Top Banner
BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism autotroph heterotroph decomposer food chain trophic level food web energy limiting factor tolerance succession primary succession climax community secondary succession community human impact pollution Place Human Footprint in Collection folder
69

BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Dec 29, 2015

Download

Documents

Todd Powell
Welcome message from author
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
Page 1: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

BIG Ecology Test Tomorrow

ecologybiosphereabiotic factorbiotic factorpopulationecosystemhabitatNichesymbiosiscommensalis

mmutualismparasitism

autotrophheterotrophdecomposerfood chaintrophic level food webenergy

limiting factortolerancesuccessionprimary successionclimax communitysecondary

successioncommunityhuman impactpollution

Place Human Footprint in Collection folder

Page 2: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Ecology Review

Questions

Page 3: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Multiple Choice

The natural world that surrounds an organism is called the organism’s:

a. energy

b. environment

c. lodgings

d. nutrients

Page 4: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Multiple Choice

The study of how living things interact is called:

a. ecosystems

b. abiotic factors

c. ecology

d. the energy pyramid

Page 5: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Multiple Choice

The source of energy for almost all life on Earth is:

a. fungi

b. animals

c. water

d. sunlight

Page 6: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Multiple Choice

An example of a biotic factor in a forest ecosystem is:

a. waterfall

b. cliff

c. a tree

d. a rock

Page 7: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Multiple Choice

An ecosystem is made up of:

a. living things only

b. physical environment only

c. living things and the physical environment

d. living things and decaying matter

Page 8: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Multiple Choice

In an energy pyramid, the bottom level represents:

a. consumers

b. producers

c. scavengers

d. decomposers

Page 9: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Multiple Choice

An example of a consumer in a pond ecosystem is:

a. a water lily

b. algae

c. a reed

d. a frog

Page 10: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Multiple Choice

Which of these food chains is in the correct order?

a. caterpillar, cattail, frog, water snake

b. cattail, caterpillar, frog, water snake

c. water snake, frog, caterpillar, cattail

d. cattail, frog, caterpillar, water snake

Page 11: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Multiple Choice

Ecology is the study of how:

a. the physical environment changes over time

b. biotic factors change over time

c. matter interacts with energy in our environment

d. living things interact with each other and their environment

Page 12: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Multiple Choice

An example of a biotic factor in a pond ecosystem is:

a. temperature

b. water

c. fish

d. sunlight

Page 13: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Multiple Choice

An example of a producer is a:

a. fungus

b. caterpillar

c. bird

d. moss

Page 14: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Multiple Choice

Both consumers and producers are a source of food for:

a. scavengers

b. decomposers

c. carnivores

d. herbivores

Page 15: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Multiple Choice

In an energy pyramid, the lowest level has:

a. less energy than the top level

b. less energy than the second level

c. more energy than the top level

d. the same amount of energy as the second level

Page 16: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Multiple Choice

A scientist who studies the interactions of plants and animals is called:

a. a physicist

b. a botanist

c. a geologist

d. an ecologist

Page 17: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Multiple Choice

A food chains shows:

a. one possible pathway for energy

b. many possible pathways for energy

c. the amount of energy available to a producer

d. the amount of energy available to a consumer

Page 18: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Multiple Choice

Decomposers are important to ecosystems because they:

a. are at the highest level of the energy pyramid

b. change simple compounds into more complex ones

c. make nutrients available for producers to reuse

d. convert light energy into sugars through photosynthesis

Page 19: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Multiple Choice

Which of the following factors in an ecosystem is biotic?

a. insects

b. soil

c. water

d. sunlight

Page 20: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Multiple Choice

Two abiotic factors that affect an ecosystem are:

a. temperature and animals

b. plants and animals

c. water and bacteria

d. soil and water

Page 21: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Multiple Choice

Two examples of decomposers are:

a. fungi and bacteria

b. algae and marine mammals

c. carnivores and herbivores

d. ferns and mosses

Page 22: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Multiple Choice

A caterpillar eats a leaf, and a bird eats the caterpillar. In this interaction, the bird is a:

a. producer

b. herbivore

c. primary consumer

d. secondary consumer

Page 23: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Multiple Choice

How is a food web model different from a food chain?

a. In a web, energy moves from an organism to only one other.

b. In a web, energy may move to many organisms from one.

c. In a web, an organism gets energy from one source.

d. In a web, an organism receives less energy than in a chain.

Page 24: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Multiple Choice

When a rabbit population in a meadow cannot grow any larger, it has reached the:

a. climax community

b. carrying capacity

c. limiting factor

d. minimum size

Page 25: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Multiple Choice

Which list of terms is in the correct order, from simplest to most complex?

a. organism, community, population, ecosystem, biome

b. organism, population, community, biome, ecosystem

c. organism, population, community, ecosystem, biome

d. organism, community, ecosystem, population, biome

Page 26: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Multiple Choice

A population of rabbits is at its carrying capacity when the population:

a. reproduces

b. becomes extinct

c. stops growing

d. can’t survive

Page 27: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Multiple Choice

An unusually cold winter causes the squirrel population to decrease. This is an example of temperature as a:

a. carrying capacity

b. limiting factor

c. climax community

d. pattern in space

Page 28: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Multiple Choice

All the living things in a meadow and the physical environment around them make up the meadow’s:

a. community

b. population

c. ecosystem

d. niche

Page 29: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Multiple Choice

A crab lives on a beach where it gets food, shelter, and space to live. The beach is the crab’s:

a. niche

b. community

c. habitat

d. home

Page 30: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Multiple Choice

All the leopard frogs in a pond make up the pond’s leopard frog:

a. population

b. niche

c. habitat

d. ecosystem

Page 31: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Multiple Choice

Biodiversity is a measure of the:a. variety of nonliving things within

an ecosystemb. amount of resources shared by

the human population.c. Variety of species within an

ecosystem.d. Amount of renewable resources

within an ecosystem.

Page 32: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Multiple Choice

Biotic factors in an ecosystem may include:

a. bacteria, soil, and water

b. plants, animals, and bacteria

c. temperature, water, and soil

d. animals, fungi, and temperature

Page 33: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Multiple Choice

An animal that eats only plants is a:

a. primary consumer

b. secondary consumer

c. tertiary consumer

d. primary producer

Page 34: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Multiple Choice

An example of a biotic factor is:

a. soil

b. a rock

c. water

d. a tree

Page 35: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Multiple Choice

A snake that eats an insect-eating frog is a:

a. primary consumer

b. secondary consumer

c. tertiary consumer

d. primary producer

Page 36: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Fill in the Blank

A(n) ___________________________ is made up of both living things and the physical environment.

An ecosystem is made up of both living things and the physical environment.

Page 37: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Fill in the Blank

__________________________ is the study of how living things interact with each other and their environment.

Ecology is the study of how living things interact with each other and their environment.

Page 38: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Fill in the Blank

Living things in an ecosystem are ________________________ factors.

Living things in an ecosystem are biotoic factors.

Page 39: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Fill in the Blank

Nonliving things in an ecosystem are __________________________ factors.

Nonliving things in an ecosystem are abiotioc factors.

Page 40: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Fill in the Blank

The __________________________ of an environment is the maximum population that it can support.

The carrying capacity of an environment is the maximum population that it can support.

Page 41: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

True or False?

Organisms in soil are an example of abiotic factors.

FALSE

Page 42: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

True or False?

The amount of light available in an ecosystem affects the types and amount of plant life that will grow there.

TRUE

Page 43: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

True or False?

Plants use energy to make sugars through photosynthesis.

TRUE

Page 44: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

True or False?

An ecosystem is composed of biotic factors.

FALSE

Biotic factors AND abiotic factors.

Page 45: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

True or False?

In a species, the organisms’ offspring must be able to breed.

TRUE

Page 46: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

True or False?

The same niche in a habitat may be occupied by more than one species.

TRUE

Page 47: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Matching_____ Producer a. made up of many overlapping food

chains_____Consumer b. organism that converts heat or light energy

into chemical energy_____Decomposerc. shows how energy is lost as it is transferred

up the food chain_____Food Chain d. organism that gets its energy by eating

plants or animals_____Food Web e. shows one set of feeding relationships

between a producer and several consumers

_____Energy Pyramid f. organism that breaks down dead plants and animals into simpler compounds

Page 48: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Matching__B__ Producer a. made up of many overlapping food chains_____Consumer b. organism that converts heat or light energy

into chemical energy_____Decomposerc. shows how energy is lost as it is transferred

up the food chain_____Food Chain d. organism that gets its energy by eating

plants or animals_____Food Web e. shows one set of feeding relationships

between a producer and several consumers

_____Energy Pyramid f. organism that breaks down dead plants and animals into simpler compounds

A producer is an organism that converts heat or light energy into chemical energy.

Page 49: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Matching__B__ Producer a. made up of many overlapping food chains__D__ Consumer b. organism that converts heat or light energy

into chemical energy_____ Decomposer c. shows how energy is lost as it is

transferred up the food chain_____ Food Chain d. organism that gets its energy by eating

plants or animals_____ Food Web e. shows one set of feeding relationships

between a producer and several consumers

_____ Energy Pyramid f. organism that breaks down dead plants and animals into simpler compounds

A consumer is an organism that gets its energy by eating plants or animals.

Page 50: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Matching__B__ Producer a. made up of many overlapping food chains__D__ Consumer b. organism that converts heat or light energy

into chemical energy__F__ Decomposer c. shows how energy is lost as it is

transferred up the food chain_____ Food Chain d. organism that gets its energy by eating

plants or animals_____ Food Web e. shows one set of feeding relationships

between a producer and several consumers

_____ Energy Pyramid f. organism that breaks down dead plants and animals into simpler compounds

A decomposer is an organism that breaks down dead plants and animals into simpler compounds.

Page 51: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Matching__B__ Producer a. made up of many overlapping food chains__D__ Consumer b. organism that converts heat or light energy

into chemical energy__F__ Decomposer c. shows how energy is lost as it is

transferred up the food chain__E__ Food Chain d. organism that gets its energy by eating

plants or animals_____ Food Web e. shows one set of feeding relationships

between a producer and several consumers

_____ Energy Pyramid f. organism that breaks down dead plants and animals into simpler compounds

A food chain shows one set of feeding relationships between a producer and several consumers.

.

Page 52: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Matching__B__ Producer a. made up of many overlapping food chains__D__ Consumer b. organism that converts heat or light energy

into chemical energy__F__ Decomposer c. shows how energy is lost as it is

transferred up the food chain__E__ Food Chain d. organism that gets its energy by eating

plants or animals__A__ Food Web e. shows one set of feeding relationships

between a producer and several consumers

_____ Energy Pyramid f. organism that breaks down dead plants and animals into simpler compounds

A food web is made up of many overlapping food chains.

Page 53: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Matching__B__ Producer a. made up of many overlapping food chains__D__ Consumer b. organism that converts heat or light energy

into chemical energy__F__ Decomposer c. shows how energy is lost as it is

transferred up the food chain__E__ Food Chain d. organism that gets its energy by eating

plants or animals__A__ Food Web e. shows one set of feeding relationships

between a producer and several consumers

__C__ Energy Pyramid f. organism that breaks down dead plants and animals into simpler compounds

An energy pyramid shows how energy is lost as it is transferred up the food chain.

Page 54: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Matching

_____ It surrounds all living things

_____All living organisms need it

_____It gives Earth most of its energy

a. organism

b. Energy

c. The ocean

d. Environment

e. The Sun

Page 55: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Matching

__D__ It surrounds all living things

_____All living organisms need it

_____It gives Earth most of its energy

a. organism

b. Energy

c. The ocean

d. Environment

e. The Sun

Page 56: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Matching

__D__ It surrounds all living things

__B__All living organisms need it

_____It gives Earth most of its energy

a. organism

b. Energy

c. The ocean

d. Environment

e. The Sun

Page 57: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Matching

__D__ It surrounds all living things

__B__All living organisms need it

__E__It gives Earth most of its energy

a. organism

b. Energy

c. The ocean

d. Environment

e. The Sun

Page 58: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Matching

_____ Two organisms try to get the same thing in a relation

_____ Two organisms benefit in a relationship_____ The role a species fills in a habitat

a. nicheb. habitatc. parasitismd. competitione. mutualism

Page 59: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Matching

__D__ Two organisms try to get the same thing in a relation

_____ Two organisms benefit in a relationship_____ The role a species fills in a habitat

a. nicheb. habitatc. parasitismd. competitione. mutualism

Page 60: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Matching

__D__ Two organisms try to get the same thing in a relation

__E__ Two organisms benefit in a relationship_____ The role a species fills in a habitat

a. nicheb. habitatc. parasitismd. competitione. mutualism

Page 61: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Matching

__D__ Two organisms try to get the same thing in a relation

__E__ Two organisms benefit in a relationship__A__ The role a species fills in a habitat

a. nicheb. habitatc. parasitismd. competitione. mutualism

Page 62: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Matching

_____ Something from the environment that humans use

_____ Number of people in a given area_____ The variety of life in an ecosystem

a. pollutionb. population densityc. natural resourced. Invasive speciese. biodiversity

Page 63: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Matching

__C__ Something from the environment that humans use

_____ Number of people in a given area_____ The variety of life in an ecosystem

a. pollutionb. population densityc. natural resourced. Invasive speciese. biodiversity

Page 64: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Matching

__C__ Something from the environment that humans use

__B__ Number of people in a given area_____ The variety of life in an ecosystem

a. pollutionb. population densityc. natural resourced. Invasive speciese. biodiversity

Page 65: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Matching

__C__ Something from the environment that humans use

__B__ Number of people in a given area__E__ The variety of life in an ecosystem

a. pollutionb. population densityc. natural resourced. Invasive speciese. biodiversity

Page 66: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

What do the arrows in the food web represent?

The flow of energy within the food web.

Page 67: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

List two producers and three consumers in the food web.

Producers = rosebush, oak tree, grassConsumers = deer, wolf, rabbit, squirrel caterpillar, frog,

sparrow, snake, hawk

Page 68: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Draw one food chain that includes the sparrow.

rose bush –> caterpillar –> sparrow -> hawkrose bush -> caterpillar -> sparrow -> snakeoak tree -> caterpillar -> sparrow -> hawkoak tree -> caterpillar -> sparrow -> snakegrass -> caterpillar -> sparrow -> hawkgrass -> caterpillar -> sparrow -> snake

Page 69: BIG Ecology Test Tomorrow ecology biosphere abiotic factor biotic factor population ecosystem habitat Niche symbiosis commensalism mutualism parasitism.

Good Luck on the Test!

Remember to

Study!