The optimal temperature range for white-footed mouse population growth is likely between 20°C and 30°C, as indicated by increased population growth within this temperature range in the simulation.
The simulation experiment involving varying temperatures provides insights into the optimal temperature range for the survival and growth of white-footed mouse populations. At 10°C, the population growth is likely constrained, indicating that this lower temperature may be outside the preferred range for the species. As the temperature increases to 20°C and 30°C, there is a notable improvement in population growth, suggesting that these temperatures are more conducive to the mice's survival and reproduction. However, at 35°C and 40°C, the population growth declines, indicating that these higher temperatures are detrimental to the species.
The observed trend in population growth suggests that the white-footed mouse has an optimal temperature range for its life processes, likely between 20°C and 30°C. Within this range, environmental conditions appear to be most favorable for the species, allowing for increased reproductive success and population expansion. This information is valuable for understanding how temperature changes associated with global climate shifts may impact the distribution and abundance of white-footed mouse populations in their natural habitats.