Ecology
Classifications
Bacteria and Viruses
Population Changes
Vocab
100

Organisms that make their own food using sunlight are called this.

Producers

100

The two parts of a scientific name.

Genus and Species 

100

Bacteria are classified as this type of cell.

Prokaryotic cells

100

The number of individuals living in a given area.

Population size

100

The scientific name made of two parts used to identify an organism.

Binomial Nomenclature 

200

The role an organism plays in its environment is called its _____.

Niche

200

The largest taxonomic classification level.

Domain

200

Viruses infect cells by injecting this genetic material.

DNA or RNA

200

Birth rate and immigration cause population numbers to do this.

Increase

200

Living parts of an ecosystem.

Biotic Factors

300

When two species compete for the same limited resource, this interaction occurs.

Competition 

300

Organisms with cells that lack a nucleus belong to this cell type.

Prokaryotes

300

Helpful bacteria in the human digestive system are an example of this type of relationship

Mutualism

300

Death rate and emigration cause population numbers to do this.

Decrease

300

The variety of different species living in an area.

Biodiversity

400

A relationship where one organism benefits and the other is unaffected.

Commensalism

400

This kingdom includes mushrooms, molds, and yeast.

Fungi

400

Viruses are not considered living because they cannot do this on their own.

Reproduce Independently

400

Limited food, space, predators, and disease are examples of these.

Limiting Factors


400

An organism that hunts and eats another organism.

Predator

500

The maximum number of individuals an environment can support.

Carrying Capacity

500

The scientist who developed modern classification using binomial nomenclature.

Carl Linnaeus

500

Bacteria that live without oxygen are called this.

Anaerobic bacteria

500

Limiting factors that depend on population size (competition, disease).

Density-Dependent Factos

500

A change in allele frequency within a population over time.

Evolution

M
e
n
u