Deep image is a term coined by Jerome Rothenberg and Robert Kelly in the second issue of Trobar, and was used to describe poetry written by him and by Robert Kelly, Diane Wakoski and Clayton Eshleman. Jerome Rothenberg (born 1931) is an American poet and editor who is noted for his work in ethnopoetics. ... Robert Kelly (born 1935) is an American poet associated with the deep image group. ... Diane Wakoski (born 1937) is an American poet who is associated with the deep image poets and the Beats. ... Clayton Eshleman (born June 1, 1935) is an American poet. ...
In creating the term, Rothenberg was inspired by the Spanishcanto jondo (deep song), especially the work of Federico Garcia Lorca and by the symbolist theory of correspondences. Federico García Lorca Federico García Lorca (June 5, 1898 - August 19, 1936) was a Spanish poet and dramatist, also remembered as a painter, pianist, and composer. ... This is a disambiguation page — a navigational aid which lists other pages that might otherwise share the same title. ...
In general, deep image poems are resonant, stylised and heroic in tone. Longer poems tend to be catalogues of free-standing images.
The deep image group was short-lived in the manner that Kelly and Rothenberg used.
It was later redeveloped by Robert Bly and used by many, such as Galway Kinnel and James Wright. The redevelopment relied on being concrete, not abstract, and to let the images make the experience and to let the images and experience generate the meanings. This new style of Deep Image tended to be narrative, but was often lyrical.
Deepimage is a term coined by Jerome Rothenberg and Robert Kelly in the second issue of Trobar, and was used to describe poetry written by him and by Robert Kelly, Diane Wakoski and Clayton Eshleman.
In general, deepimage poems are resonant, stylised and heroic in tone.
The deepimage group was short-lived in the manner that Kelly and Rothenberg used.
This view of nearly 10,000 galaxies is the deepest visible-light image of the cosmos.
In this image, blue and green correspond to colors that can be seen by the human eye, such as hot, young, blue stars and the glow of Sun-like stars in the disks of galaxies.
Astronomical images may vary in size and resolution for several reasons: different cameras have detectors of different pixel size, images may be cropped from larger fields, and the images may consist of mosaics of several images.