The Guardian profiles the work of Berlin-based paper artist Katrin Rodegast, in particular a project she created for the corporate magazine of ETH Zürich: a series of human organs made from Zürich city maps. The most difficult part of which for Rodegast, according to the Guardian, was finding actual paper maps to use as raw material.
Earlier this year I told you about Barely Maps, the minimalist map project undertaken by Peter Gorman, who in a series of posters reduced maps to their most cryptic and abstract state. He’s been selling prints on Etsy, but now Peter has launched a Kickstarter campaign for the next phase of his project: a book that collects 100 of his minimalist maps, along with the stories behind their creation.
Peter sent me a proof copy of the book. The cover is as minimalist as you might expect from such a project. The maps are familiar if you’ve been following the Barely Maps project: here they take up an entire right-hand page, with a brief description on the facing page.
Peter is using offset printing to produce this book, which requires a 250-copy minimum print run. Supporting the Kickstarter starts at $39, which gets you one copy of the book and free U.S. shipping. Higher tiers add map prints to the cart. As I write this post, the Kickstarter is about 88 percent of the way to its $10,000 goal.
Let’s start with the current situation map from Brazil’s own space agency, the Instituto Nacional de Pesquisas Espacias (INPE), which I’m surprised is still online. In July Brazil’s president, Jair Bolsonaro, accused the widely respected agency of lying about the scale of deforestation in the Amazon; INPE’s chief, Ricardo Galvão, was forced out earlier this month after defending the agency. After that, INPE said that fires were up 84 percent over the same period last year. (The ESA, for its part, tracked nearly four times as many fires in August as they did last year.)
Other raw data sources include the Copernicus Atmosphere Monitoring Service (CAMS), fire activity data from which can be viewed here; and MODIS data from NASA’s Terra and Aqua satellites. For a live feed of MODIS data on the Amazon fires, see the MODIS Wildfire Dashboard.
Meanwhile, NASA’s Earth Observatory posted MODIS imagery of several Amazon fires, and had this curious statement that seemed to minimize the scale of the problem: “As of August 16, 2019, an analysis of NASA satellite data indicated that total fire activity across the Amazon basin this year has been close to the average in comparison to the past 15 years. […] Though activity appears to be above average in the states of Amazonas and Rondônia, it has so far appeared below average in Mato Grosso and Pará, according to estimates from the Global Fire Emissions Database, a research project that compiles and analyzes NASA data.”
A subsequent NASA Earth Observatory post seems to contradict the one I mentioned earlier, pointing to “a noticeable increase in large, intense, and persistent fires burning along major roads in the central Brazilian Amazon” which “are more consistent with land clearing than with regional drought” and noted fire detections “higher across the Brazilian Amazon” since 2010.
Contextualizing the amount of fires seems to be a recurring theme in the reporting: the number of fires are up sharply over last year, but close to the average when taking a longer view. It’s helped a lot of bad and insincere actors make it harder to get to the heart of what’s going on over there. They can’t, after all, deny the satellite imagery or the remote sensing: we can see the fires. We can detect the emissions of smoke, carbon dioxide and carbon monoxide (1, 2, 3). We can map them. And those maps can help us understand what’s going on.
And the New York Times, where Tim used to work, has a map correlating the position of the current Amazon fires along the edges of past deforestation. The Times also has maps showing maps on a month-by-month basis and comparing August 2019 with the August average over the past decade.
— Soc of Cartographers (@CartoSoc) August 22, 2019
The Society of Cartographers posted a notice on Twitter announcing the formal dissolution of the Society after its upcoming (and now presumably final) Annual Summer School Conference. That conference will be held in conjunction with the British Cartographic Society’s Annual Conference on 11 and 12 September at the Ordnance Survey’s Southampton headquarters.
Apart from reactions like Kenneth Field’s, there is no other information about the Society’s dissolution available online, though I wouldn’t be surprised if there’s been discussion in members-only areas. What on earth happened? (Comments open.)
Previously: Whither the BCS?
Per standing IKEA policy, New Zealand is not shown.
The reviews on the U.S. store are hilarious, but on the U.K. store the single a review on the U.K. says that the globe is chalkboard (it’s made of polystyrene), which makes the product a good deal less absurd. Otherwise, it occurs to me that it could make a halfway decent base on which you could paste your own globe gores. [Cartophilia]
Tech companies have largely ignored a U.S. National Transportation Safety Board recommendation to add railway crossing data to their map apps, Politico reports. In 2016, after an accident in which a tired truck driver who used his mobile phone to navigate crashed into an Amtrak train at a level crossing, the NTSB issued a recommendation asking mapping companies to incorporate at-grade railway crossing data from the Federal Railroad Administration’s database of some 200,000 level crossings, so that their apps can warn drivers that a railway crossing is coming up.
Nearly three years later, hardly any of them have implemented the recommendation, and to date only three have responded to the NTSB recommendation: Garmin said it has railway crossing data in its latest devices, TomTom said it has had such data for a decade; Google, for its part, worried that adding such data might overcrowd the map and distract its users. Other providers, including Apple, Here, MapQuest and Microsoft, did not respond to the NTSB. Meanwhile, UPS says its proprietary navigation system includes level crossings, and while OpenStreetMap doesn’t use the FRA database, it has a level crossing tag that’s been used worldwide more than 730,000 times.
A team of researchers led by University of Hawaii astronomer Brent Tully has mapped the structure of the universe at a vast scale. In particular, they have mapped the shape of the Local Void, an empty expanse of intergalactic space hundreds of millions of light years across; the Milky Way is found at the edge of the Void. From the University of Hawaii’s Institute for Astronomy press release:
Now, Tully and his team have measured the motions of 18,000 galaxies in the Cosmicflows-3 compendium of galaxy distances, constructing a cosmographic map that highlights the boundary between the collection of matter and the absence of matter that defines the edge of the Local Void. They used the same technique in 2014 to identify the full extent of our home supercluster of over one hundred thousand galaxies, giving it the name Laniakea, meaning “immense heaven” in Hawaiian.
Matthew Edney’s Cartography: The Ideal and Its History was published by the University of Chicago Press last April. I have a review copy and a review is in the works. While you’re waiting for me to get said review written, here are a couple of reviews to tide you over: one from Steven Seegel at New Books Network; and one (behind a paywall) at Times Higher Education from Jerry Brotton.
(Incidentally, Seegel is the author of Map Men: Transnational Lives and Deaths of Geographers in the Making of East Central Europe: a review of that is forthcoming as well. Brotton has several books to his name: he’s co-author of this year’s Talking Maps, and in 2012 published A History of the World in 12 Maps, which I reviewed here.)
Related: Map Books of 2019.
Mapping the Moon in Black and White, an exhibition curated by the Harvard Map Collection at Harvard’s Pusey Library, “guides you through the mutually reinforcing efforts to map the Moon using orbital imagery and the race to walk on the Moon. At ‘Mapping the Moon in Black and White,’ you will also learn how these mapping efforts sat within larger critiques of the Space Race, especially from Civil Rights organizations like the Southern Christian Leadership Conference and the Black Panther Party.” Runs until 31 October 2019; a reception and curatorial talk will take place on 18 September.
Apple’s new map data was promised to be live across the United States by the end of 2019. It’s been rolling out in batches, region by region: Arizona, New Mexico and southern Nevada in April; this month it went live in Texas, Louisiana and southern Mississippi and, in a huge update, the U.S. Northeast.
Mapping Memory, the exhibition of 16th-century indigenous maps at the University of Texas at Austin’s Blanton Museum of Art that I told you about last month, wraps up this weekend. If you need more information to help you decide whether to visit, here are writeups from Atlas Obscura and Hyperallergic.
The Blanton Museum has also released a short video about the exhibition.
For a closer look at the Teozacualco Map (above), see this site.
Update: NPR story.
Last week I pointed to the New York Times map of Democratic donors, which had some methodological limitations to it (it simply ranked the candidates by most donors on a per-county basis). On the other side of the country, the Los Angeles Times has dug even deeper, with detailed maps of donations to the various Democratic presidential candidates—but only for Los Angeles County. They also have maps of national donations to the candidates, of a similar scope to those of the New York Times: they both got access to the same data at the same time. [Maps Mania]
It’s not like xkcd has a monopoly on comics about maps. Last week, Zach Weinersmith’s Saturday Morning Breakfast Cereal web comic posted a comic about alternative non-spherical Earth theories: everything from a hollow Earth to, well, stranger variations—including a slightly lumpy oblate spheroid Earth, which I frankly find hard to believe in.
The NASA Applied Sciences Program has partnered with the Centers for Disease Control and Prevention (CDC) to create the first publicly available map of ultraviolet (UV) radiation for all counties in the contiguous United States. The dataset, which spans 2005-2015, is available on the CDC’s National Environmental Public Health Tracking network, which delivers information and data about health issues related to environmental factors. Public health officials, city planners, or individuals concerned about Sun exposure can learn how much ultraviolet radiation is falling over each county each month, which is an important step in helping reduce skin cancer risks.
The animated map above shows the monthly average UV dose in 2015.