Colonizing Earth

Author:

Popoviciu Dan Răzvan1

Affiliation:

1. Ovidius University,Natural Sciences,Constanța,Romania,

Abstract

Currently, the human settlement of planet Earth is suboptimal, roughly covering some 15% of its surface. Remediating this problem involves several approaches. Inhospitable land areas can be "greened” by using modern technology, while the efficiency of current settlements can be improved. But humans could also take advantage of such new technologies to colonize the surface of still water bodies, underground and underwater environments. This enterprise would help us learn revolutionary new ways of providing food, light, heat and electricity to human populations, techniques that would also be applicable to other celestial bodies.&nbsp;<br>

Publisher

BENTHAM SCIENCE PUBLISHERS

Reference60 articles.

1. Draxler B.; Midnight showing: Stunning and scientifically vital satellite views of earth at night. Discover Available from: 2012

2. Coghlan A.; More crops for Africa as trees reclaim the desert. New Sci 2006,192(2573),11

3. Rasmussen W.; Egypt plan to green Sahara desert stirs controversy. Reuters Available from: 2007

4. Serag Y.; Impact of politics on the planning of the New Desert City of Toshka in Egypt. AESOP Conference. Prague, Czech Republic 2015

5. Radwan T.M.; Monitoring agricultural expansion in a newly reclaimed area in the Western Nile Delta of Egypt using Landsat imageries. Agriculture 2019,9(7),137

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