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Scavengers consume larger organisms and break them down into smaller bits which helps with decomposition.                             Examples: vultures, jackals, hyenas, crabs, seagulls, coyote, shrimp, and raccoons.

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Scavengers consume larger organisms and break them down into smaller bits which helps with decomposition.                             Examples: vultures, jackals, hyenas, crabs, seagulls, coyote, shrimp, and raccoons.

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Detritivores also help speed up the decomposition process.     Examples: worms, slugs, pillbug, mite, slug, flies, cockroaches, maggots, dung beetles

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Detritivores also help speed up the decomposition process.     Examples: worms, slugs, pillbug, mite, slug, flies, cockroaches, maggots, dung beetles

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Decomposers are very small, often single-celled organisms.  Examples: fungi (mushrooms or mold) and bacteria

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Decomposers are very small, often single-celled organisms.  Examples: fungi (mushrooms or mold) and bacteria

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Producers / Autotrophs: algae, water weed

Primary Consumers / Herbivores: prawn, carp, fly, slug, turtle

Secondary Consumers: trout, granger fly, turtle, kingfisher, frog

Tertiary Consumers: kingfisher, frog, snake

Top Level Consumers: kingfisher, snake

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Biodiversity- the ability for many different animals to live in the same space

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Biodiversity- the ability for many different animals to live in the same space

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Immigration- movement of animals from one place to another

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Immigration- movement of animals from one place to another

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Emigration- moving from home to find another 

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Emigration- moving from home to find another 

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Population Density- Population density is a measurement of population per unit area or unit volume

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Population Density- Population density is a measurement of population per unit area or unit volume

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Limiting Factor- things that can limit how plants or animals grow in an ecosystem

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Limiting Factor- things that can limit how plants or animals grow in an ecosystem

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Carrying Capacity- maximum number of animals a habitat can support

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Carrying Capacity- maximum number of animals a habitat can support

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Biosphere - Where all life exists- the layer above, below, and on the earth

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Biosphere - Where all life exists- the layer above, below, and on the earth

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Biome - A collection of the same ecosystems throughout the world

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Biome - A collection of the same ecosystems throughout the world

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Abiotic - The nonliving parts of an environment

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Abiotic - The nonliving parts of an environment

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Biotic - The living parts of an environment

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Biotic - The living parts of an environment

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Ecosystem - All the living and nonliving parts of an area

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Ecosystem - All the living and nonliving parts of an area

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Community - All the different living species in an area

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Community - All the different living species in an area

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Population - All of the same species in an area

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Population - All of the same species in an area

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Niche - How an organism interacts with its environment; its role

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Niche - How an organism interacts with its environment; its role

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Organism - An individual; one of a species

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Organism - An individual; one of a species