Planet-Civ Evolution Project Update 2/9

Current State of the Equations and Example Outputs

​Current Sate of the Equations and Example Outputs Using Earth-Like Inputs

4x5 Grid of Plots with Earth-Like dT

  • dT parameter is a measure of the temperature range that a civilization can survive in
  • Horizontal plots vary by orbital distance
    • 0.94AU, 0.97AU, 1.00AU, 1.03AU, 1.06AU
  • Vertical plots vary by carrying capacity (maximum population)
    • 10 Billion, 40 Billion, 70 Billion, 100 Billion

​Plots Showing the Temporal Evolution of Global Temperature and Population (colored by pCO2)
​Phase Plots of Global Population vs Global Temperature (colored by pCO2)

4x5 Grid of Plots with Earth-Like dT/2 (High Fragility)

​(0.5dT) Plots Showing the Temporal Evolution of Global Temperature and Population (colored by pCO2)
​(0.5dT) Phase Plots of Global Population vs Global Temperature (colored by pCO2)

2x4 Grid of Plots with Earth-Like dT*100 (Low Fragility)

​Example Output for very large dT using earth's orbital distance and four different carrying capacities (first row is the normal plots, second row is the phase diagrams)

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