Population Properties and Dynamics
Interdependence
Energy Flow
Patterns in Communities
Mixed
100

The movement of individuals into the population, and the movement of an individual out of the population

Immigration and Emigration

100

Long term strategy to enter a state of reduced activity

Dormancy

100

Get energy from eating other organisms or organic waste/heterotrophs

Ex:  Herbivore, Carnivore, Omnivore

Consumer

100

Predator eats part or all of an individual of another species

Predation

100

Birth rate

Natality Rate

200

Distribution of individuals among different ages in a population

Age structure

200

Organisms that don't regulate their internal conditions and organisms that use energy to control some of their internal conditions

Conformers and Regulators

200

Organism's position in a sequence of energy transfers

Trophic Levels

200

Close long-term relationship between two organisms

Symbiosis

200

Death Rate

Mortality Rate

300

Mortality data of different species, the probability that members of a population will live till a certain age

Survivorship 

300

Non-living and living things that affect the environment

Abiotic and Biotic Factors

300

Single pathway of feeding relationships among organisms and many food chains interlink, a diagram that resembles a web

Food chain and food web

300

Members of the same species compete for limited resources, and two or more species use the same resources

Interspecific and intraspecific Competition

300

Number of individuals that the environment can support for long periods of time

Carry Capacity

400

Observation that population can grow in a pattern

Exponential Model

400

Process where some organisms can adjust their tolerance to abiotic factors

Acclimation

400

Eats plants, eats animals, eats everything

Herbivore, Carnivore, Omnivore

400

One species is eliminated from a community because of competition for limited resources

Competitive Exclusion

400

Birth rates and death rates are not constant but vary with population size; birth rate declines and death rates rise as the population grows, and the opposite is true 

Logistic Model

500

Restrains growth of population

Limiting Factors

500

Specific role of a species within its environment, and a place where an organism lives

Niche and Habitat

500

Consumers that feed on the garbage of an ecosystem, and many bacteria and fungi that cause decay by breaking down complex molecules

Detritivore, Scavenger/Decomposer

500

Chemicals that are often byproducts of the plant's metabolism, Bad taste, poison, or irritation

Secondary Compounds

500

Reduces population by the same portion regardless of its size and individual's chance of survival or reproduction depends on number of individuals in the same area

Density Independent and Dependent Factors