Module 4: The Essentials of Active Transportation Flashcards

(44 cards)

1
Q

What is Active Transportation?

A

-Active Transportation is defined as any travel that is human powered such as walking & cycling for a cleaner environment & improved personal health.
-This can include:
-walking
-biking
-skateboarding
-in line skating/ rollerblading
-jogging & running
-non-mechanized wheel chairing
-snowshoeing and cross-country skiing

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2
Q

Benefits of Active Transportation.

A

-Health: increased opportunities for exercise
-Social: encourages social interaction
-Transportation: reduces traffic congestion
-Environmental: fewer greenhouse gas emissions
-Economy: reduction in congestion due to lost productivity

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3
Q

Five E’s of Bicycle Planning Framework.

A

-Engineering
-Education
-Encouragement
-Enforcement
-Evaluation

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4
Q

Types of Cyclists.

A

-No way, no how
-Interested but concerned - 60%
-Enthusiastic & confident
-Strong & fearless

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5
Q

Bikeway Facility Types.

A

Most comfortable to least comfortable:
-Multi-use pathways
-Protected bike lane
-Local street bikeway
-Bicycle lane
-Shared use lane
-Shoulder bikeway

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6
Q

Pedestrian Planning Framework.

A

Types of Pedestrians to Consider:
-Commuter
-Fast, direct route regardless of quality of environment
-Shopper/Leisure Walker
-Looks for ease of access, attractive retail environments, &
attractive routes
-Disabled Person
-Requires level, clearly defined easy access
-Child
-Requires a high level of segregation from motorized traffic
-Important factors where children & young people make
independent journeys, especially journeys to school

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7
Q

Pedestrian Facility Types.

A

Most comfortable to least comfortable:
-Off street pedestrian only
-Multi use pathway
-Wide sidewalk
-Buffered sidewalk
-Sidewalk
-Unpaved sidewalk
-Paved shoulder

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8
Q

Walk Score, Transit Score, Bike Score.

A

-Walk Score measures the walkability of a location
-Transit Score measures access to public transit
-Bike Score measures whether a location is good for biking

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9
Q

Walk Score - What Does it Measure?

A

-Walk Score measures the walkability of any address.
-It analyzes hundreds of walking routes to nearby amenities.
-Points are awarded based on the distance to amenities in each
category.
-Max point (5-min walk) to 0 point (>30 min walk)
-It also measures pedestrian friendliness by analyzing population density & road metrics such as block length & intersection density.

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10
Q

Active Transportation Strategy.

A

-The goal of an AT strategy is to transform an automobile reliant community into a community where all interested parties including motorists, public transit users, pedestrians, cyclists, & others share a common vision for the development of future transportation networks.
-An At strategy is not about restricting the use of motor vehicles, but about improving the environment & opportunities for travel that incorporates physical activity.

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11
Q

High AT Commuting in Kingston.

A

According to Statscan, Kingston is the most walkable city in Ontario.

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12
Q

Weaknesses - Queen’s Campus.

A

-Unsafe traffic conditions.
-Winter conditions.
-Condition & lack of infrastructure.
-Lack of end-of-trip facilities.

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12
Q

Strengths - Queen’s Campus.

A

-Critical mass of commuters living around the University.
-University’s location & connectivity of surrounding area.
-Recent improvements to AT infrastructure in the area.

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13
Q

Opportunities - Queen’s Campus.

A

-Chance to build on existing strengths.
-Expansion of partnerships & collaborations.
-Chance to influence growth & change.

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14
Q

Threats - Queen’s Campus.

A

-Entrenched car-oriented mindset of some commuters.
-Inflexibility of existing regulations & policies.

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15
Q

Kingston AT - Facts & Figures.

A

-A large majority of undergraduate students, 82.4%, live within a 1.5 km radius of union Street & University Avenue.
-Only 12.8% of staff & faculty lived within 2 km of the campus, & 50% live within 10 km.
-The large proportions of students who live within walking distance to campus would benefit greatly from pedestrian improvements.
-Students would also benefit from improvements to the cycling network.

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16
Q

Kingston AT Strategy.

A

-The strategy aims to increase the number of active commuting trips to, from, & on campus & to enhance the existing conditions for walking, cycling, & other modes of AT.
-Therefore, some possible outcomes could include:
-identifying links & extensions of existing bikeways, trails,
sidewalks, & roads;
-identifying missing connections;
-prioritizing network projects;
-reviewing current standards, by-laws; and
-identifying opportunities for public promotion & education.

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17
Q

Practices Ideal for Queen’s.

A

-Improved pedestrian pathway design;
-Walking & cycling maps;
-More park & ride facilities;
-Implementation of a bike share or bike rental program;
-Improved cycling pathway design;
-More & better end-of-trip facilities;
-A bicycle registration program;
-Flexible parking & transit pass systems;
-A guaranteed ride home program.

18
Q

Recommendations - Walking.

A

Infrastructure:
-improve sidewalks around Queen’s campus
-provide more pedestrian crossings
-enhance pedestrian infrastructure
-increase & maintain streetlights
-apply traffic calming measures
Programs:
-install way-finding maps & pedestrian signage
-maintain a clean environment for campus commuting
-educate pedestrians about their rights & responsibilities
-establish a weekly walk to work day
Policies:
-lobby for changes to the Ontario Highway Traffic Act
-prioritize snow clearing of sidewalks
-maintain sidewalks & walkways to a high standard
-encourage mixed land uses & pedestrian-oriented design

19
Q

Recommendations - Cycling.

A

Infrastructure:
-improve bicycle parking on Queen’s campus
-provide bike lanes on arterial & collector streets
-create a network of bike boulevards
-install bike boxes at select & appropriate signalized intersections
-install bicycle signals at traffic intersections
-locate bike repair stands in high traffic areas
Programs:
-promote cycling awareness
-host cycling workshops on campus
-start a bicycle registration program on campus
-start a bike share program on campus
Policies:
-province wide support from the Ontario Highway Traffic Act
-uphold commitment to regular maintenance of on-street marked bicycle lanes
-maintenance of snow-free bike lanes & bicycle parking areas
-align goals with Ontario’s cycling strategy

20
Q

Kingston AT Mast Plan - Principles.

A

Safety - Kingston will have a network of AT facilities where people want to be, because they feel safe with more people on the street.
Connectivity - A continuous network of AT routes & facilities throughout the City will create greater choice for active travel.
Equity - All residents & visitors, regardless of age, gender, or social-economic background should be able to travel throughout the City using any AT option they choose.
Equality - An inclusive environment where all ages & abilities would have access to active travel choices for all seasons & have the opportunity to participate in the active modes of their choice.
Accessibility - The ability to access routes that are secure, accessible, & convenient, including supporting facilities, and implement universal design criteria to improve accessibility for all travel choices.
Promotion - Promote the use, benefits, & accessibility of active modes of travel as a means to improve health, interact with others, increase freedom, & develop a sense of community.

21
Q

Neighbourhood Trips.

A

-Made within the boundary of a specific neighbourhood; typically short in distance.
-Trips to & from school or a local community destination sch as a library or a community centre.
-Occur on local or collector roads that have low operating speeds & low motor vehicle traffic.
-Served by individual systems of routes & facilities within each area
-Infrastructure requirements are often small in scale, e.g. pedestrian crosswalks, signed bike routes, etc.

22
Q

City-Wide Trips.

A

-Rely on a spine of system of routes & facilities that provide key connections to other streets in the network.
-Commuting or long distance/touring purposes, e.g. trips to & from work, major commercial centres, etc.
-Occur on arterial & collector roads that have higher operating speeds & motor vehicle traffic.
-Infrastructure requirements are typically large-scale projects that are planned in conjunction with other capital projects, e.g. grade separated crossings for pedestrians & cyclists; planned roadway widenings, etc.

23
Q

Kingston AT Master Plan Recommendations.

A

Achieving a 20% active transportation mode share by 2034 will require a long-term commitment from the City & decisive action by Council & staff. Many of these actions will take time to affect mode share:
-implement the cycling network plan;
-undertake bicycle-integrated design at specific intersections;
-develop wayfinding/signing strategy
-allocate budget (capital & maintenance)
-enhance bike-share program
-incorporate bicycle access, parking, & end-of-trip facilities in by-laws & site-plan reviews.

24
Complete Streets.
-Streets are complete when they are designed to support many different forms of mobility.
25
Evolution of Complete Streets.
-Traditional towns were built on a human scale & pedestrian-oriented. -After WW2, highways & communities were built based on "car-dependence." Cars are the central focus of transportation, infrastructure, & land use policies. -Tension between urban form & road function
26
Complete Streets of Canada Definition.
-A Complete Street is designed for all ages, abilities, & modes of travel. On Complete Streets, safe & comfortable access for pedestrians, bicycles, transit users & the mobility-impaired is not an afterthought, but an integral planning feature.
27
Primary Goal of Complete Streets.
-To build a city where all users & uses have a well-functioning network so that people can travel easily & safely with the mode of their choice.
28
Components in Complete Streets.
-Transit improvement -Road diet -Streetscaping -Accessibility improvement -Pedestrian improvement -Traffic calming -Cycling improvement
29
Consequences of an Unbalance Transportation System.
-Unsustainable development -Impacts to community -Safety issues -Transportation inequality -Environmental concerns -Impacts to health -Disconnected transportation networks
30
Benefits of Complete Streets.
-Improved safety -Health benefits -Environmental sustainability -Smart mobility - expanded mobility choices -Walkability -Economic vitality -Vibrant & livable public spaces -Connectivity
31
Complete Streets = Community Liveability.
-Complete Streets as One Approach to Community Livability -Support and fulfill local community livability objectives -Strategies for improving community livability: -improving sustainability of land use & development -providing non-motorized transportation options -instituting traffic-calming measures. -integrating land-use & transportation planning -encouraging pedestrian-friendly design & mixed use development
32
Bicycle & Pedestrian - Planning & Design.
-An active & preferred route is one that offers a convenient, safe, attractive, efficient, connected, accessible, & pleasant route. -Goal - The development of safe walking & biking infrastructure that allows community members to travel using active transportation.
33
Pedestrian Integrated Design - Design Guide.
-Transportation Association of Canada (TAC) Geometric Design Guide (GDG) for Canadian Roads
34
Design Elements.
-Most critical aspect is the adequacy of sight lines at intersections. -Many obstructions to sight distance: -landscaping -parked vehicles -traffic control devices -street furniture
35
Other Design Elements.
-Intersection corner radius. -Mountable corner aprons. -Channelized turn lane. -Curb extensions
36
Other Design Guidance in TAC GDG.
-Sidewalk lighting, landscaping. -Placement of street hardware & other amenities. -Transit integration. -Driveway access management. -Retrofits. -Segregation of modes.
37
Bicycle-Integrated Design - Design Guides.
-Transportation Association of Canada (TAC) Geometric Design Guide (GDG) for Canadian Roads. -Chapter 5 - Bicycle Integrated Design -Ontario Traffic Manual (OTM) -Book 18 - Cycling facilities
38
Cyclist Fatalities.
-Collisions - Average of 74 Canadians die in cycling collisions each year. -Collision Rates (Per 1M): -All cycling collisions - decreased from 228 (2006) to 151 (2017) -Cycling death - decreased from 2.5 (2006) to 1.3 (2017) -Most cycling fatalities occurred during evening rush hour.
39
Cyclist Fatalities - Behaviour.
-Road safety rules may not have been respected in approximately 1 in 3 cycling fatalities. -Nearly 6 male cyclist fatalities were recorded for every female cyclist fatality.
40
Design Fundamentals.
People biking need sufficient operating space, separation from those with large speed differences, smooth surfaces, speed maintenance, connectivity: -operating space typically 1.2m to 1.5m -typical bicycle speeds are 15-30 km/h, maybe 50 km/h+ downhill -for cycling to be effective as transportation, people must be able to maintain their momentum without having to slow too often. -where reasonable, bike routes should be continuous, minimize steep grades, rough surfaces, sharp corners, intersections, & need to yield. -surfaces should be even & firm, clear of obstacles & debris wider if uneven to allow maneuverability, consider 4 season maintenance. -network should allow movement in various directions, offer route choice, be intuitive, minimize diversion.
41
Design Guidance.
OTM Book 18: -Intersection & crossing treatments -Transit stop treatments -End-of-trip facilities TAC Geometric Design -Design speed -Alignment -Stopping sight distance
42
OTM Book 18.
-Adjacent Crossing -Setback crossing/ protected corner -Left turn treatments -Bike boxes -Uncontrolled crossings
43
TAC Geometric Design Guide.
-Limited horizontal curve sight distance -Sharp Horizontal curve on a downgrade into a dark tunnel -Limited sight distance -Horizontal curve with adequate sight distance -Unconventional signing -Inadequate cross section -Inadequate clearance -Drainage grates