Resources › For Educators 5 Classroom Activities That Demonstrate the Theory of Evolution Share Flipboard Email Print Nicholas Veasey/Getty Images For Educators Elementary Education Classroom Organization Reading Strategies Becoming A Teacher Assessments & Tests Secondary Education Special Education Teaching Homeschooling By Heather Scoville Science Expert M.A., Technological Teaching and Learning, Ashford University B.A., Biochemistry and Molecular Biology, Cornell University Heather Scoville is a former medical researcher and current high school science teacher who writes science curriculum for online science courses. our editorial process Heather Scoville Updated July 01, 2019 Students often struggle with understanding the theory of evolution. Since the process takes a long time, evolution is sometimes too abstract for students to grasp. Many learn concepts better through hands-on activities to supplement lectures or discussions. These activities can be stand-alone lab work, illustrations of topics, or stations in a group of activities occurring at the same time: 01 of 05 Evolution 'Telephone' A fun way to help students understand DNA mutations in evolution is the childhood game of Telephone—with an evolution-related twist. This game has several parallels to aspects of evolution. Students will enjoy modeling how microevolution can change a species over time. The message sent through the "telephone" changes as it passes between the students because small mistakes by students accumulate, much like small mutations happen in DNA. In evolution, after enough time passes, mistakes add up to adaptations and can create new species that don't resemble the originals. 02 of 05 The Ideal Species Adaptations allow species to survive environments, and the way these adaptations add up is an important concept of evolution. In this activity, students are assigned environmental conditions and must decide which adaptations would create "ideal" species. Natural selection occurs when members of a species that make favorable adaptations live long enough to pass the genes for those traits to their offspring. Members with unfavorable adaptations don't live long enough to reproduce, so those traits eventually disappear from the gene pool. By "creating" creatures with favorable adaptations, students can demonstrate which adaptations would ensure their species evolve, illustrating the theory of evolution. 03 of 05 Geologic Time Scale For this activity students, in groups or individually, draw the geologic time scale and highlight important events along the timeline. Understanding the appearance of life and the process of evolution through history helps to show how evolution changes species. For perspective on how long life has been evolving, students measure the distance from the point where life first appeared to the appearance of humans or the present day and calculate how many years that has taken. 04 of 05 Imprint Fossils The fossil record provides a glimpse of what life once was like. Imprint fossils are made when organisms leave impressions in mud, clay, or other soft material that hardens over time. These fossils can be examined to learn how the organism lived. The fossil record is a historical catalog of life on Earth. By examining fossils, scientists can determine how life has changed through evolution. Making imprint fossils in class, students see how these fossils outline the history of life. 05 of 05 Understanding Half-Life Half-life, a way of determining the age of substances, is the time it takes for half the atoms in a radioactive sample to decay. For this lesson about half-life, the teacher collects pennies and small covered boxes and has the students place 50 pennies in each box, shake the boxes for 15 seconds, and dump the pennies onto a table. Roughly half the pennies will show tails. Remove those pennies to illustrate that a new substance, "headsium," has been created in 15 seconds, the "half-life." Using half-life allows scientists to date fossils, adding to the fossil record and illustrating how life has changed over time.