniques used include: joint development, special assessment districts, tax increment<br />
financing, and development impact fees. The authors dtermined that the percentage of<br />
a project’s cost covered by examples for 9 transit systems ranges 4% for a bus tunnel in<br />
Seattle to as much as 61% for the new Beltline in Atlanta.<br />
Success is dependent in most instances on the cooperation and partnerships that are<br />
developed among the transit agency and the local government, adjacent property<br />
owners, and/or private developers. Other important factors for success noted include:<br />
density and zoning around the station, favorable economic conditions, and low crime<br />
rates. State law also must allow the establishment of special assessment districts, tax<br />
increment financing, and development impact fees. It was noted that some states such<br />
as California and Maryland have allowed transit agencies to create assessment districts<br />
within certain distance of stations. Confusing rules of the Federal Transit Administration<br />
and the requirement for 1 to 1 parking space replacement were cited as barriers.<br />
<strong>Annotated</strong> <strong>Bibliography</strong> Page 36
Title<br />
Authors<br />
Surface Transportation: Competitive Grant Programs Could Benefit from Increased<br />
Performance Focus and Better Documentation of Key Decisions<br />
United States Government Accountability Office (GAO)<br />
Sponsor<br />
GAO‐11‐234<br />
Date 2011<br />
Pages 60<br />
Category Modes: Highways and Transit, Performance<br />
Note<br />
Online<br />
Summary<br />
http://www.gao.gov/new.items/d11234.pdf<br />
The GAO reviewed the process and the results of awarding $1.5 billion in competitive<br />
grant funding as part of the American Recovery and Reinvestment Act (ARRA). For this<br />
program, Transportation Investment Generating Economic Recovery, the DOT was<br />
required to develop criteria for awarding funding. GAO reviewed the criteria and the<br />
award process.<br />
In the course of the evaluation, GAO developed “lessons learned” that indicated<br />
additional guidance was needed for applicants to meet some of the criteria, in particular<br />
the economic competitiveness and cost benefit analysis requirements. The DOT review<br />
teams determined that many applicants were not prepared to conduct the type of<br />
analysis required.<br />
As a result, information was prepared and training sessions in the form of webinars was<br />
provided for subsequent TIGER competitions. This guidance is found for the latest<br />
competition, TIGER IV, at: http://www.dot.gov/tiger/application‐resources.html<br />
<strong>Annotated</strong> <strong>Bibliography</strong> Page 37
Title<br />
Models to Predict the Economic Development Impact of Transportation Projects:<br />
Historical Experience and New Applications<br />
Authors Glen Weisbrod<br />
Sponsor Economic Development Research Group (EDR Group)<br />
Date December, 2007<br />
Pages 25<br />
Category Economic Performance Measures, Modes: All<br />
Note<br />
Online<br />
Summary<br />
http://www.edrgroup.com/edr1/bm~doc/models‐to‐predict‐the‐eco.pdf<br />
This article provides a historical overview of the connection between transportation<br />
and economics, beginning in Roman times and ending with current computerized<br />
modeling. It explains that "predictive impact models used for decision‐making should be<br />
sensitive to causal factors and elements of access impact known to make a difference in<br />
the effect of transportation projects on regional economic growth and development".<br />
Discusses a shift from a primary focus on economic benefits of time and cost savings to<br />
broader functions of economic development such as accessibility roles in supply chains,<br />
labor market expansion, and global trade growth.<br />
The report explains how several classes of models have been implemented over time in<br />
order to assess economic development and transportation. These include impact<br />
models, land use‐development models, macro‐economic models, regional economic<br />
simulation models, and local access models. The report examines each of these types<br />
and provides a detailed history of a computer based model for each. For instance, it<br />
provides an in depth account of REMI Policy Insight (REMI‐PI) to demonstrate a regional<br />
simulation model. The first application of the model was to assess transportation and<br />
calculate the economic growth impacts of business cost changes for a proposed<br />
highway in Wisconsin in 1988. At this time, it was concluded that other models need to<br />
be applied along with REMI‐PI in order to yield the most accurate results and an<br />
economic geography element was added that modifies regional purchasing patterns<br />
dependent on changes in generalized commodity access and labor access indices.<br />
<strong>Annotated</strong> <strong>Bibliography</strong> Page 38
Title<br />
Authors<br />
Economic Impact of Public Transportation Investment<br />
Glen Weisbrod and Arlee Reno<br />
Sponsor<br />
American Public Transportation Association (APTA) and Transit Cooperative Research<br />
Program (TCRP) Project J‐11/Task 7<br />
Date October, 2009<br />
Pages 77<br />
Category Economic Performance Measures, Modes: Transit<br />
Note<br />
Online<br />
Summary<br />
http://www.apta.com/resources/reportsandpublications/Documents/economic_impact<br />
_of_public_transportation_investment.pdf<br />
The report provides insight into investment in public transportation and its effects on<br />
economic development in terms of employment, wages, and business income. It<br />
provides analysis of five impacts from investment: spending impacts, travel<br />
improvement impacts, access improvement impacts, non‐monetary impacts, other<br />
economic impact measures. Access impacts, for example, account for “household<br />
mobility benefits in terms of access to work, school, health care and/or shopping<br />
destinations”. These factors can translate into increased productivity for businesses by<br />
enabling access to a broader and diverse labor market and economies of scale from a<br />
wider customer market.<br />
Provides estimate of GDP increase 20 years after $1 billion of investment in public<br />
transportation of $3.5 billion. These benefits are largely derived according to the<br />
authors due to 5 key economic benefits from investments in public transportation:<br />
“• travel and vehicle ownership cost savings for public transportation<br />
passengers and those switching from automobiles, leading to shifts in<br />
consumer spending;<br />
• reduced traffic congestion for those traveling by automobile and truck,<br />
leading to further direct travel cost savings for businesses and households;<br />
• business operating cost savings associated with worker wage and reliability<br />
effects of reduced congestion;<br />
• business productivity gained from access to broader labor markets with<br />
more diverse skills, enabled by reduced traffic congestion and expanded<br />
transit service areas; and<br />
• additional regional business growth enabled by indirect impacts of business growth<br />
on supplies and induced impacts on spending of worker wages. At a national level, cost<br />
savings and other productivity impacts can affect competitiveness in international<br />
markets.”<br />
The report provides insight into various analytical tools for assessing economic impact,<br />
including an early application of the REMI mode in a Philadelphia SEPTA study that<br />
examined the effect of reducing commuter rail service on the movement of jobs from<br />
across the river in downtown Philadelphia to New Jersey. The study was widely used in<br />
arguments for the passage of the Intermodal Surface Transportation Efficiency Act of<br />
1991 (otherwise known as ISTEA).<br />
<strong>Annotated</strong> <strong>Bibliography</strong> Page 39
Title<br />
Authors<br />
Extending Monetary Values to Broader Performance and Impact Measures: Applications<br />
for Transportation and Lessons from Other Fields<br />
Glen Weisbrod, Teresa Lynch, and Michael Meyer<br />
Sponsor<br />
American Association of State Highway and Transportation Officials (AASHTO), NCHRP<br />
08‐36‐61<br />
Date August, 2008<br />
Pages 24<br />
Category Economic Performance Measures, Modes: All<br />
Note<br />
Online<br />
Summary<br />
http://www.edrgroup.com/attachments/‐01_Weisbrod‐Monetizing‐10Augcomplete.pdf<br />
This paper gives examples of monetization techniques for 'hard to quantify' benefits,<br />
including environment, health, safety, and economic development. It establishes a<br />
means of classifying direct impacts on the system and its users, as distinct from broader<br />
indirect effects on the population. In considering economic development, it proposes<br />
the following indicators as indirect impacts: Change in household costs and business<br />
costs of transport logistics; Recurring and non‐recurring delays and traffic Incidences;<br />
Jobs created; Property tax revenues. Three case studies: Australian roads, Appalachia<br />
economic development, and Wisconsin energy programs show how technology<br />
transfers between road and non‐road agencies is improving the understanding of<br />
impacts.<br />
The authors also point out that economic development is the net effect of many<br />
offsetting factors. Focusing only on traveler benefits and not including non‐traveler<br />
benefits is seen as common practice due to the difficulty of measurement, the<br />
possibilities of double counting, and not relevant to travel flow. However, they point to<br />
policy interest in measuring indirect benefits, such as air pollution cost and economic<br />
development benefits, and to increasing methods of measurement.<br />
<strong>Annotated</strong> <strong>Bibliography</strong> Page 40
Title<br />
Procedures for Assessing Economic Development Impacts from Transportation<br />
Investments<br />
Authors Glen Weisbrod<br />
Sponsor Transportation Research Board (TRB), NCHRP Synthesis 290<br />
Date June, 2000<br />
Pages 111<br />
Category Economic Development, Modes: All<br />
Note<br />
Online http://www.edrgroup.com/pdf/synth290.pdf<br />
Summary This report defines and measures economic development in transportation planning<br />
and includes an introduction to basic concepts and analysis. Determines direct, indirect,<br />
and induced effects of transportation investment and how the total regional output,<br />
gross regional product, wages and jobs are affected. Although personal income,<br />
tourism, and property values are important outcomes of economic development, the<br />
document identifies jobs, in terms of employment, as the most popular impact<br />
measure. This report provides the methods and scope of four different types of impact<br />
studies: to assess proposed investment; for planning and regulatory review; for public<br />
education; and for post‐project evaluation.<br />
The report describes problems with existing procedures in accounting for economic<br />
development impacts due to a lack of consistency in defining economic impacts and<br />
insufficient data sources. In order to more appropriately assess economic development,<br />
the authors conclude work must be done to address the following: “validate a link<br />
between transportation and economic development at the project corridor or facility<br />
level; develop more complete and understandable analysis tools; develop better staff<br />
training and standards for measurement”.<br />
<strong>Annotated</strong> <strong>Bibliography</strong> Page 41
Title<br />
Quantifying the Economic Domain of Transportation Sustainability<br />
Authors<br />
Jason Zheng, Carol Atkinson‐Palombo, Christopher McCahil, Ryan O’Hara, and Norman<br />
Garrick<br />
Sponsor Transportation Research Board (TRB)<br />
Date July, 2011<br />
Pages 16<br />
Category Sustainability<br />
Note<br />
Online<br />
Summary<br />
Available for purchase at: http://pubsindex.trb.org/view/2011/C/1092720<br />
http://amonline.trb.org/12koec/1<br />
Using a broad definition of sustainability including environmental, social, and economic<br />
factors, the authors create a composite index to rank states based on transportation<br />
affordability, efficiency, financing, and resiliency. Urbanized states with lower<br />
automobile mode share rank higher than the others.<br />
<strong>Annotated</strong> <strong>Bibliography</strong> Page 42