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Complex Eukaryote

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Complex Prokaryote

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Prokaryote

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Eukaryote

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Complex eukaryote

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Complex Eukaryote

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Multi Cellu

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Unicellular

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Unicellular

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Unicellular

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Uni or Multi cellular

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Multi Cellular

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Systems

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Cell

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Cell

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Most Cell

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Most tissue

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Systems

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None

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Peptidoglycan

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Uncommon lipids

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Chitin

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Celulose

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heterotroph

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Autotroph/ Heterotroph

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Autotroph/ heterotroph

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Autotroph/ Heterotroph

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Heterotroph

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Autotroph photo synthesis

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Sexual

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Asexual

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Asexual

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Sexual/ Asexual

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Sexual/ Asexual

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Asexual

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Motile

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Some Motile

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Nonmotile

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Motile/ Nonmotile

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Nonmotile

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Nonmotile

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major source of oxygen
source of medicine

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provide food sources such as milk and meat
be used for agricultural work

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help with digestion
decomposers

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fix nitrogen
helps in human digestion

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decomposers
help make antibiotics

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oxygen and food producers
in toothpaste and teeth whiteners

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Invertebrate
Asexually, sexually
1.    Early fossil records show that sponges inhabited Earth around 600 million years ago. That is a mighty long time for an animal without a complex nervous, digestive, or circulatory system!

2.    Some deep-water sponges can live to be over 200 years old.

3.    Sponges are master filters. They can filter an amount of water 100,000 times their size each day! That means a basketball-sized sponge could filter an entire residential pool in one day
4.    Sponges often use chemicals to deter predators from eating them. Scientists have discovered that some of these chemicals may have potential to treat cancer and HIV.

5.    The most abundant sponges in SWFL are loggerhead sponges, vase sponges, sheepswool sponges, glove sponges and tube sponges!

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Invertebrate
Asexually, budding
1. are water animals that have a simple, usually symmetrical, body with a mouth opening.
2.Stinging cells on tentacles around the mouth catch prey.
3.are either bell-shaped and mobile, like the jellyfish, or tubes anchored to one spot, like coral and sea anemones.
4.After digestion, waste passes out of their mouth.
5.Are composed of two layers of cells - the epidermis, or outer layer, and the gastroenteritis (also called the endothermic), which lines the gut

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Invertebrate
asexually, sexually
1. has three distinct cell layers - The echinoderm, the mesoderm and the endoderm and is considered to be the first organism to exhibit this factor.
2.have no skeleton and the underside of their bodies is made up of cilia (tiny hair) which helps them crawl forward.
3. they do not have a separate digestive and excretory system. They have only one opening on the underside and middle of the stomach which is where they eat from and then get rid of the waste as well.
4. they are born with both male and female parts, they can mate with any other worm, given that they are of the same species
5.dwell in water and can use this pipe to puncture their preys and suck the insides out.

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Invertebrate
Sexually
1. Nematode worms are extremely abundant; often, several hundred species, and as many as a million individuals, inhabit a square yard of soil.
2. characterized by an external (outer) layer of cuticle that is secreted by the hypodermis underneath it.
3.Has a nervous system with pharyngeal nerve ring.
4.Body cavity is a pseudocoel, body fluid under high pressure
5. Has no circulatory system (no blood system)

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Invertebrate
Sexually, a line their body and exchange sperm
1. are all bilaterally symmetrical animals. They range in size from much less than 1 mm in length to more than 3 m
2.Nearly all annelids have a fluid-filled cavity between the outer body wall and the gut, and this is referred to as a coelom. The coelom is often used as a storage area for gametes and acts as a hydrostatic skeleton for locomotion
3. Annelids have a body covered by an external cuticle that is never shed or molted
4. Parapodia are unjointed segmental extensions of the body wall found in many polychaetes, though many do lack these features. They are also absent in Clitellata and Echiura. Parapodia are equipped with musculature derived mainly from the circular muscle layer and usually carry chaetae
5.Annelids have a brain or cerebral ganglion that originates and usually resides in the head. The brain varies in structure, with mobile active forms having the most complex brains, and sessile or burrowing forms having simple brains with little differentiation

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Vertebrate
Sexually
1. There Are Eight Living Types of Mollusks
2. Mollusks Are a Widely Divergent Family
3.Most Mollusks Are Gastropods or Bivalves
4. Octopuses, Squids and Cuttlefish Are the Most Advanced Mollusks
5. Most Mollusks Are Vegetarians

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Invertebrate
Sexually
1. There Are Four Main Arthropod Families
2. Arthropods Account for 80 Percent of All Animal Species
3. The Exoskeleton of Arthropods Is Composed of Chitin
4. All Arthropods Have Segmented Bodies
5. Arthropods Need to Moult Their Shells

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Invertebrate
Sexually and Asexually
1. Echinoderms All Feature Radial Symmetry
2. Echinoderm Can Regenerate Its Body Parts
3. Echinoderms Don’t Have Blood
4. Some Echinoderms Feed By Ejecting Their Stomachs
5. Echinoderms Have No Eyes

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Vertebrate
Sexually
1.are vertebrates but the phylum also includes some small marine invertebrate animals.
2. all have blood contained in vessels, and the tunicates and vertebrates have a ventrally located heart.
3. All have a postanal tail, that is, an extension beyond the anus of the notochord or backbone and of the body-wall musculature, containing no internal organs.
4.  Have Backbones or Notocords. Animals in the Phylum Chordata may not all have a spine (some do, which would classify them as a vertebrate animal), but they all have a notochord. The notochord is like a primitive backbone, and is present at least at some stage of their development
5. All have gill slits that lead into the throat or pharynx

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Invertebrate
Sexually
1. Invertebrate chordates include tunicates and lancelets. Both are primitive marineorganisms
2.Invertebrate chordates do not have a backbone
3.hey inhabit the ocean floor where the water is shallow.
4.Each individual produces both male and female gametes. However, they avoid self-fertilization. Tunicates can also reproduce asexually by budding.
5.Living species of chordates are classified into three major subphyla: Vertebrata, Urochordata, and Cephalochordata. Vertebrates are all chordates that have a backbone. The other two subphyla are invertebrate chordates that lack a backbone.

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Sanibelseachool.org
fact monster
Biology Wise
Encyclopedia.com