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Daisyworld Growth Model: Area Change and Temperature Calculation

This model represents the growth of daisies on Daisyworld, taking into account area change, growth rate, death rate, and temperature calculations based on radiative equilibrium and the Stefan-Boltzman relation.

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Daisyworld Growth Model: Area Change and Temperature Calculation

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  1. Here is the scheme for representing the growth of the daisies Area Change = Covered_Area * (Uncovered_Area * (growth_rate - death_rate)) The expansion of the daisies is a function of the available area (more is good) but also the area covered by daisies (more seeds) and the difference between the growth rate and the death rate

  2. The Basic Growth Scheme Growth Factor Local Temperature White Daisies Black Daisies But the daisies shift their local T with respect to the planetary T Planetary Temperature

  3. The temperature of Daisyworld is calculated using the radiative equilibrium and the Stefan-Boltzman relation: σ=5.67E-8 Wm-2K-4 The model calculates the Ein and the albedo, and then gets the temperature

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