A4_1 Cool Orbit

Authors

  • Jools Buckland University of Leicester
  • Matthew Crosby University of Leicester
  • Oliver James University of Leicester
  • Rebecca Pearce University of Leicester

Abstract

The IPCC estimates the average temperature of the Earth will rise between 2 K and 4 K by 2090-2099. If the radius of the Earth's orbit was increased, so less radiation from the Sun is received, global average temperatures would drop. We calculated that to negate the temperature increase of 2 K to 4 K, the radius of the Earth's orbit would have to be increased to 1.016 AU to 1.032 AU. Using a Hohmann transfer, to increase Earth's semi-major-axis to between 1.016 AU and 1.032 AU, the Earth's total velocity change was calculated to be between 235.5 m/s and 465.4 m/s.

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Published

12/06/2017

How to Cite

Buckland, J., Crosby, M., James, O., & Pearce, R. (2017). A4_1 Cool Orbit. Physics Special Topics, 16(1). Retrieved from https://journals.le.ac.uk/index.php/pst/article/view/2421