Questions from Ecology


Q: Are the concepts of “small” versus “large” scale

Are the concepts of “small” versus “large” scale the same for all organisms?

See Answer

Q: How could you test the hypothesis that low overlap in root systems

How could you test the hypothesis that low overlap in root systems in creosote bush populations (see fig. 9.14) is the result of ongoing competition? Figure 9.14:

See Answer

Q: In the study of the distribution of stingless bee colonies (see

In the study of the distribution of stingless bee colonies (see pp. 205–206), why were measurements of the number and distribution of potential nest trees necessary?

See Answer

Q: Figure 10.11 and the upper portion of figure 21.

Figure 10.11 and the upper portion of figure 21.13 show the relationship between meadow size and population size in two butterfly species. How are the patterns shown by the two...

See Answer

Q: The Rocky Mountain Parnassian butterfly tends to disperse from small to large

The Rocky Mountain Parnassian butterfly tends to disperse from small to large meadows. Why is this direction of movement more advantageous than the reverse?

See Answer

Q: Contrast human influences on metapopulations of the Rocky Mountain Parnassian butterfly versus

Contrast human influences on metapopulations of the Rocky Mountain Parnassian butterfly versus those of the lesser kestrels of the Ebro River valley.

See Answer

Q: Interpret the pattern of population growth shown by figure 11.11

Interpret the pattern of population growth shown by figure 11.11 in terms of the information given in figure 11.14, and discuss the relationship between population size and r (...

See Answer

Q: How could you test the hypothesis that carrying capacity for the Paramecium

How could you test the hypothesis that carrying capacity for the Paramecium population shown in figure 11.10 was set by the availability of their main food—yeast cells?...

See Answer

Q: In the Sonoran Desert, the only insects known to evaporatively cool

In the Sonoran Desert, the only insects known to evaporatively cool are cicadas. Explain how cicadas can employ evaporative cooling while hundreds of other insect species in the same environment canno...

See Answer

Q: Why might a manager of an exploited population, such as a

Why might a manager of an exploited population, such as a commercially important fish, want to keep fish population size near one-half K and not much lower?

See Answer