Developmental topographic disorientation is a neurological disorder that prevents people from making cognitive maps. People suffering from DTD literally get lost in familiar surroundings: their home, to and from work. As someone who literally cannot get lost, I have a hard time imagining what that could possibly be like. Enter The Woman Who Gets Lost Every Day, a short film about Sharon Roseman, a woman with DTD who shares how she experiences and navigates the world in her own words. [The Atlantic]
Here’s a short video from the British Museum about a 13th-century celestial globe; it goes into the history of the globe, who made it, and how the stars appear on it (i.e. if the sky is represented as a globe, we’re on the inside: how do the stars appear on that globe?).
Last week, Jimmy Kimmel Live had a skit where they asked passersby to name a country, any country, on a map of the world. The results were predictable—doofs who couldn’t name any country at all, or who thought Africa was a country—and so has been the general reaction. Americans not knowing their geography is a cliché that’s decades old at least. Thing is, the half-dozen or so people being shown aren’t a representative sample: the aim here isn’t a scientific survey, it’s good television. And laughing at idiots counts as good TV in America. In that vein, the kid going all Yakko’s World at the end is an absolutely necessary punchline. [Cartophilia]
A lecture by independent historian John Cloud about indigenous contributions to early American mapmaking and surveys of the newly acquired territory of Alaska is now online. The lecture, titled “The Treaty of Cession, as Seen through the Lenses of Art, Cartography, and Photography,” is 80 minutes long and full of interesting stuff about the early history of Alaska. Cloud gave the talk on 15 November at the Sealaska Heritage Institute in Juneau, as part of the institute’s Native American Heritage Month. Local public radio station KTOO had a short article on the talk last month. [Tony Campbell]
This NOAA article looks at three kinds of imagery provided by the GOES-16 geostationary weather satellite: GeoColor, the Geostationary Lightning Mapper (!), and full disk infrared imagery from the Advanced Baseline Imager. GOES-16 launched last November and is currently in the checkout phase before it replaces GOES-13 at 75° west latitude.