A "Dendrite Star" Snowflakes Photomicrographed by Wilson A. Bentley
Author:
Bentley, W. A (Wilson Alwyn) 1865-1931
Subject:
Bentley, W. A (Wilson Alwyn) 1865-1931
Physical description:
Number of Images: 1; Color: Black and white; Size: 3" h x 3 1/2" w; Type of Image: Other; Medium: Albumen Print
Type:
Pictorial works
Other
Albumen print
Topic:
Photography
Photomicrography
Snowflakes
Standard number:
SIA2008-1395
Restrictions:
To order copies or for permission to reproduce or publish, contact osiaref@si.edu or call 202-357-1420. Order copies of digital files with SIA pre-fixes from osiaref@si.edu or call 202-633-5870
Category:
Historic Images of the Smithsonian
Summary:
A microphotograph of a "Dendrite Star" one of the seven basic shapes of snowflakes, photographed by Wilson A. Bentley (1865-1931), known the world over as the "Snowflake Man." Bentley photographed at 17 with a bellows camera that had a microscope inside. He photographed his first snow crystal in 1885. He devoted the rest of his life to exploring these fascinating forms and photographed more than 5,000 snow crystals. A self-educated farmer, he pioneered "photomicrography," the photographing of very small objects. Bentley's interest in snowflakes led to his more recognized profession as a researcher and pioneer in photomicrographical studies between 1885 and his death in 1931. Bentley become the first person to photograph a single, unique snowflake
Wilson A. Bentley first became fascinated with snow during his childhood on a Vermont farm, and he experimented for years with ways to view individual snowflakes in order to study their crystalline structure. He eventually attached a camera to his microscope, and in 1885 he successfully photographed the flakes. This photomicrograph and more than five thousand others supported the belief that no two snowflakes are alike, leading scientists to study his work and publish it in numerous scientific articles and magazines. In 1903 Bentley sent prints of his snowflakes to the Smithsonian, hoping they might be of interest to Secretary Samuel P. Langley
Wilson A. Bentley first became fascinated with snow during his childhood on a Vermont farm, and he experimented for years with ways to view individual snowflakes in order to study their crystalline structure. He eventually attached a camera to his microscope, and in 1885 he successfully photographed the flakes. This photomicrograph and more than five thousand others supported the belief that no two snowflakes are alike, leading scientists to study his work and publish it in numerous scientific articles and magazines. In 1903 Bentley sent prints of his snowflakes to the Smithsonian, hoping they might be of interest to Secretary Samuel P. Langley
Wilson A. Bentley first became fascinated with snow during his childhood on a Vermont farm, and he experimented for years with ways to view individual snowflakes in order to study their crystalline structure. He eventually attached a camera to his microscope, and in 1885 he successfully photographed the flakes. This photomicrograph and more than five thousand others supported the belief that no two snowflakes are alike, leading scientists to study his work and publish it in numerous scientific articles and magazines. In 1903 Bentley sent prints of his snowflakes to the Smithsonian, hoping they might be of interest to Secretary Samuel P. Langley
Wilson A. Bentley first became fascinated with snow during his childhood on a Vermont farm, and he experimented for years with ways to view individual snowflakes in order to study their crystalline structure. He eventually attached a camera to his microscope, and in 1885 he successfully photographed the flakes. This photomicrograph and more than five thousand others supported the belief that no two snowflakes are alike, leading scientists to study his work and publish it in numerous scientific articles and magazines. In 1903 Bentley sent prints of his snowflakes to the Smithsonian, hoping they might be of interest to Secretary Samuel P. Langley
Wilson A. Bentley first became fascinated with snow during his childhood on a Vermont farm, and he experimented for years with ways to view individual snowflakes in order to study their crystalline structure. He eventually attached a camera to his microscope, and in 1885 he successfully photographed the flakes. This photomicrograph and more than five thousand others supported the belief that no two snowflakes are alike, leading scientists to study his work and publish it in numerous scientific articles and magazines. In 1903 Bentley sent prints of his snowflakes to the Smithsonian, hoping they might be of interest to Secretary Samuel P. Langley
Wilson A. Bentley first became fascinated with snow during his childhood on a Vermont farm, and he experimented for years with ways to view individual snowflakes in order to study their crystalline structure. He eventually attached a camera to his microscope, and in 1885 he successfully photographed the flakes. This photomicrograph and more than five thousand others supported the belief that no two snowflakes are alike, leading scientists to study his work and publish it in numerous scientific articles and magazines. In 1903 Bentley sent prints of his snowflakes to the Smithsonian, hoping they might be of interest to Secretary Samuel P. Langley
Wilson A. Bentley first became fascinated with snow during his childhood on a Vermont farm, and he experimented for years with ways to view individual snowflakes in order to study their crystalline structure. He eventually attached a camera to his microscope, and in 1885 he successfully photographed the flakes. This photomicrograph and more than five thousand others supported the belief that no two snowflakes are alike, leading scientists to study his work and publish it in numerous scientific articles and magazines. In 1903 Bentley sent prints of his snowflakes to the Smithsonian, hoping they might be of interest to Secretary Samuel P. Langley
Wilson A. Bentley first became fascinated with snow during his childhood on a Vermont farm, and he experimented for years with ways to view individual snowflakes in order to study their crystalline structure. He eventually attached a camera to his microscope, and in 1885 he successfully photographed the flakes. This photomicrograph and more than five thousand others supported the belief that no two snowflakes are alike, leading scientists to study his work and publish it in numerous scientific articles and magazines. In 1903 Bentley sent prints of his snowflakes to the Smithsonian, hoping they might be of interest to Secretary Samuel P. Langley
Wilson A. Bentley first became fascinated with snow during his childhood on a Vermont farm, and he experimented for years with ways to view individual snowflakes in order to study their crystalline structure. He eventually attached a camera to his microscope, and in 1885 he successfully photographed the flakes. This photomicrograph and more than five thousand others supported the belief that no two snowflakes are alike, leading scientists to study his work and publish it in numerous scientific articles and magazines. In 1903 Bentley sent prints of his snowflakes to the Smithsonian, hoping they might be of interest to Secretary Samuel P. Langley
Wilson A. Bentley first became fascinated with snow during his childhood on a Vermont farm, and he experimented for years with ways to view individual snowflakes in order to study their crystalline structure. He eventually attached a camera to his microscope, and in 1885 he successfully photographed the flakes. This photomicrograph and more than five thousand others supported the belief that no two snowflakes are alike, leading scientists to study his work and publish it in numerous scientific articles and magazines. In 1903 Bentley sent prints of his snowflakes to the Smithsonian, hoping they might be of interest to Secretary Samuel P. Langley
Wilson A. Bentley first became fascinated with snow during his childhood on a Vermont farm, and he experimented for years with ways to view individual snowflakes in order to study their crystalline structure. He eventually attached a camera to his microscope, and in 1885 he successfully photographed the flakes. This photomicrograph and more than five thousand others supported the belief that no two snowflakes are alike, leading scientists to study his work and publish it in numerous scientific articles and magazines. In 1903 Bentley sent prints of his snowflakes to the Smithsonian, hoping they might be of interest to Secretary Samuel P. Langley
Wilson A. Bentley first became fascinated with snow during his childhood on a Vermont farm, and he experimented for years with ways to view individual snowflakes in order to study their crystalline structure. He eventually attached a camera to his microscope, and in 1885 he successfully photographed the flakes. This photomicrograph and more than five thousand others supported the belief that no two snowflakes are alike, leading scientists to study his work and publish it in numerous scientific articles and magazines. In 1903 Bentley sent prints of his snowflakes to the Smithsonian, hoping they might be of interest to Secretary Samuel P. Langley
Wilson A. Bentley first became fascinated with snow during his childhood on a Vermont farm, and he experimented for years with ways to view individual snowflakes in order to study their crystalline structure. He eventually attached a camera to his microscope, and in 1885 he successfully photographed the flakes. This photomicrograph and more than five thousand others supported the belief that no two snowflakes are alike, leading scientists to study his work and publish it in numerous scientific articles and magazines. In 1903 Bentley sent prints of his snowflakes to the Smithsonian, hoping they might be of interest to Secretary Samuel P. Langley
Wilson A. Bentley first became fascinated with snow during his childhood on a Vermont farm, and he experimented for years with ways to view individual snowflakes in order to study their crystalline structure. He eventually attached a camera to his microscope, and in 1885 he successfully photographed the flakes. This photomicrograph and more than five thousand others supported the belief that no two snowflakes are alike, leading scientists to study his work and publish it in numerous scientific articles and magazines. In 1903 Bentley sent prints of his snowflakes to the Smithsonian, hoping they might be of interest to Secretary Samuel P. Langley
Wilson A. Bentley first became fascinated with snow during his childhood on a Vermont farm, and he experimented for years with ways to view individual snowflakes in order to study their crystalline structure. He eventually attached a camera to his microscope, and in 1885 he successfully photographed the flakes. This photomicrograph and more than five thousand others supported the belief that no two snowflakes are alike, leading scientists to study his work and publish it in numerous scientific articles and magazines. In 1903 Bentley sent prints of his snowflakes to the Smithsonian, hoping they might be of interest to Secretary Samuel P. Langley
Wilson A. Bentley first became fascinated with snow during his childhood on a Vermont farm, and he experimented for years with ways to view individual snowflakes in order to study their crystalline structure. He eventually attached a camera to his microscope, and in 1885 he successfully photographed the flakes. This photomicrograph and more than five thousand others supported the belief that no two snowflakes are alike, leading scientists to study his work and publish it in numerous scientific articles and magazines. In 1903 Bentley sent prints of his snowflakes to the Smithsonian, hoping they might be of interest to Secretary Samuel P. Langley
Wilson A. Bentley first became fascinated with snow during his childhood on a Vermont farm, and he experimented for years with ways to view individual snowflakes in order to study their crystalline structure. He eventually attached a camera to his microscope, and in 1885 he successfully photographed the flakes. This photomicrograph and more than five thousand others supported the belief that no two snowflakes are alike, leading scientists to study his work and publish it in numerous scientific articles and magazines. In 1903 Bentley sent prints of his snowflakes to the Smithsonian, hoping they might be of interest to Secretary Samuel P. Langley
Cover page and first page of W. A. Bentley's "Studies Among the Snow Crystals"
Author:
Bentley, W. A (Wilson Alwyn) 1865-1931
Physical description:
Number of Images: 2 Color: Color ; Size: 9 3/8w x 11 6/8h ; Type of Image: Document ; Medium: Paper
Type:
Pictorial works
Document
Paper
Place:
United States
Topic:
Snow
Photography
Donors
Snowflakes
Crystallography
Photography--History
Photomicrography
Photography--Scientific applications
Standard number:
SIA2011-0984 and SIA2011-0985
Restrictions:
For permission to reproduce or publish, contact osiaref@si.edu or call 202-633-5870. To order reproductions, call 202-633-1933 or contact photos@si.edu
Category:
Historic Images of the Smithsonian
Notes:
SIA2011-0984 (cover), SIA2011-0985 (page 1)
Summary:
Cover page and first page of Wilson A. Bentley's "Studies Among the Snow Crystals" from 1902. Bentley, who invented the technique of microphotography of snowflakes and took thousands of images throughout his life, donated many of his snowflake photographs to the Smithsonian Institution in 1904
Letter from W. A. Bentley to S. P. Langley, December 26, 1904
Author:
Bentley, W. A (Wilson Alwyn) 1865-1931
Subject:
Langley, S. P (Samuel Pierpont) 1834-1906
Physical description:
Number of Images: 2 Color: Color ; Size: 5w x 8h ; Type of Image: Document ; Medium: Paper
Type:
Pictorial works
Document
Paper
Place:
United States
Topic:
Snow
Photography
Donors
Snowflakes
Crystallography
Photography--History
Photomicrography
Photography--Scientific applications
Standard number:
SIA2011-0986 and SIA2011-0987
Restrictions:
For permission to reproduce or publish, contact osiaref@si.edu or call 202-633-5870. To order reproductions, call 202-633-1933 or contact photos@si.edu
Category:
Historic Images of the Smithsonian
Notes:
SIA2011-0986 (page 1), SIA2011-0987 (page 2)
Summary:
Letter from Wilson A. Bentley to Smithsonian Institution Secretary Samuel P. Langley promising to send Bentley's snowflake photographs to the Smithsonian Institution. Bentley invented the technique of microphotography of snowflakes and took thousands of photographs throughout his life. December 26, 1904. 2 pages
