Bellerby & Co., makers of expensive bespoke handmade globes, continues to get all kinds of good press: earlier this week they were featured on CBS Sunday Morning.
It takes between 6 months to a year to learn how to make just the smallest sized globe … it is a further few years to make the larger sized globes.
Since it is unlikely we will find a former Globemaker.. all applicants will have to have a trial period… you have to try it before you both know you can do it … and to know you like doing it!
All jobs in our company require a patient and passionate person who will commit to the learning process and wants to stay in the company for at least 3 years afterwards.
The job posting was up for at least two months before Atlas Obscura blogged about it yesterday, but I presume, given Bellerby’s rather precise requirements—not so much about the candidate’s qualifications but their characteristics—that the position is still open. Have at it.
Random and miscellaneous globe items:
James Wilson was America’s first globe maker; his Bradford, Vermont-based globe factory opened in 1813. Geolounge points to the above illustration of Wilson, undated but from the early 20th century, by Roy Frederic Heinrich.
The Norman B. Leventhal Map Center: “Dennis Townsend, a Vermont schoolteacher, created this collapsible, portable, and inexpensive paper globe for students as an alternative to the large, more expensive globes available mainly in schools and libraries.”
In my post about old British films about globemaking I said, “These films fascinate me because they describe a kind of globemaking—layers of plaster, paper globe gores, and varnish—that I don’t think happens any more.” On The Map Room’s Facebook page, a commenter replied that Lander and May use the same methods today. Handmade by Chris Adams, these artisanal globes appear to be closer in class and price to Bellerby than to Replogle.
Finally, via the Washington Map Society’s Facebook page, news that a book about 17th- and 18th-century cartographer and globemaker Vincenzo Coronelli, Marica Milanesi’s Vincenzo Coronell Cosmographer, 1650-1718, is now available, though apparently not easily.
This short film on globemaking from 1955 has been making the social media rounds:
Compare it to this short film from 1949:
It’s nearly identical in its turns of phrase and factoids, though there are slightly different emphases. Though the firm is unnamed, it’s clearly the same one: it’s even the same guy doing the varnishing.
These films fascinate me because they describe a kind of globemaking—layers of plaster, paper globe gores, and varnish—that I don’t think happens any more. There are some similarities to Bellerby’s globemaking methods, but Bellerby’s underlying globe isn’t a plaster shell. And most of us don’t have the money for a Bellerby globe: if we have a globe, it’s almost certainly a Replogle. As this short video from the Chicago History Museum reveals, Replogle’s globes are a combination of paper, cardboard and glue:
This morning’s post about the AuthaGraph World Map reminded me of Buckminster Fuller’s Dymaxion map (which after all was explicitly referenced by its creator). Designer Brendan Ravenhill has produced a version of Fuller’s map in the form of a magnetic folding globe. Wired: “Like Fuller’s original map, Ravenhill’s globe can exist in two or three dimensions. Laid flat, it’s a series of 20 triangles that show Fuller’s projection as a single landmass. The back of each triangle features a magnet so you can fold the map into an angular globe. ‘Really it’s a toy, but a toy that has a lot of resonance and importance,’ Ravenhill says.” $15 each, in three colours. [Sociative GIS]
Astronomy magazine has announced a new globe of Pluto based on data from the 2015 flyby of the dwarf planet by the New Horizons probe. The 12-inch globe is limited by what New Horizons was able to see: it’s low-resolution in some areas and blank in others. In addition, 65 surface features are labelled—a brave move considering that all the names are provisional until the IAU approves them. The globe sells for $100.
Hand-made globes are increasingly a thing, apparently. As Atlas Obscura reports this week, Michael Plichta’s company, Planetenkugel-Manufaktur, is producing a hand-crafted globe of Mars with a twist: it’s based on Percival Lowell’s maps, which (erroneously) showed the Martian surface covered in canals. It’s delightfully retro and I love it. Here’s a video:
Nowhere on the website is a price mentioned, which tells me that I won’t be able to afford one, damn it.
Another Italian map exhibit to tell you about: 1716-2016 Cielo e Terra, featuring the cartographic holdings of Rome’s Biblioteca Casanatense, including the 1716 celestial and terrestrial globes of Amanzio Moroncelli, opens tomorrow and runs until 28 November. [WMS]
Previously: When Italy Drew the World.
(Globe gores for other planets and moons are available for download from the USGS’s Astrogeology Science Center.)
Previously: Globes of the Solar System.
The Hunt-Lenox Globe, a five-inch engraved copper globe dating from the early 1500s, is one of the earliest surviving globes, one of the earliest depictions of the New World and one of only two places where the phrase hic sunt dracones (“here be dragons”) can be found. It’s held by the New York Public Library, who are justly proud of it. They’ve received a grant to produce a 3D scan of the globe; once that’s finished, the 3D model will be available online. In the meantime, here are some other images of the Hunt-Lenox Globe from the NYPL. [via]
Peter Bellerby is interviewed in Fashion Times. Bellerby is the founder of Bellerby & Co., which makes hand-made, hand-painted—and very expensive—globes. (When I blogged about them last August, the cheapest globe I could find in their catalogue was £999.) Bellerby’s PR and marketing is fairly sophisticated and positions a globe as a serious luxury good; being interviewed in Fashion Times is consistent with that. They’re not exactly in the same market as Replogle, if you follow me. [via]
On Shapeways, a site where users can upload and sell 3D-printed items, George Ioannidis is selling globes of the planets and moons of our solar system. There are individual globes, globes that take into account moons’ irregular topography (e.g. Phobos and Diemos, Iapetus), all in different sizes (none of which are very big: 50 to 200 mm), and collections where each planet and moon is to scale (as seen above, this can be somewhat unwieldy, but it’s neat for Jupiter’s Galilean moons, for example). I’m unreasonably enthusiastic about this sort of thing. [via]
Previously: Globes of the Solar System.