Wildcard
Survivorship
Distributions
Biomes
Biogeochemical
100

Two names for a species that has highest early mortality rate

Type III, R-strategist

100

What type of survivorship would a mountain lion show?

Type I

100

Name the three distributions

Clumped, random, uniform

100

Two things that define a biome

Temperature and precipitation

100

What is the chemical formula for carbon found in the atmosphere?

CO2

200

Name three natural carbon sinks

Ocean, plants, soil

200
Moderate parental care, moderate offspring numbers. Give an example of a species that may have this pattern.

Rodent or bird species

200

What species most commonly form random distributions, and why?

Plants, due to random dispersion of seeds

200

Where, geographically, on average, would you find biomes with the highest biodiversity?

Near the equator

200

What is a way that humans have turned a carbon sink into a carbon source?

Burning fossil fuels

300

Two defining characteristics of a rainforest biome.

High temperatures and high precipitation (which lead to high biodiversity)

300

Which strategist does better in unstable environments, and why?

They have large numbers of offspring quickly, which increases the chances for some to survive large disturbances

300

What are two benefits of a clumped distribution?

Protection from predators, cooperative hunting, social needs

300

Imagine a desert biome and a temperate forest biome. Which would you expect to find more species in, and why?

Temperate forest due to higher precipitation

300
Name two ways that humans impact the water cycle.

Overuse of ground water, deforestation leading to increased runoff

400
Describe lightning's role in a biogeochemical cycle.

Lightning splits atmospheric nitrogen, making it able to be absorbed by bacteria in the soil. This allows plants to absorb nitrogen and grow.

400

Describe the differences in how energy is allocated to production versus care of offspring for an R-strategist versus a K-strategist.

K-strategists spend most of their energy on offspring care, and R-strategists spend most of their energy on offspring production.

400

What factors would lead to uniform distributions?

Limited resources, territorial species

400

Why do polar biomes typically have lower biodiversity?

Cold temperatures

400

Explain what would happen if nitrogen-fixing bacteria were suddenly removed from soil.

Decreased soil nitrogen, poor plant health

500

Describe deforestation's impact on both the carbon and the water cycles. Be specific!

Carbon cycle: increased atmospheric CO2 (less trees absorbing it)

Water cycle: increased water runoff (less tree roots absorbing it), decreased groundwater (less infiltration)

500

Which strategist follows carrying capacity more closely, and why?

K-strategists, because they have few offspring births and deaths, leading to a relatively stable population

500

What types of species would be more likely to have clumped distributions?

Prey species, species reliant on clumped resources

500

Why are locations closer to the equator typically warmer?

Uneven solar heating (direct sun rays)

500

Explain how use of synthetic fertilizers leads to massive fish deaths in nearby marine ecosystems.

Excess nitrogen and phosphorus cause algae overgrowth, leading to bacterial populations flourishing, leading to decreased oxygen, leading to fish death