Refer to the figure.
Figure 8
You are studying a new area to determine how disturbances affect species diversity. You are now investigating the impact of species richness on community function.Answer the following questions:
a) Create two graphs (this will be referred to as Figure 9) showing the predicted relationship between species richness and community function for (A) the complementary hypothesis, and (
B) the redundancy hypothesis. Label your x- and y-axes. b) At which point, if any, could species richness decline without impacting community function? Circle this area on your graphs (this will be referred to as Figure 10). c) How would the predicted relationship change if species differed in their overall effect on community function? How might the removal of species affect community function in ways not predicted by your graph (Figure 9)?

Question

Refer to the figure.
Figure 8
  You are studying a new area to determine how disturbances affect species diversity. You are now investigating the impact of species richness on community function.Answer the following questions:
a) Create two graphs (this will be referred to as Figure 9) showing the predicted relationship between species richness and community function for (A) the complementary hypothesis, and (
B) the redundancy hypothesis. Label your x- and y-axes. b) At which point, if any, could species richness decline without impacting community function? Circle this area on your graphs (this will be referred to as Figure 10). c) How would the predicted relationship change if species differed in their overall effect on community function? How might the removal of species affect community function in ways not predicted by your graph (Figure 9)?

Quizplus · Accepted Answer

The Answer of Refer to the figure.
Figure 8
  You are studying a new area to determine how disturbances affect species diversity. You are now investigating the impact of species richness on community function.Answer the following questions:
a) Create two graphs (this will be referred to as Figure 9) showing the predicted relationship between species richness and community function for (A) the complementary hypothesis, and (
B) the redundancy hypothesis. Label your x- and y-axes. b) At which point, if any, could species richness decline without impacting community function? Circle this area on your graphs (this will be referred to as Figure 10). c) How would the predicted relationship change if species differed in their overall effect on community function? How might the removal of species affect community function in ways not predicted by your graph (Figure 9)?

Refer to the Figure