The Logistic Growth Model describes how populations grow in a limited environment. Initially, a population increases rapidly when resources are abundant. However, as resources become scarce, the growth rate slows down, leading to a leveling off. This creates an S-shaped curve when graphed, reflecting the balance between reproduction and environmental constraints. In this model, the population size approaches a maximum limit known as the carrying capacity. Factors such as food availability, space, and competition influence this limit. The model is widely used in ecology to understand population dynamics and predict future growth patterns in various species, including humans and wildlife.