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Smart Mobility: a feasible solution to reduce carbon emissions for a sustainable future

  • Common problems that urbanized areas have to face are an increase in accidents, air and noise pollution, traffic jams, lower road security and reduced available space. The increased amount of carbon emissions (CO2) is creating severe consequences that can be observed in climate change. Smart Mobility can help to put under control and lower the CO2 emissions derived from the transport sector. Thus, the paper investigates the benefits and challenges of Smart Mobility. Then, through a confrontation of two benchmark areas which are successfully adopting Smart Mobility techniques, and the utilization of SWOT and data analysis, it shows that Smart Mobility can effectively lower CO2 emissions from transport. Ultimately, the NEXT-Future Transportation project is proposed as an innovative solution that addresses most of the mobility challenges and incorporates the needs for future transportation.

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Metadaten
Author:Michele Robert
Advisor:Frank Kramer
Document Type:Master's Thesis
Language:English
Year of Completion:2020
Granting Institution:Hochschule Furtwangen
Date of final exam:2020/05/31
Release Date:2020/04/20
Tag:Carbon emissions; Smart mobility; Transportation
Pagenumber:100
Degree Program:IMM - International Management
Functional area:Andere/Other
Licence (German):License LogoEs gilt das UrhG