Question

all populations require resources such as water to survive. the availability of these resources influences the growth of populations. you will now explore the effect of water availability on population growth. reset the simulation to its default settings and run the simulation. make sure that the relative water level is set to 100. make a note of the growth of the population of mice. set the relative water level to 50 and run the simulation. make a note of the population growth. set the relative water level to 45 and run the simulation. make a note of the population growth. set the relative water level to 35 and run the simulation. make a note of the population growth. what happened to the growth of the population of mice as the relative amount of water changed?

Answer 1

As the relative amount of water decreased, the population growth of mice declined.

The experiment involving changes in the relative amount of water aimed to explore the impact of water availability on the population growth of mice. Initially, with the relative water level set at 100, the population of mice likely exhibited optimal conditions for growth, as abundant water resources support the survival and reproduction of the population.

As the relative water level decreased to 50, 45, and 35 in subsequent simulations, the available water resources became progressively limited. This reduction in water availability likely created more challenging conditions for the mouse population, affecting their ability to thrive. In nature, water scarcity can lead to various challenges for organisms, including limited access to drinking water, changes in food availability, and alterations in the overall habitat suitability.

The observed decline in population growth with decreasing water levels reflects the sensitivity of the mice population to water availability. This simulation provides insights into the critical role of water resources in shaping population dynamics, emphasizing the interdependence between environmental factors and the growth and sustainability of populations in ecosystems.