Classification Summaries

Slides:



Advertisements
Similar presentations
Diversity of Life: Introduction to Biological Classification
Advertisements

5.5: Classification.
5.5 Classification.
Classification. Taxonomy and Evolution Taxonomy Taxonomy – (a branch of Biology) involves the identification, naming, and classification of species To.
5.5 CLASSIFICATION Ms. TRS.
IB Biology Topic Classification
AP Biology Domain Eubacteria Domain Archaea Domain Eukarya Common ancestor Kingdom: Animals Domain Eukarya.
Animals AP Review. List and describe the 3 groups of mollusks. Bivalves: hinged shells, clams, scallops Cephalopods: have tentacles, squid, octopus Gastropods:
Classification Classification Unit 5 Mr. Tamashiro.
5.5: Classification Pp
Major Animal Phyla Biology 103 Animal Lab.
Domain Eukarya Kingdom Animalia. Coelom? Body cavity - space between digestive tract wall and body wall, surrounded by mesoderm cells, location of organs.
5.5: Classification Topic 5: Ecology & Evolution Miss Friedman.
Kingdom Animalia.
Classification & The Animal Kingdom
Gymnosperms e.g. yellowwoods and cycads
Starter Put these things into groups…. Objectives Outline how organisms are classified and what binomial naming is. Create a key for 10 organisms. Key.
5.5 Classification. i. ii. iii. iv. A. B. C. D.
Review of Plant and Animal Phyla. Bryophyta Short stature plants such as mosses, liverworts, and hornworts Non-vascular because no xylem or phloem No.
Classification of Living Things Living species are placed into groups based on their observed characteristics. They are usually NOT placed into groups.
The Animal Kingdom- 9 Phyla. Terminology  Symmetry- –Divisible into similar halves.
Invertebrates. Definition Sub-Kingdom of Animals Animals that do not have a backbone at anytime during their development There are 8 major phyla of invertebrates.
Classification of Living Things Living species are placed into groups based on their observed characteristics. They are usually NOT placed into groups.
9 Phyla of the Animal Kingdom
Symmetry.
5.5 Classification “ You failed your Latin exam?!! But Sweaty, all you friends names have Latin roots….”
VERTEBRATES (CORDATES): (1 phylum)
5.5 Classification. Taxonomy Taxonomy is the scientific discipline that attempts to identify, classify and name living things.
Essential idea: Species are named and classified using an internationally agreed system. By Chris Paine
Animal Phyla Characteristics Zoology Mrs. McCarthy Monday, February 29, 2016.
Chapter 18- Evolution of Animal Diversity Animals- multicellular, heterotrophic eukaryotes that obtain nutrients by ingestion First animals- – Probably.
What is an Animal? Eukaryotic (complex cells) Multicellular (made of many cells) Heterotroph (obtain food from outside) swallow and digest inside the body.
INVERTEBRATE COMPARATIVE ANATOMY. Invertebrates make up 95% of the animal world. While there is a lot of variation among invertebrates, all of them lack.
How do I classify? What type of greens? What is spineless and slimy ? What has a backbone? Q $100 Q $200 Q $300 Q $400 Q $500 Q $100 Q $200 Q $300 Q $400.
CLASSIFICATION.
ANIMAL PHYLA. Phylum Porifera The name porifera means “pore-bearing” This phylum consists of the sponges.
5.5 Classification Outline the binomial system of nomenclature. Physician Carolus Linnaeus ( ) Each species has two names, to give a precise.
 of_animal_phyla.htm of_animal_phyla.htm.
The Naming and Classification of Life
Classification Photo: Lesser flamingo (Phoeniconaias minor), close-up of eye, by Fred Hoogervorst. From:
5.5 Classification “You failed your Latin exam?!! But Sweaty, all you friends names have Latin roots….”
Unit Four “Evolution, Natural Selection, & Adaptations”
Phylum Porifera Example: Sponges
Name the invertebrate phylum
Introduction to Animals *Invertebrates*
5.3 Classification of biodiversity
45N Invertebrates.
Biology New Bern High School
Invertebrate Phyla ID Game!
5.3 Part 2.
Classification of Biodiversity
CLASSIFICATION Topic 5.5 IB Biology Miss Werba.
5.5 Classification Taxonomy.
Topic 5: Ecology and evolution
ANIMAL PHYLA.
Kingdom Animalia Characteristics
Major Animal Phyla Porifera, Cnidaria, Platyhelminthes, Annelida, Mollusca, Arthropoda, Echinodermata, and Chordata.
Kingdom Animalia Characteristics
THE ANIMAL KINGDOM.
5.5 Classification.
INVERTEBRATES.
PHYLUM PORIFERA Sponges Asymmetrical- no symmetry
5.3 Classification of biodiversity
Invertebrates.
Classification of Biodiversity
Plant Classification.
Topic 5.3 – Classification and Biodiversity
Kingdom Animalia.
Classification Summaries
Kingdom Animalia.
Presentation transcript:

Classification Summaries Use the answer keys to make corrections or additions to the summaries you have completed. Keep the summaries in your IB notebook under the Evolution tab.

Reproductive structures 5.3.A2 Recognition features of bryophyta, filicinophyta, coniferophyta and angiospermophyta. Leaves, roots and stems Vascular tissue Reproductive structures Bryophytes (mosses, hornworts and liverworts) No roots, but structures similar to root hairs called rhizoids Mosses have simple leaves and stems Liverworts have a flattened thallus None Spores produced in capsules, which develop at the end of a stalk Filicinophytes (ferns) Roots present Short non-woody stems. Leaves usually divided into pairs of leaflets Yes Spores produced in sporangia on the underside of the leaves Coniferophytes (conifer shrubs and trees) Roots, present Woody stems Leaves usually narrow with a thick waxy cuticle Seeds develop from ovules in female cones. Male cones produce pollen. Angiospermophytes (flowering plants) Leaves and roots variable in structure Stems maybe woody (shrubs and trees) Seeds develop from ovules in ovaries, inside flowers. Seeds are dispersed by fruits which develop from the ovaries.

5.3.A3 Recognition features of porifera, cnidaria, platylhelmintha, annelida, mollusca, arthropoda and chordata. A summary of key features that can be used to distinguish between animal phyla Symmetry Segmentation Digestive tract (mouth or anus) Other features porifera (sponges) None No mouth or anus Porous attached to rocks Filter feeder cnidaria (corals, jellyfish, sea anemones, hydras) Radial Mouth but no anus Stinging cells Tentacles platylhelmintha (flatworms - flukes, tapeworms ) Bilateral Flattened body annelida (earthworms, leeches) Very segmented Mouth and anus bristles often present Mollusca (oyster, snails, octopus) Non-visible segmentation Most have shell made of CaCO3 Arthropoda (insects - ant, scorpion, crab, spider) Segmented Exoskeleton jointed appendages Chordata (fish, birds, mammals) notochord hollow dorsal nerve cord (some have ) pharyngeal slits & muscular, postanal tail

5.3.A3 Recognition features of porifera, cnidaria, platylhelmintha, annelida, mollusca, arthropoda and chordata. A summary of key features that can be used to distinguish between animal phyla Symmetry Segmentation Digestive tract (mouth or anus) Other features porifera (sponges) None No mouth or anus Porous attached to rocks Filter feeder cnidaria (corals, jellyfish, sea anemones, hydras) Radial Mouth but no anus Stinging cells Tentacles platylhelmintha (flatworms - flukes, tapeworms ) Bilateral Flattened body annelida (earthworms, leeches) Very segmented Mouth and anus bristles often present Mollusca (oyster, snails, octopus) Non-visible segmentation Most have shell made of CaCO3 Arthropoda (insects - ant, scorpion, crab, spider) Segmented Exoskeleton jointed appendages Chordata (fish, birds, mammals) notochord hollow dorsal nerve cord (some have ) pharyngeal slits & muscular, postanal tail