A Matter of Taste: How Names, Fashions, and Culture Change (Paperback) (ISBN-13: 9780300173871)

What accounts for our tastes? Why and how do they change over time? In this innovative book Stanley Lieberson analyzes children's first names to develop an original theory of fashion. Children's names provide an opportunity to view the pure mechanisms of fashion, unaffected by commercial interests that influence many fashions and tastes, says Lieberson. He disputes the commonly held notion that tastes in names (and other fashions) simply reflect societal shifts. There exist also "internal taste mechanisms" that drive changes in fashion even in the absence of social change, Lieberson contends. He explores the intricate and subtle ways in which internal mechanisms operate in concert with social forces to determine our choices of names. And he applies these conclusions to classical music, the decline of the fedora, women's garments, and other examples of change in fashion. Examining extensive data on names over long periods of time, Lieberson discovers an orderly regularity to the process of change. He considers an array of naming practices-how Rebecca became a popular name, why the names of certain important and attractive biblical characters are rarely chosen, and the influence of movie stars and characters in movies and novels. The book also inquires into name selection by specific ethnic and racial groups-Mexicans' choices of names for their sons and daughters, African-American naming tastes from the time of slavery, changing names among American Jews throughout the twentieth century, and ethnic influences on naming in assimilated white groups. Lieberson concludes with a discussion of broader applications of internal mechanisms, suggesting that they operate widely in culture, across the entire "cultural surface."

Author: Stanley Lieberson
ISBN-10: 0300173873
ISBN-13: 9780300173871
Publisher: Yale University Press
Language: English
Published: 10/31/2010
Pages: 352
Format: Paperback
Weight: 1.14lbs
Size: 9.00h x 6.00w x 0.79d