The Six Kingdoms of Life By: Mr. Lowe

Slides:



Advertisements
Similar presentations
Taxonomy - Classifying the 6 Kingdoms. Kingdom This is the largest taxon. All organisms are placed in 1 of 6 groups based on their cell structure. A group.
Advertisements

Six-Kingdom Classification
KINGDOMS OF LIFEre Cladogram of Six Kingdoms and Three Domains
The Six Kingdoms. Domains Broadest grouping of living things Three domains: Archae- no nucleus, cells wall without peptidoglycan Bacteria- no nucleus,
Taxonomy SC.912.L.15.6 Discuss distinguishing characteristics of the domains and kingdoms of living organisms. To the Teacher: Source:
Differences and Similarities Why do we put that there?
LGMS 7th Grade – Life Science Tuesday, September 8, 2015
6 Kingdoms.
3 Domains Everything that is living Archae Eukarya Bacteria.
Chapter 19 The Six Kingdoms Bacteria Archaea Protista Fungi Plantae Animalia.
Major Characteristics of the Six Kingdoms. Six Kingdoms Archaebacteria Eubacteria Protista Fungi Plantae Animalia.
Living Things Vocabulary with Realia (slides2-12)
A Tour Through The Kingdoms Chapter Terms to Review Prokaryote: – Simple cells that have no nucleus. Eukaryote: – Complex cells, with a nucleus.
5 Kingdoms How we classify living things…. Review Terms Heterotrophic- must find it’s food Autotrophic- makes it’s own food New Terms to be learned *
The Six Kingdoms Organisms are placed into kingdoms based on five questions 1.Prokaryotic or Eukaryotic? 2.Unicellular or Multicellular? 3.Producer or.
The 6 Kingdoms.
KINGDOMS OF LIFE.
Overview of Domains and Kingdoms. The most widely used biological classification system has six kingdoms within three domains.
Biodiversity.
The Six Kingdoms. Directions Record all notes that have the following symbol on the slide.
E. The Six Kingdoms Chart in your notes!!!!!.
Taxonomy of Organisms 6.12 C. Taxonomy The branch of Science that formally names and classifies organisms by their structure, function and relationships.
Kingdoms & Domains.
Phylogeny phylogeny: history of the evolution of organisms
The 6 Kingdoms. Kingdom Archaebacteria Prokaryotes Single celled Has a cell wall (no peptidoglycan) Some autotrophs & heterotrophs Live in extreme environments.
Warm UP: SOL Practice # 5 Cell Structure Use good testing strategies!! (skip it, highlight key words, eliminate answer choices) Work on vocabulary terms.
 Contains only one kingdom – Eubacteria Cell type : Prokaryote Cell structures : Cells with peptidoglycan # of cells : Unicellular Nutrition : Autotroph.
D OMAINS AND K INGDOMS. More inclusive than Kingdoms Based on molecular (DNA) analysis ◦ Organisms grouped based on how long they have been evolving independently.
The Six Kingdoms Organisms are placed into kingdoms based on five questions Prokaryotic or Eukaryotic? Unicellular or Multicellular? Producer or Consumer?
Classification of organisms
TOPIC: Classification AIM: How are organisms classified into Kingdoms?
Domains and Kingdoms SC.912.L.15.6.
Six Kingdom Notes.
6 Kingdoms.
6 Kingdoms Kingdom Archaebacteria -prokaryotic -unicellular
Interactive Notebook Notes
Classification Notes.
Classification of Living Things.
Kingdoms.
The Six Kingdoms of Living Things
Mind Stretcher 4/23/18.
Domains and Kingdoms Spring 2018.
Characteristics of Domains & Kingdoms
Kingdoms & Domains Chapter 18-3
6 Kingdoms Graphic Organizer
Kingdom: Plantae Cell type: Eukaryote
6 Kingdoms p
Kingdoms & Domains Chapter 18-3
The Six Kingdoms.
The Six Kingdoms: Chapter 17.
Mind Stretcher 4/23/18.
Classification is always a work in progress.
The Six Kingdoms.
6 Kingdoms TEK.
Characteristics of Kingdoms
Major Characteristics of the Six Kingdoms
Kingdoms and Domains Chapter 18-3.
KINGDOMS & DOMAINS 5/16/07.
Basic Overview of the Domains & Kingdoms
classification Taxonomy Science of Classifying Organisms
Kingdoms & Domains Chapter 18-3
Mind Stretcher 4/23/18.
Domain Kingdom Cell Type Cell Structure Number of Cells Mode of
Notes: The 6 Kingdoms SB3b. Compare how structures and function vary between the six kingdoms (archaebacteria, eubacteria, protists, fungi, plants, and.
Kingdoms & Domains Chapter 18-3
Cell walls with peptidoglycan Cell walls without peptidoglycan
Presentation transcript:

The Six Kingdoms of Life By: Mr. Lowe

Important New Vocabulary Sessile = Not able to move about (stationary). Vagile = Able to move about. Heterotrophic = Organism that cannot make its own food. (example- humans) Autotrophic = Organism that can make its own food. (example – plants = photosynthesis)

Six Kingdoms Kingdom Archaebacteria – Simplest Kingdom Eubacteria – Simplest Kingdom Protista Kingdom Fungi Kingdom Plantae Kingdom Animalia – most complex

Archaebacteria (ancient) Number of Cells = Unicellular (one cell) Nucleus = No true nucleus Type of Cell = Prokaryotic Movement = Sessile and Vagile How They Move = Flagellum Food Making = Autotrophic and Heterotrophic Examples = Methanogens (produce methane), Halophiles (salt-loving), Thermophiles (high temperatures), Psychrophiles (low temperatures)

Eubacteria Number of Cells = Unicellular (one cell) Nucleus = No true nucleus Type of Cell = Prokaryotic Movement = Sessile and Vagile How They Move = Flagellum Food Making = Autotrophic and Heterotrophic Examples = Bacteria, Cyanobacteria(blue-green algae), Actinobacteria

Protista Number of Cells = Unicellular (one cell) Nucleus = True nucleus Type of Cell = Eukaryotic Movement = Sessile and Vagile How They Move = Flagellum, Cilia, Pseudopodia (false foot) Food Making = Autotrophic and Heterotrophic Examples = Ameoba, Diatoms, Paramecium

Fungi Number of Cells = Multicellular Nucleus = Has a true nucleus Type of Cell = Eukaryotic Movement = Sessile How They Move = N/A Food Making = Heterotrophic (some parasites) Examples = Yeast, Molds, and Mushrooms

Plantae Number of Cells = Multicellular Nucleus = Has a true nucleus Type of Cell = Eukaryotic Movement = Sessile How They Move = N/A Food Making = Autotrophic (photosynthesis) Examples = mosses, ferns, flowering plants (dandelions, roses, etc.), trees

Animalia Number of Cells = Multicellular Nucleus = Has a true nucleus Type of Cell = Eukaryotic Movement = Sessile and Vagile How They Move = legs, wings, fins, flippers, hands. slither Food Making = Heterotrophic Examples = Worms, Insects, Arachnids, Mammals, Jellyfish, Coral, Sponges, Reptiles, Birds, Fish