# data[].attributes.body
Prokarya (Bailey, 2019)

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Prokaryote  (“6 Kingdoms of Life,” n.d.)

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Unicellular (“Six Kingdoms Characteristics Chart,” n.d.)

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Cells (“Six Kingdoms Characteristics Chart,” n.d.)

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Asexual (Bailey, 2019)

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Auto/ Heterotroph (“Six Kingdoms Characteristics Chart,” n.d.)

# data[].attributes.body
Prokarya (Bailey, 2019)

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Prokaryote (“6 Kingdoms of Life,” n.d.)

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Unicellular (“Six Kingdoms Characteristics Chart,” n.d.)

# data[].attributes.body
Cells (“Six Kingdoms Characteristics Chart,” n.d.)

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Asexual (Bailey, 2019)

# data[].attributes.body
Auto/ Heterotroph (“Six Kingdoms Characteristics Chart,” n.d.)

# data[].attributes.body
Eukarya (Bailey, 2019)

# data[].attributes.body
Eukaryote (“6 Kingdoms of Life,” n.d.)

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Unicellular and Multicellular (“Six Kingdoms Characteristics Chart,” n.d.)

# data[].attributes.body
Cells (“Six Kingdoms Characteristics Chart,” n.d.)

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Sexual and Asexual (Bailey, 2019)

# data[].attributes.body
Auto/ Heterotroph (“Six Kingdoms Characteristics Chart,” n.d.)

# data[].attributes.body
Eukarya (Bailey, 2019)

# data[].attributes.body
Eukaryote (“6 Kingdoms of Life,” n.d.)

# data[].attributes.body
Multi-cellular (“Six Kingdoms Characteristics Chart,” n.d.)

# data[].attributes.body
Tissues (“Six Kingdoms Characteristics Chart,” n.d.)

# data[].attributes.body
Sexual and Asexual (Bailey, 2019)

# data[].attributes.body
Heterotroph (“Six Kingdoms Characteristics Chart,” n.d.)

# data[].attributes.body
Eukarya (Bailey, 2019)

# data[].attributes.body
Eukaryote (“6 Kingdoms of Life,” n.d.)

# data[].attributes.body
Multi-cellular (“Six Kingdoms Characteristics Chart,” n.d.)

# data[].attributes.body
Systems (“Six Kingdoms Characteristics Chart,” n.d.)

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Asexual and Sexual (Bailey, 2019)

# data[].attributes.body
Heterotroph (“Six Kingdoms Characteristics Chart,” n.d.)

# data[].attributes.body
Eurkarya (Mozley, 2004)

# data[].attributes.body
Eukaryote (“6 Kingdoms of Life,” n.d.)

# data[].attributes.body
Multi-cellular (“Six Kingdoms Characteristics Chart,” n.d.)

# data[].attributes.body
System (“Six Kingdoms Characteristics Chart,” n.d.)

# data[].attributes.body
Sexual and Asexual (“Six Kingdoms Characteristics Chart,” n.d.)

# data[].attributes.body
Autotroph (“Six Kingdoms Characteristics Chart,” n.d.)

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Eubacteria do not have a membrane bound nucleus.  Some can help humans.  For an example, lactobacillus helps in the formation of curd (Arya, n.d.).  However, most are pathogenic by nature (Nakate, 2018).  Their cell walls are composed of peptidoglycan, a chemical that gives it more strength ("Kingdom Bacteria: Definition and Examples," n.d.).  Some eubacteria like Nitrogen fixing eubacteria helps in the process of nitrogen fixation which helps maintain the right nitrogen level in the atmosphere (Arya, n.d.).

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Archaebacteria live in environments like thermal vents that have no oxygen or are very acidic. They also are microscopic (“The Six Kingdoms,” n.d.).  Archaebacteria are very similar to eubacteria, but they are only obligate anaerobes.  They have a cell wall that protects them from bursting in their extreme environment.  Archaebacteria is also sensitive to chemicals or drugs that obstruct the lipid cycle involved in wall polymer biosynthesis (Jirage, 2017).

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Protists are the simplest eukaryotic cells.  They are microscopic organisms (“The Six Kingdoms,” n.d.).  Therefore, they have appendages like cilia, flagella or pseudopodia that help them move around (“Five Kingdom Classification,” n.d.).  Many protists are pathogens (Bailey, 2019).  They contain a nucleus and other membrane bound organelles ("Protist Characteristics," n.d.).

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Fungi have a cell wall made up of chitin, and they also use decaying organic matter for food (“Five Kingdom Classification,” n.d.).  Fungi are decomposers.  They can be mobile and non-mobile (“Six Kingdoms Characteristics Chart,” n.d.).  Their cells contain nuclei, but no chloroplasts (“Five Kingdom Classification System,” n.d.).

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Animal cells do not contain a cell wall.  However their cells contain a nucleus and other membrane bound organelles ("Five Kingdom Classification," n.d.). They can either be vertebrates or invertebrates, which is if the organism has a backbone or not.  These organism have the ability to be mobile without aid. Animals rely on capacity for reproduction (Dragani, 2018).

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Plant cells contain a cell wall made up of cellulose, and the cells also contain chloroplasts ("Five Kingdom Classification," n.d.).  There can be vascular and non vascular plants (Bailey, 2019).  They are unable to move around on their own (“Six Kingdoms Characteristics Chart,” n.d.).  Plants reproduce both sexually and asexually so they contain multicellular organs (“Kingdom Plantae,” n.d.).

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Eubacteria reproduce through binary fission because they do not contain a nucleus (“Eubacteria,” n.d.).  They can exchange DNA through hair like projection called pili.  The process is called conjugation, and they can also absorb their enviroment's DNA through transformation.  Another process called transduction is when Eubacteria can  alter existing DNA by incorporating bacteriophage into the chromosome.  Some eubacteria can form endospores under unfavorable conditions and live for millions of years untill the conditions improve (“Eubacteria Facts,” n.d.).

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Archaebacteria reproduce through binary fission, and they can use oxygen, hydrogen, carbon dioxide, sulfur, or sulfide for their metabolisms (Bailey, 2019).  They also do not have any way to move around (“Six Kingdoms Characteristics Chart,” n.d.).  The archaebacteria cells can contain plasmids which are able to provide resistance to antibiotics and specific enzymes.  Like eubacteria, archaebacteria can go through transformation and transduction to share genetic material and help the species survive (Jirage, 2017).

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Protist require oxygen for their metabolism.  The nutrition intake can be by absorption, photosynthesis, or ingestion depending on the species (Bailey, 2019). Some protists are important primary producers in ecosystems ("Kingdom Protista," n.d.).  Multicellular protists do not show cellular specialization or differentiation into tissues ("Protist Characteristics," n.d.).  Most protists reproduce using binary fission ("Protists Examples," n.d.).

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Fungi disperse themselves by releasing spores that are blown in the wind.  They also help decompose dead organisms and release their nutrients for other living organisms to use. Fungi also at times have a symbiotic relationship with another organism. However, some are parasitic and harmful ("Fungi", 2017).

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Animals breathe in oxygen and release carbon dioxide in the atmosphere (“Animal Functions,” n.d.). Some of them are vertebrates and others are invertebrates (Dragani, 2018).  The animals start developing as embryos, which is a clump of unspecialized cells, and genetic material from both parents are share in the offspring. They are also able digest food in internal cavaties  (“KINGDOM ANIMALIA: General Characteristics of Animals,” n.d.).

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Plants all create their own food through photosynthesis ("Five Kingdom Classification," n.d.). The cells also contain a nucleus because it is an eukaryotic organism.  They go through alternation of generation throughout their life (“Kingdom Plantae,” n.d.).  Plants take in carbon dioxide and release oxygen to help other organism stay alive ("Five Kingdom Classification," n.d.).  Some plants bear seed, but there are some that don't (Bailey, 2019).

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(“A - Z INDEX LIST OF HOUSE PLANTS,” n.d.)

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Angel wing begonia-
Begonia coccinea

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my little sister, Brynlee Gamble

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(Nakate, 2018)

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(“Fungi Examples,” n.d.)

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lives in Cullowhee, North Carolina. She goes to Smoky Mountain High School and plays volleyball.

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Bailey, Regina. (2019). The 6 Kingdoms of Life. Retrieved from  https://www.thoughtco.com/six-kingdoms-of-life-373414

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Six Kingdoms Characteristics Chart.  (n.d.). Retrieved from  https://studylib.net/doc/6827513/six-kingdoms-characteristics-chart

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6 Kingdoms of Life. (n.d). Retrieved from https://www.ws.k12.ny.us/Downloads/6-kingdoms-of-life2.pdf

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Mozley, Sam. (2004). Retrieved from https://projects.ncsu.edu/cals/course/zo150/mozley/domkingd.html

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Methanibrevibacter smithii
(Schab, 2018)
(Prostak, 2013)

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Spider Lily-
Hymenocallis littoralis

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Hydrothermal Vent Archaea-
Methanocaldococcus jannaschii
(Schab, 2018)

("Bacteria: Methanocaldococcus jannaschii," n.d.)

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Amoeba proteus
("Protists Examples," n.d.)
(Egmond, 2001)

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Bald Eagle-
Haliaeetus leucocephalus

(“Animals: Common a Animals: Common and Scientific Names,” n.d.)

(Bald Eagle, n.d.)

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Common Morel-
Morchella esculenta

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Thermococcus litoralis
(Schab, 2018)
("Archaea," n.d.)

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Bird of Paradise-
Strelitzia Reginae

# data[].attributes.body
Haloquadratum walsbyi
(Schab, 2018)
(Janssen and Dyall-Smith, n.d.)

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Euglena gracilis
("Protists Examples," n.d.)
("Euglena gracilis - E201," n.d.)

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Antelope-
Antilocapra americana

(“Animals: Common a Animals: Common and Scientific Names,” n.d.)

(Pronghorn, n.d.)

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Blushing bromeliad-
Neoregelia carolinae

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Gray Fox-
Urocyon cinereoargenteus

(“Animals: Common a Animals: Common and Scientific Names,” n.d.)

(Phelps, n.d.)

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Belladonna lily-
Amaryllis belladonna

# data[].attributes.body
Nanoarchaeum equitans
(Schab, 2018)
(Reinert, 2002)

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Paramecium aurelia
("Protists Examples," n.d.)
("39-6-6 Paramecium Aurelia," 2015)

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Bobcat-
Lynx rufus

(“Animals: Common a Animals: Common and Scientific Names,” n.d.)

(Marsh, n.d.)

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Calla lily-
Zantedeschia aethiopica

# data[].attributes.body
Ferroplasma acidiphilum

(Johns and Jayamani, 2010)

# data[].attributes.body
Green Algea-
Volvox globator
(Becker, 2018)
("Green algae: Volvox globator," n.d.)

# data[].attributes.body
Racoon-
Procyon lotor

(“Animals: Common a Animals: Common and Scientific Names,” n.d.)

("Racoon," n.d.)

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Slime Mold-
Physarum polycephalum
(Becker, 2018)
("Intelligent? Brainless slime can 'learn': study," 2016)

# data[].attributes.body
Paramecium caudatum
(Becker, 2018)
("Paramecium cauldatum," n.d.)

# data[].attributes.body
The Great Plains Toad-
B. cognatus

(“Animals: Common a Animals: Common and Scientific Names,” n.d.)

(“Great Plains Toad,” n.d.)

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NA
There is a possibility that Archaebacteria can cause diseases, but not enough information is known to be sure (Eckburg, Lepp and Relman, 2003).

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Protists can cause malaria and amoebic dysentery, which are harmful diseases to humans (“Six Kingdoms Characteristics Chart,” n.d.)

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Bacillus anthracis

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Some animals are very dangerous like the cone snail that can paralyze  a person if they get stung.  Another danger would be Tsetse flies because they are able to transfer parasites (Jameson, 2017).

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Plants can be poisonous either if a human eats them or if they are touched.  For an example, deadly nightshade can kill or harm a human because it is poisonous, same with Lantana (“Poisonous and Non-poisonous Plants,” n.d.).

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Escherichia coli

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Clostridium tetani

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Clostridium botulinum

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Borrelia burgdorferi

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Helicobacter pylori

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Some eubacteria can be really dangerous.  For an example, Streptococci causes strep throat (Gillespie, 2018).  Some more harmful eubacteria are bacilli and spirilla.  They can lead to harmful strains of E. coli (Dragani, 2018).

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Eubacteria make sure our bodies function normally. There are more eubacteria in the human gut than there are body cells (Bailey, 2019).  In humans, eubacteria help with digestion and the synthesis of vitamin K (“Eubacteria Facts,” n.d.).  They can also help with the production of antibiotics, other vitamins and yogurt (Gillespie, 2018).

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Humans can use certain Archaebacteria like methanogens because they produce methane and can treat waste water (Dragani, 2018).  Archaebacteria can also aid with digestion in humans (“Six Kingdoms Characteristics Chart,” n.d.).  Humans with dry skin have more archaebacteria present to help with the clean up (Chao, 2017).