Identity area
Reference code
Title
Date(s)
- 19th Century (Creation)
Level of description
Extent and medium
17 pages
Context area
Name of creator
Biographical history
Born, 1820; Education: PhD; Career: Taught at Queenwood College, Hampshire (to 1853); in 1859, his labortory experiments showed that water vapour and carbon dioxide absorb infra-red radiation and that they could therefore affect the climate of the Earth. As soon as his paper was published in 1861 in the 'Proceedings of the Royal Society', he put out a press release for the London newspapaers explaining that this result implied that all past climate changes were now understood and all future climate changes could be predicted simply from a knowledge of the concentrations of these 'greenhouse' gases. Tyndall restricted himself to describing his experiments and simply linking it to work of Fourier a few decades earlier. It took more than a century before the credible quantitative estimates of these effects and their influence on past and possibly future climates were made, along with good enough observations of the gases to know that they have (and continue) to change significantly. Fellow of the Royal Society, 1852; Rumford Medal, 1864; Vice President of the Royal Society, 1879-1880; died, 1893.
Repository
Archival history
GB 0117 MS 767 19th Century Sub-fonds 17 pages Tyndall , John , 1820-1893 , natural philosopher
Born, 1820; Education: PhD; Career: Taught at Queenwood College, Hampshire (to 1853); in 1859, his labortory experiments showed that water vapour and carbon dioxide absorb infra-red radiation and that they could therefore affect the climate of the Earth. As soon as his paper was published in 1861 in the 'Proceedings of the Royal Society', he put out a press release for the London newspapaers explaining that this result implied that all past climate changes were now understood and all future climate changes could be predicted simply from a knowledge of the concentrations of these 'greenhouse' gases. Tyndall restricted himself to describing his experiments and simply linking it to work of Fourier a few decades earlier. It took more than a century before the credible quantitative estimates of these effects and their influence on past and possibly future climates were made, along with good enough observations of the gases to know that they have (and continue) to change significantly. Fellow of the Royal Society, 1852; Rumford Medal, 1864; Vice President of the Royal Society, 1879-1880; died, 1893.
Notebook of John Tyndall 'Number II, Thermometer observations als Lusgen 7 October to 15 October'. No year.
Open
No publication without written permission. Apply to Archivist in the first instance.
English
Copied from the Royal Society catalogue by Sarah Drewery.
General International Standard Archival Description, ISAD(G), second edition, 2000; National Council on Archives Rules for the Construction of Personal Place and Corporate Names 1997.
Feb 2009. Equipment Scientific equipment Thermometers Climate Climatology Tyndall , John , 1820-1893 , natural philosopher
Content and structure area
Scope and content
Notebook of John Tyndall 'Number II, Thermometer observations als Lusgen 7 October to 15 October'. No year.
Conditions of access and use area
Conditions governing access
Open
Conditions governing reproduction
No publication without written permission. Apply to Archivist in the first instance.
Language of material
- English
Script of material
- Latin
Language and script notes
English
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Subject access points
Description control area
Institution identifier
Rules and/or conventions used
General International Standard Archival Description, ISAD(G), second edition, 2000; National Council on Archives Rules for the Construction of Personal Place and Corporate Names 1997.
Language(s)
- English