VOCABULARY ASSIGNMENT  Words on pages 299 – 306 and Chapter 19  22 Words due Thursday  Quiz Friday.

Slides:



Advertisements
Similar presentations
Standard IX- Five and Six Kingdom Classifications (2 questions)
Advertisements

Chapter 17: Classification
Chapter 17: Classification
CLASSIFICATION.
Classification. Classification of Living Organisms Identified by traits Organize life’s diversity – Over 1.7 million species on Earth Taxonomy Naming.
Life Science Chapter 7 Part 2 Taxonomy. Taxonomy The classification of living things into groups called Taxons Aristotle classified as to the area they.
ANIMALIA. kingdom of multicellular eukaryotic heterotrophs whose cells do not have cell walls.
Classification of Living Things
Chapter 18: Classification & Introduction to Taxonomy
CLASSIFICATION REVIEW
Introduction to Kingdoms and Domains
Classification Chapter Taxonomy Process of classifying organisms and giving each a universally accepted name Process of classifying organisms.
Classification grouping of different types of organisms based upon similarities in structure and evolutionary relationships.
CLASSIFICATION OF SPECIES 1. What is taxonomy? Who developed the system? How does the system work? What are these groups called? The scientific system.
Introduction to Ecology February 20 th, Ecology: deals with different levels of organization.
Taxonomy Study of classification Classifying critters into their specific Kingdom, Phylum…etc.
Taxonomy. Taxonomy I. Definition: The study of classification A. Why group things? 1. Easier to find information about an organism 2. Easier to identify.
Learning Target #3 Who is known as the “Father of Taxonomy”?
Learning Targets “I Can…” -Explain why biologists use scientific names rather than common names. -Name the classification system created by Linnaeus. -Give.
The 6 Kingdoms.
Section 1: Introduction to Kingdoms and Domains
17.3 Domains and Kingdoms 8(C) Compare characteristics of taxonomic groups, including archaea, bacteria, protists, fungi, plants, and animals.
Science dealing with the classification of organism axonomy T.
A.Definition of Taxonomy: The science of naming organisms and classifying them into groups B.The need for classification Provides a universal language.
Taxonomy Taxonomy- the practice and science of classification – Why do scientists classify organisms? Used to organize living things into groups so that.
Finding Order in Diversity.  Scientist have named about 1.5 million species  However, it is estimated that there still are million additional.
Chapter Domains and Kingdoms.
Classification Review
Vocab Unit 9 Kingdoms and Classification.. Broadest level of classification in the new system. There are three of these.
CLASSIFICATION NOTES.
1 Classification. 2 There are 13 billion known species of organisms There are 13 billion known species of organisms This is only 5% of all organisms that.
1 Classification copyright cmassengale. 2 There are 13 billion known species of organisms There are 13 billion known species of organisms This is only.
Classification Notes.
Classification Chapter 1.4. Vocabulary 1. taxonomy 2. binomial nomenclature 3. classification 4. domain 5.Eubacteria 6. Archaebacteria 7. Eukarya 8. Protista.
1 Classification copyright cmassengale. 2 There are 13 billion known species of organisms There are 13 billion known species of organisms This is only.
Overview of Diversity.
1 Classification copyright cmassengale. 2 There are 13 billion known species of organisms There are 13 billion known species of organisms This is only.
CLASSIFICATION OF LIFE
Puma concolor. Chapter 2 Classification 1 Classification means organizing living things into groups based on their similarities. 2 Scientists classify.
Life Science Overview Cells, Classification, and Ecosystems.
1 Classification copyright cmassengale. 2 What is Classification? Classification is the arrangement of organisms into orderly groups based on their similarities.
1) To explain how scientists classify living things 2) To identify the 6 kingdoms of life.
A.What is of Taxonomy? The science of naming organisms and classifying them into groups B.Why classify? Provides a universal language so scientists can.
Grouping Species The broadest category in the classification used by most biologists is the domain. Three domains: Bacteria, Archaea, Eukarya Six kingdoms:
Chapter 17 BIOLOGY. HOW WOULD YOU CATEGORIZE THESE?
Why Classify? To place organisms in some systematic order.
Kingdoms & Domains.
The Six Kingdoms
Kingdoms and Domains.
Unit 7: Evolution & Classification How and why are organisms classified? What tools do we use to classify organisms?
Classification copyright cmassengale1. Species of Organisms There are 13 billion known species of organisms There are 13 billion known species of organisms.
1 Classification copyright cmassengale. 2 There are 13 billion known species of organisms There are 13 billion known species of organisms This is only.
Taxonomy The science of naming organisms.. Aristotle Plant or animal? If an animal, does it –Fly –Swim –Crawl Simple classifications Used common names.
1.SCIENTISTS CLASSIFY ORGANISMS TO HELP ORGANIZE THEM FOR STUDY PURPOSES. 2. THERE ARE MANY DIFFERENT WAYS TO CLASSIFY ORGANISMS. WE WILL USE THE SYSTEM.
Kingdoms.
Domains and Kingdoms 3 Domains Kingdoms Eubacteria Archaea Eukarya
Classification of Living Things.
Biodiversity Biodiversity: The variety of life on Earth; considered at all levels, from populations to ecosystems. How many species are there? About.
Classifying Living Things
Current Classification
Domains and Kingdoms Ch. 19 Sect. 1
Kingdoms.
The classification of living organisms
Kingdoms.
Classification Review Flashcards
Chapter 9 The Classification of Organisms.
Classification System
Classification of Living Things.
THE SIX KINGDOMS OF LIFE
Presentation transcript:

VOCABULARY ASSIGNMENT  Words on pages 299 – 306 and Chapter 19  22 Words due Thursday  Quiz Friday

Main Idea 4 What are the categories of biological classification?

TAXONOMY 4 IS THE SCIENCE OF NAMING AND CLASSIFYING ORGANISMS 4 TAXA ARE THE CATEGORIES USED

CLASSIFICATION 4 BRINGS ORDER TO LIFE 4 SERVES AS A BASIS FOR CLASSIFYING UNFAMILIAR ORGANISMS 4 PROVIDES A MEANS FOR NAMING ORGANISMS (COMMON NAMES CAN BE CONFUSING)

CAROLUS LINNAEUS 4 INTRODUCED BINOMIAL NOMENCLATURE GENUS – (NOUN) THESE ORGANISMS SHARE IMPORTANT CHARACTERISTICS SPECIES – (ADJECTIVE) IDENTIFIES ONE PARTICULAR KIND OF ORGANISM WITHIN THE GENUS

GENUS AND SPECIES 4 THE SCIENTIFIC NAME 4 THE GENUS IS ALWAYS CAPITALIZED 4 THE SPECIES IS ALWAYS LOWER CASE 4 BOTH ARE ALWAYS UNDERLINED OR ITALICIZED

EXAMPLES 4 Homo sapiens 4 Felis leo

WHAT IS A SPECIES? 4 A BIOLOGICAL SPECIES IS A GROUP OF NATURALLY OCCURRING POPULATIONS THAT CAN INTERBREED AND ARE REPRODUCTIVELY ISOLATED FROM OTHER GROUPS

EXCEPTIONS 4 HYBRIDS ARE OFFSPRING FROM DIFFERENT SPECIES THAT CAN INTERBREED 4 A DOG CAN BREED WITH A WOLF AND PRODUCE A DOG-WOLF HYBRID 4 IN ORDER TO INTERBREED THE TWO SPECIES MUST BE VERY CLOSELY RELATED

THE CLASSIFICATION SYSTEM 4 DOMAIN 4 KINGDOM 4 PHYLUM 4 CLASS 4 ORDER 4 FAMILY 4 GENUS 4 SPECIES

DOMAINS ARCHAEA – CONTAINS THE KINGDOM ARCHAEBACTERIA (ANCIENT BACTERIA) BACTERIA – CONTAINS THE KINGDOM EUBACTERIA (TRUE BACTERIA) EUKARYA – CONTAINS THE PROTISTA, FUNGI, PLANTAE AND ANIMALIA KINGDOMS

DOMAIN ARCHAEA 4 CELL WALL MADE OF LIPIDS 4 IDENTIFIED USING COMMON DNA SEQUENCES. 4 LIVE IN A VARIETY OF ENVIRONMENTS 4 CONTAINS THE KINGDOM ARCHAEBACTERIA

4 CONTAINS THE OLDEST AND MOST ABUNDANT LIFE FORMS 4 CONTAINS THE KINGDOM EUBACTERIA DOMAIN BACTERIA

DOMAIN EUKARYA 4 EUKARYOTIC CELLS 4 SEXUAL REPRODUCTION 4 MULTICELLULARITY CAN EXIST

MULTICELLULARITY 4 COLONIAL - CELLS PERMANENTLY ASSOCIATED BUT DO NOT COMMUNICATE 4 AGGREGATIONS - TEMPORARY COLLECTION OF CELLS THAT COME TOGETHER FOR A PERIOD OF TIME AND SEPARATE

TRUE MULTICELLULARITY 4 COMPOSED OF MANY CELLS THAT ARE PERMANENTLY ASSOCIATED WITH ONE ANOTHER 4 SHOWS DIFFERENTIATION BY DEVELOPING SPECIALIZED FORMS AND FUNCTIONS

COMPLEX MULTICELLULARITY 4 CELLS 4 TISSUES 4 ORGANS 4 ORGAN SYSTEMS

KINGDOM ARCHAEBACTERIA 4 PROKARYOTIC 4 CELL WALL NOT MADE OF PEPTIDOGLYCAN 4 UNICELLULAR 4 AUTOTROPHIC AND HETEROTROPHIC 4 EXAMPLE : METHANE PRODUCING BACTERIA

TYPES OF ARCHAEBACTERIA METHANOGENS 4 OBTAIN ENERGY BY COMBINING H 2 AND CO 2 TO PRODUCE METHANE GAS 4 LIVED DEEP IN MUD SWAMPS 4 POISONED BY O 2

4 THERMOPHILES LIVE IN HOT PLACES 4 HALOPHILES LIVE IN SALTY LAKES 4 ANOTHER TYPE IS FOUND IN HIGH PRESSURE, HIGH ACIDIC ENVIRONMENTS EXTREMOPHILES

NONEXTREME ARCHAEBACTERIA 4 GROW IN THE SAME ENVIRONMENTS THAT BACTERIA DO

EUBACTERIA 4 PROKARYOTIC CELLS –SINGLE CELLED –NO NUCLEUS –NO MEMBRANE BOUND ORGANELLES –CELL WALL: PEPTIDOGLYCAN 4 CAN BE CHEMOSYNTHETIC, PHOTOSYNTHETIC OR HETEROTROPHIC (DECOMPOSERS) 4 EXAMPLES: –BLUE GREEN ALGAE AND BACTERIA

KINGDOM PROTISTA 4 EUKARYOTIC CELLS –USUALLY UNICELLULAR –AUTOTROPHIC OR HETEROTROPHIC 4 EXAMPLES –AMEBA –PARAMECIUM

KINGDOM FUNGI 4 COMPOSED OF THREADLIKE FILAMENTS CALLED HYPHAE 4 UNICELLULAR & MULTICELLULAR 4 CELL WALL : CHITIN 4 HETEROTROPHIC –ABSORBS FOOD 4 EXAMPLES –MUSHROOM –YEAST

KINGDOM PLANTAE MOST HAVE VASCULAR TISSUE TO TRANSPORT WATER AND MINERALS 4 AUTOTROPHIC 4 ATTACHED 4 CELL WALL: CELLULOSE 4 FORM THE BASE OF THE FOOD WEB

KINGDOM ANIMALIA 4 EUKARYOTIC 4 MULTICELLULAR 4 HETEROTROPHIC –INGESTS FOOD