Speciation Teacher Resources

Find Speciation educational ideas and activities

Showing 61 - 80 of 134 resources
Ancient coral beds give scientists clues to past ocean temperatures in much the same way that tree rings indicate historical weather conditions. High school scientists examine coral oxygen isotope ratios and plot the data as a function of the age of the coral. They relate their findings to climate change. Many resource links are included that can lead to extension activities. 
Students perform an experiment to demonstrate the principles of antibody-antigen binding, the secondary immune response, cross reactivity, and complement fixation. The materials to be used include antibodies from a rabbit that was injected once with red cells from a sheep and also one that was injected three times with the red cells from a sheep.
Students are able to use a secchi disk to measure the turbidity of water by determining the depth at which the sechi disk is no longer visible and using the data in a formula to quantify the results. They are able to use Vernier probes to condcut water quality testing for: dissolved oxygen, nitrates, pH, temperature, phosphorous and produce computer printouts of the data collected.
Students discover the uniqueness of deep sea hydrothermal vent organisms through an exploration of the NOAA Galapagos Rift Expedition. They study the genetics and evolution of a shrimp species that lives near the vents then they design another species of shrimp that could survive in a different portion of the rift.
Students investigate genetics and evolution of species. They simulate the breeding of birds using origami birds. In addition, using dice they introduce genetic variation into the species.
In this primate evolution worksheet, high schoolers will review the structures and functions that are characteristic of primates. Students will identify the differences between Old World monkeys, New World monkeys, and prosimians. This worksheet has 5 true or false, 20 matching, 3 fill in the blank, and 5 short answer questions.
In this evolution worksheet, students fill in the blank of 20 statements that describe the hypothesis of why finches from the Galapagos Islands have changed over time.
In this special segments in triangles worksheet, 10th graders solve 86 various types of problems that include determining the measure of various triangles. They draw and label a figure that illustrates each situation. Then, students prove triangles congruent by the given theorem or postulate. They also use the problem-solving strategy of working backward to complete the indirect proof in paragraph form.
Compare various types of biological diversity in a coral reef and calculate a numeric indicator that describes the diversity found in coral communities. Your class can work in groups to look at the abundance and distribution data of species in two communities. This lesson gives the opportunity to study both the biological topics and statistical mechnisms.
High schoolers design an underwater vehicle. In this engineering lesson, students will design an underwater robot that includes specific systems for it to function properly. Each group will present their prototype to the class.
Students write an essay about the coral reefs. In this oceanography lesson, students investigate the reef of Bonaire and compare it to reefs that are not thriving. Students then explore the differences that contribute to the overall health of the coral reefs.
Young scholars explore the concept of paleoclimatological proxies.  In this paleoclimatological proxies activity, students explain isotope ratios in deep water coral samples.  Young scholars write a paragraph about global climate change as it effects their life.
Investigate the theories of human evolution. In this research based lesson, learners research and discuss how geographic isolation, interbreeding, generalization, and specialization are factors in the history of humans. Groups work together to present their research. Many links to resources, extension activities, and vocabulary are provided; however, the mentioned printable copies of activity sheets are not.
Students explore genetic variation within a population. In this genetic adaptation lesson, students investigate the reasons contributing to genetic adaptation. Students collaborate and analyze DNA models. Multiple resources are provided.
AP biology buffs define vocabulary terms and answer critical-thinking questions about evolutionary trends. They compare macroevolution to microevolution, differentiate ploidy possibilities, explain isolation barriers, and more. Thoroughly written, this instructional activity can be used as a textbook reading guide or a note-taking sheet when listening to your lecture on the origin of species.
Find photos of bird beaks or show a prepared four slide PowerPoint, "Extreme Beaks" to introduce your class to this special animal adaptation. Provide them with a data table and supplies to try gathering food with tools that each represent a different style of beak. Class data is compared, and then a discussion is held about the Galapagos Island finches as observed by Charles Darwin. This classic activity is enhanced by the PowerPoint and discussion.
The change in genetic makeup of a species over time is explored in this PowerPoint.  Facts around parent populations, the Hardy Weinberg principle, and selection under different circumstances contributing to an overall change in genetic make-up are presented.  
Seventh graders explore mutation using an interactive webquest. In this biology lesson, 7th graders participate in a simulation of different types of mutation. They identify diseases that result from each mutation.
Students conduct a series of scientific investigation using bioinformatics. In this molecular biology lesson plan, students collect experimental data using different educational softwares. They calculate and analyze relationships using statistics and computer science.
Young scholars describe the anatomy of a virus. In this biology lesson, students compare and contrast the characteristics of bacteria and viruses. They discover the genetic adaptations of viruses over time.

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