Page 63 - Abstract book - TJSSF-2020
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Thailand – Japan Student Science Fair 2020 (TJ-SSF 2020)
                              “Seeding Innovations through Fostering Thailand – Japan Youth Friendship”



                               Changes in plant respiratory volume due to sound


                                                      Oyama Shota
                                                                  1
                                               Advisor: Takayuki Fukuda
                                                                         1

                                              Ritsumeikan Keisho High School
                                              1




               Abstract
               The purpose of my research is to see if plants perceive sounds and change their respiratory volume.
               Sound has various effects, such as stimulating people to increase their concentration, but some reports
               have claimed that it might also affect plants besides humans. In 1968, Dorothy Ria Lak reported that
               classical and rock music influence plant growth.  According to a research report conducted by Nihon
               University on the theme of "the effect of sound on plants," changes in glucose metabolism of plants
               were affected by sound, but details of respiratory volume were not reported. So, I wanted to find out if
               there was a relationship between breathing volume and sound. The experimental method is to cover the
               plant with cardboard to darken it and induce breathing. After waiting for a certain period of time, let
               the plant perceive the sound frequency and measure whether there is a change in the amount of carbon
               dioxide using an air quality monitor. If this experiment is successful, we can see that sound changes the
               respiration rate of plants. Based on the above, my research theme is the change in plant respiratory
               volume due to sound.

               Keywords :  plant respiration, frequency perception


























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