Population Growth
Density & Dispersion
Factors Affecting Populations
Reproduction Strategies
100

Initial population growth in this type of growth is very rapid.

exponential growth

100

An average of 78 Norway maple trees per hectare demonstrates this.

population density

100

Flooding is an example of this kind of limiting factor.

density independent 

100

This type of organism reproduces quickly and produces many offspring, like a mayfly.

What is an r-strategist?

200

This phase follows rapid growth in an exponential population.

lag phase

200

Any factor that affects a population regardless of its size is called this.

density-independent factor

200

Predation relationships are an example of this factor.

density-dependent

200

Unlike K-strategists, R-strategists often have this type of lifespan.

Short lifespan

300

When 20 gray squirrels leave a forest, this is occurring.

emigration

300

Predation relationships are an example of this factor.

density-dependent factor

300

A hurricane would be considered this type of limiting factor.

density independent

300

True/false: R-strategists have many offspring in one reproductive cycle

true

400

This happens to resources when a population nears carrying capacity.

resources become scarce

400

This type of dispersion pattern is not uniform or clumped.

random
400

Drought affects a population regardless of size, so it is this type of limiting factor.

density-independent

400

What type of reproductive strategy has high parental investment and little offspring?

k-strategy
500

Growth rate is inversely proportional to population size in this type of population growth.

logistic growth

500

A distribution pattern in which individuals in a population are grouped closely together in clusters is know as what?

Clumped dispersion

500

This term describes the maximum number of organisms an environment can support.

carrying capacity

500

Humans follow this type of reproduction strategy.

k-strategy

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