Technical Memorandum

 

DATE:   October 1, 2018

TO:         Massachusetts Department of Transportation and the Federal Highway Administration

FROM:   Boston Region Metropolitan Planning Organization Staff

RE:         Boston Region MPO Baseline CMAQ Performance Plan (2018)

 

The Boston Region Metropolitan Planning Organization (MPO) has developed this baseline Congestion Mitigation and Air Quality Improvement (CMAQ) performance plan for the first federal performance period (2018–21) in accordance with 23 Code of Federal Regulations (CFR) Part 490.107(c)(3) and 23 US Code Part 149(l). This plan provides the following information:

 

The Boston Region MPO has submitted this baseline CMAQ Performance Plan for inclusion with the Massachusetts’ October 2018 Performance Management Form. 

 

1          Boston Region MPO CMAQ Applicability Determinations

1.1      Applicability for On-Road Mobile Source Emissions Measure

The Boston Region MPO serves 97 municipalities in eastern Massachusetts. It includes a limited maintenance area for carbon monoxide in Waltham. On April 22, 2002, the City of Waltham was redesignated as being in attainment for carbon-monoxide emissions with an EPA-approved limited maintenance plan. While the MPO is not required to perform modeling analysis for a conformity determination for carbon monoxide, the MPO is still required to provide a status report on the timely implementation of projects and programs that will reduce emission from transportation sources—so-called transportation control measures—which are included in the Massachusetts State Implementation Plan. The MPO provides this information in annual updates to its Transportation Improvement Program (TIP).

The Federal Highway Administration’s (FHWA) October 2017 applicability determination for CMAQ traffic congestion and on-road mobile source emissions measures determined that the Boston Region MPO is required to develop a CMAQ performance plan and establish two-year and four-year targets for the on-road mobile source emissions measure.1 These two-year and four-year targets will pertain to carbon monoxide emissions.

 

1.2      Applicability for Traffic Congestion Measures

The Boston Region MPO is part of the Boston MA-NH-RI Urbanized Area (UZA), as established by the 2010 US Census. A map of the Boston MA-NH-RI UZA with a list of the states and MPOs within the UZA is shown in Figure 1. The FHWA’s October 2017 applicability determination for CMAQ traffic congestion and on-road mobile source emissions measures determined that targets for the traffic congestion measures must be established for the Boston MA-NH-RI UZA, and that the Boston Region MPO must participate in this target-setting process.2

 

Figure 1
Boston UZA Boundaries and Overlapping States and MPOs

Figure 1
Boston UZA Boundaries and Overlapping States and MPOs
This figure shows the boundaries of the Boston Urbanized Area and the states and Metropolitan Planning Organizations that overlap the urbanized area.

2          Baseline Conditions and Performance

2.1      On-Road Mobile Source Emissions Measure Baseline Value

The total emissions reduction measure, which addresses on-road mobile source emissions, is the cumulative estimated emission reductions for all CMAQ funded projects of each applicable criteria pollutant (ozone [03], carbon monoxide [CO], and particulate matter [PM2.5 and PM 10]) and precursor (volatile organic compounds [VOC] and oxides of nitrogen [NOx]) for which the area within the MPO is designated nonattainment or maintenance. To establish a baseline for this measure, Boston Region MPO staff reviewed listings of obligated projects and information in the CMAQ Public Access system to identify CMAQ-funded projects that would have been obligated in federal fiscal years (FFY) 2014–17. When conducting this review, MPO staff did not identify any projects that were both 1) located in Waltham and 2) funded all or in part with CMAQ dollars. As a result, MPO staff identified a baseline level of carbon monoxide emissions reduction that is equal to zero daily kilograms. This information is summarized in Table 1.

 

Table 1
Boston Region MPO Baseline for Total Emissions Reduction Measure

 

Performance Measure

Baseline Years
and Data

 

Baseline Value

Daily kilograms of CO emissions reduction from CMAQ projects in Boston region nonattainment or maintenance areas

FFYs 2014–17 data on obligated projects with CMAQ funding

0

Note: A maintenance area for carbon monoxide is located in Waltham.

CMAQ = Congestion Mitigation and Air Quality. CO = carbon monoxide. FFY = federal fiscal year.

Source: Boston Region MPO.

 

2.2      Baseline Values for Traffic Congestion Measures

FHWA established two CMAQ performance measures related to traffic congestion, which are to be measured for identified UZAs:

 

Baseline Value for Percent of Non-SOV Travel

The Boston UZA baseline for this measure was established using 2012–16 US American Community Survey (ACS) estimates, which were the most recent five-year estimates available as of calendar year (CY) 2017.3 Massachusetts Department of Transportation (MassDOT), New Hampshire Department of Transportation (NH DOT), and MPO staff reviewed estimates of means of transportation to work for workers ages 16 and older, as outlined in ACS tables DP03 (“Selected Economic Characteristics”), S0801 (“Commuting Characteristics by Sex”), and others. The baseline for the share of non-SOV travel in the Boston UZA was developed by subtracting the estimated share of workers ages 16 and older who drove alone from 100 percent. Table 2 lists the resulting baseline value for the share of non-SOV travel for the Boston UZA, which is 33.6 percent.

 

Table 2
Boston UZA Baseline for Percent of Non-SOV Travel Measure

 

Performance Measure

 

Baseline Years

 

Baseline Value

Percent of non-SOV travel

ACS data available in 2017
(2012–16 estimates)

33.6%

ACS = US American Community Survey. CMAQ = Congestion Mitigation and Air Quality. UZA = urbanized area.

Sources: ACS.

 

Baseline Value for Annual Hours of PHED Per Capita

The annual hours of PHED per capita measure estimates the expected delay experienced by a UZA’s population from travel on the National Highway System (NHS) during peak periods. MassDOT coordinated with Cambridge Systematics and NH DOT to develop a baseline estimate for this measure using the data elements outlined in Table 3.

 

Table 3
Data Elements for Calculating Annual Hours
of PHED Per Capita for the Boston UZA

PHED Measure Data Element

Source for the Boston UZA

UZA Boundary

US Decennial Census

UZA Population

Population estimate for MA and NH portions of UZA, based on 2012–16 ACS block group data and expected Boston MSA population growth from 2016 to 2017

Reporting Segments

2017 NPMRDS

Travel times in 15-minute intervals

2017 NPMRDS

Hourly Traffic Volume

AADT reported to the HPMS by Massachusetts and NH DOT

Annual Vehicle Classification for Buses, Trucks, and Cars

AADT, AADT single unit, and AADT combination unit classification data as reported to the HPMS

Annual Vehicle Occupancy for Cars, Buses, and Trucks

Data provided by FHWA in Average Vehicle Occupancy Factors for Computing Travel Time Reliability Measures and Total Peak Hour Excessive Delay Metrics, April 2018

AADT = Average Annual Daily Traffic. ACS = US American Community Survey. FHWA = Federal Highway Administration. HPMS = Highway Performance Monitoring System. MA = Massachusetts. MSA = Metropolitan Statistical Area. NH = New Hampshire. NPMRDS = National Performance Management Research Data Set. UZA = Urbanized Area.

Source: MassDOT, NH DOT, and Boston Region MPO

 

Table 4 lists the components of the 2017 baseline value measure, including 1) a PHED estimate that reflects the NHS network within the Boston UZA and 2) the UZA population. Using these components, MassDOT, Cambridge Systematics, and NH DOT identified a baseline value of 18.3 annual hours of PHED per capita.

 

Table 4
Boston UZA Baseline for Annual Hours of PHED Per Capita

 

MA and NH Annual PHED

Boston UZA Population

(MA and NH Only)a

Annual PHED Per Capita for the Boston UZA

80,053,183

4,371,476

18.3

a Cambridge Systematics aggregated 2012–16 ACS population estimates at the block group level to estimate the population for the portion of the UZA in Massachusetts and New Hampshire. They then inflated this estimate for 2017 by applying information on expected population growth in the Boston Metropolitan Statistical area between 2016 and 2017.

MA = Massachusetts. NH = New Hampshire. PHED = peak hour excessive delay. UZA = urbanized area.

Sources: National Performance Management Research Data Set, FHWA, MassDOT, and NH DOT.

 

3          Performance Targets

3.1      MPO Targets for the On-Road Mobile Source Emissions Measure

For the first federal performance-monitoring period (2018–21), the Boston Region MPO is required to set the following targets for the total emissions reduction measure with respect to its carbon monoxide maintenance area in Waltham:

 

Boston Region MPO staff reviewed transportation projects programmed in its FFY 2018–22 and FFY 2019–23 TIPs to identify any that are 1) located in Waltham and 2) funded all or in part with CMAQ dollars. MPO staff did not identify any projects that met both of these criteria in its TIPs for the years FFYs 2018–21. As a result, the MPO has set its two-year and four-year carbon monoxide emissions reductions targets equal to the baseline value of zero kilograms per day. Table 5 summarizes this information.

Table 5
Boston Region MPO Emissions Reduction Targets

Performance Measure

Baseline Years and Data

Baseline Value

Two-Year Target (FFYs 201819)

Four-Year Target (FFYs 201821)

Daily kilograms of CO emissions reduction from CMAQ projects in Boston region nonattainment or maintenance areas

FFYs 2014–17 data on obligated projects with CMAQ funding

0

0

0

Note: A maintenance area for carbon monoxide is located in Waltham.

CMAQ = Congestion Mitigation and Air Quality. CO = carbon monoxide. FFY = federal fiscal year.

Sources: Boston Region MPO.

 

The Boston Region MPO took action to adopt these emissions reduction performance targets on September 20, 2018.

 

3.2      Boston UZA Targets for Traffic Congestion Measures 

Targets for Percent of Non-SOV Travel

MassDOT, NH DOT, the Boston Region MPO, and the Northern Middlesex Council of Governments (NMCOG) are required to establish the following targets for the Boston UZA for the percent of non-SOV travel measure:

 

To develop these targets, MassDOT and NH DOT used a series of five ACS five-year period estimates—from 2012 (2008–12 ACS estimate) to 2016 (2012–16 ACS estimate)—to create a linear trend line. MassDOT and NH DOT then used this trend line to project ACS five-year estimates that would reflect expected conditions as of the end of CY 2019 (the expected 2015–19 ACS estimate) and as of the end of CY 2021 (the expected 2017–21 ACS estimate) (Figure 2).

 

MassDOT and NH DOT selected these projected values as the Boston UZA targets for the percent of non-SOV travel, and established these values as the two-year and four-year targets for the Boston UZA.

 

Figure 2
Historic Value and Targets for the
Percent of Non-SOV Travel in the Boston UZA

This chart shows five historic values for the percent of non-single-occupancy vehicle travel in the Boston Urbanized Area, based on five-year American Community Survey estimates. This chart also shows a linear trend line based on these historic values, along with projected 2015–19 and 2017–21 American Community Service estimates of the share of non-single-occupancy vehicle travel, which MassDOT and NH DOT have established as performance targets.

 

ACS = US American Community Survey. SOV = single-occupancy vehicle. UZA = urbanized area.

Sources: US Census Bureau, 2012-16 American Community Survey Five-Year Estimates; MassDOT; and NH DOT.

 

The Boston Region MPO is required to report UZA targets for the percent of non-SOV travel measure that are identical to those reported by MassDOT and NH DOT. The Boston Region MPO took action to adopt these targets for the percent of non-SOV travel measure on September 20, 2018. These target values are summarized in Table 6.

 

 

 

Table 6
Boston UZA Targets for the Percent of Non-SOV Travel Measure

CMAQ Traffic Congestion Performance Measure

Baseline Data

Baseline Value

Two-Year Target (CYs 201819)

Four-Year Target (CYs 201821)

Percent of non-SOV travel

ACS data available in 2017 (2012–16 estimates)

33.6%

34.5%

35.1%

ACS = US American Community Survey. CMAQ = Congestion Mitigation and Air Quality. CY = calendar year. UZA = urbanized area.

Sources: MassDOT, NH DOT, and ACS.

 

Targets for Annual Hours of PHED Per Capita

MassDOT, NH DOT, the Boston Region MPO, and the NMCOG are required to establish a four-year target for the annual hours of PHED per capita per measure, which reflects expected performance on this measure as of the end of CY 2021. These agencies have also opted to report a two-year target for this measure, which reflects expected performance as of the end of CY 2019.

 

As discussed in Section 2.2, MassDOT, Cambridge Systematics, and NH DOT coordinated with one another to process NPMRDS (National Performance Management Research Data Set) and other data to create a baseline value for the Boston UZA for the annual hours of PHED per capita per measure. They only examined NPMRDS travel-time data from CY 2017 when developing targets for the PHED measure because of the differences in features between the Version 1 and Version 2 NPMRDS data sets. When setting targets, these agencies considered guidance from FHWA to states and MPOs, which states that because there are differences between Versions 1 and 2 of the NPMRDS, using multiple years of data to set targets may not be the best approach, especially for four-year targets.4 MassDOT and NH DOT elected to set both a two-year target (reflecting performance as of the end of CY 2019) and a four-year target (reflecting performance as of the end of CY 2021) equal to the 2017 baseline value—18.3 annual hours of PHED per capita—and established these targets for the UZA.

 

The Boston Region MPO is required to report UZA targets for the annual hours of PHED per capita measure that are identical to those reported by MassDOT and NH DOT. The Boston Region MPO took action to adopt these targets for the annual hours of PHED per capita measure on September 20, 2018. These target values are summarized in Table 7.

 

Table 7
Boston UZA Targets for the Annual Hours of PHED per Capita Measure

CMAQ Traffic Congestion Performance Measure

Baseline Data

Baseline Value

Two-Year Target (CYs 201819)

Four-Year Target (CYs 201821)

Annual hours of PHED per capita

See details in Table 3

18.3

18.3

18.3

CMAQ = Congestion Mitigation and Air Quality. CY = calendar year. NPMRDS = National Performance Management Research Data Set. PHED = peak hour excessive delay. UZA = urbanized area.

Sources: NPMRDS, FHWA, MassDOT, NH DOT, and ACS.

 

4          Descriptions of CMAQ-Funded Projects

Table 8 describes projects in the Boston region that were programmed to receive CMAQ funding in FFYs 2018 or are programmed to receive CMAQ funding in FFYs 2019, 2020, 2021. This table includes projects that are or have been programmed by the Boston Region MPO or by MassDOT. For each project, it provides

 

Because none of these projects are located in the carbon monoxide limited maintenance area in Waltham, Table 8 does not include information about expected carbon monoxide emissions reduction. 

 

Table 8
CMAQ-funded Transportation Projects Programmed in the Boston Region

Project Name Project Category Project Description MPO Municipalities Expected Year of CMAQ Obligation (FFY) Relationship to Annual Hours of PHED per Capita Measure Relationship to the Percent of Non-SOV Travel Measure
Green Line Extension to College Avenue with the Union Square Spur Transit Projects Extend the MBTA Green Line from a relocated Lechmere Station in East Cambridge to College Avenue in Medford, with a branch to Union Square in Somerville. Multiple (Cambridge, Medford, Somerville) CMAQ funds were first obligated in 2017. Future obligations scheduled for 2018, 2019, 2020, and 2021. This project is not on the NHS but may reduce PHED by providing an alternative to travel on nearby NHS routes.  This project may increase non-SOV travel because it will expand a transit alternative to SOV travel. 
Southborough: Reconstruction of Main Street (Route 30) from Sears Road to Park Street  Traffic Flow Improvement Projects Reconstruct Main Street to include new traffic signals, improving roadway geometry and constructing sidewalks. Southborough 2018 This project is not on the NHS and not expected to affect PHED on the NHS network. It is expected to help reduce delay in the project corridor. This project may increase non-SOV travel by adding new sidewalks in the project corridor.
Brookline: Intersection and Signal Improvements at Route 9 and Village Square (Gateway East)  Traffic Flow Improvement Projects Improve regional connections for bicycles and pedestrians. Signals at Washington Street/Brookline Avenue intersection will be upgraded and interconnected with new signals at the Walnut/Pearl Street intersection.  Brookline 2018 This project is on the NHS and may reduce PHED by improving signalization and roadway geometry. This project may increase non-SOV travel by enhancing bicycle and pedestrian travel in the project corridor. 
Braintree: Adaptive Signal Controls on Route 37 (Granite Street)  Traffic Flow Improvement Projects Implement adaptive signal controls on Route 37.  Braintree 2018 This project is on the NHS and may reduce PHED by implementing signals that adapt to changing traffic patterns and create smoother traffic flow. This project is not expected to increase non-SOV travel.
Framingham-Natick: Cochituate Rail Trail (CRT) Construction  Bicycle and Pedestrian Projects Construct 2.4 miles of rail trail, including a spur line connecting to the Natick Mall at Speen Street, a connection to the Framingham section of the CRT, and a connection to North Main Street.  Framingham, Natick 2018 This project is not on the NHS and not expected to affect PHED on the NHS network. This project may increase non-SOV travel because it will create connections in the region's bicycle and pedestrian network.
Needham-Newton: Reconstruction of Highland Avenue, Needham Street and Charles River Bridge, From Webster Street (Needham) to Route 9 (Newton)  Traffic Flow Improvement Projects Reconstruct Highland Avenue, including the rehabilitation of the Charles River Bridge. The project will include geometric improvements, sidewalk reconstruction, traffic signal equipment and/or timing upgrades, and implementation of bike lanes and bike-on-shoulder accommodations. Needham, Newton 2019 and 2020 This project is not on the NHS but may reduce PHED on nearby NHS routes by improving signalization and roadway geometry. This project may increase non-SOV travel by expanding bicycle and pedestrian facilities in the project corridor.
Natick: Reconstruction of Route 27 (North Main Street to Wayland town line) excluding the Route 9 Interchange Traffic Flow Improvement Projects Reconstruct Route 27 to include minor widening to create a more consistent cross-section; construction of sidewalks on both sides of the roadway; inclusion of bicycle accommodations; upgrades of existing signals; and new signals  at Lake Street, Rutledge Road, and Pine Street. Natick 2019 This project is on the NHS and may reduce PHED by improving signalization and roadway geometry. This project may increase non-SOV travel by expanding bicycle and pedestrian facilities in the project corridor. 
Hopedale-Milford: Resurfacing and Intersection Improvements on Route 16 (Main Street) Traffic Flow Improvement Projects Reconstruct sidewalks and make improvements to the intersection of Route 16 and Route 140, including upgrades to signal equipment and widening where feasible. Milford 2019 This project is on the NHS and may reduce PHED by improving signalization and roadway geometry. This project may increase non-SOV travel by improving sidewalks in the project corridor.
Beverly: Intersection Improvements at 3 Locations: Cabot Street (Route 1A/97 at Dodge Street [Route 1A]), County Way, Longmeadow Road, and Scott Street; McKay Street at Balch Street; and Veterans Memorial Bridge (Route 1A at Rantoul, Cabot, Water, and Front Streets)  Traffic Flow Improvement Projects Update and modernize traffic signal equipment, signalize or install a modern roundabout at the intersection of McKay Street at Balch Street, and provide ADA compliant wheelchair ramps at sidewalks at each intersection. Provide bike lanes at two of the three intersections. Beverly 2019 This project includes intersections on the NHS and may reduce PHED by improving signalization and roadway geometry. This project may increase non-SOV travel by enhancing bicycle and pedestrian travel in the project corridor. 
Acton-Concord: Bruce Freeman Rail Trail Construction, Includes Replacing Bridge C-19-037, Rail Trail Over Nashoba Brook, New Bridge C-19-039, Rail Trail over Route 2 and New Culvert C-19-040, Route 2 Over Wildlife Crossing (Phase II-B) Bicycle and Pedestrian Projects Construct rail-to-trail project connecting to the existing 12 mile trail from Lowell to Acton. Acton, Concord 2019 This project is not on the NHS and not expected to affect PHED on the NHS network. This project may increase non-SOV travel because it will create connections in the region's bicycle and pedestrian network.
Brookline--Pedestrian Bridge Rehabilitation over MBTA off Carlton Street Bicycle and Pedestrian Projects Rehabilitate pedestrian bridge to restore pedestrian connection. Brookline 2019 This project is not on the NHS and not expected to affect PHED. This project may increase non-SOV travel because it will create connections in the region's pedestrian network.
Hopkinton: Signal and Intersection Improvements on Route 135  Traffic Flow Improvement Projects Implement improvements that include signal equipment additions and upgrades, geometric modifications, and reconstruction of sidewalks and wheelchair ramps. Hopkinton 2020 This project is on the NHS and may reduce PHED by improving signalization and roadway geometry. This project is not expected to increase non-SOV travel.
Everett: Reconstruction of Ferry Street, South Ferry Street, and a Portion of Elm Street   Traffic Flow Improvement Projects Construct new sidewalks and the traffic signals at five locations. The signalized intersection at Chelsea Street will be replaced by a roundabout.   Everett 2020 This project is not on the NHS but may reduce PHED on nearby NHS routes by improving signalization. This project is not expected to increase non-SOV travel.
Lynn: Reconstruction on Route 129 (Lynnfield Street) from Great Roads to Wyoma Street  Traffic Flow Improvement Projects Implement improvements at three intersections with an emergency signal added at Broadway/Hudson Street. All signals will be coordinated. Sidewalks will be reconstructed and bicycle accommodations provided where possible on shoulders. Lynn 2020 This project is on the NHS and may reduce PHED by improving signalization. This project may increase non-SOV travel by expanding bicycle and pedestrian facilities in the project corridor.
Ashland: Reconstruction on Route 126 (Pond Street) from the Framingham Town Line to the Holliston Town Line  Traffic Flow Improvement Projects Install new and/or upgraded signals with optimized signal timing and phasing. Construct bike lanes and sidewalks on both sides of the corridor.   Ashland 2020 This project is on the NHS and may reduce PHED by improving signalization. This project may increase non-SOV travel by expanding bicycle and pedestrian facilities in the project corridor. 
Walpole: Construction on Route 1A (Main Street) from the Norwood Town Line to Route 27, Includes W-03-024 Over the Neponset River  Traffic Flow Improvement Projects Implement intersection improvements and coordinated traffic signals with optimized timings. Construct new sidewalks on both sides of the road except for the segment between Bullard/Willet Street intersection and the Norwood Town Line and provide four-foot shoulders along Route 1A for bicycle travel. Walpole 2020 This project is not on the NHS but may reduce PHED on nearby NHS routes by improving signalization. This project may increase non-SOV travel by expanding bicycle and pedestrian facilities in the project corridor. 
Malden: Exchange Street Downtown Improvement Project  Traffic Flow Improvement Projects Improve sidewalks, ramps, crosswalks, sidewalk extensions (bump-outs), and bicycle accommodations including an on-street bicycle lane and bicycle racks. Connections to Malden Center transit station will be provided. Malden 2020 This project is not on the NHS and not expected to affect PHED on the NHS network. This project may increase non-SOV travel by enhancing bicycle and pedestrian travel in the project corridor.
Boston-Brookline: Multi-Use Path Construction on New Fenway   Bicycle and Pedestrian Projects Construct a new multi-use bike/pedestrian pathway from the Muddy River in Brookline to Maitland Street in Boston. Boston, Brookline 2020 This project is not on the NHS and not expected to affect PHED on the NHS network. This project may increase non-SOV travel by improving and expanding bicycle facilities in the project corridor.
Boston: Improvements on Boylston Street, from Intersection of Brookline Avenue and Park Drive to Ipswich Street  Traffic Flow Improvement Projects Improve existing geometric layout and upgrade the signal equipment at five intersections on Boylston Street. Expand pedestrian and bicycle facilities.  Boston 2021 This project is on the NHS and may reduce PHED by improving signalization and roadway geometry. This project may increase non-SOV travel by expanding bicycle and pedestrian facilities in the project corridor. 
Norwood: Intersection Improvements at Route 1A and Upland Road/Washington Street and Prospect Street/Fulton Street  Traffic Flow Improvement Projects Install signals and implement geometric improvements at the intersections of Route 1A. Norwood 2021 This project is not on the NHS and not expected to affect PHED. This project is not expected to increase the share of non-SOV travel.
Boston Region MPO Community Transportation Program To be determined Provide funding for projects such as first-mile/last-mile projects to transit and additional parking at transit stations. Multiple (to be determined) 2021 To be determined. This assessment depends on the projects funded through this program. To be determined. This assessment depends on the projects funded through this program.
Dedham: Pedestrian Improvements along Elm Street and Rustcraft Road Corridors  Bicycle and Pedestrian Projects Improve sidewalks and implement minor roadway widening to accommodate shoulders for bicycle travel in each direction. Dedham 2021 This project is not on the NHS and not expected to affect PHED. This project may increase non-SOV travel by expanding bicycle facilities in the project corridor.
Wakefield-Lynnfield: Rail Trail Extension, from the Galvin Middle School to the Lynnfield/Peabody Town Line  Bicycle and Pedestrian Projects Construct a rail trail extension, which will be part of the proposed 30 mile Border to Boston Trail. It will also connect to the MBTA commuter rail station in Wakefield and five schools in the two communities. Lynnfield, Wakefield 2021 This project is not on the NHS and not expected to affect PHED. This project may increase non-SOV travel because it will create connections in the region's bicycle and pedestrian network. 
ADA = Americans with Disabilities Act. CMAQ = Congestion Mitigation and Air Quality. CRT = Cochituate Rail Trail. FFY = federal fiscal year. MBTA = Massachusetts Bay Transportation Authority. MPO = Metropolitan Planning Organization. NHS = National Highway System. PHED = peak hour excessive delay. SOV = single occupancy vehicle.

 

5          Contact Information

Questions pertaining to this CMAQ Performance Plan can be addressed to Michelle Scott or Anne McGahan of Boston Region MPO staff. Staff contact information is available at ctps.org/ctps_staff.

 

 

 

 

1 FHWA, “Applicability Determination: CMAQ Traffic Congestion and CMAQ On-road Mobile Source Emissions Measures,” https://www.fhwa.dot.gov/environment/air_quality/cmaq/measures/cmaq_applicability/cmaqaqpplicability2018.pdf, accessed September 16, 2018, page 13.

2 Ibid, pg. 27 and 34.

3 United States Census Bureau, “American Community Survey: 2012–16 ACS Five-Year Estimates,” December 12, 2017, https://www.census.gov/programs-surveys/acs/technical-documentation/table-and-geography-changes/2016/5-year.html, accessed September 16, 2018.

4 FHWA, “Frequently Asked Questions: Target Setting,” https://www.fhwa.dot.gov/tpm/faq.cfm#targ, accessed September 14, 2018.