Communities
Energy Flow
Biodiversity
Ecological Succession
Ecological Niche
100

This happens in a community when an evolutionary change in one species results in an evolutionary change in another species

Coevolution

100

Most ecosystems can't survive without a continual supply of this 

Solar energy

100

These 2 locations are considered hot spots for biodiversity

Rain forests and coral reefs

100

This type  of succession happens when the soil is already formed

Secondary succession

100

Solar energy, plants and animals are this type of resource

Renewable

200

Coevolution of this resulted in flowers that are red and recurved petals to allow the stamens to dust this animals head

Hummingbirds and flowers

200

These organisms capture the solar energy and turn it into organic nutrients

Photoautotrophs, producers

200

This is defined as an undesirable alteration in the environment and usually leads to decreased biodiversity

Pollution

200

This type of succession happens when the soil is not yet formed

Primary succession

200
These are examples of non-renewable resources

Land

Fossil Fuels

Minerals

300

In communities this species is one that many other species depend on as it stabilizes the community and holds the web together

Keystone species

300

These organisms break down organic matter into inorganic nutrients

Decomposers

300

Regulation of climate, forests having a sponge effect, biogeochemical cycles, waste disposal, provision of fresh water, and ecotourism are this values of biodiversity

Indirect

300

Ecological succession is defined as this

An orderly process of change in a community of organisms

300

Includes both of these types of resources that individuals in the population need to meet their energy, nutrient, and survival demands

Living and non-living

400

This type of interaction in a community results in the population size of this to increase and the population size of this to decrease.

Predation - predator, prey

Parasitism - parasite, host

400

This cycling begins when producers take in inorganic nutrients from the physical environment

Chemical cycling

400

This includes the species distribution and relative abundance in a community

Diversity

400

This is the first species to appear in an area undergoing primary or secondary succession

Opportunistic pioneer species

400

Includes the species as well as these other things

its role in the community, its habitat, and its interactions with other species

500

Keystone species, pollution, over farming, density dependent or independent factors, and  food web stability are all factors that influence this

The stability of a communit

500

Only a portion of the energy is passes along from producers -> consumers -> decomposers. This is what happens to the rest

Dissipates as heat, elimination as feces or urine

500

These are the 3 main categories of direct values of biodiversity

Medicinal, Agricultural, Consumptive

500

This is the model that says the climate of an area will always lead to the same climax community (bacteria, fungal, plant, and animal species)

Climax-Pattern Model

500

These are nonnative species, intentionally or accidentally introduced to an area by humans and they disrupt the community

Exotic species