- Interaction: The world is made of systems that are connected to one another & interact permanently in multiple ways, at multiple scales (of time & space).
- Connection: Peoples & places are connected to one another to form a global complex and dynamic network
- Implication: The way we interact & build our world, so the decision-making process related to land & resource management as well as urban & rural planning, depends on how well we know the interactions and connections happening in our world.
- Only 37% of young Americans can find Iraq on a map—though U.S. troops have been there since 2003.
- 6 in 10 young Americans do not speak a foreign language fluently.
- 20% of young Americans think Sudan is in Asia. (It’s the largest country in Africa.)
- 48% of young Americans believe the majority population in India is Muslim. (It’s Hindu—by a landslide.)
- Half of young Americans cannot find New York on a map.
Basically, we are illiterate when it comes to know the world we are living in. So we make decisions to manage it (resources, land, transportation, energy, cultural relations, etc.) based on a very partial knowledge that does not recognize Interaction, connection and implication as key principles of it, from political level to individual one.
Then, why is Geography Literacy so bad at the most connected era of all times when everyone has Google Map on their phone ?
When the last decolonization started in the early 1950, the western world entered a phase of recoil. Colonizing nations faced powerful forces pushing them out. Their empires fall apart, forcing European nations to withdraw on their home countries, and to abandon their overseas land possessions. The competition among nations became a technological one to replace the territory-size contest: most countries of the western world shifted all their efforts to industry, technology and technical innovation to keep their leading advantage over ex-colonies.
As a result, mathematics, physics and computer science became the most valued options in the academic & corporate worlds. Geography went into an existential crisis at that time, especially in the 1960′s: if we know everything about every places of the world now, what use can we make of such a field? Where can it stand in a world obsessed by productivity and technical progress?
Geography had to redefine itself. And it is not something that happened in six months. It took a couple of decades for geography to be re-born as a much wider discipline, now studying all forms of multiple and complex interactions people & societies have with their spaces, places and territories.
During that “redefinition period”, we were still teaching an old dusty geography, about where capital cities and biggest rivers are, where coal resources can be found on the planet, that kind of things. Nothing, in that catalogue of factual information, is neither scientific (there is no mechanism, no causal links established between phenomenon), nor useful as a set of skills.
No one feels smarter after learning by heart a list of all the capital cities of the world. And that’s why the way we define and teach geography today, in the 2010′s, has to catch up with actual complexity & interactivity of the world to become useful and recognized again.
How to fix it?Well, I am not pretending to answer such a complex question by myself today, but here are a few simple statements we can start from, and some in the geographer community already did:
- Stop reducing geography to maps: maps are a tool to illustrate and communicate information. Its a subjective representation of the world. A monkey drawing a map is not necessarily a geographer. It takes a deep understanding of the mechanisms behind the map to actually be able to produce a relevant one.
- Stop pretending that math can explain everything: human behaviours do not get explained by so called rational over-simplified formula. The least effort principle does not explain how human work and make decisions every day. Reality is much more complex (too complex for us to modelize it with algorithms for the moment) and permanently changing. By the time you would finish your calculation, your conclusions would be obsolete already, because people act & react constantly in an infinity of ways.
- Admit complexity & find a way to process it: While we will see the world as the over-simplified flat rectangular world map we all have in mind when thinking about “the world”, nothing will move. To embed interactivity, connectivity and implication in our knowledge, we need to process complexity. Massive, huge, even hard-to-concieve amounts of data, both qualitative & quantitative. Counting things one by one won’t work. It’s about opening new dimensions in terms of tools and theories.
- Integrate everyone’s world in “the world”: The very image of what “the world” is should be more of a 3D interactive movie than a flat boring map hanging on the classroom wall. The bus ride you took in the morning to go to school, the landscape you’ve seen from the window, the place described in the novel you were reading, the place you dream about when you’re bored, the imaginary map of your video game, THEY ARE ALL FORMS OF GEOGRAPHY LITERACY.