Climate -friendly mobility: concepts and solutions

Climate -friendly mobility: concepts and solutions

In the age of climate change, more and more people, companies and governments are looking for ways to reduce their climate -damaging emissions. An area that makes a significant contribution to these emissions is mobility. Vehicles based on fossil fuels cause a significant proportion of global CO2 emissions. Therefore, climate -friendly mobility plays a crucial role in combating climate change. This article looks at various concepts and solutions for climate -friendly mobility.

definition of climate -friendly mobility

Climate -friendly mobility is a term that serves to describe transport methods that have minimal effects on the climate. This includes both methods that cause fewer CO2 emissions than conventional means of transport, as well as those that do not cause such emissions at all.

Why is climate -friendly mobility important?

climate change

Climate change is one of the greatest challenges of our time. The rising temperatures on earth, caused by the excessive emissions of greenhouse gases, such as carbon dioxide (CO2) and methane (CH4), have the potential to cause considerable damage, including increasing sea level, extreme weather events and loss of biodiversity.

Contribution of traffic to climate change

According to the Federal Environment Agency (UBA), the traffic sector was responsible for around 20% of the total German greenhouse gas emissions in 2019. The combustion of fossil fuels such as petrol and diesel releases carbon dioxide that contributes to global warming. It is therefore essential to find and implement solutions for more climate -friendly mobility.

concepts and solutions for climate -friendly mobility

The following sections deal with various concepts and solutions for climate -friendly mobility, from electric cars and bicycle traffic to public transport and car sharing.

electromobility

Electromobility is the use of electric vehicles that are driven with electrical energy, which is stored in batteries. Electric vehicles do not produce local emissions and are therefore much more climate -friendly than conventional vehicles with an internal combustion engine.

However, the climate regulations of electric cars also depend on the origin of the electricity with which the batteries are loaded. In regions in which a large part of the electricity is generated from renewable energies such as sun or wind, electric cars are very climate -friendly. In areas where the electricity is mainly obtained from coal or gas, however, the advantage is lower.

bicycle traffic

The bicycle is a very efficient means of transport and has hardly any direct impact on the climate. The promotion of bicycle traffic can therefore make a significant contribution to reducing CO2 emissions. This can be achieved by improving bicycle infrastructures, incentives for cyclists and the reduction of obstacles for cycling.

public transport

Public transport such as buses, trains and trams are another way to reduce CO2 emissions in the traffic sector. As a rule, they are more efficient than individual car traffic and can therefore help to reduce the number of vehicles on the streets and the associated emissions. The improvement and expansion of public transport offer can therefore be an important component of a strategy for climate -friendly mobility.

car sharing and ride sharing

Car sharing and ride sharing services can also help to reduce the number of cars on the streets and increase the load of the existing vehicles. By using vehicles together, several people can use the same vehicle, which reduces the need for individual cars.

FAZIT

Climate -friendly mobility is an important lever in the fight against climate change. Through the use and promotion of electromobility, bicycle traffic, public transport as well as car sharing and ride sharing concepts, we can help reduce the climate-damaging emissions significantly. Each of us can contribute to this and help to receive our planet for future generations.