Biological Classification

Slides:



Advertisements
Similar presentations
Biological Classification
Advertisements

Classification CP Biology.
Why classify? Humans have developed classification systems in order to make sense of the abundant biological diversity that exists in nature.
Taxonomy To sort organisms into species To classify species into higher taxonomic levels A taxon is a taxonomic unit at any level; for example “Mammalia”
SYSTEMATICS The study of biological diversity in an evolutionary context encompasses both taxonomy and phylogeny.
KINGDOM ANIMALIA Characteristics of Animals. Seven Levels of Taxonomic Classification Kingdom Phylum Class Order Family Genus Species.
17.1 History of Classification
Biological Classification. Why classify? Humans have developed classification systems in order to make sense of the abundant biological diversity that.
11/1/11-Pick up your book. All current event projects must be turned in BEFORE the bell rings in the plastic bin. Projects turned in after the bell rings.
Biological Classification
Taxonomic Systems Section 9.1.
18-1 Finding Order in Diversity. To study the diversity of life, biologists use a system of classification to logically name and group organisms based.
Classification and Taxonomy
Classification Finding Order in Diversity. Taxonomy Is the science of classifying organisms. Our modern classification system was developed by a Swedish.
Chapter 17: The History and Diversity of Life
TAXONOMY The Science of Classifying Organisms. Why do we need to classify? When you have a lot of information, it is best to organize and group items.
Taxonomy Notes ~ The science of classification. How many different species are there on Earth?
Systematics, Taxonomy, Classification. Systematics The branch of biology that involves classifying living things, both current and prehistoric. It has.
Classification and Taxonomy. Basics of Classification Classification – the division of organisms into groups (classes) based on specific characteristics.
Activity 75: Classifying Animals
17.1 Notes Classification. Classification Notes outline A. Classification Why? Taxonomy Aristotle Linnaeus B. Naming organisms common name scientific.
Classification.
Section 1: The Importance of Classification
Copyright Pearson Prentice Hall
18-1 Finding Order in Diversity
18-1 Finding Order in Diversity
Taxonomy.
Do Now /17/15 What would you call this animal? Are there any other names by which it goes by?
Section 1: The Importance of Classification
Taxonomy.
Section 1: The History of Classification
Organizing Life’s Diversity
Classification.
Taxonomy.
Classification Chapter 18.
Taxonomy Biology 8(A).
Taxonomy.
Classification of Animals
Classification of Living Things
CLASSIFICATION.
Copyright Pearson Prentice Hall
Warm-Up Label the groups used to classify organisms from least specific to most specific. Use the word bank to complete the diagram. class genus order.
Taxonomy.
Biological Classification
Classification of Living Things
Chapter 18 Classification.
Taxonomy.
CLASSIFICATION.
Objective SWBAT describe the levels of biological classification and use binomial nomenclature to describe species.
Classification Chapter 18.
Ch. 18 Classification Taxonomy – science of classifying organisms.
Taxonomy Ch (p ) Taxonomy = grouping organisms according to their characteristics and evolution •People like to classify things; these classifications.
Copyright Pearson Prentice Hall
Study of Life Classification
Unit 1: Organization of Life Chapter 9
Classification of Organisms
Ch. 17 Classification Taxonomy – science of classifying organisms.
Taxonomy.
Taxonomy.
TAXONOMY.
Classification of Animals
Classification.
Taxonomy.
Classification of Living Things
Classification.
18-1 Finding Order in Diversity
Taxonomy is the science of naming and classifying organisms.
Classification.
Classification of Animals
Presentation transcript:

Biological Classification

Why classify? Humans have developed classification systems in order to make sense of the abundant biological diversity that exists in nature.

Taxonomy …the identification, naming, and classification of species Taxonomists spend their time searching for previously unknown organisms, determining their relationships to known organisms, and giving them names.

The Linnaean System of Classification The system is hierarchical. Larger groups are more general and smaller groups are more specific. For example, the phylum Chordata includes both lions and lionfish, but the genus Panthera includes only lions. Chordata Panthera

The Linnaean System of Classification The system is phylogenetic. It is meant to reflect the evolutionary interrelatedness among groups. For example, the grey wolf and the dog both are placed in the genus Canis because of their close evolutionary relationship. Homologous structures are the clues used to assess how closely organisms are related.

A nested hierarchy is the name given to the hierarchical structure of "groups within groups" used to classify organisms. This pattern reflects evolution by common descent.

Seven Levels of Taxonomic Classification Kingdom Phylum Class Order Family Genus Species Seven Levels of Taxonomic Classification

“Kansas Predators Catch Old Furry Grey Squirrels” Kingdom, Phylum…what? An easy way to remember the classification levels: “Kansas Predators Catch Old Furry Grey Squirrels” Try to make up your own!

Seven Levels of Taxonomic Classification for the… Kingdom Phylum Class Order Family Genus Species Seven Levels of Taxonomic Classification for the… Grizzly Bear

Kingdom The most general of the seven levels. Traditionally, biologists have recognized five different kingdoms: Monerans, Protists, Fungi, Plants, Animals

Phylum (plural: phyla) Each kingdom is subdivided into smaller, more specific groups called phyla.

Class Each phylum is subdivided into smaller groups called classes.

Order Each class is subdivided into smaller groups called orders.

Family Each order is subdivided into smaller groups called families.

Genus (plural: genera) Each family is subdivided into smaller groups called genera.

Species Each genus is subdivided into smaller groups called species. The species is the most specific level of classification.

Scientific Names The scientific name (binomial) of an organism contains two parts—the name of the genus and the name of the species.

Writing Scientific Names The rules for writing scientific names: -CAPITALIZE the first letter of the genus name. -Do not capitalize the species name. -Both names must be underlined or italicized. Example: human = Homo sapiens

Seven Levels of Taxonomic Classification for the… Kingdom-Animalia Phylum-Chordata Class-Mammalia Order-Carnivora Family-Felidae Genus-Panthera Species-leo Seven Levels of Taxonomic Classification for the… Lion

Seven Levels of Taxonomic Classification for the… Kingdom-Animalia Phylum-Chordata Class-Mammalia Order-Primates Family-Hominidae Genus-Homo Species-sapiens Seven Levels of Taxonomic Classification for the… Human

Seven Levels of Taxonomic Classification for the… Kingdom-Protista Phylum-Sarcodina Class-Rhizopoda Order-Amoebida Family-Amoebidae Genus-Amoeba Species-proteus Seven Levels of Taxonomic Classification for the… Amoeba

Seven Levels of Taxonomic Classification for the… Kingdom-Animalia Phylum-Chordata Class-Mammalia Order-Carnivora Family-Canidae Genus-Canis Species-familiaris Seven Levels of Taxonomic Classification for the… Dog

Seven Levels of Taxonomic Classification for the… Kingdom-Plantae Phylum-Tracheophyta Class-Anthophyta Order-Asterales Family-Compositae Genus-Taraxacum Species-officinale Seven Levels of Taxonomic Classification for the… Dandelion

Seven Levels of Taxonomic Classification for the… Kingdom: Animalia Phylum: Chordata Class: Mammalia Order: Xenarthra Family: Myrmecophagidae Genus Tamandua Species: tetradactyla Seven Levels of Taxonomic Classification for the… Collared Anteater