PPT-CLASSIFICATION/TAXONOMY

Standard SB3 Classification and diversity EQ How do we classify things Write down as many things or areas that you can classify at school in the classroom in the gym at home Eg Types of clothes color of shoes sports equipment cars etc. A. Introduction. 1. Taxonomy – the science that’s studies organisms with the intent of arranging them into groups . 2. Identification – the process of characterizing new organisms. 3. Classification – the process of arranging organisms into related groups so they are more easily identified and studied. We currently utilize the hierarchy of classification that is accepted worldwide. Classifying Living Things . Scientists identify, define, and name species of organisms . A . species. is a group of organisms that share similar physical features, are genetically similar, and . can reproduce with one another to produce a viable offspring.. Kingdoms, Domains, and Dichotomous Keys. Kristen Hayes 100422726. Cameron . Yakeley. 100429008. Agenda . Introductory Activity - Classifying Aliens!. The History of Taxonomy and Linnaean Taxonomical . 4/30/14. Scientists classify millions of species. 400. years ago, scientists believed that . related. animals looked alike, and classified animals based upon their . appearance. and behavior. . Classification and . Biologists use a system of . scientific. . classification. . to organize information about the diversity of living things. .. classified organisms as either . animals. or . plants. .. . Animals were classified according to the where they lived.. Classification Unit. Taxonomy and Classification Unit. Taxonomy and Classification Unit. Areas of Focus within The Taxonomy and Classification Unit:. Taxonomy, Classification, Need for Taxonomy vs. Common Names, What is a Species?, Dichotomous Keys, What does Classification Use?, The Domains of Life, Kingdoms of . How organisms . are identified, grouped and named. Taxonomy. The study of classifying and naming organisms . Between 10 million to 1 billion species of bacteria. Between 65, 000 to 200,000 species of . Section 1 - Biodiversity. Biologists have named and classified almost 2 million species. They believe the total is much greater.. Various methods of classification have been used to organize their knowledge of the tremendous number of species. Species have been placed in categories based on particular characteristics.. Clicker Review. From the following list of common and scientific names determine which pair represents the two most closely related plants.. Scarlet runner bean and castor . bean. Potato bean and broad . Authority. : International Committee on Taxonomy of . Viruses.. . http. ://. www.ictvdb.org/index.htm. Taxonomic . groups: Order. Family. Subfamily. Taxonomy. (. Greek: taxis = arrangement; . nomos. = . law) AND is . further divided into three working groups: . Classification. , . Identification. and . Nomenclature. . . Classification. : . placing organisms within groups with members exhibiting . Summary. This lesson will introduce students to the classification of living things, how animals are grouped and why all living things have a scientific name. . Content Area . Life Science, Biology. Grade Level . Associate Professor. J. N. . College,Boko. Alpha(Classical), Omega(Modern) and . Cladistic. Taxonomy. Difference between Alpha & Omega Taxonomy. Modern trends in taxonomy. . Taxonomists now accept that, the morphological characters alone should not be considered in systematic classification of plants. The complete knowledge of taxonomy is possible with the principles of various disciplines like Cytology, Genetics, Anatomy, Physiology, Geographical Distribution, Embryology, Ecology, Palynology, Phenology, Bio-Chemistry, Numerical Taxonomy and Transplant Experiments. These have been found to be useful in solving some of the taxonomical problems by providing additional characters. It has changed the face of classification from alpha (classical) to omega (modern kind). Thus the new systematic has evolved into a better taxonomy.. Dr. Habibur Rahman, Associate Professor, J. N. College, Boko. Aims of Taxonomy. . To provide a convenient method of identification and communication.. . To provide classification which is based on natural affinities of organisms, as far as possible..