api-index 5.1, fly 1998, cibachrome, 73"x19", digital print, 17"x4.5" all bees are sister/workers from one hive
api-index 5.2, yellow pollen, 1998, cibachrome, 73"x19", digital print, 17"x4.5" all bees are sister/workers from one hive
detail api-index, 5.2
api-index 5.5, clean, 1999, c-print, 73"x19", digital print, 17"x4.5" all bees are sister/workers from one hive
api-index 5.3, colored pollen, 1999, c-print, 73"x19", digital print, 17"x4.5" all bees are sister/workers from one hive
api-index 5.7, young 1999, digital print, 17"x4.5" all bees are sister/workers from one hive
api-index 5.6, big yellow pollen, 1999, digital print, 17"x4.5" all bees are sister/workers from one hive
api-index 5.8, white pollen, 1999, digital print, 17"x4.5" all bees are sister/workers from one hive
api-index 5.9, sting, 1999, digital print, 17"x4.5" all bees are sister/workers from one hive
api-index 5.4, orange pollen, 1999, digital print, 17"x4.5" all bees are sister/workers from one hive
api-index 9.1.7, 1998, c-print, 30"x30", all bees are sister/workers from one hive, SOLD
Ultraflower, blackeyed susan, 2000, archival inkjet, 16"x16" Ultraviolet light photograph, edition of 10
Ultraflower, anemone, 2000, archival inkjet, 16"x16" Ultraviolet light photograph, edition of 10
Ultraflower, marsh marigold, 2000, archival inkjet, 16"x20" Ultraviolet light photograph, edition of 10
Ultraflower, foxglove, 2000, archival inkjet, 16"x20" Ultraviolet light photograph, edition of 10
Ultraflower, birdsfoot trefoil, 2000, archival inkjet, 16"x20" Ultraviolet light photograph, edition of 10
Ultraflower, garlic, 2000, archival inkjet, 16"x20" Ultraviolet light photograph, edition of 10
Ultraflower, poppy #2, 2000, archival inkjet, 16"x20" Ultraviolet light photograph, edition of 10
Ultraflower, poppy #1, 2000, archival inkjet, 16"x16" Ultraviolet light photograph, edition of 10
Ultraflower, primrose #2, 2000, archival inkjet, 16"x20" Ultraviolet light photograph, edition of 10
Ultraflower, hilsea, 2000, archival inkjet, 16"x20" Ultraviolet light photograph, edition of 10
Ultraflower, wax flower, 2000, archival inkjet, 16"x20" Ultraviolet light photograph, edition of 10
Ultraflower, wild basil, 2000, archival inkjet, 16"x20" Ultraviolet light photograph, edition of 10
Ultraflower, ranunculus, 2000, archival inkjet, 16"x16" Ultraviolet light photograph, edition of 10
Ultraflower, garlic mustard, 2000, archival inkjet, 16"x20" Ultraviolet light photograph, edition of 10
Apichrome, garlic mustard, 2000, digital c-print, 16"x20" TAKEN interpretation of bee vision based on ultraviolet and human spectrum photography
Apichrome, winterberry, 2000, digital c-print, 16"x20" TAKEN interpretation of bee vision based on ultraviolet and human spectrum photography
Apichrome, fringed loosestrife, 2000, digital c-print, 20"x20" TAKEN interpretation of bee vision based on ultraviolet and human spectrum photography
Apichrome, blackeyed susan, 2000, digital c-print, 20"x20" TAKEN interpretation of bee vision based on ultraviolet and human spectrum photography
Polarized landscape #4, Collaboration with Matthew H. Smith, PhD Physics, 2002 The image was created from several digital images that were captured with polarizers. The images were then subject to mathematical post-analysis and synthesis. Some species, such as bees, use this polarized pattern as a navigational aid. The state of polarization is represented as color, revealing the striking pattern present in a clear blue sky.
Polarized landscape #3, Collaboration with Matthew H. Smith, PhD Physics, 2002 The image was created from several digital images that were captured with polarizers. The images were then subject to mathematical post-analysis and synthesis. Some species, such as bees, use this polarized pattern as a navigational aid. The state of polarization is represented as color, revealing the striking pattern present in a clear blue sky.
Polarized landscape #2, Collaboration with Matthew H. Smith, PhD Physics, 2002 The image was created from several digital images that were captured with polarizers. The images were then subject to mathematical post-analysis and synthesis. Some species, such as bees, use this polarized pattern as a navigational aid. The state of polarization is represented as color, revealing the striking pattern present in a clear blue sky.
Polarized landscape #1, Collaboration with Matthew H. Smith, PhD Physics, 2002 The image was created from several digital images that were captured with polarizers. The images were then subject to mathematical post-analysis and synthesis. Some species, such as bees, use this polarized pattern as a navigational aid. The state of polarization is represented as color, revealing the striking pattern present in a clear blue sky.
