Question

a. describe how the rabbit population changed over the course of 10 years. increased, fluctuated or declined

b. what pattern did you see repeated every year? seasonal breeding related or predator prey cycles

c. how could you explain this pattern? food availability predation or seasonality

1. analyze: the carrying capacity is the maximum number of individuals of a particular species that an environment can support. all environments have carrying capacities.

a. what is this environment’s approximate carrying capacity for rabbits? (note: average the summer and winter carrying capacities.)

b. when did the rabbit population reach carrying capacity? explain how you know.

Explanation:

A. Without data, we can't precisely say. But if there were more resources and less predation over 10 - years, it could have increased. If there were variable conditions like changing food availability or predation pressure, it could have fluctuated. If resources declined or predation increased greatly, it could have declined.
B. Seasonal breeding can lead to population spikes during breeding - seasons. Predator - prey cycles can cause regular dips and rises as predators hunt rabbits and then their numbers decline due to lack of food, allowing rabbit populations to recover.
C. Food availability affects rabbit survival and reproduction. Predation reduces the population. Seasonality can impact food availability and breeding patterns. For the carrying - capacity questions:
A. Without specific data on rabbit numbers in summer and winter, we can't calculate an average. But it would be the number around which the population stabilizes over time considering available resources.
B. The rabbit population reaches carrying capacity when it stops growing exponentially and stabilizes around a certain number. This is usually indicated by the population size remaining relatively constant over time as resources become limiting.

Answer:

A. Cannot be determined without data.
B. Seasonal breeding can cause population spikes during breeding seasons; predator - prey cycles can cause regular population fluctuations.
C. Food availability affects survival and reproduction; predation reduces population; seasonality impacts food and breeding.

1. A. Cannot be determined without data.

B. When the population stops growing exponentially and stabilizes around a certain number.