MOBILITAS – Project presentation

November 2018, Barcellona

Rimini Strategic Plan Agency

Valentina Ridolfi, Project Manager

Regional Development Centre Koper, SLOVENIA

City of Dubrovnik, CROATIA

Municipality of Misano Adriatico, ITALY

Paragon Europe, MALTA

Pano Platres Community Council, CYPRUS

Zadar County Development Agency, CROATIA

IUAV University of Venice, ITALY

Energies 2050, FRANCE

Municipality of Piraeus, GREECE

Rimini Strategic Plan Agency, ITALY

Partnership

MOBILITY SITUATION

summer –traffic

congestion: tourists

arriving by car

bike –sharing system

insufficient inland public

transport connections

electrical and hybrid means of

transport –insufficient

use

public transport -unpopular

local population – a lot of

private cars

Situation

CHALLENGES

harmonization of traffic infrastructure

tourists arriving by plane / cruise ships: find integration with sustainable transport at

land

change people behaviourdevelopment of unified

multimodal approach

increase use of sustainable transport and e-vehicles

tourists arriving by car: make them arrive by train or bus

Challenges

Project approach

sustainable tourism

mobility policiestraffic reduction

IT tools and solutions

pilot testing actions

elaboration of mobility scenarios

Project results

OUTPUT 1

mobility scenarios, STM policy documents

OUTPUT 2

IT tools, electrical &

sharing mobility solutions

RESULT

reduction of car use

(tourists & local

population)

SPECIFIC OBJECTIVE

make mobility in

tourist areas more

sustainable

OUTPUT 3

sustainable tourism

mobility handbook

SYNERGIES

SUMPORT

REMEDIO

ELTIS

CIVITAS

MOTIVATE

LOCATIONS

Synergies

OUTPUT 1: mobility scenarios, STM policy documents

WP 3. TESTING

Activity 3.4

SUMP and STM

SCENARIOS

SUMPsSTM

documents

A close relation TOURISM

CLIMATE CHANGE

TRANSPORT

→ Tourism transport as a vector and victim of climate change

Three-stepapproach

FIRST STEP SECOND STEP THIRD STEP

Forecast of future tourism Definition of transport- related implications

Consequences in terms of CO2 emissions

General Findings – Tourist flows & CO2 emissionsResults reveal that there are similarities among the localities object of analysis.

TREND TOURIST FLOWS LOCATION CO2 EMISSIONS

positive (up to +2.34%) Nicebigger variation between the status quo and the optimistic scenario

positive (up to +1.02% by 2050) Zadarevaluation done only for some components of mobility

(up to -2.20% under the worst climatic condition) Platres Community absence of data

(-1.56%) Maltabigger variation between the status quo and the optimistic scenario

rather moderate (-1.00%) Misano and Rimini moderate variations

rather moderate (-0.37%)Dubrovnik

evaluation done only for some components of mobility

different trends increase in new arrivals by 0.31% in 2035, and a decrease by 0.63% in 2035

Slovenian Coastal Karst Region

moderate variations

OUTPUT 2: IT tools, electrical &sharing mobility solutions

WP 3. TESTINGActivity 3.5| IT TOOLS

Activity 3.6 | Electrical & sharing mobility

solutions

SOFTWARE

DIGITAL PLATFORM

APPs

ELECTRICAL CHARGING STATIONS

BIKE SHARING

ELECTRIC VEHICLES

CAR SHARING

OTHER

KOPER | elaboration of analysis of traffic impact upon the environment

DUBROVNIK | installation of surveillance cameras & develop an APP on traffic information

ZADRA | development of an APP which will offer traffic information

MISANO ADRIATICO | big data collectionand implementation of a bike-counter

RIMINI | big data collection and implementation of a bike-counter

ENERGIES 2050 | development of an APP (traffic info, ebike trails, carbon footprint)

PARAGON EUROPE | develope a web platform for data collection & an APP offering traffic information

PIRAEUS | mobile APPanalysis/to measure mobility issues

PANO PLATRES| development of smart public transport system & web site & APP

WP 3.5: IT TOOLS

HRPELJE-KOZINA & DIVAČA | e-bike sharing system with 3 e-charging stations

DUBROVNIK | installation of smart traffic signalling system

ZADRA | parking system management application (sensors)

MISANO ADRIATICO | renovation of bike stations (racks) and purchase of bikes and e-bikes

ENERGIES 2050 | solar charging stations for e-vehicles & e-bikes renting.

PARAGON EUROPE | Implementation of e-bike sharing and an e-bike rental service

PIRAEUS | e-vehicles charging stations, rental electric cars as shuttle with drivers

PANO PLATRES| bus stops, e-charging station & renovation of e-bike

administration office

WP 3.6 ELECTRICAL & SHARING MOBILITY SOLUTIONS

OUTPUT 3: Sustainable Tourism Mobility Handbook

WP 4. TRANSFERRING

STMHSustainable Tourism Mobility Handbook

SUSTAINABLE TOURISM MOBILITY HANDBOOK: INDEX

Colophon

INTRODUCTION

Abstractand

Summary

Go Sump

2 pagesCarlos Sanchez

1.1 Framing

1. SUSTAINABLE TOURISM MOBILITY

PROBLEMS

1.2Problems

2.1Overall

Description

2. MOBILITAS: WORKING METHOD

AND OUTPUTS

2.2Actions

2.3Pilot Actions

3.1Reading

guidelines

3. BEST PRACTICE AND POLICY STRATEGIES

3.3GO SUMP

best practice

3.2Mobilitas

best practice

3.4Otherbest

practice

4.1Framework

4. GOVERNANCETOOLS

4.3Participatory

& promotion

5.1Framework

5. FURTHER RESEARCH

Conclusions

CONCLUSIONS

Tot. about 100 pages including pictures

Mobilitas

2.4Outputs

4.2DesigningGuidelines

Go Sump

chapters

contents

pictures

sheets

chapters colored side band

side band with a different color for the good practice

Interreg MED urban transport cover color

BEST PRACTICESEach partners for each pilot action has at least 2 pages available:

1 analysis sheet with the following data:short description, positives, downsides;

a table with object, strategy, cost, type of solution(temporary or permanent), references;

summary symbols of the action to facilitate visual search in the handbook;rating about costs/results or for IUAV scenarios.

1 significant image of the action taken(or a collage)