Final answer:
The logistic growth model implies that a population initially grows exponentially until resource limitations lead to logistic growth, slowing the rate until it reaches zero when the population size aligns with the carrying capacity of the environment.
Step-by-step explanation:
The logistic growth model describes how the population increases from a very small size. Initially, assuming unlimited resources, the population shows exponential growth, and the number of individuals may double every month. However, as the population size approaches the carrying capacity of the environment, resources become limited, causing the growth rate to decrease. This leads to logistic growth, where the population growth rate will slow down and level off, eventually reaching zero. This occurs because logistic growth takes into account the restrictions of a finite ecosystem, regulating population expansion by factors such as food availability and disease, which become more prevalent as the population grows larger and more crowded.