From my time as an undergrad at the University of California at Berkeley to my time as a graduate student at Stanford University, I doodled in class. When the professor would say something amusing, I would turn it into a cartoon. I’d personify the rock or tectonic process – I’m a geologist after all – and create a character that stuck in my memory. So when I was asked by Stanford’s School of Earth Sciences to communicate complex climate science this summer, naturally I turned to cartoons.
The science of the Game of Thrones
Miles Traer, of Generation Anthropocene, built this AMAZING geologic history of Westeros and Essos!
I Just Lost Hours Reading This Geological History of Westeros
The Stanford geologists at Generation Anthropocene are my new favorite people. They recently assembled a presentation that extrapolates from clues in the books how the continent of Westeros in A Song of Ice and Fire / Game of Thrones came to be formed, from the salt flats of Dorne to the granite of Winterfell, and it is an exceptionally clever work that breathes new color into George R. R. Martin’s world.
Mapping fantasy: The story behind the Game of Thrones geologic maps
Science fiction can be a really cool gateway for sharing science fact. Earth science is imaginative, and can draw on pop culture, like the HBO show Game of Thrones. My graduate school friend and Generation Anthropocene co-producer, Miles Traer, recently brought science fact and science fiction together over this show in a hilariously awesome and super fun project.
Get your nerd on with this geologic map of Game Of Thrones
Despite its scientific analysis, the project is funny and easy to read with plenty of specific Game Of Thrones references. For instance, the passage about the red sands near King’s Landing reads: “The scandalous wedding of young Robb Stark to Jeyne Westerling isn’t the only thing to have been stained red in the history of Westeros.” Puns, science, and an encyclopedic knowledge of Game Of Thrones?Fake geek boys watch out, because the bar has just been raised.