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AFTER+EARTH+is+a+2050+test+scenario+for+an+ecological%2C+self-sustaining%2C+managed%2C+desert+community+for+research+members+who+try+to+bring+%E2%80%9Clife%E2%80%9D+back+to+the+desert+from+around+the+world%2C+in+partnership+with+the+United+Nations%2C+with+the+goal+of+creating+a+world+in+which+desertification+can+be+prevented%2C+and+eventually+stopped%2C+by+ending+the+vicious+cycle+of+environmental+deterioration.+Through+using+integration+of+future+mechanical+technologies%2C+creating+a+self+-sustaining+community+system+and+planting+tasks.+AFTER+EARTH+helps+research+members+acclimatize+desert+environments+at+same+time+to+devise+further+planting+tasks+as+long-term+solutions+and+interventions%2C+to+lessen+global+desertification.
Simiao Aries Wang

After Earth: Visionary Future

Instructor
James Meraz
Program
Undergraduate Spatial Experience Design
Class Name
Degree Project Studio

AFTER EARTH is a 2050 test scenario for an ecological, self-sustaining, managed, desert community for research members who try to bring “life” back to the desert from around the world, in partnership with the United Nations, with the goal of creating a world in which desertification can be prevented, and eventually stopped, by ending the vicious cycle of environmental deterioration. Through using integration of future mechanical technologies, creating a self -sustaining community system and planting tasks. AFTER EARTH helps research members acclimatize desert environments at same time to devise further planting tasks as long-term solutions and interventions, to lessen global desertification.