A species of beetle lives in habitats from 1200 feet to 5400 feet above sea level. Males living at the lower elevations tend to be very large and aggressive at sexual maturity. Males found higher in the mountains tend to be much smaller and nonaggressive once mature. Males in each region produce about the same number of surviving offspring each generation. On average, do males from the lower elevation or higher elevation habitats have greater fitness?
  • Maximum number of individuals in a population.
  • - The rate at which resources are used is equal to the rate at which they are supplied.- The population growth rate equals zero.- The birth rate equals the death rate.
  • Young populations with few individuals.
  • All males appear to have equal fitness.
Which of the following statements are true of logistic growth? Select all that apply.- When the population reaches carrying capacity, it stops growing.- As the population approaches carrying capacity, it grows more slowly.- As the population approaches carrying capacity, it grows more rapidly.- The population grows at a steady rate.
  • - The rate at which resources are used is equal to the rate at which they are supplied.- The population growth rate equals zero.- The birth rate equals the death rate.
  • Density-independent growth is also known as exponential growth.
  • - When the population reaches carrying capacity, it stops growing.- As the population approaches carrying capacity, it grows more slowly.
  • birth rate
Which of the following statements are true of a population at carrying capacity? Select all that apply.- The rate at which resources are used is equal to the rate at which they are supplied.- The population growth rate equals zero.- The population continues to grow at a constant rate.- The birth rate equals the death rate.
  • - When the population reaches carrying capacity, it stops growing.- As the population approaches carrying capacity, it grows more slowly.
  • Density-independent growth is also known as exponential growth.
  • - The rate at which resources are used is equal to the rate at which they are supplied.- The population growth rate equals zero.- The birth rate equals the death rate.
  • birth rate
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