Understanding Carrying Capacity in Ecosystems
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Questions and Answers

What factor directly relates to the availability of resources when determining carrying capacity?

  • Range (correct)
  • Migration
  • Dispersion pattern
  • Population size
  • What is a reason for clumped dispersion in organisms?

  • Abundance of resources
  • Reproductive limitations (correct)
  • Lack of social behavior
  • Random availability of resources
  • Which dispersion pattern typically arises due to intraspecific competition?

  • Random
  • Clumped
  • Uniform (correct)
  • Overlapping
  • What type of distribution pattern results from ample resources and little competition?

    <p>Random</p> Signup and view all the answers

    What increases the carrying capacity of a population when populations migrate?

    <p>Availability of resources</p> Signup and view all the answers

    What is the carrying capacity of an ecosystem dependent upon?

    <p>Food, water, and shelter</p> Signup and view all the answers

    When does a species reach its population equilibrium?

    <p>When the carrying capacity is reached</p> Signup and view all the answers

    What happens to a species' population growth rate when carrying capacity is reached?

    <p>It declines as resources become limiting</p> Signup and view all the answers

    What is one characteristic of exponential growth in a population?

    <p>Does not have limiting factors of resources</p> Signup and view all the answers

    How can carrying capacity be calculated in an ecosystem?

    <p>$K = rN + CP$</p> Signup and view all the answers

    Study Notes

    Carrying Capacity and Grazing

    • When cattle overgraze, the region's carrying capacity is reduced due to less nutrient availability.
    • Grasslands have a high carrying capacity for cattle because of an abundance of food.

    Population Carrying Capacity and Range

    • The range of a population refers to the physical boundaries that encompass it.
    • The range is an important factor in determining carrying capacity, as it is directly related to the availability of resources.
    • Generally, a larger range means more available nutrients.

    Dispersion Patterns

    • A dispersion pattern is the way individuals of a population are distributed throughout the range.
    • Dispersion patterns are typically dependent on resource availability.
    • There are three types of dispersion patterns: uniform, clumped, and random.

    Uniform Dispersion

    • Uniform dispersion arises in response to intraspecific competition.
    • This leads to a relatively evenly spaced distribution of organisms.

    Clumped Dispersion

    • Clumped dispersion occurs when organisms exist in clusters or clumps and live in close proximity to one another.
    • Causes of clumped dispersion include resource availability, behavioral characteristics, and reproductive limitations.

    Random Dispersion

    • Random dispersion occurs when organisms exist without a specific observable pattern.
    • This is often the result of ample resources and little competition.

    Carrying Capacity and Migration

    • Migration is when populations of organisms periodically move, usually seasonally, in search of resources.
    • Migration increases the resources available to a population, thus increasing its carrying capacity.

    What is Carrying Capacity?

    • Carrying capacity is an ecosystem's maximum number of organisms of a species that can survive in that environment.
    • It is dependent on resources such as food, water, and shelter.
    • There is a positive correlation between a species' carrying capacity and its population equilibrium.

    Carrying Capacity Graph and Formula

    • A carrying capacity graph reflects time vs. population.
    • The carrying capacity can be found where increasing time no longer results in increasing population.
    • The carrying capacity formula is: K = rN / (CP + N)

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    Description

    Learn about carrying capacity in ecosystems, which refers to the maximum number of organisms of a species that can survive in a specific environment. Explore how carrying capacity is influenced by resources like food, water, and shelter, as well as its relationship with population equilibrium.

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