The congestion for traffic of traffic roads, excessive use of energy, air pollution we breathe and the effects that this entails on our health, among other inconveniences, have caused a common will in the search for alternatives to an urban transport model that has been based on the generalized and excessive use of the private car.
Among all, we can eliminate this obsolete model and give way to another new one where sustainability and respect for the environment sets the difference. Do you have an interest in knowing What is sustainable mobility and examples? We tell you everything in this brief Ecology Verde article.
What is sustainable mobility
We start this article explaining sustainable mobility. When we talk about sustainable mobility we refer to:
- All kinds of displacements that have the purpose of reduce The harmful effects on the environment throughout the route of the journey.
- These displacements include both private transport and public transport, either for the displacement of travelers or merchandise and in urban roads or on other ways.
- Sustainable mobility seeks Alternatives to conventional transportthus being one of the main bases on which the Smart Cities. Do not hesitate to take a look at the following article about what smart cities are to have more information on the subject.
The good news is that it is progressing at a good pace in this regard thanks to the increasingly interesting initiatives of sustainable transport media and some technologies that we will see right away.
Sustainable Mobility Examples
Now that we know the definition of sustainable mobility, we continue this article by exposing several examples of sustainable mobility or sustainable transport. The most relevant are the following.
Walk
Walking is one of the best alternatives to conventional transport as long as the paths are not too long. Walking not only will you help the environment, but also go Improve your cardiovascular health and your quality of life in general.
Bicycle
Bicycle mounting will also bring benefits to your health, with the additional advantage that the displacements will be faster, especially in the middle of the city in rush hour when there are traffic jams. It is also a success at the time of Save fuel.
We leave you this other article on energy -generating bicycles that may be interested.
Electric scooter
If doing too much exercise is not yours or you don’t have time, another option is to use the increasingly accepted electric scooter. One of its benefits is that they can be Loaded with clean energy or from renewable energy. In addition, it is very likely that in a short time we have recharge points in our cities.
Electric vehicle
As long as the electrical energy with which our electric vehicle is reloaded from renewable energy sources, we will be contributing to Eliminate gas emissions of greenhouse to the atmosphere. This option is much more sustainable if we also share the car among several people in the displacements.
Discover in the following ecology article see what are the greenhouse gases and where they come from.
Electrical buses
The advantages are increased as it is a transport of collective and zero emission type. With a quality public transport, with more schedules and journeys, people can change their habits and leave private vehicles in the background. We also have the so -called BTR or rapid and mass transit bus system.
Metro, train and tram
In the same tonic, we can say that any means of public transport It will contaminate many times less that several cars to transport the same amount of passengers. On the other hand, it is noteworthy that the most advisable when making long trips is to travel by train, since it is much less polluting than the plane.
Alternative fuels
Another option is that electric vehicles can work with alternative fuels to generate the necessary electricity. This is the case of fuel batteries that work with hydrogen. Another less sustainable alternative, but better than diesel or gasoline, is vehicular natural gas.
If you want to know what polls the diesel or gasoline, you can discover it here.
Importance of sustainable mobility
Recting mobility towards more sustainable transport models is not only to take care of the environment, but it is also crucial to increase the quality of life in cities. Sustainable mobility is important because:
- The negative effects caused by the emissions of the means of transport They decrease drastically
- The traffic jams also decrease and, with it, the stress they can generate.
- The displacements are safer and faster.
- The harmful air particles are reduced improving its quality.
- It is a fundamental pillar towards the achievement of all the benefits of Smart Cities.
How to foster sustainable mobility
To promote sustainable mobility, the population has been sensitized through government plans, companies and other social agents that promote sustainable transport practices. Some measures that could be:
- Good urban planning: Build more pedestrian paths, more bike lanes, etc. and approximate all possible services to citizens so that there is not so much remoteness.
- Promote through some initiatives the use of bicycles and sustainable transport.
- Subsidize the purchase of electric or hybrid vehicles. Is it worth investment in an electric car? Discover the response below.
- Apply fiscal deductions: To people who apply sustainable mobility in their way of life.
- Change public transport rates and apply flat rates in transport fertilizers.
- Electrify public transport of cities: Build tram networks, change conventional bus fleets to other electric or less pollutants.
- Optimize the transport of goods.
- Promote teleworking or put buses: For workers in the same company.
- Promote the shared use of cars through social networks of drivers.
- Approve a Sustainable Mobility Law: Currently, in Spain there is a preliminary draft of Sustainable Mobility and Transportation Financing that will become law and apply before the end of 2023.
If you want to read more articles similar to Sustainable mobility: what is and exampleswe recommend that you enter our category of ecological technology.
