Nonliving components of an ecosystem
Abiotic factors
An example of a food chain in this food web
Answers will vary
Reasons why an animal might migrate.
in search of food, better conditions, or for reproductive needs
Ticks on a deer is an example of this type of relationship.
Parasitism
The definition of carrying capacity.
The maximum population size that a specific area can support over a long period of time.
The definition of a biome
An area classified according to the species that live there.
The percentage of energy that is passed from one trophic level to another.
10%
The difference between acclimation and adaptation.
Adaptation is a long-term permanent adjustment, whereas acclimation is a short-term temporary adjustment.
The definition of symbiosis
Any type of a close and long-term biological interaction between two organisms of different species.
A reason why organisms might display uniform dispersion.
The percentage of salt content in a freshwater biome
Less than 1%
Three different types of consumers.
Herbivore, carnivore, omnivore
Salmon adjusting to different salinity levels as they migrate from saltwater to freshwater is an example of this.
Acclimation
Birds making their nests in trees is an example of this type of relationship.
An example of a density-dependent limiting factor.
Predation, disease, competition, parasitism (often biotic factors)
The difference between climate and weather.
Weather reflects short-term conditions of the atmosphere while climate is the average daily weather for an extended period of time at a certain location.
The difference between a habitat and a niche.
A habitat is where the organism lives, a niche is the organism's role within the ecosystem.
Hibernation is a type of this.
Dormancy
The "signs" in a competition relationship.
(-,-)
An example of a density-independent limiting factor.
Climate, pollution, fires, floods (often abiotic factors)
Forest, grassland, tundra, desert
The levels of ecological organization listed from smallest to largest.
organism, population, community, ecosystem, biome, biosphere
The difference between a conformer and a regulator.
Conformers depend upon the changes in their external environment, whereas regulators can control their internal environment regardless of their external surroundings.
The "signs" in a commensalism relationship.
(+,0)
An equation that shows the growth rate of a population.
Birth rate - death rate = growth rate