2. Domain,Characteristics and where it lives
• Lives in extreme environments such as hot springs and salt lakes, cell walls,
single organisms, it is a prokaryote.
• The domain is Archaea
• It lives in extreme environment, such as hot springs and salt water.
3. Reproduction and nutrients
• It reproduces asexually
• It gets its nutrients by using chemosynthesis but not photosynthesis
• Autotroph
4. Cell type, Cell surrounding, and Cell
Organization
The cell type is Prokoryote
The cell surroundings is the cell wall
The cell organization is the unicellular
5. Examples Of Organisms/importance to
us
• Some examples of organisms are methanogens, halophiles,
thermophiles ,psychrophiles
• Some scientists think that they were the first life forms. It opens new
opera unites for people to find life in other planets.
7. Defining characteristics & importance to us
Defining characteristics
• Some bacteria have specialized
structures that help them
survive
• Bacteria that causes pneumonia
an inflammation of the lungs,
has a thick covering, or capsul,
around the wall.
Importance to us
• Bacteria can be beneficial or
harmful to us.
8. Where it can live & Domain
• It lives in soil, water, and in many
different organisms
• Also, in order for the bacteria to
survive I needs a food source.
• This organism feeds off of living
things and some get their food
from non living things.
• Eubacteria
9. Bacteria and important characteristics
Prokaryote
• This bacteria is a prokaryote cell
because nuclear membrane and
is singled called organisms.
Cell Surroundings
• This bacteria is
unicellular/singled celled just like
archaebacterial because of the
lack of nuclear membrane
10. How it reproduces & examples of organisms
How it reproduces
• Bacteria reproduce asexually by
fission. Fission is cell division
that forms two genetically
identical cells.
Examples of organisms
• The organisms of bacteria.
Bacteria, Cyanobacteria( blue-
green ), Actinobactira.
12. DOMAIN
In the system used today, the groups that have the
largest number of different organisms are called
DOMAIN
There are there domains: archaea, bacteria, and
eukarya.
13. DEFINING CHARACTERISTICS
Members of the protist group share some
characteristics With plants animals or
origanims/known as fungi.
Prostists classifed Into one of three groups
Plant like, which has alge
Animal-like, has paramecium
Fungaslike , which has slime mold.
14. WHERE IT CAN LIVE
Protista live manly in bodes of water but
can live in most soil.
15. HOW IT GETS ITS NUTRIENTS
Plant like makes it own. Autotroph
Animal like eats all Protista. Heterotroph
Fungus like brakes down organic matter.
Heterotroph
16. CELL TYPE
A PROTIST is member of a group of eukaryotic
organisms, which have a membrane-bound
nucleus
21. HOW IS IT IMPORTANT TO US
Funguslike Protista play avaluablein the ecosystem. They
break down dead plant and animal matter, making the
nutrients from these dead organisms available for living
organisms
Break down organic matter for food rthis would
Mostly multiecellur
Some times protis can start redtide.
23. Domain And Defining Characteristicts
Eukarya Kingdom is the Domain of the Fungi.
• Club Fungi – they include puffballs, also have a chemical reaction in
its basicarp causing it to glow in the dark.
• Sac Fungi – causes bred dough to rise.
• Zygote Fungi – grows over materials which dissolves it and absorbs
nutrients
24. Where Can it live and how does it
reproduce
• Fungi can live outside of forests, gardens, even in your backyard!You can
get them on your feet but, athletes mostly get them and cause them to
itch. Fungi reproduce by producing spores that grow into new individuals
and the process starts all over again.
25. How does it get nutrients and Cell type
Being a Heterotroph it gets it's nutrients by feeding off
others, release chemicals that decompose organic matter.
It's a Eukaryote.
26. Cell surrounding, Cell organization, and
Importance
• It has a cell wall with material called chitin rather than cellulose. Fungi can
be both unicellular and multicellular.
The importance of fungi:
• Decomposers – Break down dead plants & animal matter.
• Fungi & Plant roots – grow together, help each other.
• Health/Medicine - Fungi can be harmful to humans/environment but fungi
can be in medicine and antibiotics.
• Lichen – Fungi help break down rocks and create soil because of lichens.
29. What it needs and what it's made of
Plant need nutrients to survive like soil,water and the sun so it can live.
Plants also make their own food so hey are considered autotrophs. And
also eukaryote cells and the cell wall and membrane is made of
chloroplasts it has both. But that's not all its also multicellular because it
has multiple cells
30. Examples of organisms
Plants need the sun,soil,and water to live and grow and help us
live,alsoplants make their own food so the would be called autotrophs
31. The importance To us
They provide food for the animals that we eat so that we can stay alive.
They also make air for us to and some plants provide medicine for some
thing cuts,dieases. Without plants we would all die.
33. Animalia's domain is Eukarya.It's characteristics are
Animals are multicellular
Get energy by eating other Hyundai organism
Divided into 2 large groups
Invertebrates
Characteristics of
Eukarya
34. About Animalia
It can live in many places and it reproduces by asexual
reproduction and sexual reproduction
It gets nutrients by eating other organisms and that's how it
gets its energy
35. Importance to us
Examples of organisms are humans, fish etc..
Also it's very important to us because we eat
animals, we have them as pets and for
entertainment to. Also they make up the food
chain
36. Cell
The cell type that animals have are Eukaryote
and what surrounds is a nucleus. There also
multicellulr itch means when they have more
hang one cell