Developing Snapshots for Transportation Planning (2025)

Chapter: 2 Research Approach and Findings

Previous Chapter: 1 Background
Suggested Citation: "2 Research Approach and Findings." National Academies of Sciences, Engineering, and Medicine. 2025. Developing Snapshots for Transportation Planning. Washington, DC: The National Academies Press. doi: 10.17226/29170.

CHAPTER 2

Research Approach and Findings

This chapter will describe Phase I of this project, which included gathering data on each Snapshot topic, assessing that data for application within Snapshots, and developing a consistent design and content template for each of the four Snapshot products delivered under this effort.

There were several iterative phases of content generation as part of this phase. Initial work produced a synthesis of practice documentation, which functioned similar to a review of literature. Following this synthesis, researchers engaged practitioners and stakeholders to determine the leading practices and how to develop a product that would be useful to the target audience. Finally, this information was used to produce proposed Snapshot content, which highlighted key examples of the practice.

Snapshot Literature Review

The purpose of the literature review was to gather, assess, and document existing research and resources on each Snapshot topic and to identify core needs, gaps, and best practices for further development. The literature review focused first on state DOT, MPO, and city and county research and best practices. As needed, the research team also incorporated resources and research from a variety of nontraditional practitioners. This review examined topical, timely research that could inform the practitioners to engage and the topics to cover in practitioner interviews.

For each Snapshot topic, the literature review presented the following information:

  • Key Practitioner Questions: To determine what practitioners might be most interested in learning about through each Snapshot, the research team used online tools, Google Bard and Google Trends, to summarize search engine inquiries related to each topic area. This information provided information on potential focus areas or sections for later Snapshot content.
  • Topic in Practice: To begin developing a list of potential agencies for outreach, this part of the literature review catalogued agencies implementing emerging practices in the field. The research team identified several potential case studies for further investigation and research. Case studies were identified based on:
    • Achieving a mix of state, regional, and local agencies operating in rural and urban communities, and
    • Achieving a mix of agencies of different relative sizes, program maturity, and funding and resource constraints.
  • Topic in Research: To leverage current research on Snapshot topics, current research is summarized on each topic that informed subsequent tasks.
  • Next Steps: Recommendations are summarized for practitioner engagement based on findings of the literature review.
Suggested Citation: "2 Research Approach and Findings." National Academies of Sciences, Engineering, and Medicine. 2025. Developing Snapshots for Transportation Planning. Washington, DC: The National Academies Press. doi: 10.17226/29170.

After the literature review was completed, the research team requested feedback from the project panel to clarify the focus of each topic area and to recommend potential agencies or programs for engagement.

State of the Practice Assessment

The practitioner engagement undertaken as part of this project was designed to gain a better understanding of leading practices related to each Snapshot topic and to gather feedback on the content and design of the Snapshots. To reduce survey fatigue, engagement was focused on virtual fact-finding and direct conversations.

The project team engaged practitioners through a multifaceted approach that included focus groups, interviews, and outreach to committees and industry organizations. The first section of this summary is organized according to type of outreach conducted, which included the following:

  • Committee and Industry Organization Outreach: Presenting to AASHTO groups and soliciting input on interviewees and thematic areas of focus. Interviewed representatives from the National Association of City Transportation Officials (NACTO) and the Association of Metropolitan Planning Organizations (AMPO) on all topic areas and gathered ideas for potential interviewees.
  • Focus Groups: Convening two focus groups with practitioners and facilitating breakout groups organized around Snapshot topic area. The focus group invitation and interview guide can be found in Appendix A and Appendix B.
  • Interviews: Conducting targeted conversations with key agencies in each topic area to gather input on leading practices as well as Snapshot form. The discussion guides for interviews can be found in Appendix C and Appendix D.

Committee and Industry Organization Outreach

The research team delivered a presentation on the project in two AASHTO forums. The team also met with representatives from AMPO and NACTO to identify leading organizations and practices for each Snapshot topic area. Table 1 summarizes that outreach.

Table 1. Summary of committee and industry organization engagement.

Date Group Engaged Description of Outreach
March 8, 2024 AASHTO: Committee on Planning Leadership—Presentation and Discussion The research team developed a presentation and delivered an overview of the research effort to the AASHTO Committee on Planning—initially to the committee’s leadership team, and then to the full committee. The team used these opportunities to advertise the project and invite attendees to the upcoming focus groups. Meeting attendees were also invited to provide feedback on the project via email.
March 22, 2024 AASHTO: Committee on Planning—Presentation
May 29, 2024 AMPO The research team met with representatives from AMPO to discuss leading practices on all four Snapshot topics. This opportunity was used to identify notable practices in each Snapshot area and to discuss the different practices along the maturity spectrum. AMPO representatives identified multiple agencies, resources, and upcoming webinars that connected to the research focus.
June 17, 2024 NACTO The research team met with the Senior Program Manager for Policy at NACTO to discuss leading practices on all four Snapshot topics. The conversation helped pinpoint difficulties that agencies face as they move along the maturity model, as well as examples of leading programs. The NACTO representative provided relevant resources, entities, and insight into each of the topics.
Suggested Citation: "2 Research Approach and Findings." National Academies of Sciences, Engineering, and Medicine. 2025. Developing Snapshots for Transportation Planning. Washington, DC: The National Academies Press. doi: 10.17226/29170.

Focus Groups

To gather insights from industry leaders and practitioners, the research team organized two focus groups. Practitioners identified in the literature review but not selected for interviews were invited to these focus groups. Additionally, the research team engaged with applicable committee leaders from TRB and AASHTO to distribute invitations. The invitation included a registration survey that participants could use to indicate the Snapshot topic they were most interested in discussing. This information guided the creation of breakout groups, which allowed for more focused conversations on each topic. The invitation for the focus groups and the discussion guide used to support the breakout groups can be found in Appendix A and Appendix B, respectively.

The focus group meetings began with a brief presentation and overview of the research topics. Participants were then split into two breakout groups based on topic. In total, the research team contacted 72 individuals or agencies for participation, resulting in two focus groups with 25 participants in total. Table 2 summarizes the organizations represented at each meeting.

Key Focus Group Takeaways

The following subsections summarize takeaways from the focus groups by topic area. The only topic not discussed explicitly during the focus groups was economic analysis. The research team found that few participants were interested in this topic on its own, but many were interested in its relation to other topics (e.g., economic measures as they relate to Complete Streets or freight movement).

Complete Streets Implementation

Participants highlighted key challenges related to Complete Streets implementation and examples of leading practices. Implementation challenges occur when:

  • There is a state road that is designed for higher-speed traffic but also has destinations that need to be served by transit. This is also a safety concern.
  • There is a need to justify Complete Streets’ economic impact because of the ongoing maintenance implications of these projects.

Table 2. Focus group dates and attendees.

Date/Time Organizations Represented Attendees by Topic
3/26/2024
11:00 a.m. ET
  • Atlanta Regional Commission
  • Colorado DOT
  • FHWA Office of Planning
  • Florida DOT
  • Future Planning Consulting
  • ICF International
  • Maricopa Association of Governments (MAG)
  • Ohio DOT
  • Urban Freight Lab (WA)
  • West Piedmont Planning District (VA)
  • Virginia DOT
  • Virginia Transportation Research Council
  • Complete Streets: 7
  • Data Sharing for Performance Management: 4
  • Collaboration on Local Freight Delivery: 4
  • Programmatic Economic Measures to Evaluate and Prioritize Transportation Projects and Investments: 0
3/27/2024
1:00 p.m. ET
  • FHWA
  • HDR, Inc.
  • Kansas DOT
  • Minnesota DOT
  • North Carolina DOT
  • Oregon Metro
  • Port of Oakland
  • Virginia DOT
  • Washington State DOT
  • Complete Streets: 3
  • Data Sharing for Performance Management: 2
  • Collaboration on Local Freight Delivery: 3
  • Programmatic Economic Measures to Evaluate and Prioritize Transportation Projects and Investments: 2
Suggested Citation: "2 Research Approach and Findings." National Academies of Sciences, Engineering, and Medicine. 2025. Developing Snapshots for Transportation Planning. Washington, DC: The National Academies Press. doi: 10.17226/29170.
  • There is a need to create bike lanes that are safe and appealing to cyclists and accommodating to people with disabilities.

One participant noted that transportation professionals can build relationships with local health partners to talk about Complete Streets in terms of public health.

Leading Complete Streets practices identified during the focus groups include those detailed in the Minnesota DOT (MnDOT) Complete Streets guide (MnDOT n.d.-a) and Complete Streets Transportation Hierarchy Tool (MnDOT n.d.-b), the Washington State DOT (WSDOT) legislative Complete Streets mandate (WSDOT 2023) and Washington State Complete Streets statute (Washington State Legislature 2022), and the Florida DOT (FDOT) Context Classification Guide (FDOT 2022).

Data Sharing for Performance Management

Participants noted that mapping tools should be used as a central repository for multiple data sources to create one accurate source. Examples of mapping tools and initiatives highlighted by participants include the Sun Cloud Explorer [Maricopa Association of Governments (MAG) n.d.], the Virginia freight plan interactive map (VTrans n.d.), the Philly Freight Finder [Delaware Valley Regional Planning Commission (DVRPC) n.d.], and the Atlanta Regional Commission Freight Cluster Plans (Atlanta Regional Commission n.d.).

In terms of data collection and sharing, participants mentioned data sources such as individual stakeholders (e.g., rail carriers) but highlighted the need for data from the private sector, businesses, and local stakeholders. Participants also expressed a need for data sharing agreement templates, resources to determine estimates and impacts of freight projects, and data-sharing and analysis performance methods. For successful partnerships, DOTs must be able to easily share data with MPOs and other entities.

Collaboration on Local Freight Delivery

Practitioners focused on leading practices in the freight industry and on the overlap of freight delivery with data sharing and Complete Streets. Practitioners feel they have a limited view of freight industry activity. Data resolution is not currently fine enough to assess local delivery, and obtaining better data will likely require enhanced stakeholder involvement. Key stakeholders to engage include carriers like United Parcel Service (UPS), FedEx, Amazon, less-than-truckload carriers, and utilities (power companies, plumbers, etc.) with large vehicles.

A participant from the Port of Oakland marine terminals explained how the port presents an end-to-end use for customers by tracking freight metrics through staff input and cameras (Port of Oakland n.d.). Similarly, the city of Portland’s newly updated freight plan is unique in that it looks at measures for curb usage and availability, especially in the central commercial district (Portland Bureau of Transportation 2023).

Practitioners also discussed the overlap between Complete Streets and freight delivery. One participant noted that their agency reaches out to developers and stakeholders in walkable urban areas to ask how they are considering freight movement.

Interviewee Selection

The literature review informed the selection of an initial set of interviewees. The research team’s goal was to speak with two to three individuals in each audience category (e.g., state DOT, MPO, city) for each topic. These interviewees were identified based on a few characteristics:

  • Association with innovative practices identified in the literature review
  • Feedback from subject-matter experts and the project panel
  • AASHTO and TRB committee outreach
Suggested Citation: "2 Research Approach and Findings." National Academies of Sciences, Engineering, and Medicine. 2025. Developing Snapshots for Transportation Planning. Washington, DC: The National Academies Press. doi: 10.17226/29170.

During the interviews, participants offered further recommendations for agencies they considered leaders in one of the four topic areas. This resulted in additional interviews being conducted for each topic area. The initial list of interviewee recommendations and interviews that were completed can be found in Table 3. Additional interviewees were identified by people interviewed during the first round or from the project panel. A prioritized list of interviewees by Snapshot topic as they were presented to the panel is summarized by topic in Appendix E.

Practitioner Interview Takeaways

Initially, the research team determined an interviewee list from the results of the literature review for each Snapshot topic. The initial round of engagement resulted in eight agencies identified for interviews and seven interviews scheduled. After the initial round of engagement, additional leading agencies were identified through past practitioner interviews and through focus group feedback. As a result, the research team scheduled several additional conversations to gather more information. Each of the practitioner interviews by topic area is listed in Table 3.

Complete Streets

The research team conducted interviews with representatives of Arlington County, Virginia, on March 19, 2024, the Metropolitan Transportation Commission (MTC) on April 9, 2024,

Table 3. Initial interviewee recommendations and completed interviews.

Interviewee Recommendations Completed Interviews
Complete Streets
Arlington County Virginia Arlington County, Virginia
Bay Area Metropolitan Transportation Commission (MTC) MTC
Kansas DOT
MnDOT Michigan DOT
New Jersey DOT
Ohio DOT
Oregon Metro
Data Sharing for Performance Management
City of Atlanta DVRPC
City of Cincinnati MnDOT
Iowa DOT Michigan DOT
NACTO Utah DOT
Open Mobility Foundation
The Eastern Transportation Coalition
Utah DOT
Collaboration on Local Freight Delivery
Atlanta Regional Commission MAG
Colorado DOT Michigan DOT
District of Columbia DOT NYC DOT
MAG Seattle DOT/Urban Freight Lab
NJ Office of Planning Advocacy Virginia DOT
New York City (NYC) DOT
Seattle DOT
Texas DOT
Programmatic Economic Analysis to Evaluate and Prioritize Transportation Projects and Investments
Atlanta Regional Commission Broward MPO
MTC Michigan DOT
Broward MPO Ohio DOT
Kansas City DOT
Ohio DOT
Port of Oakland
Texas DOT
Virginia DOT  
Suggested Citation: "2 Research Approach and Findings." National Academies of Sciences, Engineering, and Medicine. 2025. Developing Snapshots for Transportation Planning. Washington, DC: The National Academies Press. doi: 10.17226/29170.

Kansas DOT on May 3, 2024, and Michigan DOT on June 6, 2024. Table 4 summarizes findings from these conversations.

Data Sharing for Performance Management

The research team conducted an interview with representatives of Utah DOT on March 28, 2024, MnDOT on May 7, 2024, Michigan DOT on June 6, 2024, and DVRPC on June 7, 2024. Table 5 summarizes findings from these conversations.

Table 4. Complete Streets—interview summaries and findings.

Leading Practices Key Takeaways
Arlington County, Virginia
  • Arlington County’s Neighborhood Complete Streets Program evolved from its Neighborhood Traffic Calming Program. The Traffic Calming Program initiated some projects that sparked neighborhood opposition; this new program, which involves a neighborhood commission, is designed to address these and other Complete Streets–related dynamics.
  • The program represents a multimodal approach toward Complete Streets that goes beyond simply lowering speeds.
  • After being evaluated based on a data-driven prioritization matrix, projects are evaluated by the five-member Neighborhood Complete Streets Commission. Once projects are approved, there is a Six-Step Public Engagement Guide that the program uses to communicate with the community about the project.
  • The program issued its first call for projects in 2017 and received 350+ applicants. Since the first projects were funded in 2020, the program as allocated or spent $4.25 million on neighborhood projects. There are nine pilot projects ongoing.
  • In the future, Arlington County sees opportunities to increase the backgrounds, experiences, and perspectives within the Neighborhood Complete Streets Commission and to develop more clearly defined project scoring processes in key focus areas.
  • Divesting small local projects to the advisory groups like the Neighborhood Complete Streets Commission can help agency boards operate more efficiently and engage community members in planning processes.
  • The pilot projects may be a repeatable model for cities with similar challenges (e.g., lack of pedestrian infrastructure and space constraints).
  • A key challenge is data collection, specifically around traffic counts.
  • There are regulatory barriers to Complete Streets implementation. There are acute challenges to obtaining additional right-of-way. Arlington County would be interested in hearing more about how agencies manage institution gridlock.
MTC
  • MTC had one of the first regional Complete Streets policies (established in 2006). This policy worked to advance Plan Bay Area 2050 objectives of achieving state and local compliance with applicable laws, policies, and standards, including the California Complete Street Act of 2008.
  • MTC adopted a new policy in 2022 that called for all projects funded all or in part with regional discretionary funding or receiving MTC endorsements to adhere to the Complete Streets policy. This includes:
    • All projects must implement the Complete Streets policy as recommended in local and countywide plans.
    • Projects on the Active Transportation Network must incorporate design principles based on the “All Ages and Abilities” contextual guidance (NACTO 2017). MTC adopted these “design principles” rather than “design standards” to allow flexibility among implementing agencies.
  • As part of this update, a Complete Streets checklist process is required for all projects with a total project cost of $250,000 or more. The checklist is a form to help ensure local compliance with Complete Streets policy and applicable laws.
  • MTC’s broad goal is to ensure regional policy alignment; in funding projects, MTC looks to fund those that meet the One Bay Area goals.
  • MPOs can use policy and funding mechanisms to significantly increase the number of Complete Streets projects in a region.
  • Identifying a priority Complete Streets network for project funding helps ensure alignment across organizations.
  • Pairing a Complete Streets policy with the regular transportation plan updates allows MTC to simultaneously update the policy and mechanism. Pulling from DOT, town, and city planning documents allows MPOs to avoid continuously reinventing the wheel.
  • Hiring community-based organizations to gather input for Complete Streets policy ensures alignment with preexisting networks, plans, and relationships.
  • MTC representatives indicated that they wished they had instituted performance reporting metrics and requirements prior to project funding to ensure their ability to accurately track progress and progress impact.
Suggested Citation: "2 Research Approach and Findings." National Academies of Sciences, Engineering, and Medicine. 2025. Developing Snapshots for Transportation Planning. Washington, DC: The National Academies Press. doi: 10.17226/29170.
Leading Practices Key Takeaways
Kansas DOT
  • While Kansas DOT is in the scoping phase of its Complete Streets program, the agency has implemented multiple strategies around Complete Streets implementation. Once the program is implemented, Kansas DOT will likely call the initiative the Safe Streets Program instead of a Complete Streets program.
  • Kansas DOT has developed a geographic information system (GIS) layer of known preferred routes for cyclists (the “Priority Route Network”) and implemented a process wherein projects overlapping this layer must undergo additional evaluation of shoulder width.
  • The state encourages local department to apply for Safe Streets funding and established an initiative where the state will match all Safe Streets and roads for all applications funds. This program was so successful that the state began matching all discretionary funding.
  • Kansas DOT established the “Kansas Infrastructure Hub” and the “Built Kansas Fund” to provide technical assistance for applications. Kansas DOT also offers post-application support.
  • Kansas DOT’s Local Roads Safety initiative was an effort to encourage (with the aid of state funding) all 105 counties in Kansas to develop a local roads safety plan. In support of this effort, Kansas DOT developed an active transportation planning toolkit for small- and mid-sized communities.
  • Before formalizing its Complete Streets program, Kansas DOT worked to implement multiple Complete Streets programs and initiatives, and this has set up its future Complete Streets program for success.
  • Agencies may want to consider alternative branding to “Complete Streets” for their programs.
  • Kansas DOT had multiple champions of its Complete Streets initiatives—from the governor to Kansas DOT staff. It is important for champions to advocate for Complete Streets initiatives and implementation within an organization.
  • The state is committed to funding projects across the state, and Kansas DOT has developed multiple resources to support local agencies in application development and project implementation.
Michigan DOT
  • Michigan is currently working on updating its Complete Streets design guidelines to allow for more flexibility in implementation.
  • Michigan DOT is now looking at larger scale corridor plans for Complete Streets implementation.
  • Flexibility in design guidelines at the state level can help cities and MPOs implement the programs in a way that fits their needs.
  • Identifying key corridors at many scales can help create a connected Complete Streets network.

Table 5. Data sharing for performance management—interview summaries and findings.

Leading Practices Key Takeaways
Utah DOT
  • Utah DOT’s UPlan is its central hub for GIS data and applications. Utah DOT did not have a GIS resource before UPlan. With this tool, Utah DOT hoped to proactively identify potential issues early in the planning process as they emerged and to eliminate alternatives sooner.
  • Utah DOT has undergone two rounds of a data-driven development process, leveraging readily available and real-time data whenever possible.
  • The UPlan performance measures data portal equips Utah DOT and state MPOs with the tools to visualize and analyze data. This platform supports MPOs in meeting necessary requirements, including those mandated by FHWA. In target development, Utah DOT prioritizes transparency to ensure MPOs understand the target-setting process and have data access. While MPOs have the flexibility to set their own targets, they typically use the Utah DOT system.
  • Data maintenance is labor intensive. Utah DOT noted that it was important to clearly identify maintenance responsibilities within the department and to sufficiently staff these roles.
  • A significant accomplishment of UPlan has been fostering collaboration with other agencies that share their data with Utah DOT and develop trust.
  • An additional functionality Utah DOT would like to develop is the ability to analyze data in GIS beyond just representing it on a map. For example, this could be used to determine the impact of a project on access to jobs.
Suggested Citation: "2 Research Approach and Findings." National Academies of Sciences, Engineering, and Medicine. 2025. Developing Snapshots for Transportation Planning. Washington, DC: The National Academies Press. doi: 10.17226/29170.
Leading Practices Key Takeaways
  • In addition to sharing externally, UPlan has also become an internal data hub, allowing data dissemination within Utah DOT that goes beyond spreadsheets and databases.
  • Utah DOT is currently working to establish data governance standards through a data management plan. The objective is to identify data sets that are historical, personal, or official to create a single point of access. The Statewide Asset Manager has led this data governance effort in coordination with Utah DOT’s head of IT and a consultant.
  • Responsibility for managing a large and complex system like UPlan is dispersed, which is why delineating responsibilities is crucial. Utah DOT has at least 20 staff members that work on UPlan in addition to a core staff of six individuals who oversee GIS agency-wide.
  • Utah DOT would like information on how other agencies measure success of online tools (e.g., measuring how many people are using them or the level of user experience) and how they make determinations around key data issues (e.g., data usage and storage).
  • Utah DOT also highlighted the work of Wasatch Front Regional Council and its data hub, which is available for public use.
MnDOT
  • MnDOT produces annual scorecards to track performance on the transportation system, Minnesota Transportation Reports, and a Transportation System Performance Report for the state legislature.
  • In 2016, MnDOT published the Performance Measure Dashboard, an online tool that shows annualized data visualization and mapping under eight performance topics. MnDOT’s Minnesota 511 online, open-data portal provides readily available information on transportation conditions, such as road reports, critical disruptions, lane closures, and weather conditions.
  • While MnDOT performs some interagency data collection, data are primarily sourced from external partners. MnDOT has data governance initiatives and domain stewards in place, but its partners are also responsible for data governance and quality control procedures.
  • MnDOT has experienced challenges in connecting the data to the dashboard in real time. Data must be reviewed and analyzed before they are uploaded into the dashboard. Furthermore, MnDOT does not always have direct access to the data warehouses, which makes it increasingly challenging to update the dashboard efficiently.
  • Data collection and maintenance are often time consuming and resource intensive. Despite these challenges, it is important to distribute data in multiple formats to reach as many audiences as possible (e.g., dashboard, static reporting).
  • Data-sharing tools can be used to respond to a crisis in real time. MnDOT resources provided the public and stakeholders with easily accessible information during a 2007 bridge collapse.
  • The data are often further away than they seem. MnDOT does not always have direct access to the data warehouses, which makes it increasingly challenging to provide updates efficiently. This causes a delay from the time the data are gathered to when they are displayed on the dashboard/report.
  • MnDOT aims to improve its transportation measures to better address local needs without compromising efficiency.
Michigan DOT
  • Michigan’s Transportation Asset Management Council (TAMC) has a robust system in place for collecting and sharing pavement and bridge data for performance management.
  • There is not a mature program in place for collection of active transportation data; there are generally fewer resources available to do this.
  • Data sharing for some types of data can be easy, especially where there are already systems in place to do so.
DVRPC
  • DVRPC’s Philly Freight Finder is an interactive freight mapping and data platform that displays regional freight data.
  • The tool was first developed using Strategic Highway Research Program 2 grant funds, and it was required to be open-sourced. The code for the original Philly Freight Finder is publicly accessible through GitHub.
  • Over time, the tool has evolved and developed into a multitool platform including county freight profiles, maritime performance indicators, and links to downloadable data.
  • DVRPC works in close collaboration with its freight advisory committee, the Delaware Valley Goods Movement Task Force, to determine stakeholder needs and consult with freight advisors as the platform evolves.
  • DVRPC collects multiple data sources to feed into the platform: publicly available data sets, data sets developed within the agency, and one-time purchased data.
  • Data management can be challenging, and it is difficult to frequently update the platform. Once the data are collected, they must be cleaned, aggregated, and joined across datasets before they can be used in the tool for performance management.
  • In the future, DVRPC would like to further develop the platform through process automation by directly connecting the platform to the agency data portal and implementing automatic updating. Additionally, there may be an opportunity to add features, such as the option to search for an address in the tool.
Suggested Citation: "2 Research Approach and Findings." National Academies of Sciences, Engineering, and Medicine. 2025. Developing Snapshots for Transportation Planning. Washington, DC: The National Academies Press. doi: 10.17226/29170.
Collaboration on Local Freight Delivery

The research team interviewed planners from MAG on March 20, 2024, New York City DOT on April 9, 2024, Michigan DOT on June 6, 2024, and Seattle DOT/Urban Freight Lab on August 22, 2024. Table 6 summarizes findings from these conversations. The team also interviewed Virginia DOT on April 24, 2024, but found that there was not substantial overlap between the Snapshot topic and Virginia DOT’s activities.

Programmatic Economic Measures to Evaluate and Prioritize Transportation Projects and Investments

The research team met with representatives from Ohio DOT on March 20, 2024, Broward MPO on March 25, 2024, and Michigan DOT on June 6, 2024. Table 7 summarizes findings from these conversations.

Table 6. Collaboration on local freight delivery—interview summaries and findings.

Leading Practices Key Takeaways
MAG
  • MAG’s most pressing challenges related to local freight delivery involve truck parking availability. Within MAG’s member region, there are diverse community and truck parking needs. MAG has undertaken a few efforts to address needs on this topic:
    • Truck Parking Best Practices Study: MAG examined peer cities to gain insights into the industry and identify best practices.
    • Freight Subarea Project Assessments: These studies pinpoint engineering solutions to better accommodate trucks and establish freight corridors. They also include public outreach and engagement with stakeholder groups, including MAG contacts, member agencies, and freight companies.
    • Partnership with Arizona DOT: MAG collaborates closely with Arizona DOT, and there is a plan for specified partners to engage on truck parking issues. MAG plans to dive deeper into those partnerships with the next round of funding.
  • MAG also noted that in Arizona, each city and town manages its zoning independently, and MAG lacks regional land-use authority. For this reason, partnerships and active communication are crucial for its initiatives.
  • In fast-growing areas with many abutting industrial and residential areas, there may be truck parking challenges that create issues for freight movement.
  • In the future, MAG sees opportunities to collaborate with private developers, regional agencies, trucking associations, and state advocacy groups (including multimodal) on truck parking issues. Currently, there is room to grow in terms of collaboration.
  • In terms of Snapshot content and form, MAG is interested in accessing the raw data behind any statistics presented. Having the opportunity to follow links to additional resources is immensely useful.
New York City (NYC) DOT
  • NYC DOT’s Off-Hour Delivery Program (OHD) started as a pilot in 2009. NYC DOT partnered with 30 businesses that agreed to deliver during off hours and install trackers to the delivery vehicles to track traffic and delivery metrics. The 1.5-year pilot generated benefits including a reduction in daytime congestion, reduced interactions with vulnerable road users, and cost savings for receivers and transporters.
  • NYC Economic Development Corporation has since worked to expand and institutionalize this program. In 2019, it reached the goal of 500 businesses and officially launched the program citywide.
  • In recruiting voluntary participants, DOT pitched businesses on the increased certainty of truck arrival time, reduced delivery times, reduced need to engage with deliveries during peak customer hours, and decreased delivery costs.
  • NYC DOT has pivoted to incentivizing participation to expand the program’s reach and participation. In 2024, it begin using $6 million in Congestion Mitigation and Air Quality funding for an incentive program. Funding will help small businesses participate that do not have resources or infrastructure to support off-hour deliveries.
  • Programs like OHD can encourage participation by offering financial incentives.
  • Transporters are the parties most likely to immediately see the benefits of programs like OHD. The receivers have been the more challenging group to sell on making changes to delivery hours.
  • This program was supported through broad and early engagement with businesses that were receivers. NYC DOT also strategically targeted early participants based on those with existing sustainability commitments or engagement.
  • Related programs can also drive participation in programs like OHD. For NYC DOT, the advent of congestion pricing has already driven interest in OHD because tolls are lower in off-peak hours. Additionally, some revenue from congestion pricing will be used to fund further OHD participation incentives.
Suggested Citation: "2 Research Approach and Findings." National Academies of Sciences, Engineering, and Medicine. 2025. Developing Snapshots for Transportation Planning. Washington, DC: The National Academies Press. doi: 10.17226/29170.
Leading Practices Key Takeaways
  • Noise complaints have emerged as a central challenge to this effort. NYC DOT has collaborated with the Department of Environmental Planning to manage these complaints. In response to this issue, NYC DOT has released a noise toolkit with recommendations for receivers, transporters, and residents on reducing noise.
  • Data sharing is another challenge. Broadly, freight companies are wary of sharing potentially competitive data. NYC DOT has entered into sole-source agreements with private-sector transporters but continues to experience challenges around data quality.
  • Off-hour delivery is just one tool NYC DOT is implementing to improve freight delivery. The agency is also exploring utilizing cargo bike operators, activating waterways to deliver freight, curb management, and building micro-hubs and secure lockers to increase delivery efficiency and security.
  • In terms of Snapshot content and form, case studies are the most useful. New York City looks outside of the United States for many of its case studies; staff noted practices in London and Montreal that were used to model the OHD Program.
  • NYC DOT would appreciate being able to connect with other cities and share ideas, potentially through a cohort of peer agencies. C40, a global network of mayors who are collaborating to reduce their cities’ emissions by 50 percent by 2030, provides a resource for connecting and sharing resources with peer agencies on some topics.
Michigan DOT
  • Michigan DOT is integrating its Freight Plan into its Long-Range Transportation Plan.
  • Michigan DOT recognizes the joint focus of these plans on providing safe and accessible transportation for non-motorists and prioritizing movement of goods.
  • Michigan DOT has asked how it can support placemaking in local communities while also achieving freight delivery.
  • This combination is innovative. The Long-Range Transportation Plan has not moved beyond the planning phase but has set goals and precedents.
  • The integration of the Freight Plan and the Long-Range Transportation Plan shows the importance of local freight delivery and the need to mitigate the impact on local communities.
Seattle DOT/Urban Freight Lab
  • The Open Mobility Foundation, Urban Freight Lab, and the Seattle DOT received a $2 million grant for curbside management digitization, which they used to launch the Urban Freight Lab’s Last Mile Freight Curb Access Program.
  • This program is designed to change commercial vehicle driver behavior and promote responsible curb use by providing them real-time information.
  • They are leveraging academic partners for their analytical capabilities, research, and outreach. These third-party partners could be better positioned to engage with freight carriers or other private operators.
  • Coordinating with Complete Streets work ensures that loading zones and other project designs are aligned.
  • Outsourcing elements of their data collection has allowed them to collect specific granular parking and traffic data tha are needed for their curb digitization.
  • They have used nontraditional partnerships, such as with hospitality associations and automakers, to support their work.
  • Gaps remain in their understanding of how third-party delivery vehicles (e.g., food delivery services, building services) use the curb.
  • They have identified differences in the use of the words “parking” and “loading zones” that can lead to confusion.
Suggested Citation: "2 Research Approach and Findings." National Academies of Sciences, Engineering, and Medicine. 2025. Developing Snapshots for Transportation Planning. Washington, DC: The National Academies Press. doi: 10.17226/29170.

Table 7. Programmatic economic measures to evaluate and prioritize transportation projects and investments—interview summaries and findings.

Leading Practices Key Takeaways
Ohio DOT
  • Ohio DOT is in the process of developing a strategic transportation and development analysis. This analysis will be used for a statewide study of the Ohio transportation system in collaboration with the Department of Development and the Governor’s Office of Workforce Transportation.
  • This effort emerged from the governor’s mandate that Ohio DOT engage and develop an analysis that aims to answer the question: “How can the transportation system further support economic growth?” A statute has required analysis of two corridors in the state, but Ohio DOT is currently studying over 50.
  • This project will identify opportunities to support economic development, analyze demographic information to predict growth, identify major economic centers, evaluate workforce trends, develop forecasts for passenger and freight demand over multiyear periods, and identify economic growth opportunities such as corridor improvements. The goals are to use growth models to better understand insights into access control and risks around interregional trade routes, and to delineate responsibilities between Ohio DOT and regional planners. Additionally, the agency hopes to move toward more project-based planning.
  • This unique analysis helps Ohio DOT identify opportunities for the transportation system to support economic growth in the state.
  • Ohio DOT collaborates in this effort with the Department of Development and the Governor’s Office of Workforce Transformation, and there is a high level of engagement from state leaders. Their investment in the project can sometimes be challenging, but overall, it is helpful to have buy-in from leadership.
  • Ohio DOT identified Utah DOT and MnDOT as other national leaders in this area.
  • As far as Snapshot content, mixed media with embedded links to other content is ideal. The National Highway Institute provides a model for developing engaging electronic learning content.
Broward MPO
  • Broward MPO has integrated a 10-point scale of economic vitality into its project prioritization process. The criteria consider factors such as freight and goods movement, state of good repair, and a project’s location relative to an activity center.
  • Broward MPO uses a high-level evaluation system to streamline project prioritization rather than using a complex equation for economic impact assessment. This approach aims to ensure transparency and ease of communication with the MPO’s committee and board members. Additionally, the citizen advisory committee, technical advisory committee, and MPO board are given the opportunity to provide feedback.
  • Broward MPO has experienced challenges and limitations related to data availability. It has worked with business data in the past and found that the granular data provided are not useful; it needs macroeconomic data, which are not as readily available. The state of Florida provides information, and Broward is looking into other data sources, but there is not a clear solution.
  • Broward struggles with data availability across projects, especially in terms of macroeconomic data.
  • Broward MPO also shared insights related to economic measures for Complete Streets. One factor it considers is real estate prices. The economic impact of Complete Streets is difficult to capture though, and it wants to increase tracking for employment, sales, development, and redevelopment. Without quantitative data, it has to rely on qualitative data such as before-and-after images.
  • Broward highlighted the need to explain the process to nontechnical community members through resources such as the Complete Streets Toolkit and community bike rides.
  • In terms of Snapshot design/dissemination, Broward MPO prefers webinars and highly designed PDFs that highlight leading agencies.
Michigan DOT
  • Michigan DOT utilizes TREDIS, an economic analysis tool, to develop a multimodal economic benefit analysis system. TREDIS calculates the economic impacts as well as the benefits and costs of proposed projects, programs, and policies. Michigan DOT is currently in the development phase with this tool, but over time hope to use it for project prioritization and implementation.
  • In developing the tool, Michigan DOT has integrated data from across departments (e.g., from the aeronautics database tool and transit system value tool), which enables staff to use a common data source.
  • Michigan DOT has an ongoing research effort to develop the Multi-Objective Decision Analysis (MODA) tool. A long-term goal is to regularly integrate economic benefit analysis into the decision-making process.
  • Michigan’s long-range transportation plan includes its Freight Plan and its Active Transportation Plan, which serves as a useful opportunity to convene a range of stakeholders.
  • Michigan DOT is actively considering the trade-offs between local placemaking and freight delivery needs.
  • Development of software/tools can be time intensive and expensive. In Michigan DOTs case, it was important for maintaining leadership buy-in that modal divisions actively advocated for the project.
  • Even using the TREDIS tool, Michigan DOT anticipates it will be too expensive and time intensive to evaluate economic benefits at a project level. Michigan DOT would like to learn more about the resources and staffing necessary to be a leading organization on this topic.
  • In terms of these Snapshots, Michigan DOT hopes to learn more about the nuts and bolts of how other DOTs and MPOs are evaluating economic measures and approaching prioritization and how many resources these efforts require within an organization.
Suggested Citation: "2 Research Approach and Findings." National Academies of Sciences, Engineering, and Medicine. 2025. Developing Snapshots for Transportation Planning. Washington, DC: The National Academies Press. doi: 10.17226/29170.

Overall Engagement Findings

Information collected through practitioner interviews and focus group discussions yielded several key conclusions regarding Snapshot content and design:

  • Practitioners prefer simple, visual content with external links: Practitioners want resources that summarize topics at a high level in a visually engaging but simple manner. Practitioners likened the Snapshots to the function of executive summaries in reports; those summaries are easily digestible and give readers enough information to be informed but not overwhelmed. Practitioners also noted that they wanted these simple visual products to offer readers the opportunity to learn more; links to external content, raw data, maps, and other supporting documentation are appreciated.
  • Practitioners want resources that offer solutions for different types of agencies: There is a desire to see a range of options highlighted in the Snapshots so that any agency—regardless of urban or rural context, agency resources and capacity, or other factors—can engage in some part of the Snapshot’s findings. It was suggested that different Snapshots be developed for different audiences. At the very least, they should convey the extent to which more cutting-edge practices could be implemented on a smaller scale in another state, city, or region.
  • Practitioners want help sifting through resources and guidance: Practitioners noted that there is already a great deal of guidance available on all the Snapshot topics. What would be most helpful would be to create a repository of the more authoritative sources of guidance rather than a new guidance document itself. This approach could be described as a “curated list of resources.”
  • A key feature of dissemination should be webinars and training: Practitioners often attend webinars and training, and these would be useful forums for distributing information on the Snapshots. The American Planning Association, various industry committees and groups, and FHWA community planners might also be other resources for getting the word out.

Based on these takeaways, the research team developed a set of Snapshots that offer building blocks along a spectrum of resources, practices, and leading examples. The organizing principle for this spectrum was a maturity model to describe the evolution of a person or group over time, mapping capabilities to different maturity levels. The interviews and focus groups provided many different practice examples that could have been used for the case studies. The final case studies were chosen by selecting practices or programs that showed exemplary practices across a range of agency scales, maturity levels, and program designs. This method allowed the Snapshots to present a diversity of case studies with the goal of allowing users to see an agency similar to theirs reflected in the case studies.

Analysis of Sample Formats

In a memorandum, the research team investigated characteristics and design options related to the maturity model and building-block concepts. First, the research team examined existing approaches for developing maturity models. Maturity models generally describe the evolution of an organization over time, mapping capabilities to different maturity levels. This framework provides a tool for assessing current capabilities and understanding how a person or group can move to a subsequent maturity level. Originally developed to improve software development processes, different maturity models are now used across a range of industries and organization types. The following list identifies several maturity models that are commonly used today:

  • Capability Maturity Model (CMM): The CMM is a process of identifying the current condition and how to move the product to the next specified level. The CMM grew out of the Software Engineering Institute and was developed to assess process maturity levels in software.
Suggested Citation: "2 Research Approach and Findings." National Academies of Sciences, Engineering, and Medicine. 2025. Developing Snapshots for Transportation Planning. Washington, DC: The National Academies Press. doi: 10.17226/29170.
  • Capability Maturity Model Integration (CMMI): CMMI was an effort out of the Software Engineering Institute to improve on weaknesses of the CMM model. CMMI considers process maturity more broadly and adopts a results-oriented approach toward key performance areas. CMMI is usable by industries besides the software industry.
  • Business Process Maturity Model (BPMM): The BPMM framework further builds on the CMMI model. Specific to BPMM are Domain Process Areas, which describe the types of new measures that should be taken to lift the organization to the next maturity level.
  • People Capability Maturity Model (PCMM): This model aims to assess the maturity of an organization’s workforce practices to integrate workforce development into efforts around process improvement.

The research team then examined approaches within the transportation field and beyond toward placing organizations along a de facto maturity spectrum but with language and information that focuses more on ongoing process improvement than on fixed levels of maturity. Other research products and guidance have adopted a range of approaches toward helping agencies locate themselves on a maturity spectrum and for representing such a spectrum to audiences:

  • NCHRP WebResource 1: Reducing Greenhouse Gas Emissions: A Guide for State DOTs (NCHRP Project 25-56): This guide provides guidance on practical and innovative methods for state DOTs to assess and advance emission reducing strategies in their planning and programming. After finding that DOTs struggled to find appropriate methods and programming decisions that match their needs and decision-making context, the research team developed a series of “self-assessments” to assist staff in determining where their agency falls on a variety of spectrums associated with greenhouse gas engagement. Level of DOT engagement was ranked generically from 1 through 4 (Cambridge Systematics, Inc., et al. 2022).
  • Data Visualization Methods for Transportation Agencies (Higgins et al. 2016a) and NCHRP Web-Only Document 226: Data Visualization Methods for Transportation Agencies (NCHRP Project 08-36/Task 128 VizGuide; Higgens et al. 2016b): The VizGuide is intended as a resource for transportation professionals who want to use illustrations and visualizations to communicate their ideas to an audience. Derived from NCHRP Project 08-36/Task 128, “Data Visualization Methods for Transportation Agencies,” the site breaks content into six sections: Examples, Process, Charts, Style, Tools, and Resources (Higgins et al. 2016a). The Examples section offers short case studies and details where users can replicate some functionality with varying technical skills or software access. For example, a case study in one tool notes that “an intermediate knowledge of Microsoft Excel or Adobe Illustrator is necessary to replicate the dial, but a choropleth can be created easily in many visualization programs, including Tableau, Microsoft PowerBI, ArcMap, and QGIS” (Higgins et al. 2016a).
  • The Analytics Playbook for Cities: A Navigational Tool for Understanding Data Analytics in Local Government, Confronting Trade-Offs, and Implementing Effectively: This report from the Harvard Ash Center is aimed at practitioners who are thinking about choosing to name their first Chief Data Officer, start their first analytics team, or empower an existing group of individuals. The report is offered online in PDF form. Though the format provides limited functionality, it gives an example of integrating examples and external content into an otherwise static document. The report’s body offers sidebars with examples from cities, while an Appendix Expands on these case studies. Footnotes and body text provide clickable hyperlinks, connecting users to additional resources (Mashariki, Diaz, and Eaves 2020).
  • Cyber Essentials Toolkit: This resource from the Cybersecurity and Infrastructure Security Agency (CISA) is a set of modules designed to break down the CISA cyber essentials into bite-sized actions for information technology (IT) and C-suite leadership to work toward full implementation of each cyber essential. Each chapter is an individual PDF that highlights key actions. Each key action includes a list of resources for taking action, which link to external resources. All actions are identified either as actions for leaders or discussions with IT staff or with service providers; the guide’s simplicity makes the takeaways and responsibilities clear (CISA 2020).
Suggested Citation: "2 Research Approach and Findings." National Academies of Sciences, Engineering, and Medicine. 2025. Developing Snapshots for Transportation Planning. Washington, DC: The National Academies Press. doi: 10.17226/29170.

Finally, the research team looked for visual examples of a maturity spectrum that would best fit the Snapshot format. Some key findings included:

  • Strategic Highway Research Program Capability Maturity Framework: This framework provides an example of a transportation-related maturity model developed for the Strategic Highway Research Program. The maturity framework is process-driven and provides self-assessments to identify position along the maturity spectrum. It then provides six process improvement dimensions: business process, systems and technology, performance measurement, workforce, culture, and collaboration, as well as specific actions necessary to progress through four capability levels that range from “Ad-Hoc, Low Level of Capability” to “Optimized, Highest Level of Capability.” This model integrates self-assessments for each process improvement dimension (FHWA 2016).
  • Smart Cities Readiness Maturity Model: This model provides five maturity levels and the various dimensions that a city must address/improve to mature along the spectrum. It provides details on different dimensions of Smart City programs, such as strategic intent, data, and stakeholder engagement, and what needs to be done to mature along the spectrum. It features five maturity levels, ranging from “Ad-Hoc” to “Optimized,” and provides an overview of how a level’s approach effects outcomes. This visualization provides a thorough and detailed resource for cities to understand where they fall along the spectrum and what they need to do to advance their programming (Scottish Cities Alliance, the Scottish Government, and Urban Tide 2014).

Panel Feedback

On May 2, 2024, the research team presented initial outreach findings and Snapshot design concepts to the NCHRP Project Panel. Panel feedback and research team responses to that feedback are summarized here:

  • The research team should be aiming for convergence: The panel noted that the research team will know when outreach is complete when the team starts hearing the same things repeatedly. Given that this had not occurred at that time, it was clear that additional organizations should be contacted for interviews. Panel members recommended several organizations for additional outreach, including the following:
    • Complete Streets: Florida DOT, Nebraska DOT
    • Data sharing for performance management: Connecticut DOT
    • Collaboration on local freight delivery: New Jersey MPO
    • Economic analysis to support decision-making: Michigan DOT, Nebraska DOT

    The research team subsequently contacted those organizations for interviews, and was able to schedule an interview with Michigan DOT. The interview guide also changed based on the approval of the maturity model framework. The revised Phase I Interview Guide can be found in Appendix D.

  • The maturity model and compilation of resources approach makes sense: The panel affirmed that the maturity model approach would allow the Snapshots to supply useful information to different types of organizations. It was noted that many agencies that struggle to move to implementation may remain at the initial stage for a long time; it is useful to provide resources and examples for those agencies as they establish the groundwork for future implementation. Further, the panel agreed that compiling different resources for organizations along the spectrum would be useful.
  • Certain Snapshots need to incorporate additional information: While reviewing the draft interview and focus group findings, the project panel identified the need for additional information. For example, Complete Streets should include more information on public engagement, while the data sharing for performance management topic should include more
Suggested Citation: "2 Research Approach and Findings." National Academies of Sciences, Engineering, and Medicine. 2025. Developing Snapshots for Transportation Planning. Washington, DC: The National Academies Press. doi: 10.17226/29170.
  • information on data-sharing agreements and platforms. The panel was also interested in learning more about where gaps remain, even for organizations identified as leading on the maturity spectrum. Where specific gaps were identified, the research team incorporated additional content into the Snapshots. The research team has documented in this report the findings related to the remaining gaps.
  • There are certain topics that should be highlighted across all Snapshots: The research team noted that data sharing had emerged as an issue in all Snapshot topics. The panel agreed that this topic should remain an independent Snapshot but that it should be discussed as a distinct component of each of the other Snapshots. The research team responded to this by developing a data subsection (Data and Performance Management) for the practices summarized in each of the final Snapshot designs.
Suggested Citation: "2 Research Approach and Findings." National Academies of Sciences, Engineering, and Medicine. 2025. Developing Snapshots for Transportation Planning. Washington, DC: The National Academies Press. doi: 10.17226/29170.
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Next Chapter: 3 Snapshot Content and Design Development
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