Whether the coral-reefs undergo succession with reference to the given graph, based on two models, and with reference to the same graph, the differences among the coral reef community when the reef recovers and the mechanism by which the reef’s function get affected by such differences. Given: The change in reef rugosity and rate of calcification can be represented by two hypothetical conditions. In the graph, the two models are represented; the red line represents a model in which the reef cover declines from 45 to 10%. The blue line indicates the model in which the reef cover increases from 10 to 45%. This information is represented in the following graph: Introduction: The succession includes a series of stages that allow the establishment of a particular species in a region. The species is established until there are drastic changes in the environment, after which the climax species establishes itself. In case of the corals, the decline of Acropora genus is more as compared to the other coral species. The increase in the Porites genus compensates for the loss of the Acropora genus.

Question

Want to see the full answer?

Answer 1

Question

Chapter 56, Problem 5Q

Summary Introduction

To review:

Whether the coral-reefs undergo succession with reference to the given graph, based on two models, and with reference to the same graph, the differences among the coral reef community when the reef recovers and the mechanism by which the reef’s function get affected by such differences.

Given:

The change in reef rugosity and rate of calcification can be represented by two hypothetical conditions. In the graph, the two models are represented; the red line represents a model in which the reef cover declines from 45 to 10%. The blue line indicates the model in which the reef cover increases from 10 to 45%. This information is represented in the following graph:

Introduction:

The succession includes a series of stages that allow the establishment of a particular species in a region. The species is established until there are drastic changes in the environment, after which the climax species establishes itself. In case of the corals, the decline of Acropora genus is more as compared to the other coral species. The increase in the Porites genus compensates for the loss of the Acropora genus.

Expert Solution & Answer

Want to see the full answer?

Check out a sample textbook solution

See solution

Students have asked these similar questions

Which of the scenarios below illustrate(s) a trade off relating to functional diversity and life history traits? Select all that apply A- The C3 photosynthetic pathway is more energy efficient than C4 and CAM, but less water efficient. B-Plants that produce large seeds generally produce very few, while plants that produce small seeds generally produce many of them. C- Indices of species diversity rely both on species richness and species evenness, but not on species relatedness D- Endothermic animals are better able to maintain their preferred body temperature than ectothermic animals, but expend a large amount of metabolic energy to do so. E- Organisms that specialize on a single food source may use that resource more efficiently than generalists, but risk starvation if unable to find their particular food source.

K P Parchment Exchange - Leader i edgenuity.com/player/ - SC5181 A 7 1 X Unmark this question + 7 8 What would happen to the ecosystem services provided by a coral reef if it were to sustain permanent damage? O The water that would otherwise filter through the coral polyps would become more dense with plankton. O There would be higher concentration of water pollution that could harm other organisms. O Timber production in surrounding land areas would decrease due to the lack of nutrients in the soil. O Humans would have more reason to visit the area in their boats. O 10 M O DELL ✓ Save and Exit 10 Next G<☆ English Sign out Kinley Heath Submit O A Oct 27 10:17 A

Suppose you were given the task of estimating the density of two plant species in a field. Based on the life histories of the two species, you expect that the spatial distribution of one of the species is approximately uniform, whereas the other is likely to be clumped. How might your approach to estimating the density of these two species differ?