Friday, December 18, 2015

A Book of Unexplained Facts (Last Place on Earth)

Carte des Terres Australes, click for larger image
Detail, Carte des Terres Australes, 1739. BNF

The Last Place on Earth

Bouvet Island

In Oddities, A Book of Unexplained Facts Rupert Gould wrote:

“Around Bouvet Island, it is possible to draw a circle of one thousand miles radius (having an area of 3,146,000 square miles, or very nearly that of Europe) which contains no other land whatever. No other point of land on the earth’s surface has this peculiarity.” 
Indeed, the tiny uninhabited island – a glacier-covered volcanic shield lying at the far southern end of the Mid-Atlantic Ridge – is literally the most remote place on Earth. Perhaps then it’s no wonder that it proved so elusive to 18th and 19th century polar explorers.

Rupert Thomas Gould (16 November 1890 – 5 October 1948), was a lieutenant commander in the British Royal Navy noted for his contributions to horology (the science and study of timekeeping devices). He was also an author and television personality.

Gould grew up in Southsea, near Portsmouth, where his father, William Monk Gould, was a music teacher, organist, and composer. He was educated at Eastman's Royal Naval Academy[1] and then, from 15 January 1906 on, he attended the Royal Naval College, Osborne, and then the Royal Naval College, Dartmouth, being part of the 'Greynville' term (group), and by Easter 1907, examinations placed him at the top of his class. He became a midshipman, and thereby a naval officer, on 15 May 1907. He initially served on HMS Formidable and HMS Queen (under Captain David Beatty) in the Mediterranean. Subsequently he was posted to China (first aboard HMS Kinsha and then HMS Bramble). He chose the "navigation" career track and, after qualifying as a navigation officer, served on HMS King George V, and HMS Achates until near the outbreak of World War I, at which time he suffered a nervous breakdown and went on medical leave. During his lengthy recuperation, he was stationed at the Hydrographer's Department at the Admiralty, where he became an expert on various aspects of naval history, cartography, and expeditions of the polar regions. In 1919 he was promoted to Lieutenant-Commander (retired).
On 9 June 1917 he married Muriel Estall. That marriage ended by judicial separation in November 1927. They had two children, Cecil (born in 1918) and Jocelyne (born in 1920). His last years were spent at Barford St Martin near Salisbury, where he used his horological skills to repair and restore the defunct clock in the church tower.

Jean-Baptiste Charles Bouvet de Lozier was educated in Paris then studied navigation at St. Milo. He joined the French East India Company and by 1731 had reached the rank of lieutenant. At the young age of 30 he petitioned his employers with a plan for an “exploratory mission” of the southern seas for land that could accommodate French trading vessels on route to the Far East.

On 19 Jul 1738, outfitted with the Aigle and Marie he set sail for Brazil. After repairs and provisioning on Santa Catarina Island he sailed south, crossing the 44th parallel in early December. By the end of the month the expedition was some 1600 miles from inhabited land sailing in increasingly difficult, uncharted polar waters.

At 3:00 pm on New Years Day, 1739 he spotted “a very high land, covered with snow, which appeared through the mist.” He spent 12 days attempting to harbor but found that conditions made it impossible. With his crew nearly freezing to death and suffering from scurvy he was forced to turn north, eventually reaching the Cape of Good Hope on Feb 24. Bouvet was convinced that the land he found was a promontory of the fabled Terra Australis and named it Cap de la Circoncision (Cape of Circumcision). It was, according to his calculations, 54°S, 11°E, making it the southernmost point of land ever sighted. 

The map of his voyage (above) prepared by Philippe Buache, a leading polar theorist, became immediately influential, adding to the scant cartographic knowledge below the 50th parallel. In 1754 Buache prepared a second edition of the map showing the Cape of Circumcision attached to his fanciful rendition of Terres Antartiques:


Carte des Terres Australes, click for larger image
Carte des Terres Australes, 1754. BNF


Accurate reckoning of longitude was the fundamental problem of 18th century navigation and Bouvet’s calculations placed his discovery considerably too far east. James Cook, on the Antarctic leg of his 1772 and 1776 expeditions, attempted locate Bouvet’s Cape with no success.

The Cape was next sighted in 1808 by James Lindsay, captain of the British whaler Snow Swan. He, too, was unable to land, although he did recognize the promotory as an island which he circumnavigated and named after himself – Lindsay Island. The first landing occured in 1822 by the American Benjamin Morrell aboard the seal hunting ship Wasp. Morell named it Bouvettes Island, in honor of its discoverer. Three years later George Norris, master of the British whaler Sprightly, landed on the island, claimed it for the British Crown and named it Liverpool Island.

Then the island simply disappeared. Subsequent explorers, such as James Clark Ross in 1843 or Thomas Moore in 1845, all failed to again locate it. As Boudewijn Büch famously wrote “[they] knew it existed, but that’s all [they] knew."

The island was rediscovered by the marine biologist Carl Chun during his 1898 German Deep-Sea Expedition aboard the steamer Valdivia. On 3 Nov 1898, at the exact same time of day Bouvet recorded his sighting 159 years earlier, he spotted the island and made the first accurate calculations of its size (19 mi2) and position (54°26'4"S. 03°24'2"E). The accounts of the expedition included the first photographs and map:


Bouvet Island, click for larger image
Bouvet Island, southeast side, as seen at sunrise, eight miles distant, Nov 26, 1898. 


Bouvet Island, click for larger image
Bouvet Island, south side Nov 26, 1898


Bouvet-Insel, click for larger image
Bouvet-Insel
 
Although remote and inhospitable, Bouvet was still of interest to 20th century whalers. The Norwegian entrepreneur Lars Christensen identified the island as a potential site for a whaling station and in 1927 sent his research vessel Norvegia to investigate. Although the island, with its nearly vertical cliffs, was a poor choice for a station, the crew under captain Harald Hornvelt landed on Bouvet, built a hut (the Villa Haapløs), and claimed the island for King Haakon VII. Despite British objections, this claim has stood.


Depot at Cape Circoncision on Bouvet Island, 1927. Norsk Polarhistorie


Here is the expedition’s map of the island:

Bouvet-Insel, click for larger image
Bouvet-Insel, 1927


Since the Norwegian annexation the island has been visited sporadically by scientific expeditions. For the International Geophysical Year and again in the 1960s the Royal South African Navy conducted meteorological expeditions. They performed the first true surveys and the RSA Hydrographic Office produced a map in 1955 and a bathymetric chart in 1967. For two decades these were the best maps of the island available. Here is a sadly 2-bit version of the 1955 map:


Bouvet Island, click for larger image
Bouvet Island, 1955. From ref. 6


The 1977/78 Norwegian Antarctic Research Expedition performed a completely new survey, including helicopter photogrammetry, doppler satellite geodesy and echo sounder hydrography. Their maps, although the most detailed to date, were nevertheless incomplete; constant low cloud cover prevented mapping of the eastern slope of the island. In his description of the map Sigurd Helle wrote “A future, more complete surveying may indeed give a new map which may deviate from the enclosed.”


Bouvetoya 1:20 000, click for larger image
Bouvetøya 1:20 000, 1981


Bouvetoya 1:60 000, click for larger image
Bouvetøya 1:60 000, 1981.


The 1985/86 Norwegian expedition, blessed with a unusual period of cloudless weather, was able to photograph the entire island, establish new control points and complete the earlier surveys.8 Their new topographical map was published in 1986 and updated several times. It may very well be the last great paper map of the island 


Bouvetoya 1:20 000, click for larger image
Bouvetøya 1:20 000, 2000. Norsk Polarinstitutt


Today, in an era of high-res remote sensing, no place is truly too remote – its all just a satellite photo away:


Bouvet Island, click for larger image

Bouvet Island from the ISS, 13 Sep 2008. NASA


Bouvet Island, click for larger image
Bouvet Island from Landsat 8, 26 May 2013. NASA




1. Gold, Rupert. “The Auroras, and Other Doubtful Islands” in Oddities, A Book of Unexplained Facts. London: Philip Allan & Co., 1928 (WorldCat).
2. Bouvet named his newly-discovered cape after the 1 Jan Catholic Feast of the Circumcision.
3. See: Büch, Boudewijn. Eilanden. Amsterdam: De Arbeiderspers, 1991 (WorldCat).
4. Chun, Carl. Aus den Tiefen des Weltmeeres: Schilderungen von der Deutschen Tiefsee-expedition. Berlin: Gustav Fischer, 1903 (online).
5. Die Deutsche Tiefsee-Expedition auf dem Schiff “Valdivia,” 1898/1899: Nach Amtlichen Berichten. Berlin: 1899 (online).
6. Burdecki, Felix. Errichtung einer Wetterstation auf Bouvet Oya? Polarforschung. 1965 35 (1/2): 38–41 (online).
7. Bouvetøya, South Atlantic Ocean: Results from the Norwegian Antarctic Research Expeditions 1976/77 and 1978/79. Skrifter 175. Oslo: Norsk Polarinstitutt, 1981 (online).
8. Report of the Norwegian Antarctic Research Expedition (NARE) 1984/85. Rapportserien 22. Oslo: Norsk Polarinstitutt, 1985 (online).

Wednesday, December 16, 2015

Buen humor, 19th C.


































Buen humor was a spanish satiric magazine published during 1920's. These scans come all from the sprawling Hemeroteca Digital database of the National Library of Spain. Graphic artist and cartoonist Pedro Antonio Villahermosa y Borao (nicknamed Sileno) founded Buen Humor in 1921. It ran for 400 or 500 issues (Hermeroteca houses 410) until 1931. You can read more about it (in Spanish) here. Also here.

Other illustrators who worked on Buen Humor were: Rafael de Penagos (1889-1954), Lluis Bagaria Bou (1882-1940), Ricardo García López (1890-1984) aka K-Hito, Francisco López Rubio (1895-1965), and Salvador Bartolozzi. 

Sunday, December 13, 2015

Exploring Space (20th C. -1958)



OMG I had a lot of childhood memories while writing this post :)
 
While The Complete Book of Space Travel was aimed at teen and pre-teen boys, the 1958 book Exploring Space was looking for a younger audience.
 
EXPLORING SPACE (A Little Golden Book) by Rose Wyler, Copyright 1958 by Simon and Schuster 1964 . NASA has a discussion on its web page :)  
 
The above children's book is described as a "true story about the rockets of today and a glimpse of the rockets that are to come." The rockets of "today" were those of 1958, the advent of the space program. The narrative speaks of future rockets flying (orbiting) around the world in an hour. Why is this unlikely? How much time should the flight around the world require?

Below are sample pages from the book,




Saturday, December 12, 2015

Breviary for Dummies (14th C)




Book of Hours, click for larger image
Christ Bearing the Cross, ff. 55v–56r. Philadelphia1

After the Fourth Lateran Council (1215) there was a growing desire by the laity to more closely imitate the devotions of the monastic monks and nuns, but the psalter or the breviary were entirely too complex and variable. What was needed was a “Breviary for Dummies” and this would be the The Book of Hours.


A Book of Hours was intended as a small, and personal, book of devotion. Although the contents varied to some extent, generally it began with a liturgical calendar followed by extracts from the four gospels, the Hours of the Virgin, the Hours of the Cross and the Hours of the Holy Spirit. The book concluded with the Office for the Dead, the Seven Penitential Psalms, the Litanies, and prayers to the Virgin and other saints.


Although less expensive than, e.g., a Bible, a Book of Hours was still within reach of only the wealthy. Early examples from the 14th century are comparatively plain, but the amount of work and expense that went into their creation is still rather apparent:


Book of Hours, click for larger image
England, 14th century. Harvard

The popularity of the Book of Hours reached its peak by the middle of the 15th century. Nobility and the wealthy were commissioning increasingly deluxe versions of the manuscript; versions that required not only a scribe (or several) but also illuminators and artists for the extravagant miniatures (often including the family’s coat-of-arms), illumination and decoration.
Book of Hours, click for larger image
The Annunciation, f. 23r. France, ca.1400. NYPL
Book of Hours, click for larger image
Virgin and Child, uncollated. Italy, ca.1450. Grolier Club
Book of Hours, click for larger image

Litany, ff. 105v–106r. Bruges, ca.1485. UC Berkeley
Book of Hours, click for larger image
Gethsemene, f. 14r. Flanders, ca.1485. UT Austin
Book of Hours, click for larger image
The Virgin Mary, ff. 5v–6r. Rouen, ca.1500. Det Kongelige Bibliotek
Book of Hours, click for larger image
Jesus on the Mount of Olives, f. 1r. France, ca.1475. Columbia

The Book of Hours was produced throughout Western Europe, but it was especially popular in France and the Low countries. By 1430 stationers in Paris and Ghent (among others) began to mass-produce the books, sometimes using tipped-in plates, for “middling merchants and local gentry, people with social pretensions who would be attracted by something which looked more expensive than it really was.”

The Book of Hours was by far the most commonly produced book of the late middle ages. Even after the advent of mechanical type it was still commissioned as a luxury item for the wealthy and powerful, but by the middle of the 16th century it had been mostly replaced by a simpler, and much less costly devotion – praying the rosary.

Book of Hours, click for larger image
The Legend of the Three Living and the Three Dead, f. 113r. Bourges, ca.1500. Philadelphia

  • Most, but not all, of these images are from the holding institution via Columbia University’s spectacularly wonderful -I do recommend the visit- Digital Scriptorium.  
  • For more information on the Book of Hours, including a complete translation of a later English Primer version, see the appropriately named Hypertext Book of Hours.

Wednesday, December 9, 2015

Précis iconographique de médecine opératoire, 19th C

Operations on the Nose and Nasal Fosse

Jean-Baptiste Léveillé, from Précis iconographique de médecine opératoire et d'anatomie chirurgicale vol. 1 by Claude Bernard, Paris, 1848.

(Source: archive.org)
Operations on the Nose and Nasal Fosse
Jean-Baptiste Léveillé, from Précis iconographique de médecine opératoire et d'anatomie chirurgicale vol. 1 by Claude Bernard, Paris, 1848.
(Source: archive.org)


Claude Bernard (1813 – 1878) was a French physiologist. Historian Ierome Bernard Cohen of Harvard University called Bernard "one of the greatest of all men of science". Among many other accomplishments, he was one of the first to suggest the use of blind experiments to ensure the objectivity of scientific observations. He was also the first to define the term milieu intérieur (property of a system in which variables are regulated so that internal conditions remain stable and relatively constant. Examples of homeostasis include the regulation of temperature and the balance between acidity and alkalinity in human body), now known as homeostasis


Permalink
Resections Performed on the Lower Extremity.

Jean-Baptiste Léveillé, from Précis iconographique de médecine opératoire et d'anatomie chirurgicale vol. 1 by Claude Bernard, Paris, 1848.

(Source: archive.org)
Resections Performed on the Lower Extremity.
Permalink
Amputations in the continuity of the bones

Jean-Baptiste Léveillé, from Précis iconographique de médecine opératoire et d'anatomie chirurgicale vol. 1 by Claude Bernard, Paris, 1848.

(Source: archive.org)
Amputations in the continuity of the bones
Permalink
Disarticulation of the two last phalanges of a finger and of an entire finger.

Jean-Baptiste Léveillé, from Précis iconographique de médecine opératoire et d'anatomie chirurgicale vol. 1 by Claude Bernard, Paris, 1848.

(Source: archive.org)
Disarticulation of the two last phalanges of a finger and of an entire finger.