Archaea (Archeabacteria)

Charde’ja DoulasLily McCormack

Luis GonzalezHudson Redl

Defining Characteristics• Archaea are simple unicellular organisms that often live in extreme

environments.• The size of achaebacteria ranges from one-tenth of a micrometer to

more than 15 micrometer. Some of archaebacteria have flagella.• Like all prokaryotes, archaebacteria don't possess the membrane-

bound organelles. They don't have nuclei, endoplasmic reticula ,Golgi complexes, mitochondria, chloroplasts, or lysosomes.

Where it lives and how it reproduces• Most Archaebacteria live in extreme environments such as hot

springs, very salty water, or black mud.• Asexual reproduction by binary fission, budding or fragmentations.

How it gets nutrients and the cell typeAutotroph that uses chemosynthesis. (Chemical energy instead of light)Prokaryotic cellThese microbes used to be considered bacteria, which gave them the name.

The cell surrounding, cellular organization and the importance to usHas a cell wall and a cell membrane.

BacteriaBy: Sam, Sean, Elisa, and Eden

Bacteria cellular organizationBacteria are simple unicellular organisms they are very small and all around us. Bacteria can live in soil, water, and other living things. Bacteria reproduces asexually by fission. Most bacterium is heterotroph, but cyano bacteria make their food through photosythesis

Bacteria unicellular continuedThe cell type of bacteria is Prokaryote. The cell surrounding is a cell wall. The cellular organization is unicellular.

Examples of Bacteria are:Aerobic- Bacteria that needs oxygen to survive.Bacteria is important to us because it kills other organisms to fight off other viruses.

Bioluminescence/Secretion Bacteria

A few bacteria have chemical Systems That generate light. This bioluminescence (which is the production and emission of light in a creature.) often occurs in Bacteria with fish, and the light Serves to attract Fish and other large animals.

• Bacteria frequently secretes (secretion is the movement of chemicals.) chemicals into their enviroment.

PROTISTSBy: Isabelle Kathman, Megan Gallagher, Ricardo Munoz, Brian Rafael

CHARACTERISTICS

The characteristics of a Protist is a membrane of a group of eukaryotic organisms, which have a membrane bound nucleus. Members of the Protists group share some characteristics plants, animals, or organims know as fungi.

The domain is eukaryotic.

WHERE IT CAN LIVE, HOW IT REPRODUCES HOW IT GETS IT NUTRIENTS

Plant like can live in beaches and aquariums, animal like live in wet environments, and fungus like live in parasites or feed on dead organisms.

Protists reproduce with asexual reproduction Plant like protists get nutrients by autotroph, animal

like protist get nutrients by heterotroph, and fungus like protist get nutrients by heterotroph

CELL TYPE,CELL SURROUNDING,CELL ORGANIZATION AND EXAMPLES OF ORGANIMS

The cell type is eukaryote Cell surrounding is a membrane Cell organization is unicellular Example, amoeba, diatom, euglena, algae,

paramecium

IMPORTANCE TO US Algae is used in our everyday life like everyday

products including, tooth paste, lotion, fertilizer, and some swimming pool filters.

Kingdom FungiBY JIMMY FORWAY, BELLA HARDIN, SERGIO TORIBIO, ROSIE WOLFF

How it reproduces and where it can live

It reproduce asexually through spores and sometimes even sexually.

Fungi can live in a forest, garden, in low moisture, in water, in the dark and many more places.

Domains and Food

Fungi is in domain eukarya. It's defining characteristics are: it reproduces by spores And , has cell walls. Fungi are heterotrophs They get nutrients from feeding on living or dead organisms.

Examples and Cell Information

Examples are mushrooms , yeast, morel, shelf fungus, mold, bracket fungi, puffballs , and mildew

Fungi can be uni or multicellular but are always eukaryotic and the cells have walls.

Importance of Fungi

Fungi are involved in the production of many foods and other products. Some fungi are used in meat substitute because they are high in protein and low cholesterol.

🌱THE PLANT KINGDOM

MARCO PEREZ | MITZI ESCALANTE | AVRIA |

MARTIN DZYR.

PLANT CELLS

• The Plants have eukaryotic cells. Bound organelles convert light energy into chemical energy.

• The cell wall provides support and protection. The cell wall is composed of cellulose and other compounds.

• The cell contains cell wall, cytoplasm, chloroplasts, a vacuole And a cell membrane.

WHERE IT CAN LIVE & HOW IT REPRODUCES :

Where it can live – land and water depending on oxegen , sunlight , and water

How it reproduces – produce sexually or asexually. Asexually reproduces when abortion of a plant develops into a separate new plant. sexually = plants sperm combines with a plant egg. A resulting zygot can grow into this new plant is genetic.

PLANT DOMAIN & CHARACTERISTICS

Plants are infhfjf domaing eukaria. Some characteristics of plants can be leaves, flowers, stems, food. Little hairs ect.

HOW IT GETS NUTRIENTS : AUTOTROPH HERTER R & EXAMPLE OF ORGANISMS

• Plants are producers. They make their own food. A simple sugar called gulcose, during a process called photosynthesis

Examples of organisms

- moss

-ginko

-ferns

-club mosses

-horse tails

-tulips

-cycaas

-magnolla

-pine tree

-conifers

-hornwort

-grass flowers

-Liverwort

AnimaliaMax De La Cruz and Joanmanuel Chavez-Delgado and Koen Plath

• How it gets its nutrients, heterotroph • How it reproduces, sexually but certain animals reproduce asexually • Cell type, animals cell type is eukaryotes • Cell surrounding, membrane • Cellular organization, animals are multicellular

Defining chraracteristics• Animals are multicellular • The domain is eukaryote• Animal cells are specialized for differ functions,such as digestion,

reproduction,vision and taste• Animals have proetin ,called collagen, that surrounds the cells and

help them keep their shape

Where it can live?Animals can live in many places such as coral reef, air, buildings, bushes, sea, and underground

Examples and importanceFor examples Animalia is basically any living thing that has a nucleus. But to be specific mammals, birds, fish, reptiles, insects, and many more. For importance there are many examples such as certain animals are used as a food source, there are service animals that rescue humans, we also study animal biology to better understand ourselves, and finally we test medical procedures and cosmetics to make sure there safe for us.