Question

why? all living organisms need each other in some way to survive. this can include the interactions between predators and their prey, the close associations between and among living things (symbiosis), or the competitive relationships between and among species. all of these relationships may be equally advantageous to the parties involved, or they may be more beneficial to one organism over the other. model 1 - predator - prey relationships relationship between snowshoe hares and lynx 1. refer to the graph in model 1. describe the relationship between the populations seen in the graph. (use your own words). cite data to support your description.

Explanation:

The graph shows a cyclical pattern. When the hare population increases, there is more food for the lynx, causing the lynx population to rise. As the lynx population grows, more hares are hunted, leading to a decrease in the hare population. With fewer hares, the lynx have less food, causing their population to decline. This cycle repeats over time. For example, around 1865, the hare population peaked near 150,000 and then started to decline as the lynx population, which was around 2,000 - 3,000 at that time, increased.

Answer:

The populations of snowshoe hares and lynx have a cyclical predator - prey relationship. When the hare population is high, the lynx population increases due to more food availability, which then causes the hare population to decrease due to increased predation. As the hare population drops, the lynx population decreases due to lack of food, allowing the hare population to recover and the cycle to repeat.