Tempest Anderson

From Ophthalmic Observation to Volcanology

Tempest Anderson practiced as an ophthalmologist in York while maintaining a long association with the Yorkshire Philosophical Society. His interests developed from mountaineering and the observation of glaciers toward volcanic research. York Museums Trust records his medical training in London, his specialization in ophthalmology, and his parallel pursuits of science, mountaineering, and photography^*1. According to the Yorkshire Museum, by 1900 he had visited many of Europe’s major volcanoes, and in 1902 he joined a Royal Society expedition to investigate the major eruptions of La Soufrière on St. Vincent and Mount Pelée on Martinique^*2. In volcanology at the time, it was important to compare terrain, deposits, collapsed buildings, and damaged vegetation soon after an eruption and to communicate those observations to researchers elsewhere. A Royal Society referee’s report judged that adequately illustrating the expedition report with photographs would constitute an important contribution to knowledge and even proposed a selection of nineteen plates^*11. A second referee likewise strongly supported prompt publication of the geological report and the selection of photographic plates, showing that the images were treated as integral components of the scientific argument^*12. A biographical account from the Yorkshire Philosophical Society also documents Anderson’s substantial involvement in the society’s museum work and lectures^*6. The society was a regional learned institution that connected the collection and study of natural science with public lectures^*7. Anderson himself lectured with lantern slides, presenting photographs made in distant regions to audiences in York^*4. His photography emerged from the continuity between clinical observation, geological fieldwork, reports to learned societies, and public lecturing.

Visual Records Preserved in York’s Learned Societies and Museums

The surviving material shows the scale of this circulation. The Yorkshire Museum’s geological collection preserves roughly 5,000 negatives and glass lantern slides dating from 1883 to 1913^*5. York Museums Trust likewise describes it as a large collection containing approximately 3,500 distinct images^*3. The subjects range from craters, lava flows, collapsed terrain, and glaciers to harbors, streets, and residents of disaster areas. The Wellcome Collection preserves an album of photographs from the British Association for the Advancement of Science’s 1905 visit to South Africa which includes prints by Anderson showing geological field parties^*20. The presence of his photographs in an institutional album, separate from the volcanic material preserved in York, shows how they circulated beyond personal travel records as records of organized scientific investigation.

Panoramas and Dry Plates: Recording Changing Terrain

Craters and lava flows photographed immediately after an eruption can change quickly through collapse, erosion, and the return of vegetation. Anderson modified dry-plate cameras for field use and also made panoramas that brought extensive terrain into a single field of view. York Museums Trust records that he designed cameras and lenses himself and took an early panoramic camera on an expedition to Iceland.^*4 For volcanic investigations that were difficult to repeat, being able to examine the same arrangement of terrain after leaving the site mattered considerably. Dry plates preserved temporary conditions, while panoramas showed the spatial relations among craters, slopes, and erupted material over a broad area. The photographs functioned as repeatable observational records for later comparison and explanation, giving them a research role distinct from ordinary travel documentation.

Lantern Slides and Volcanic Studies in Many Lands: Making Comparison Public

The 1903 book Volcanic Studies in Many Lands is a major example of this method extended into publication. Open Library describes it as containing more than one hundred photographs made from nature by the author, accompanied by explanatory text^*8. The digitized edition on Google Play likewise allows the photographs and explanatory text to be read together as a single body of observational material^*9. A contemporary review in the Alpine Journal also praised Anderson’s command of the camera and his assembly of photographic examples of varied volcanic phenomena^*10. The book brought craters, ejecta, lava, and eroded formations from different regions into the same volume, enabling formal comparison across individual photographs. Reports of a later lecture on the Matavanu volcano reprinted in New Zealand newspapers and periodicals show how field observations moved from learned-society lectures into general media^*18. Nature likewise discussed Matavanu in 1911 in relation to observations by Anderson and others, indicating that his photographically documented travel research entered contemporary volcanological debate^*19.

A Method of Volcano Photography Passed on to Jaggar

In his memoir, volcanologist Thomas A. Jaggar, who later led the establishment of the Hawaiian Volcano Observatory, wrote that he learned volcano photography from Frank A. Perret and Tempest Anderson. He also described Anderson making a field camera for his own use that incorporated small glass plates, a light-tight box, sleeves for the operator’s arms, and a tripod that doubled as a walking stick.^*28 Jaggar’s account provides direct evidence that Anderson’s photographic techniques and equipment design were passed on to the next generation of volcanic observation.

The 1902 La Soufrière and Mount Pelée Investigations

In the 1902 investigations of La Soufrière and Mount Pelée, photographs were organized as evidence documenting post-disaster landscapes and explaining the effects of the eruptions. The Royal Society report appeared in 1903; its full text and plates are available in the Bavarian State Library digitization accessed through the Deutsche Digitale Bibliothek^*14. Google Books also preserves the report as a scientific publication with chapters on deposits, black clouds, changes in terrain, and related photographic plates^*21. In a 1908 letter, Anderson expressed concern that enlarged photographs and transparent overlays sent to the Royal Society had been properly forwarded to the printer, and argued that the enlargements were superior to the proofs^*13. The detail shows that even after exposure he treated the ability of printed illustrations to preserve observational information as a practical production problem.

Managing the Report Illustration

The breadth of Anderson’s surviving photography reflects a field of interest wider than volcanoes alone. The Wellcome Collection preserves a photograph from the 1905 South African expedition showing glacial conglomerate demonstrating that he recorded geological phenomena beyond volcanism as comparative material^*22. On expeditions to places including New Zealand and Samoa, he also photographed people living around volcanic landscapes, as well as boats, roads, and settlements. These images served earth science, but they were also made within an imperial visual culture in which British researchers traveled abroad, observed and classified land and inhabitants, and brought those images back into learned societies and lecture halls. David Pyle has discussed volcano photography around the turn of the twentieth century as part of a visual culture encompassing scientific knowledge, travel, disaster reporting, and imperial mobility, and identifies Anderson as a significant figure within it^*15. This history means that Anderson’s photographs need to be considered both for their function as scientific evidence and for the questions of who could travel, whose land and inhabitants were pictured, and into which institutions those images were brought.

Contemporary Reception in Learned Societies and Lectures

Anderson’s place in photographic history is better understood at the intersection of scientific photography, geology, and lantern culture than within the category of fine-art photography. His 1913 obituary in the Geographical Journal remembered him as a physician, explorer, and observer in geography and volcanology, indicating how photography connected these different areas of activity^*17. Discussions of New Zealand volcanoes in the same journal likewise treated his field observations as comparative material for the geographical community^*16. York Museums Trust’s current digitization work reflects the collection’s relevance across photographic history, earth science, disaster history, and local history^*3. Nature recorded that at the Royal Society Conversazione of 1906 he gave a photographically illustrated presentation on the aftermath of an eruption of Vesuvius, including images that allowed the same sites to be compared with their earlier state^*24.

The 1905 South African Meeting: Science and Imperial Mobility

The British Association’s 1905 meeting in South Africa provides an important case for understanding Anderson’s photography within scientific institutions. A contemporary report in Nature records that roughly four hundred members traveled through South Africa, delivered scientific reports at several locations, and discussed questions extending to colonial development.^*25 Historian Edna Bradlow places the meeting in the political climate roughly three years after the end of the Anglo-Boer War and argues that an ostensibly apolitical scientific organization was also expected to help restore imperial cohesion.^*26 Recent research on the history of geography in South Africa likewise notes that the leadership of the 1905 meeting included many people born or resident in Britain and that South African geographical organizations of the period had no Black members.^*27 There is no basis for reducing Anderson’s personal intentions as a photographer to imperial policy. His expedition photographs of geological parties, roads, buildings, mines, and related subjects were nevertheless produced and shared within institutions through which British scientists moved through colonial spaces and accumulated observations in albums, learned societies, and lectures.^*20

Reading Scientific Photography alongside Imperial Expeditions

Anderson’s distinctive contribution lies less in a visual style than in the way he put observations to use. Dry plates preserved conditions in the field; panoramas established the extent of terrain; report illustrations carried evidence to researchers; lantern slides projected it before large audiences; and books enabled comparisons across regions. Through this sequence, volcanoes became visual material that distant observers could repeatedly examine, instead of remaining the experience of the relatively few people who had reached the sites. Photographic persuasiveness did not automatically guarantee scientific neutrality, but the ability to fix terrain before it changed and revisit it over time was a practical reason for incorporating photography into his research. The Royal Society’s 1902 refereeing process explicitly connected the quality and extent of photographic illustration with the value of the report itself.^*11 A 1918 review in Nature of the posthumous volcanic studies also recalled the role of Anderson’s lantern lectures in communicating knowledge of volcanoes to specialists and general audiences.^*23

The Posthumous Second Series: A Photographic Archive That Continued the Research

A second series of Volcanic Studies in Many Lands appeared posthumously in 1917, reorganizing and publishing Anderson’s photographs with text by T. G. Bonney.^*29 A review in Geological Magazine the following year valued his many years of photographs of volcanoes around the world as a coherent research resource that geologists could continue to consult after his death.^*30 The continued use of the images for comparison and teaching after the photographer had left the field demonstrates the long-term effect of his method of integrating photography into geology.