Phoebe Cary (September 4, 1824 – July 31, 1871) was an American poet, and the younger sister of poet Alice Cary (1820–1871). The sisters co-published poems in 1849, and then each went on to publish volumes of her own. After their deaths in 1871, joint anthologies of the sisters' unpublished poems were also compiled.
Cary was born on September 4, 1824, in Mount Healthy, Ohio near Cincinnati, and she and her sister Alice were raised on the Clovernook farm in what is now North College Hill, Ohio. While she and her sister were raised in a Universalist household and held political and religious views that were liberal and reformist, they often attended Methodist, Presbyterian, and Congregationalist services and were friendly with ministers of all these denominations and others.
While they occasionally attended school, the sisters were often needed to work at home and so were largely self-educated. The sisters' mother died in 1835, and two years afterward their father married again. Their stepmother was wholly unsympathetic regarding their literary aspirations. For their part, while they were ready and willing to aid to the full extent of their strength in household labor, the sisters persisted in a determination to study and write when the day's work was done. Sometimes they were refused the use of candles to the extent of their wishes, and the device of a saucer of lard with a bit of rag for a wick was their only light after the rest of the family had retired.
More outgoing than her sister, Cary was a champion of women's rights and for a short time edited Revolution, a newspaper published by Susan B. Anthony. In 1848, their poetry was published in the anthology Female Poets of America edited by Rufus Wilmot Griswold and, with his help, Poems of Alice and Phoebe Cary was published in 1849. Poet John Greenleaf Whittier had been invited to provide a preface but refused. He believed their poetry did not need his endorsement and also noted a general dislike for prefaces as a method to "pass off by aid of a known name, what otherwise would not pass current".