Kingdom
Domain
Taxonomy
Species
100

Classification

Scientists developed a ____________________________________ system to help

__________________________ the 1.5 million organisms on our planet. Carolus Linnaeus

developed a classification system called _____________________, which organizes

organisms by their common characteristics.

Classification

Scientists developed a classification system to help

Organize the 1.5 million organisms on our planet. Carolus Linnaeus

developed a classification system called taxonomy, which organizes

organisms by their common characteristics.

100

- Eukarya are organisms that we are more familiar with. These organisms all have cells

____________ a nucleus. Humans, plants, and animals fall into this domain.

- Eukarya are organisms that we are more familiar with. These organisms all have cells

with a nucleus. Humans, plants, and animals fall into this domain.

100

Animals

- All ________________________

- ___________________________

- ___________________ to fit the needs of the environment

- Examples are humans, dolphins, birds, worms

Animals

- All multicellular

- Heterotrophs

- Adapt to fit the needs of the environment

- Examples are humans, dolphins, birds, worms

100

Class: There are ______ classes of animals that have a backbone. Classes of animals

that fall under the Chordata phylum include

 __________________,

 __________________,

 __________________,

 __________________,

 __________________.

Class: There are 5 classes of animals that have a backbone. Classes of animals

that fall under the Chordata phylum include

 Mammals,

 Reptiles,

 Amphibians,

Birds,

 Fish

200

Organisms are grouped based on their _______________________, ______________

_________________________, __________________ __________________,

______________________, and how an organism _______________________ when it is

__________________.

Organisms are grouped based on their appearance, cell organization,

Chemical makeup , ancestors and how an organism develop when it is

born.

200


Kingdoms

A __________________ is the _________________ classification system within a

domain. It contains the largest number of different organisms. Domain Eukarya is divided

into _____ kingdoms:

- ______________ - _____________________

- ______________ - _____________________

Kingdoms

A kingdom is the largest classification system within a

domain. It contains the largest number of different organisms. Domain Eukarya is divided

into 4 kingdoms:

- protist - fungi

-plant - animal

200


Levels of Classification

Carolus Linnaeus developed a classification system to organize all the organisms in the

world. Within this system, organisms at the top are very broad and may not look alike;

however, as you move through the levels, each level has organisms that share __________

characteristics.

Levels of Classification

Carolus Linnaeus developed a classification system to organize all the organisms in the

world. Within this system, organisms at the top are very broad and may not look alike;

however, as you move through the levels, each level has organisms that share more

characteristics.

200

Order: Groups organisms based on broader ___________________ traits. Lions and

tigers both belong to the order Carnivora, which includes meat-eating mammals with

specialized _____________________ for tearing flesh.

Order: Groups organisms based on broader shared traits. Lions and

tigers both belong to the order Carnivora, which includes meat-eating mammals with

specialized teeth for tearing flesh.

300

Classification Groups

There are 8 levels of organization. The levels start with ______________ organisms

at the _______ and get smaller—each level increases what the organisms have in common.

Classification Groups

There are 8 levels of organization. The levels start with many organisms

at the top and get smaller—each level increases what the organisms have in common.

300

Protists

These organisms do __________ fit into any other category.

- Can be __________________ (make their own food) or ______________________

(obtain their food from other organisms)

- Most have __________ cell

- Examples are algae, amoeba, and euglena


Protists

These organisms do not fit into any other category.

- Can be autotrophs  (make their own food) or heterotrophs

(obtain their food from other organisms)

- Most have 1 cell

- Examples are algae, amoeba, and euglena

300

Domain: The ____________________ and __________________ level. There are 3

domains: ___________________, ____________________, and ___________________.

All organisms that belong to a domain share _____________ basic characteristic. Humans

are part of the Eukarya domain.

Domain: The largest and broadest level. There are 3

domains: Bacteria, Archae, and Eukarya.

All organisms that belong to a domain share one basic characteristic. Humans

are part of the Eukarya domain.

300

Family: narrows the classification further by grouping _________________ related

species; lions and tigers are in the family Felidae, which consists of __________________,

characterized by retractable _____________ and keen ______________________ skills.


Family: narrows the classification further by grouping closely related

species; lions and tigers are in the family Felidae, which consists of cats

characterized by retractable claws and keen predatory skills.

400


______________________ are the largest level. There are ______ different domains

- Bacteria

- Eukarya

- Archaea

Domains are the largest level. There are 3 different domains

- Bacteria

- Eukarya

- Archaea

400


Fungi

- All _____________________

- Absorb nutrients from ______________ or _________________ organisms

- Examples are mushrooms, mold, mildew


Fungi

- All heterotrophs

- Absorb nutrients from dead  or decaying organisms

- Examples are mushrooms, mold, mildew

400

Kingdom: Each domain is divided into kingdoms. The Eukarya domain has ________

kingdoms: ___________________, ________________, _____________________, and

____________________. The number of organisms at this level is still numerous, but they

start to have ________________ traits in common with one another.

Kingdom: Each domain is divided into kingdoms. The Eukarya domain has 4

kingdoms: Animals, Plants, Fungi, and

Protists. The number of organisms at this level is still numerous, but they

start to have more traits in common with one another.

400

Genus: Lions and tigers fall under the genus Panthera, a group of ___________ cats

known for their ability to ________________.

Genus: Lions and tigers fall under the genus Panthera, a group of big cats

known for their ability to roar.

500

Bacteria are _____________________ organisms that do _______ have a nucleus.

- Archaea are similar to bacteria; however, they can ___________________ in extreme

environments and are ____________________________ to antibiotics. They also have a

_______________ cell wall.

- Bacteria are unicellular organisms that do not have a nucleus.

- Archaea are similar to bacteria; however, they can survive in extreme

environments and are resistance to antibiotics. They also have a

Flexible cell wall.

500


Plants

- All ____________________

- _______________________

- Examples are trees, flowers, mosses, fruits and vegetables

Plants

- All multicellular

- autotrophs

- Examples are trees, flowers, mosses, fruits and vegetables

500

Phylum: Each kingdom has __________________ groupings of Phyla (plural way of

saying phylum). One way animals are categorized is whether or not they have a

__________________. Animals with a backbone belong to the Chordata Phylum

Phylum: Each kingdom has different groupings of Phyla (plural way of

saying phylum). One way animals are categorized is whether or not they have a

backbone. Animals with a backbone belong to the Chordata Phylum.

500

Species: separates lions (Panthera leo) and tigers (Panthera tigris) as distinct

species based on their unique __________________________, ____________________,

and _______________________.

Species: separates lions (Panthera leo) and tigers (Panthera tigris) as distinct

species based on their unique characteristics, habitats,

and behaviors.

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