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The American Energy Consumer







and Washington, D.C. as new central cities because these cities had not yet reached a population of 500,000 by 1900. The old central cities (those built up before the age of the automobile) have the highest number of households with no cars—almost 55 percent in 1963-65. In the new central cities only 15 percent reported having no automobile. In other words, the older cities were built to accommodate the walker, and to some extent they still do. Better public transportation lessens the need for a car in the old central cities as well. The relationship between age of central city and car ownership remain whatever the family income. (Table 4-12).

Footnotes

Footnote :

a Metro area (or SMSA) is an abbreviation for Standard Metropolitan Statistical Area and refers to a county or group of adjacent counties containing at least one city of 50,000.

Footnote :

a The 11 largest standard metropolitan statistical areas exclusive of the New York area have been divided into "old" and "new." The "old" cities are: Baltimore, Boston, Chicago, St. Louis, and Philadelphia. All had a population of over 500,000 in 1900. The "new" cities are: Cleveland, Detroit, Los Angeles, Pittsburgh, San Francisco, and Washington, D.C.

Footnote :

b Less than 0.5 percent.

COMMUTING TO WORK

In 1960-70 commuting accounted for over 40 percent of all car miles travelled. Throughout the 1960s, commuters turned to the automobile in increasing numbers. In 1960, two-thirds of all workers drove to work in cars; by 1970 that proportion had grown to over three-fourths.

The shift to cars occurred among workers living in both urban and rural areas. The car continued to be the dominant commuter mode in 1973 when about 85 percent of all employed heads of households used private transportation, mainly the car, to go to work. The privacy of those using private transportation was usually complete: over four-fifths traveled alone (Table 4-13). Some traveled considerable distances. Almost one-fourth reported going fifteen miles or more one way (Table 4-14). The use of the car and other private transportation, the absence of car pooling, and the fairly long distances involved all point to considerable energy use.

Why is public transit so little used? The main reasons given are either that it is not available at all, or if it is available, it is not convenient to home, work, or both. Commuters mentioned also the time it takes, needing a car for work, and the cost and discomfort of public transit (Table 4-15). The comparative disadvantage of public transit is obvious from data on commuting time. On the average, bus riders and other public transit commuters take twice as long to get to work as do car commuters.

Almost half the respondents who use public transit acknowledged, either implicitly or explicitly, that cost was an important factor in their choice. About 15 percent stated explicitly that public transit was cheaper for them than a car; another 30 percent reported they had no car or car pool available. The lack of a car is, of course, related to low income. Much smaller numbers of respondents cited other advantages of public transit such as being faster or more convenient than the auto (Table 4-16).

Most car commuters report that they do not have the option of public transit. Those who do were asked to compare cars and public transit on