Archaea (Archaebacteria)
By: O’Mariah Gordon, Logan Bermudez, Dean Jefferson, & Lisset Suarez
Examples of organisms• Methahogen• Halophiles• Thermophiles• Psychrophiles
Facts• Where it can live – most archaebacteria lives in extreme
environments such as, really salty water, volcanoe, hot springs, or black mud.• How it reproduces – the archae produces by asexual reproduction by
binary fission, budding, or fragmentation.• How it gets nutrients – Depending species – nutrition intake may be
absortion, non photosynthetic, photophosphorylation, or chemosynthesis• Domain – archaebacteria
FactsCell type – prokaryote – other organisms have membrane or eukaryote cells are bigger than prokaryote cells.Cell surrounding – consists of cytoplasm and dna surrounded by a cell membrane and a cell wall.Cell organization – single celled organism that lack A true nucleus.( unicellular )
Defining Characteristics
The composition of the cell wall is unique to archaea. The cell wall is made of pseudomurein. Archaebacteria only survive in oxygen free environments & they are extremophiles and they can live in extreme environments.
Importance to us:
Kingdom Bacteria (Eubacteria)
Madison, Nahyara, Ben, AlexPeriod-4Table-5
Defining Characteristics, Domain, and Where it can Live • Characteristics- its an organism , it has lack of membrane , it consists
of of cytoplasm, their DNA is surrounded by a cell membrane, it's round, rod shaped and spiral.• Domain-Eubacteria • Where it can live- it can live in any living and non living things.
How it Reproduces and how it gets its Nutrients • It reproduces asexually by fission• Fission- cell division that forms 2 genetically identical cells. It's a 20
minute process• Bacteria is both, many are autotrophs and eat dead organisms,
although others are heterotrophs and make their own food with light energy
Cell Type, Cell Surrounding, and Cellular Organization • It's cell type is prokaryote which it doesn’t have any membrane.• The Eubacteria has both a cell membrane and a cell wall • Unicellular organism doesn't have Nucleus or other membrane such
as bound organelles.
Example of Organisms and Importance to Us • 2 examples- • Anaerobic- does not need oxygen to survive • Aerobic- needs oxygen• Importance to us- bacteria breaks down food in our bodies
ProtistsConner ThompsonLogan Keefe
Zaccary Austin
Domain, Characteristics, and where they can live The domain of Protista is Eukaya Defining Characteristics:
Where it can live:
Plantlike Animal like Fungus like Make own food Heterotroph Heterotroph Uni and multi cellular Unicellular Multicellular
Plantlike Animal like Fungus likeNear or in Water Wet Enviroments Surfaces of Plants
How They Reproduce, How They get Nutrients, and Cell Type Animal-like, fungus-like, and plant-like all reproduce sexual or asexual
How they get Nutrients:
Cell Type:
Plantlike Animal like Fungus likeAutotroph Heterotroph Heterotroph
Plantlike Animal like Fungus likeEukaryote Eukaryote Eukaryote
Cell surroundings and cellular organization Surrounding Call:
Cellular Organization
Plantlike Animal like Fungus likeCell Wall Membrane Membrane
Plantlike Animal like Fungus likeUnicellular and Multicellular
Unicellular Multicellular
Examples of organisms and importance to usPlantlike Animal Like Fungus like Algae Paramecium Slime mold
Examples
Importance to us
Plantlike Animal like Fungus likeUsed in things like toothpaste, lotions, fertilizers, and some swimming pool filters.
Decompose other organisms.
Breaks down dead plants and animals.
Kingdom Fungi
Zionna Williams, Clay Taylor, Alison McKenna, Blake Kincaid
Importance To Us
Fungi is important because pollution would build up without fungi. Sac Fungus causes bread to rise, causes diaper rashes because of damp skin under the diaper. Many common sac fungi causes diseases in plants, animals, mushrooms, mold, and mildew are all examples offungi.
Characteristics
Scientist group fungi based on how they look and reproduce. Fungi forms a long threadlike structure that grows into large tangles.(usually underground) Fungi are eukaryotes. Most fungi are multicellular and consist of many complex cells. Fungi are considered to be decomposers. Fungi can grow and live underground and grows on threadlike structures.. Although Fungican reproduce sexually mostly all reproduce asexually by producing spores. This is when meiosis occurs. Fungi are heterotrophs which means they make their own energy.
Fungi Cells Fungi is a eukaryote. Surrounding the Fungi is a cell membrane. These cell walls are
made up of a material called chitin. Fungi is both unicellular and multicellular.
Domain
The domain of Fungi is a eukarya.
KINGDOM PLANTAEBy: Nina Zuba, Tianna Harris, Nick Haywood, & Devin Wade
KINGDOM PLANTEA• DOMAIN: EUKARYA• DEFINING CHARACTERISTICS: TYPES OF LEAVES, SHAPE, TYPES OF
BRANCHES/ BRANCHING/ BARK• WHERE IT CAN LIVE: PLANTS CAN LIVE IN FERTILIZED SOIL WITH PLENTY
OF SUN, SHADE, AND WATER• HOW IT PRODUCES: IT DEPENDS ON WHAT TYPE OF PLANT AND WHERE IT
IS LIVE LIKE FLOWER THEY PRODUCE SEXUALLY
PLANTS INFO
• PLANTS ARE AUTOTROPHS THEY DON'T HAVE MOUTHS SO THEY MAKE THEIR OWN FOOD
• PLANTS CELL TYPES ARE EUKARYOTE.• BOTH A CELL WALL AND MEMBRANE .• THE CELLULAR ORGINIZATOION OF A PLANT IS MULTICELLULA.
EXAMPLES AND WHY IT'S IMPORTANT• EXAMPLES
• 1.MOSS 2.DANDELION 3.PINE 4. FERN 5.MAPLE
• WHY IT'S IMPORTANT. PLANTS PRODUCE OXYGEN PLANTS CAN PRODUCE A FOOD SOURCE, SHADE AND SHELTER
Kingdom Animalia
BY CODY REIL, SETH GENSER, JOSEPH PADILLA
Domain & Defining Charichteristics
• They get all of their energy from the food they eat• Their domain is Eukarya. The cell type is eukryote.
Left is a eukaryote. Right is
bird characterizat
ion
Where it can Live/ Celluar Orginization
• Animals from Kingdom Animalia can live in very different regions.
• They can live in Oceans, Jungles, Forest, Mountains, Tropical Regions, Desert, Grassy Plains, Savannah, Lakes/Rivers, and Houses.
• Animals are multicellular.
How it Reproduces & The Cell Surrounding
• Animals reproduce by sexual reproduction.• The cell surrounding in a animal cell is a membrane
and not a cell wall because cell walls are only found in plants.
Importance to Us & Examples of Organisims
Animals are a big food source to humans. Animals can also be used to help humans survive. They can be companions people that have disabilities and other medical issues