Cycle path in Pinheiros, São Paulo: Impact study on local economic vitality

Similar documents
THE TWO BANKS OF THE TAGUS RIVER BY INTEGRATING THE BYCICLE INTO A MULTIMODAL SYSTEM

2. Context. Existing framework. The context. The challenge. Transport Strategy

CHAPTER 7.0 IMPLEMENTATION

Helsinki. Explaining Active Transportation Success in a City with Winter. Karl Saidla, Ph.D. Candidate, University of Ottawa, Human Kinetics

The seamless journey The seamless journey: Public transport links with walking and cycling

Developing a Birmingham Transport Space Allocation policy. David Harris Transport Policy Manager Economy Directorate Birmingham City Council

Canada s Capital Region Delegation to the Velo-City Global 2010 Conference

SUSTAINABLE URBAN MOBILITY PLAN REVOLUTIONARY CONCEPTS TO CURB THE CAR OF THE CITY OF SANTA MARIA (BRAZIL)

2015 Florida Main Street Annual Conference. Complete Streets Equal Stronger Main Streets

The City. Population of BH. Population of RMBH. 2.4 million inhabitants. 5.7 million inhabitants. 6.3 million trips a day

RESTRICTED ROADS (20 MPH SPEED LIMIT) (SCOTLAND) BILL. 1. Is reducing the speed limit to 20mph the best way of achieving the aims of the Bill?

Delivering the. Strategy 7.0

Private sector, government (and civil society) partnership to improve road safety: A city-based approach

VILNIUS SUMP. Gintarė Krušinskaitė International project manager place your logo here

This objective implies that all population groups should find walking appealing, and that it is made easier for them to walk more on a daily basis.

THE SOCIAL IMPACT OF BICYCLE IN SÃO PAULO May 2018

DESIGNING STREETS FOR CITIZENS: UNEP SHARE THE ROAD PROGRAMME

NM-POLICY 1: Improve service levels, participation, and options for non-motorized transportation modes throughout the County.

SOCIALLY AND ENVIRONMENTALLY SUSTAINABLE URBAN TRANSPORT

Walking and Cycling Action Plan Summary. A Catalyst for Change The Regional Transport Strategy for the west of Scotland

City of Perth Cycle Plan 2029

EAST VILLAGE SHOPPERS STUDY A SNAPSHOT OF TRAVEL AND SPENDING PATTERNS OF RESIDENTS AND VISITORS IN THE EAST VILLAGE

Mainstreet Master Plan Land Use

Velo-City Women in Cycling Mobility. São Paulo

What future for mid-sized cities? Prof. Emer. Antony Stathopoulos National Technical University of Athens

TRANSPORTATION FACILITIES AND THEIR IMPACT ON HEALTH

HAVE DUTCH CITIES MADE THE TRANSITION TOWARDS NON- MOTORISED TRANSPORT?

Traffic calming. Joan DELORT i MENAL Manager of Prevention, Safety and Mobility Barcelona Municipality. Thursday 15 May 2014

El Paso County 2040 Major Transportation Corridors Plan

Bicycle-friendly urban planning

Devonport City Cycling Network Strategy

Market Factors and Demand Analysis. World Bank

JOINT PARTNERSHIPS: Working Together To Support Light Rail in Santa Monica

mobile Bicycle promotion as part of transport and city planning

Launceston's Transport Futures. Greater travel options for the people of Launceston

WILMAPCO Public Opinion Survey Summary of Results

BICYCLE SHARING SYSTEM: A PROPOSAL FOR SURAT CITY

Living Streets Policy

The benefits of cycling. Enfield conference 8 april 2016

Can PRT overcome the conflicts between public transport and cycling?

International Physical Activity Prevalence Study SELF-ADMINISTERED ENVIRONMENTAL MODULE

How To Encourage More Efficient Transportation in Brazilian Cities

Living Streets response to the Draft London Plan

Beyond First First Last Last Mile Strategies. APA National Conference April 3, 2016 Chelsea Richer, AICP Fehr & Peers

ENFIELD TOWN THE REVISED DESIGN

MASTER BICYCLE AND PEDESTRIAN PLAN

Active Travel Towns Funding Scheme Project Proposal. Sligo. Sligo Local Authorities

Gdynia s bicycle model

CONDUITS DST-Tel Aviv-Yafo Case Study

Cycling Economies. Economic Impacts of Bike Lanes. Daniel Arancibia

Concept of Sustainable Transport and integrated Land Use Planning- An Overview. Manfred Breithaupt GIZ Water, Energy, Transport

Driverless Vehicles Potential Influence on Bicyclist Facility Preferences

Cycling in the Netherlands The City and the region Utrecht

CITY OF COCOA BEACH 2025 COMPREHENSIVE PLAN. Section VIII Mobility Element Goals, Objectives, and Policies

Assessment of socio economic benefits of non-motorized transport (NMT) integration with public transit (PT)

Goal 3: Foster an environment of partnerships and collaboration to connect our communities and regions to one another.

City of Toronto Complete Streets Guidelines

Part I: BYPAD the method Part II: Example: Basel, Switzerland

Proposed Amendment to the City-Wide Trails Plan

The Amsterdam Story. The socio-economic value of cycling and innovative planning practices in context in transition. Kees van Ommeren.

Bike Routes Assessment: 95 Ave, 106 St & 40 Ave. Replace with appropriate image in View > Master.

Active travel and economic performance: A What Works review of evidence from cycling and walking schemes

First and Last Mile Plan. April 2016

Cycle network linking Wolverhampton city centre and Bilston town centre with employment sites and residential areas:

Innovation in bikes & MaaS

Building a Toronto that Moves

Konstantin Glukhenkiy Economic Affairs Officer

CIVITAS Peer to Peer Exercise in Reggio Emilia 11 November km zone: Reggio Emilia gets to know the experience of Odense and Vitoria-Gasteiz

Roanoke Valley TRANSIT VISION PLAN

WALKNBIKE DRAFT PLAN NASHVILLE, TENNESSEE EXECUTIVE SUMMARY NASHVILLE, TENNESSEE

We believe the following comments and suggestions can help the department meet those goals.

FACTS AND FIGURES: MAKING THE CASE FOR COMPLETE STREETS IN LEE COUNTY

What s the issue for transport in Cardiff?

VI. Market Factors and Deamnd Analysis

El Camino Real Specific Plan. TAC/CAC Meeting #2 Aug 1, 2018

The best indicator of an individual s and expanding access to parks and open space.

City of Birmingham Draft Multi-modal Transportation Plan

School Travel Survey for Principals. 1. How do most of your students get to school in the morning? (Please select only one box)

Cluster 5/Module 2 (C5/M2): Pedestrians and Transit Oriented Development (TOD)

1 Road and HGV danger in London. Hannah White, Freight & Fleet Programme Manager November 2017

Summary Report: Built Environment, Health and Obesity

Favorable factors for bicycling and walking investments & plan implemtation. Road Map for Success

Active Travel Strategy Dumfries and Galloway

COWETA HIGH SCHOOL AND EAST HIGHWAY 51

9. Parking Supporting Statement

May 12, 2016 Metro Potential Ballot Measure Issue Brief: Local Return

Modal Integration with other modes. Jorge Minteguiaga

Sustainable Urban Mobility Plan for Aberdeen, Scotland. Louise Napier Senior Planner Aberdeen City Council

Eastern PA Trail Summit October 1, 2018

BID Strategy Group and Stakeholders Meeting. April 17, 2018

BYRES ROAD: PUBLIC REALM Public Consultation

NACTO Designing Cities Conference Project Evaluation: Tools for Measuring Success and Building Support. October 29, 2015

Solana Beach Comprehensive Active Transportation Strategy (CATS)

Strategies to Promote the Availability of Affordable Healthy Food and Beverages

Creating walkable, bikeable and transit-supportive communities in Halton

WALK- AND bike-friendly TURLOCK

SUMP of Ravenna: relevant experiences on travel behavior change

Intermodal Connections with Light Rail in Phoenix, AZ Wulf Grote, P.E. Director, Planning & Development

Plant City Walk-Bike Plan

Chapter 5. Principles Appropriating Process

Transcription:

Cycle path in Pinheiros, São Paulo: Impact study on local economic vitality Authors: Victor Andrade Juciano Martins Rodrigues Marcela Kanitz Filipe Marino

Studies that value the economic impact of active transportation are essential to increase the political will to invest in pedestrian and cyclist infrastructures. In Brazil, these studies are still incipient.

The study was coordinated by the Laboratory of Sustainable Mobility (LABMOB/UFRJ) in partnership with Ciclocidade and with the collaboration of the Sao Paulo Engineer and Traffic Company (CET/SP).

Objective This study aims to analyze the impact of the implementation of a cycle connection in Pinheiros neighborhood, in São Paulo, on the local economic vitality. The expectation is that the study s results will inform different actors about the economic benefits of active transportation and will support future investments on cycling infraestructure.

The concept of economic vitality of an urban environment relates to the economic well-being of a community. Economic vitality is a process that generates a healthy economy with quality of life for its inhabitants, offering jobs opportunities and lively environments. The cycle path will be implemented on a street with mixed use, residential and commercial, with local shops on the ground floor. This local environment creates an opportunity to study the impact of the intervention on the local economic vitality.

The cycle path will connect existent routes with a train and metro station. bus, train, metro and bikes existent cycle path proposed cycle path

Impact evaluation methodology The study uses an impact evaluation methodology, based on the Propensity Score Matching (PSM) observational study method. The method compares the effect of the intervention in two groups: Treatment group: area that receives the intervention. Control group: similar area that has not changed. Both groups are compared by equal methods.

Impact evaluation methodology - The comparison between treatment and control groups reinforces the cause and effect relation between the intervention and its impact. - The study will analyze the impact in the five following years to collect data about the interventions effects. - The data collected has the potential of informing both private and public sector and also the civil society about the economic benefits of active transportation.

Control group selection Parameters for selection: Urban: Street dimensions; Commercial use rates; Number of street parking; Street direction; Maximum speed; Access to public transportation; Sidewalk tipology; Tree shading. Economic: Population density rates; Population income rates.

Treatment Group Costa Carvalho and Eugenio de Medeiros Streets Control Group Ferreira de Araujo and Amaro Cavalheiro Streets

Data collection method I Retailers and visitors surveys; II Forms with builded environment data; III Motor vehicules and active transportation counts (bikes and pedestrians).

Indicators Urban Environment: Land use profiles; Quality of urban design. Mobility: Active transportation counts; Motor vehicules counts; Perception of road safety; Transport habits of visitors and clients; Simplified origin and destination survey. Economic: Consumption habits of visitors; Commercial activity profiles; Number of employees; Retail operating time; Retail sales; Clients flow. Perception of impact: Visitors and retailers perception of impact.

Baselines results November 2017 Survey sample Visitors: Treatment Group: 133 Control group: 147 Retailers: Treatment Group 33. 59% of all local retailers identified. Control Group 27. 45% of all local retailers identified.

Baselines results November 2017 Treatment Group: Control Group: Visitors habits and perceptions: 35% declared that the cycle path could encourage them to consume more on local retail. 50% declared that the cycle path could encourage them to access the street by bike more often. 80% visit the local by foot at least once a week. Visitors habits and perceptions: 22% declared that the cycle path could encourage them to consume more on local retail. 28% declared that the cycle path could encourage them to access the street by bike more often. 65% visit the local by foot at least once a week.

Baselines results November 2017 Treatment Group: Control Group: Visitors modal share: Visitors modal share: Ônibus Bus Motorcycle Taxi, Uber Táxi, or Uber similar ou Carro Trem Train Metrô Metro Walking Deslocamento a pé 0 20 40 60 80 100 120 Taxi, Uber Táxi, or Uber similar ou Bicicleta Bicycle Trem Train Metrô Metro Ônibus Bus Motorcycle Moto Carro Car Walking Deslocamento a pé 0 20 40 60 80 100

Baselines results November 2017 Treatment Group: Control Group: Retailers perception of client s modal share: 46% believe that their clients arrive by foot. 36% believe that their clients arrive by car. Retailers perception of client s modal share: 48% believe that their clients arrive by car. 33% believe that their clients arrive by foot. Consumers modal share: 80% of consumers arrived by foot. 4% arrived by car. Consumers modal share: 70% of consumers arrived by foot. 10% arrived by car.

Baselines results November 2017 Consumers spend modal share Treatment Group 22 20 18 16 14 12 10 8 6 4 2 0 De 0 to 0 até R$18,60. R$18,60 a to R$93,70. R$93,70 to a R$468,50. Táxi, Taxi, uber, Uber cabify or similar ou semelhante Carro Deslocamento Walking a pé (caminhar) Metrô Metro Motor Trem Train cycle.

32 30 28 26 24 22 20 18 16 14 12 10 8 6 4 2 0 Baselines results November 2017 Consumers spend modal share Treatment Control Group De 00 to até R$18,60. R$18,60 to 93,70 a 93,70 R$93,70 to 468,50 a R$468,50 468,50 ou mais. + R$93,70. R$468,50. Carro Deslocamento Walking a pé (caminhar) Metrô Metro Motor Trem Train Ônibus Bus cycle.

Baselines results November 2017 Treatment Group: Control Group: Retailers perception of impact: 37% of retailers believe that the cycle path would have a negative impact to their business. 30% believe that the impact would be positive. 18% believe that the impact would be indifferent. Retailers perception of impact: 48% of retailers believe that impact would be indifferent. 33% believe that the impact would be negative. 19% believes that the impact would be positive.

Baselines results November 2017 Treatment Group: Control Group: Visitors perception of impact: Visitors perception of impact: 18% 19% 54% 8% 36% 12% 20% 33% Indiferente Indifferent Não Don t sei Negativo Negative Positivo Positive know Indiferente Indifferent Não Don t sei Negativo Negative Positivo Positive know