Public or external costs According to the
Handbook on estimation of external costs in the transport sector made by the
Delft University and which is the main reference in
European Union for assessing the
externalities of cars, the main external costs of driving a car are: • congestion and
scarcity costs, •
accident costs, • air pollution costs, •
noise costs, •
climate change costs, • costs for nature and landscape, • costs for
water pollution, • costs for
soil pollution and • costs of
energy dependency. Transport is a major
land use, leaving less land available for other purposes. Space for cars create barriers by using that land. Lack of sidewalks and bike paths makes a
shared space road, with the automobile the only possible means of transportation. It may look like a minor problem initially but in the long run, it poses a threat to children and the elderly. Cars also contribute to pollution of air and water. Though a horse produces more waste, cars are cheaper, thus far more numerous in urban areas than horses ever were. Emissions of harmful gases like
carbon monoxide, ozone, carbon dioxide, benzene and
particulate matter can damage living organisms and the environment. The emissions from cars cause disabilities, respiratory diseases, and
ozone depletion. Noise pollution from cars can also potentially result in hearing disabilities, headaches, and stress to those frequently exposed to it. of driving, such as in
São Paulo (pictured). In countries such as the United States the
infrastructure that makes car use possible, such as highways, roads and parking lots is funded by the government and supported through zoning and construction requirements.
Fuel taxes in the United States cover about 60% of highway construction and repair costs, but little of the cost to construct or repair local roads. Payments by motor-vehicle users fall short of government expenditures tied to motor-vehicle use by 20–70 cents per gallon of gas.
Zoning laws in many areas require that large,
free parking lots accompany any new buildings. Municipal parking lots are often free or do not charge a
market rate. Hence, the cost of driving a car in the US is subsidized, supported by businesses and the government who cover the cost of roads and parking.
Private or internal costs , but then stabilized somewhat. Compared to other popular modes of passenger transportation, especially buses or trains, the
car has a relatively high cost per passenger-distance travelled. For the average car owner,
depreciation constitutes about half the cost of running a car, nevertheless the typical motorist underestimates this
fixed cost by a big margin, or even ignores it altogether. In the United States, out of pocket expenses for car ownership can vary considerably based on the state in which you live. In 2013, annual car ownership costs including repair, insurance, gas and taxes were highest in Georgia ($4,233) and lowest in Oregon ($2,024) with a national average of $3,201. Furthermore, the
IRS considers, for
tax deduction calculations, that the automobile has a total cost for drivers in the US, of US$0.55/mile, around 0.26 EUR/km. Data provided by the
American Automobile Association indicates that the
cost of ownership for an automobile in the United States is rising about 2% per year. 2013 data provided by the Canadian Automobile Association concludes that the cost of ownership for a compact car in Canada, including depreciation, insurance, borrowing costs, maintenance, licensing, etc. was CA $9500 per year, or about US$7300.
Consumer speed The Austrian philosopher
Ivan Illich, a critic of the modern society habits, was one of the first thinkers to establish the so-called
consumer speed concept. He defined the term in his 1974 book
Energy and Equity as the distance that an average person commutes each year, divided by the amount of time dedicated to commuting, earning money to purchase and run the car and related activities. He calculated that the average American male spent 1,600 hours per year in car-related activities — about 28% of the time they spend awake — and traveled by car each year, giving a consumer speed of about . For lower income individuals these numbers are more extreme. In comparison, their contemporaries in developing countries spent less than 8% of their time walking. In other words, "[w]hat distinguishes the traffic in rich countries from the traffic in poor countries is not more mileage per hour of lifetime for the majority, but more hours of compulsory consumption of high doses of energy, packaged and unequally distributed by the transportation industry." == See also ==