Random
Phylum
Taxonomy
Trophic Levels 1
Trophic level 2
100
ATP stands for 

adenosine triphosphate

100

Jellyfish

Phylum Cnidaria

100

the scientist responsible for establishing the modern taxonomy system

Carl Linnaetus

100

organisms that self-produce their own food

autotrophs

100

Organisms that need to consume others

Heterotrophs

200
The role of an organism in the ecosystem

ecological niche

200

sponge

Phylum Porifera

200

the name of the two-part taxonomic naming system used to identify an organism

binomial nomenclature

200

This is needed for all life forms to live, driving all processes on Earth.

The Sun

200

the interaction of biotic and abiotic factors in the environment

ecosystem

300
the four nitrogen bases that make up DNA

Thymine, adenine, cytosine, guanine

300

Oyster, clams

Phylum Mollusca

300

the year Linnaetus published his book System of Nature

1735

300

organisms that consume primary producers

Primary consumers

300

the amount of energy available passed on through each trophic level

10% of energy

400

DNA stands for

deoxyribonucleic acid

400

sea urchins

Phylum Echinoderms

400

The evolutionary history of a species 

Phylogeny

400
write the chemical equation for photosynthesis on the board

CO2 + H2O + (light) energy  ---> 0+ C6H12O6

400

Write the chemical equation of cellular respiration on the board

O+ C6H12O6   ---> CO+ H2O + energy (ATP)

500

the four kingdoms of Eukaryotes

Plants, Fungi, Animalia, Protists

500

Vertebrates, humans

Phylum Chordata

500

name the 8 taxonomic classification IN ORDER, starting from the most general.

Domain

Kingdom

Phylum

Class

Order

Family

Genus

Species

500
four types of keystone species

Foundation species, Ecosystem predators, Ecosystem engineers, Keystone mutualist 

500

explain the difference between food chain and food web

Food chain is a singular pathway showing how energy moves from one organism to another. 

Food web is a complex, interconnected network of multiple chains.