Biomes
Levels of Organization
Vocabulary
Ecosystems
Populations
100

What trees are in a taiga biome?

Pine trees.

100

What is the largest level of organization?

Biosphere

100

What is an autotroph?

An organism that uses the sun's energy to make food.

100

Identify an abiotic factor in an desert ecosystem.

Sand, water, sunlight, temperature

100

Define the term population.

A group of organism of one species that live in the same area. 

300

Describe a tundra. 

A tundra is a barren plain with little vegetation that is covered in permafrost. 

300

Which level contains biotic and abiotic factors?

Ecosystem

300

What can be defined as the amount of species that can be consistently be supported in a habitat. 

Carrying capacity. 

300

Name a biotic factor that influences a tropical rainforest ecosystem. 

Predators, humans

300

How do populations change in accordance to the environment. Explain. 

Populations can change based on the availability of food and resources, as well as other factors such as weather and human intervention. Based on these factors, the population living in an area can grow or shrink, either surviving or dying from extinction or exceeding the carrying capacity. 

500

Name a country that contains a Chapparal biome. 

Chile, Australia, Italy, USA

500

Order each level from smallest to largest and describe each of them. 

Individual - a single living organism

Population - group of organisms of one type that lives in the same area

Community - populations that live in the same area

Ecosystem - the community and its abiotic surroundings

Biosphere - contains all ecosystems

500

Give examples of commensalism, parasitism, and mutualism.  

Mutualism: Bees and flowers

Commensalism: Barnacles and whales

Parasitism: Ticks and mammals

500

Name 1 biotic factor that would be in an ecosystem with a seal.

Fish, seaweed, walrus

500

Is it fitting to say that a population is a species?

No. A species can live in many different parts of the world, but populations live in specific areas. Therefore, calling a population a species would label each different population of a species as separate species. 

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