Credit: © The Royal Society
Image number: RS.5098
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Blight on a rose leaf
Date
1665
Creator
Unknown, Engraver
After
Robert Hooke (1635 - 1703, British) , Natural Philosopher
Object type
Image reference
Library reference
RCN 45230
Material
Technique
Dimensions
height (print): 90mm
width (print): 160mm
width (print): 160mm
Subject
Description
Microscopic study of blight on a rose leaf as. Presented in an oval frame, as if viewed through a circular lens microscope.
Inscribed above: 'Schem XII'
Figure 2, plate 12 from Robert Hooke’s Micrographia: or some physiological descriptions of minute bodies made by magnifying glasses with observations and inquiries thereupon (1665), the first fully-illustrated book on the topic of microscopy. In the preface Hooke asserts that he had discovered ‘a new visible World’.
Robert Hooke (1635-1703) British natural philosopher was a founding member of the Royal Society, elected in 1663. Before his career with the Royal Society, Hooke had been apprenticed to painter Peter Lely (1618-1680), where he learned to draw and paint. Though he did not engrave the images in Micrographia himself they were engraved after his illustrations.
Inscribed above: 'Schem XII'
Figure 2, plate 12 from Robert Hooke’s Micrographia: or some physiological descriptions of minute bodies made by magnifying glasses with observations and inquiries thereupon (1665), the first fully-illustrated book on the topic of microscopy. In the preface Hooke asserts that he had discovered ‘a new visible World’.
Robert Hooke (1635-1703) British natural philosopher was a founding member of the Royal Society, elected in 1663. Before his career with the Royal Society, Hooke had been apprenticed to painter Peter Lely (1618-1680), where he learned to draw and paint. Though he did not engrave the images in Micrographia himself they were engraved after his illustrations.
Transcription
fig 2
Observ XX. Of blue mould, and the first Principles of vegetation arising from putrefaction
Observ XX. Of blue mould, and the first Principles of vegetation arising from putrefaction
Associated place