Biological Classification Teacher Resources

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Students learn about binomial nomenclature, the scientific system of classification. In this scientific classification lesson, students work cooperatively to complete a binomial scavenger hunt using the internet and a Visual Thesaurus. Student groups compete against other teams to correctly identify and classify the greatest number of organisms according to their binomial and common names.
In this scientific classification worksheet, students read about classification and the questions scientists ask in order to classify, then read about features of different classifications of animals. Worksheet is informational, no associated activities.
Youngsters create a list of grocery store items and then work together to categorize them as if they were setting up the shelves of the market. Then they are given a box of miscellaneous objects to practice categorizing. With these two experiences under their belts, you can then introduce them to the biological classification system and the use of a dichotomous key for identifying unknown organisms. The lesson is specific to Kentucky wildlife, but can easily be adapted no matter where you live. 
Students understand the definition of binomial nomenclature. In this binomial nomenclature instructional activity, students classify ordinary animals by seeking their scientific names. Students participate in a knowledge hunt using binomial nomenclature.
Seventh graders explain the importance of taxonomy. For this biology lesson, 7th graders classify organisms accordingly. They develop a mnemonic to help them remember taxonomy levels.
Learners are introduced to the concept of classification as it relates to objects, information, and characteristics.  In this classification instructional activity, students research a variety of animals. Learners study the Linnaeus's system of classifying plants and animals on seven levels. Students use the scientific classification system to identify a plant or animal and make significant connections regarding the Latin root based language of each term.
Pupils explore diverse forms of life by using modern biological classification systems to group animals that are related. Students then study basic scientific groupings like genus, species, mammals, fish, birds, amphibians, and reptiles, and pair different vertebrate animals, identifying their common traits.
Tenth graders are introduced to the the use of similarities and differences in the classification process. Students will then learn how biological classification represents how organisms are related, with species being the most fundamental unit of the classification system.
Students develop their own system for classifying a group of objects or organisms using observed similarities and differences. They investigate the process of scientific classification, and explain how marine organisms are classified by scientists.
Students study about the survival and hunting strategies of several different kinds of spiders. They also be introduced to scientific classification of spiders and write a brief report about one of the spider families they observe.
Poor, misunderstood spiders! They are feared, disrespected, and detested by many people, yet they do so many positive things. A great addition to any insect unit, learn about some of the more common spiders, while hopefully dispelling some cases of arachnophobia. After reading about eight common spiders, the class goes in search of these critters to make field observations, some of which may be completed from kids' own homes. As it states in the lesson plan, the spiders should be observed, not touched, and certainly not squished. If a child finds a dangerous spider in his/her home, they should seek out an adult to relocate the spider outdoors; however, most arachnids found in the home actually keep the bug population to a minimum and do more good than harm. While it isn't expected that everyone will come away from the activities loving spiders, hopefully they will have a new appreciation and respect for the little guys. 
Check this out! Part two of a set of slide shows about biological classification; this one zooms in on kindgom plantae and kingdom animalia. Attractive and informational slides cover details that make this most appropriate for advanced biology learners. Not only do they address general characteristics of each kingdom, they touch on reproduction, seed structure, symmetry, evolutionary trends, body cavity formation and embryo development. This may end up being your most preferred presentation!
An in-depth introduction to biological classification is presented at the opening of this presentation, dividing life into six kingdoms. Although it does not address the currently accepted level of domain, it is an outstanding exploration of the criteria for each kingdom and the unique characteristics of archaebacteria, eubacteria, protista, and fungi. Diagrams, graphics, and high-quality color photos enhance learning. Watch out for the final fungi photo; It is disgusting!
Alphabet insects! Who has ever heard of such a thing? Get ready because your class is going to research insects that start with a specific letter of the alphabet. In small groups, they'll use the Internet and reference texts to locate common insects that begin with the assigned letter. Then they are challenged with the task of using insect behavior and physical characteristics to classify all the buggy names they collected during research. This is a great lesson that incorporates several key skill sets and looks like a lot of fun.
Students explore the similarities and differences of animal skulls.
The author of this presentation elaborates on the details of insect classification, information apparently required to become a master gardener in the horticulture program at Oregon State University. Though lengthy (110 slides), it is an outstanding collection of photos, graphs, and diagrams to educate the viewer in basic entomology. Not only could this be used as a resource for horticulture classes, it can even stand as an introduction to a college entomology course. 
Students compare differences in amino acids in the beta hemoglobin from representative primates, complete a matrix of those differences, and from these data, construct and interpret cladograms as they reflect relationships and timing of divergence.
Three lessons and five assessments are contained in this material. Various paper shapes are sorted as a simulation of biological classification. Learners gather a list of living things that they are familiar with and design a classification system for them. The third instructional activity in the series focuses on the outdated kingdom Monera. As long as you teach the more current name for the bacteria, the culturing and examination in this activity is applicable to the taxonomy theme. 
Students compare the different classifications and explore how organisms are grouped.  In this classification instructional activity students study images of organisms and answer questions. 
In this classification activity, students will look at how biological classification began and how scientific names are used in biology. Students will use a table showing the classification of four organisms to answer 10 short answer questions. This activity also contains 6 matching questions and 9 true or false questions.

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