Author: WalkMassachusetts

MassDOT Bicycle and Pedestrian Safety Awareness and Enforcement Program

MassDOT Bicycle and Pedestrian Safety Awareness and Enforcement Program

18 communities participate in the MassDOT multi-disciplinary program to improve bicycle and pedestrian safety in Massachusetts. One of the components of the MassDOT program is to conduct walk and bike assessments that identify infrastructure challenges to walking and biking and recommend short- and long-term improvements. These assessments are also a means of building local knowledge of the importance of well-designed pedestrian and bicycle facilities.

Communities involved:

Year 1 – BrocktonCambridgeFall RiverHaverhillLynnNew BedfordNewtonPittsfieldQuincySalemSomervilleWatertown

Year 2 – Brookline, Dennis, Holyoke, Northampton, Waltham, Worcester

baystateroads:

Tech Note #66 – Massachusetts Speed Laws

Speed Limits & Speed Limit SettingBackground
The National Highway Traffic Safety Administration (NHTSA) defines speeding as “travelling in excess of the posted speed limit” or “driving too fast for conditions.”   Nationally, speed-related crashes account for 30 percent of all fatal crashes, resulting in over 10,000 fatalities annually and a societal cost exceeding $40 billion.  The numbers in Massachusetts are similar where 30 percent of the 349 fatalities in 2012 were speed-related.  In Massachusetts, 56 percent of speed-related fatalities occurred on roadways with a posted speed limit of 35 mph or less, and 78 percent of speed-related fatalities occurred on a roadway with a posted speed limit of 45 mph or less. From an engineering standpoint properly posted speed limits represent the front lines of speed management.  This Tech Note provides basic information regarding speed limits and guidance on proper speed limit setting and sign posting.

Speed Laws in Massachusetts
Within the Massachusetts General Laws (MGL) there are two sections that deal specifically with speed limits.
MGL Chapter 90, Section 18  allows for the posting of numerical limits on the typical speed limit sign.  This law also indicates that the limit  must  be  based  on  engineering  study  and  needs approval via a Special Speed Regulation approved by the Registry of  Motor  Vehicles (RMV)  and  MassDOT. Please note that  all regulatory speed limit signs not posted under this procedure are in violation of the law and are not legally enforceable.*
MGL Chapter 90, Section 17 applies to unposted roadways and specifically states that it shall be prima facie evidence of a rate of speed greater than is reasonable and proper as aforesaid (1) if a motor vehicle is operated on a divided highway outside a thickly settled or business district at a rate of speed exceeding fifty miles per hour for a distance of a quarter of a mile, or (2) on any other way outside a thickly settled or business district at a rate of speed exceeding forty miles per hour for a distance of a quarter of a mile, or (3) inside a thickly settled or business district at a rate of speed exceeding thirty miles per hour for a distance of one-eighth of a mile, or (4) within a school zone which may be established by a city or town as provided in section two of chapter eighty-five at a rate of speed exceeding twenty miles per hour.
*Please note there are special speed law provisions in the MGL for the Massachusetts Turnpike and Department of Conservation and Recreation (DCR) [formerly the Metropolitan District Commission (MDC)] Roads.

Setting Speed Limits
Municipalities should contact MassDOT to request speed limit posting on state-owned roadways. It is the responsibility of the municipality to follow the procedures for locally-owned roadways, which require approval by both MassDOT and the RMV. When considering the establishment of speed limits it is imperative that you review the following two sources which will provide specific guidance on speed zoning: (1)  Procedures for Speed Zoning on State and Municipal Roads, and (2) The Manual on Uniform Traffic Control Devices (MUTCD Section 2B.13).
The establishment of a speed limit is required to be based upon an engineering study, and any resulting posting must be in increments of 5 mph. One major basis for the setting of speed limits is that most motorists are able to select a reasonable and safe speed. Using the 85th Percentile speed as a baseline, the proposed speed limit may be adjusted based upon additional factors, including, road characteristics (e.g., shoulder condition, grade, alignment, and sight distance), the pace speed, roadside development and environment, parking practices and pedestrian activity, and reported crash experience.
Engineering Study
An engineering study from the municipality must contain both the collected data and analysis of this data. Data collection includes:
1.   Preliminary study of conditions;
2.   Speed calculations of curves
(MassDOT’s responsibility);
3.   Speed observations;
4.   Studies of crash             distributions; and
5.   Trial runs over the         location.

Speed  observations  are  determined from a spot speed study and are representative  of  the  motorists “opinion” regarding the speed limit. Speeds from 100 free flow vehicles (drivers choosing their own speed, i.e., not  in  queue)  should  be  captured  in each direction.  Data analysis includes:
1.   Safe speed range;
2.   Selecting speed limits/lengths of zone;
3.   Advisory speeds; and
4.   Rechecks with trial runs.

Advisory Speeds
Special consideration should always be given to the safe speeds for curves, hills and other locations located within that portion of the section. If the safe speed determined by a Ball-Bank Indicator through a particular curved section of a roadway differs from the preceding speed zone by 10 miles per hour or less, and the curved section of roadway is less than 0.20 miles, or if engineering judgment determines that it is appropriate, a warning sign used in conjunction with an advisory speed plate indicating the safe speed can be used in lieu of establishing a separate speed zone for an isolated condition.
Section 2C-08 of the 2009 Manual on Uniform Traffic Control Devices (M.U.T.C.D.) states: Section 2C.08 Advisory Speed Plaque (W13-1P)
Option:
01
The Advisory Speed (W13-1P) plaque (see Figure 2C-1) may be used to supplement any warning sign to indicate the advisory speed for a condition.
Standard:
02
The use of the Advisory Speed plaque for horizontal curves shall be in accordance with the information shown in Table 2C-5. The Advisory Speed plaque shall also be used where an engineering study indicates a need to advise road users of the advisory speed for other roadway conditions.
03
If used, the Advisory Speed plaque shall carry the message XX MPH. The speed displayed shall be a multiple of 5 mph.
04
Except in emergencies or when the condition is temporary, an Advisory Speed plaque shall not be installed until the advisory speed has been determined by an engineering study.
05
The Advisory Speed plaque shall only be used to supplement a warning sign and shall not be installed as a separate sign installation.

06
The advisory speed shall be determined by an engineering study that follows established engineering practices.
Unlike regulatory speed signs, advisory speed signs can be erected by municipalities without any further approval provided they comply with the M.U.T.C.D. Also, advisory speeds are not enforceable, since their intent is to advise motorists of an appropriate speed through a particular condition, not regulate it.

School Zones
The 20 mph speed limit on roads near schools can be posted in various
ways. When posting signs, it is important to consider providing motorists with information as to the beginning and end of the school zone as well as when the 20 mph speed limit is in effect. The signs stating such limits may be accompanied by flashing yellow lights or posted for certain hours of the day and days of the week.
Section 7B.15 of the 2009 Manual on Uniform Traffic Control Devices (M.U.T.C.D.) states: Section 7B.15 School Speed Limit Assembly (S4-1P, S4-2P, S4-3P, S4-4P, S4-6P, S5-1) and END SCHOOL SPEED LIMIT Sign (S5-3)
Standard:
08
The School Speed Limit assembly shall be either a fixed-message sign assembly or a changeable message sign.
09
The fixed-message School Speed Limit assembly shall consist of a top plaque (S4-3P) with the legend SCHOOL, a Speed Limit (R2-1) sign, and a bottom plaque (S4-1P, S4-2P, S4-4P, or S4-6P) indicating the specific periods of the day and/or days of the week that the special school speed limit is in effect (see Figure 7B-1).
Option:
10
Changeable message signs (see Chapter 2L and Section 6F.60) may be used to inform drivers of the school speed limit. If the sign is internally illuminated, it may have a white legend on a black background. Changeable message signs with flashing beacons may be used for situations where greater emphasis of the special school speed limit is needed.
Guidance:
11
Even though it might not always be practical because of special features to make changeable message signs conform in all respects to the standards in this Manual for fixed-message signs, during the periods that the school speed limit is in effect, their basic shape, message, legend layout, and colors should comply with the standards for fixed-message signs.
12
A confirmation light or device to indicate that the speed limit message is in operation should be considered for inclusion on the back of the changeable message sign.

Mass Interchange, Spring 2014

 

Bridge Project Management, Project File No. 606475 (Allston / I-90 Massachusetts Turnpike Interchange Improvement Project)

Bridge Project Management, Project File No. 606475 (Allston / I-90 Massachusetts Turnpike Interchange Improvement Project)

April 24, 2014

Patricia Leavenworth, P.E., Chief Engineer
MassDOT
10 Park Plaza
Boston, MA 02116

ATTN: Bridge Project Management, Project File No. 606475
Delivery via email to dot.feedback.highway@state.ma.us

Dear Ms. Leavenworth,

WalkBoston is pleased to provide comments on the Allston I-90, Massachusetts Turnpike Interchange Improvement Project and the April 10, 2014 public meeting. We are also pleased to have been invited to participate in the project advisory group.

We write to note the issues that we hope will be addressed by the project, some of them to be included in long-range planning and others to be included in project design – but all of them will contribute to the successful reclamation of a large and important piece of the City that has for too long been disregarded as a part of the surrounding community.

1. Project scope – The scope of the project needs to extend far enough along the Turnpike to look at bigger picture auto circulation, including access between the Longwood Medical Area, the Fenway, Back Bay and the Turnpike and relief of traffic at the Bowker Overpass and on Storrow Drive. Addressing these major vehicular demands will potentially provide significant opportunities to enhance the regionally important open space, walking, running and bicycling assets along the Charles River.

2. Pedestrian access throughout the project – Scoping of the project should include guidelines for designs to facilitate pedestrian travel through the project and into surrounding neighborhoods.

3. Air rights development – Intensive use of the air rights above the rail yards and the Turnpike can be foreseen as part of any long-range plan. Ramps and access roads, the mainline of the Turnpike and the commuter rail yards should be designed to accommodate development of the air rights.

4. Land uses in the newly available land – The needs of the community and adjacent institutions should guide development, rather than the needs of traffic to and from the Turnpike. Traffic needs should not limit the explorations of the potential uses of the land.

5. Affordable housing for residents of Allston – Housing goals should be outlined early to permit inclusion in all aspects of the study.

6. Minimize the impacts of regional traffic on neighborhood streets – The alignment and connections of turnpike on and off-ramps should be designed to minimize cut through traffic and to protect the integrity of residential areas.

7. Rail Yards – The design for reconstruction of the rail yards should minimize the number of required tracks (possibly looking at other locations to provide some of the necessary rail yards) and provide footprints for the supporting columns that enable air rights development above them.

8. Commuter rail station – The design of a new West Station should be advanced to a point where its location and likely dimensions are known, to allow for planning its access to proceed as part of this project. Station access should be provided for both sides of the rail tracks between North Allston and Commonwealth Avenue.

9. Reconnecting Packard’s Corner area and North Allston – An impenetrable wall of rail tracks and the Turnpike will separate the two parts of this neighborhood forever, unless provision for crossing is planned from the beginning, either with air rights or with bridges, or both.

10. Transit access – Bus, commuter rail and other modes of public transportation should be considered as part of the overall design at a very early date.

11. Turnpike main line – The lanes in the new portion of the Turnpike between Agganis Way and Cambridge St. should be separated sufficiently to allow for the construction of supporting columns for new uses on air rights above the Turnpike.

12. Turnpike access ramps – Access ramps should be designed in spare and efficient ways that afford the maximum use of the land for non-transportation purposes. Short tunnels should not be excluded from consideration.

13. Storrow Drive Alignment – A long-range plan for the area should include relocation of a portion of Soldiers Field Road away from the river. All access to and from the Turnpike and Cambridge Street should take this into consideration and not preclude potential options for connections.

14. A new park along the river – Relocation of Storrow Drive away from the river allows expansion of the adjacent parkland, which is now very narrow and constrained.

15. Connecting the area with the Charles River – Alternatives should be examined for connections between development in this area and the river for both pedestrians and bicycles.

Thank you for the opportunity to provide input to the project.

Best regards,

Wendy Landman
Executive Director

Bob Sloane
Senior Project Manager

“In advance of the first public meeting on the project, scheduled for Thursday night, the wish list for the project and accompanying free land is as wide-ranging as it is lengthy: A network of world-class bike and walking paths. A Harvard campus expansion. Thousands of new housing units. A Boston Marathon memorial pedestrian overpass. A hulking Olympic stadium. A new West Station that could provide a rapid transit rail link between Allston and Cambridge.” – excerpt from Plans for straightening Mass. Pike stir expansive visions, article by Martine Powers, Boston Globe, 4/10/2014. Photo by Jonathan Wiggs / Globe Staff.

FULL ARTICLE:
http://www.bostonglobe.com/metro/2014/04/09/highway-project-holds-promise-for-revamped-region/2lCX89t55FWnHWSxmZe2xM/story.html

HANDOUT: Funding for Healthy Transportation Options (Mass in Motion)

HANDOUT: Funding for Healthy Transportation Options (Mass in Motion)

This is an informational handout that was part of the 2014 Bike/Walk Summit presented by MassBike and WalkBoston.

The Issue – Active transportation plays an essential role in achieving important public health outcomes like lowering obesity rates and reducing chronic disease and health care costs associated with a sedentary lifestyle. More than half of adults and 1 in 4 high school and middle school students in Massachusetts are overweight or obese.*

In recent years, there have been increasing opportunities to use public health funding to support local efforts that improve biking and walking safety, and encourage education and awareness of biking and walking as transportation.

Mass in Motion is a statewide program that promotes active living and healthy eating in the places people live, learn, work and play. MassBike and WalkBoston have both been working alongside Mass in Motion coordinators in the 52 Mass in Motion communities to get more people walking and biking. Please review the enclosed Mass in Motion info sheet for program highlights.

Mass in Motion is funded through a unique partnership among leading health organizations in the Commonwealth, five major health foundations, and, most importantly, the U.S. Centers for Disease Control’s Community Transformation Grant Program (CTG), which was defunded by Congress in January 2014. The CTG program was scheduled to continue until September 2016, but instead will end this September. This loss of funding will leave many communities and organizations without the resources to continue working for more active transportation and healthier food options.

The Ask – We need our legislators to know that funding for active living programs like Mass in Motion have real benefits for individuals and communities, and that investing in these programs will save money in the long run by reducing future health care spending. Mass in Motion has already achieved real outcomes that will be jeopardized by a premature end of the program.

We ask that legislators connect with their local Mass in Motion programs to learn what is happening in their communities. Please also consult your legislators for advice about opportunities for state funding to ensure that Mass in Motion can continue beyond September 2014.

*Source: Mass in Motion (http://www.mass.gov/eohhs/gov/departments/dph/programs/community-health/mass-in-motion/)