Kategorien: Alle - homeostasis - nutrition - fungi - animalia

von Allen Wilson Vor 5 Jahren

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Classification of Organisms

The classification of organisms involves a hierarchical structure starting from broad categories and narrowing down to specific species. The kingdom Animalia encompasses all animals, which are multi-cellular and regulate their internal environment through homeostasis.

Classification of Organisms

Classification of Organisms

Animalia

Kingdom for all animals!

Start as an embryo and then develops into a full organism.

Chordate

Phylum for mammals.

Mammalia

Class for Mammals

Primates

Mammals with grasping fingers

Hominidae

Primates with upright posture family

Homo

Genus of primates with an s-curved spine

Homo sapien

Human species

Carnivora

Order for carnivores

Felidae

Family for cats

Panthera

Genus for roaring cat

Panthera leo

Species of Lion

Arthropod

Phylum for invertebrates with exoskeletons.

Arachnid

Class of spiders, scorpions, and others.

Scorpiones

Class of scorpion

Scorpionoidea

Family of scorpion

Pandinus

Genus of scorpion

Pandinus imperator

Species of emperor scorpion

Annelid

Phylum for segmented worms.

Segmented worms
Leeches
Earthworms

Type of annelid

Sexually

Plantae

Kingdom for all plants!!

Growth and development

start as seeds, then germinate, then grow.

Gymnosperms
Aginosperms
Ferns
Vascular

These are vascular plants

Mosses

Phylum of plantae

Non-vascular

These are non-vascular plants

Reproduction means

Sexual

Male and female organs

Homeostasis

The organs/organelles inside of the organisms help regulate the pH

Fungi

Kingdom for the FUNGI!!

Basidiomycota
Ascomycota
Zygomycota
Chytridiomycota

Phylum of Fungi

Nutrition

How Fungi get nutrition

Absorption

The transport of food from their substrate into their cell walls

Multi-cellular

Means of reproduction

Sexual and asexual

Can reproduce like plants, or can spread

Protist

Kingdom for all protists!!!

Reproduction

Multi-cellular body type

Asexually

One organism that splits

Body Type

How they are made up

Unicellular

Most are unicellular

Algea

Algea are unicellular protists

Dinoflagellates

Diatoms

Chrysophytes

Euglenophytes

Phylum of algea

Transport

Transportation

Psuedopod

'False foot'. A little extenuation to allow a protist to move.

Flagella

Whip-like tail to allows the organism to move

Cilia

Little hairs to help move