There are many circumstances where the amount of data vastly exceeds the ability to process and analyze it—and computers can only do so much. Enter crowdsourcing. Steve Coast points to Digital Globe’s Tomnod project, which basically crowdsources satellite image analysis. In the case of the current project to map the presence of Weddell seals on the Antarctic Peninsula and the ice floes of the Weddell Sea, users are given an image tile and asked to indicate whether there are seals in the image. It’s harder than it looks, but it’s the kind of routine task that most people can do—many hands, light work and all that—and it helps researchers focus their attention where it needs focusing. (A similar campaign for the Ross Sea took place in 2016.)
Another ongoing campaign asks users to identify flooded and damaged infrastructure and trash heaps in post-Hurricane Maria Puerto Rico.
Now that Where the Animals Go, a book that maps tracking data from field biologists’ research projects, is available in a U.S. edition (previously), it’s getting another round of media attention on this side of the pond. This CityLab piece interviews the authors and highlights several of the maps (and the studies behind them).
The Art of Cartographics (Goodman) is available now in the U.K. but won’t come out in North America until March 2018. The publisher describes it as “a stunning collection of maps designed in a unique way. […] This carefully curated book selects the most creative and interesting map design projects from around the world, and offers inspiration for designers and map-lovers alike. Covering themes including power, gentrification, literature, animals, plants and food, and showcasing handrawn, painted, digital, 3D sculpted and folded maps, Cartographics offers a slice of social history that is as beautiful as it is fascinating.” Buy at Amazon U.K. | Pre-order at Amazon
Also out next week: the National Geographic Atlas of Beer (National Geographic). I have no information about the quantity or quality of the maps therein, but according to the publisher the book does have some: “The most visually stunning and comprehensive beer atlas available, this richly illustrated book includes more beers and more countries than any other book of its kind. Including beer recommendations from Garrett Oliver, the famed brewmaster of Brooklyn Brewery, and written by ‘beer geographers’ Nancy Hoalst-Pullen and Mark Patterson, this indispensable guide features more than 100 illuminating maps and over 200 beautiful color photos.” Buy at Amazon
I was three years old when this map was released. When I was at Moore Elementary (home of the fighting Armadillos!) in the late 1980s, and early 1990s, I specifically remembered this map because it was huge! The Natural Heritage Map of Texas is 4-feet by 4-feet, and it hung in the school cafeteria, to the left of the stage where so many school assemblies had occurred. The map is colorful, big and filled with animals. To be honest, at the time, the animals are what drew my attention, but the map always stuck in my mind because it was the first large wall map I had ever seen. More than anything, though, there was an ocelot in my face, and in the face of every other elementary student in the building who walked up to look at this map. At the time, I thought an ocelot was kind of like a mix between a house cat and a lion or a tiger, and a lion or tiger was really cool. I was hooked! I would always look at the ocelot, as well as the other animals, and the map, and think about what it all meant.
Migrations in Motion models the average directions wildlife will need to move in order to survive the effects of climate change. As Canadian Geographic explains, “As climate change disrupts habitats, researchers believe wildlife will instinctively migrate to higher elevations and latitudes, but for many species, that will mean navigating around, over or through human settlements and infrastructure.” The map, the design of which is modeled on the hint.fm wind map, covers both North and South America and does not purport to model the path of individual species; rather it’s an average based on computer modelling.