Taxonomy is the scientific study of identifying, describing, and classifying organisms.
Taxonomy helps us put similar organisms into groups based on how similar they are. Plants, animals, fungi, and other organisms are all organized into taxonomic groups!
Groups near the top of the pyramid (the widest section of the pyramid) are very broad and have many animals with just a few similarities. Groups on the other end of the pyramid (the narrowest section of the pyramid) are more specific, having just a few animals with a lot in common!
Click the drop-down arrows for more information about each taxonomic group.
Domains are the broadest level of taxonomy. Three domains exist:
1. Bacteria
2. Archaea (archaebacteria)
3. Eurcarya (animals, plants, fungi, and protists)
Some scientists recognize six kingdoms of life, while others recognize five. Recognizing six kingdoms is more common in America. These kingdoms are...
In the domain Eucarya...
In the domain Bacteria...
In the domain Archaea...
Animals belong to the kingdom Animalia!
There is debate about how many phyla exist!
Phyla are made of groups of organisms that share major characteristics. Phyla exist in each kingdom.
Some common phyla in the Animalia kingdom include...
A class is a group of organisms that share more specific characteristics that make them different than the rest of the organisms in the phylum.
There are classes for all living organisms, but some of the most common animal classes are...
In the phylum chordata...
In the phylum arthropoda...
In the phylum Mollusca...
An order is a taxonomic group of organisms that are even more closely related than those found in the class. Orders include organisms with similar physical features and DNA.
Examples of orders in the animal kingdom are...
In the mammalia class...
In the aves class...
In the insecta class...
A family is a more specialized taxonomic group than a class. They are more closely related than all of the individuals in the class.
Examples of well-known families include...
In the carnivora order...
In the falconiformes order...
In the hemiptera order...
A genus is a group that included very closely related organisms.
Some genuses have many species (there are 6 species of flamingos in the same genus), while others have just one (the whale shark that is the only member of its genus).
An organism's genus is the first word of its scientific name. Here are some examples of genera (plural for genus).
In the felidae family...
In the canidae family...
In the accipitridae family...
Organisms of the same species are very closely related and are capable of producing healthy offspring. These organisms usually look and act very similarly.
In an organism's scientific name, the first word is the genus while the second describes the species. Examples of common species are:
Panthera tigris (tiger)
Panthera onca (jaguar)
Canis lupus (grey wolf)
Canis latrans (coyote)
Falco peregrinus (peregrine falcon)
Falco sparverius (American kestrel)
Subspecies are animals within a particular species that have become genetically and physically separated from the rest of the species.
Organisms within a subspecies are even more closely related than organisms within the whole species.
Subspecies are recognized in an organism's scientific name in the third word.
Not all species have subspecies!
Common subspecies in the animal kingdom are...
Panthera tigris sumatrae (Sumatran tiger)
Panthera pardus pardus (African leopard)
Canis lupus baileyi (Mexican grey wolf)
Canis latrans thamnos (Northeaster coyote)
Komodo dragons are well known for being the largest lizard in the world. These sizeable reptiles average about 150-200lbs as adults and consume up to 80% of their body weight in a single meal! On the 5 small Indonesian islands where Komodo dragons live, they make easy meals of small wild boar, deer, water buffalo, birds, and even other Komodo dragons. They are recognized as one of only three venomous lizards in the world, giving them a powerful advantage when hunting, though a good portion of their diet is carrion (dead meat).
Komodo dragons share the genus Varanus with about 80 other monitor lizard species, including water monitors and tree monitors. Because they are closely related, monitor lizards have a lot in common! They have long, strong tails that can be used for balance and as a weapon. Most monitor lizards are terrestrial (live on the ground), though some are arboreal (living in the trees) and some spend time in water. Like the Komodo dragon, many species are carnivorous, however, some are frugivores (eating primarily fruit). Lizards in the Varanus genus have similar body shapes, but not necessarily body size. Komodo dragons are the largest, while other species measure less than 1-ft.
Many groups of lizards exist, like chameleons, iguanas, geckos, and skinks. Research these groups to discover how closely related they are! Do they belong to the same genus, family, or order?
Deciding if there are 1 or 2 species of Bahamian rock iguanas might not sound like a big deal, but it is more important than you think! Imagine this... You are petitioning a local government to create a policy that would protect the iguanas. For the government to put the policy into action, you must prove that each subspecies of Bahamian rock iguana has become too small (that they are endangered enough to protect). If there are only 2 subspecies, then each subspecies will have more individuals and the government might not feel the policy is important. If there are 3 subspecies, there will be fewer individuals in each subspecies group and the government might feel the policy is incredibly important!
The bottom line is we must categorize animals into taxonomic groups so we can discover just how endangered each group is and use that data to encourage policymakers to protect endangered species.
Organize each mammal below into the appropriate order based on your knowledge of the order and traits of each species.
Choose an animal!
Download the layers of a taxonomic hierarchy using the button below and cut them out. Paste each layer in the correct order from the broadest group to the narrowest group (to create the upside-down pyramid!). Once your layers have been pasted, fill in the blanks to complete the taxonomic hierarchy for the animal you selected! Then, complete the worksheet to better understand your animal.
*Given that taxonomy is a more advanced concept, this challenge only has an "expert" option*
DNA
The molecules inside of cells that is responsible for how an organism develops and functions. Organisms that are closely related have similar DNA.
Genus
A taxonomic rank slightly broader than the species rank. Organisms that share a genus are closely related and have many inherited traits in common.
Scientific Name
[Also known as a Latin name or binomial name] A unique name given to a living organism used by scientists consisting of the genus name and species name.
Species
A group of very closely related organisms that share physical and behavioral traits and are capable of breeding.
Subspecies
A group of incredibly closely related organisms in a species that have often become geographically separated from the rest of the species.
Taxonomy
The scientific study of how organisms are identified, described, and classified.
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