Skip to main content

The Effect of Music on Plant Growth and Pests

I have been a college teacher and journalist. As a freelance content writer, I research the subject to write without prejudice and malice.



My 19-year-old son plays his guitar on one particular balcony in our home. One day he observed that the plants on that balcony had grown better than others in the house, even after the same watering. Curious, he came to me with a hypothesis; could the plants be growing better because of the music?

I had read about the influence of music on the growth of plants. I told him that music affects man, animals, and plants; EEG reports, hormone levels, and cell growth all show evidence of that influence. This article presents some views on how music can affect plants which have been introduced and supported by scientists over the past century. Let's take a deeper look now!

The Green Music

It combines the classical music base with the natural sounds of songbirds, insects, water, the wind, etc. It increased the seed germination, growth, yield, and metabolism of plants in the same way as the music increased the milk yield of cows.

Different plants like different sounds, as the cricket or insect sounds increased the growth, yield, and nutrition of oyster mushrooms. The cuckoo-insect mixed music of 400 Hz was found to increase the growth and height of cowpea plants.

The Effects of Words on Plants

Just asking the plants to grow better increases their growth. After two months of talking, the weight of plants and fruits increased. But the effect of good and bad words was the same. The saying of prayers increased the wheat yield by 670 Kg/hectare. The height of plants increased 64% more by saying Gayatri Mantra for 5-10 minutes every day.

This metallic tube named after Heinrich Rubens has a long line of small holes in which propane is sparked up to get a long row of uniform flames. When a speaker is placed at one end, the compression and rarefaction create pressure difference.

This metallic tube named after Heinrich Rubens has a long line of small holes in which propane is sparked up to get a long row of uniform flames. When a speaker is placed at one end, the compression and rarefaction create pressure difference.

Feelings in Plants

Animal and plant stimuli appear in their reactions. Plants are living organisms, and they can feel and sense, as the 'touch me not' plant recoils and folds its leaves at a slight touch. Some plants jolt in pain on plucking the leaf, while some shudder in anticipation of being axed.

The cells that sense vibration shift and vibrate during their formation to encourage plant growth. These vibrations could be caused by sound.

Scientific Theories

The Indian scientist Sir Jagdish Chandra Bose studied the effect of environment and music on plants. He found their response to light, cold, heat, noise, darkness, and a nurturing attitude.

His vital theory of 1927 explains that the electrical and mechanical pulses of living cells cause the ascent of sap in plants. The theory of Dixon and Joly also confirmed these plant stimuli.

In 1995, Canny found with a crescograph that plant and animal tissues are the same. The response of plants to various stimuli is similar to that of the nervous system. He confirmed that music increases and noise decreases plant growth. He revolutionized biophysics by proving that it is not the chemical but the electrical conduction which causes plant stimuli.

Wildon found changes in cell membranes due to microwaves and temperature or chemical inhibitors affecting the plant stimuli. He proved that plants understand pain and affection.

How Music Influences Plants

The musical sounds influence plant growth in different forms and shapes as follows.

1. Gene Activation

Specific sound frequencies activate certain genes to increase the growth of plant cells.

2. Sound Resonance

Every object has its own resonant frequency, and the resonance occurs when this frequency is played, as the breaking of window panes. The resonance occurs at molecular levels when the frequencies of music and plant cells match.

3. Effect on Stomata

The exchange of carbon dioxide and oxygen between the environment and plant leads to growth. The air openings in the leaf cells called stomata stimulate such exchange. The music helps the stomata to remain wide open for an increased intake of foliage nutrients and water. Dan Carlson has used this technique in Sonic Bloom.

4. Effect on Cell Organelles

The fluid moves more rapidly and is intensely stirred around resonating objects. Certain frequencies create resonance in the cell organelles of living organisms by increasing the movement of cytoplasm within the cells, which leads to the growth of cells.

5. Cavitation

It is the creation of micro-bubbles inside the liquids by certain frequencies. These bubbles resonate with sound, and pressure is created when they collapse. This pressure damages the contents, walls, and surroundings of cells. The resonant oscillations of bubbles cause micro currents that move the cytoplasm, molecules, and proteins within the cells.

6. Pressure Propagation

The sound pressure could be felt by placing the hands on the speaker. The compression and rarefaction of sound create a wave which travels in the medium by creating higher and lower pressure areas. Different vibrating patterns create a high or low pitch.

Plant cells feel the pressure of different vibrations and the variations and exposure time, which stimulate growth, diffusion, and stirring of liquid or air molecules in cells.

7. Movement of Protoplasm

Living organisms are composed of protoplasm, which constantly moves. This movement is lowest at dawn and dusk. The sounds vibrate the leaves and increase this movement, increasing the growth of healthy plants by increasing the synthesis of food and nutrients.

8. Plant Hormone

The loud warble sound doubled the growth of dwarf pea plants. The plant hormone called gibberellic acid responds to sound and causes shoot elongation or seed germination. The effect disappeared when chemicals stopped its biosynthesis.

Cavitation Explained

The Protein Synthesis in Plants

The plants prepare their amino acids during photosynthesis, and the chain of amino acids forms proteins.

The DNA contains the genetic program of each cell to build specific proteins for amino acids. For this purpose, the messenger RNA or mRNA comes from the DNA with a copy of the information.

With this information, the transfer RNA or tRNA in the cell carries the amino acids and brings them one by one to the ribosome to get attached to another amino acid to form a chain, and thus the protein is formed.

The Scale Resonance Theory of Joel Sternheimer

This theory was given by the French physicist and musician Joel Sternheimer, the student of the famous physicist Louis De Broglie. He extended the De Broglie's wave theory and found music in the vibration patterns of elementary particles, and discovered how sound affects the protein biosynthesis in plants.

He found that the amino acid emits a signal when it is being brought by its tRNA to be linked onto the ribosome. This signal or quantum wave called scaling links the scale of each amino acid to the scale of processing protein.

When a wave is emitted from an amino acid, the second slower wave arrives after a time twice as long, and a third one thrice as long, and so on. The periodic superposition of waves occurs when a chain of amino acids is formed.

The successive waves were converted into audible sound by transposing them into octaves in a synthesizer. These protein melodies create scale resonance in plants and animals.

Music for Plants

The Plant Melodies of Joel Sternheimer

Plant melodies are the multiple frequencies that occur when amino acids form proteins. Each note and tune correspond to a particular amino acid and the entire protein chain.

The order of sequences gives a unique tune for producing specific or similar proteins in a particular plant. The length of the musical note is equal to the actual time taken by each amino acid to get attached to a chain.

Melodies for Weedicides

The same phase melodies promote protein biosynthesis, while those in the opposite phase oppose it. So the growth of desirable plants is increased, and that of undesirable ones or weeds is inhibited.


These short notes are played only once a day. The tones for four amino acids are played per second. Playing six melodies for three minutes a day made the tomatoes sweeter and 2.5 times larger.


Sound sequences can affect the health of human beings.

Plant Music by Mort Garson (1976)

Different Effects of Sound

Different frequencies affect different plants differently at different stages of growth. They,

1.) Decreased the biomass production of yeast cells by 14%,

2.) Increased the fruit size of edible mushrooms by 43.3%,

3.) Extended the picking period of edible mushrooms by 3-8 days,

4.) Reduced the amount of chemical fertilizer and pesticide by 15 to 25%,

5.) Decreased the diseases of the plants and improved the plant immune systems,

6) Helped to get the herbicides into the plant.

The music of guitar or violin, played for about 30 minutes morning and evening,

a) Increased the yield and quality of wheat grain.

b) Germinated straighter flower plants of long-lasting and abundant flowers in striking colors.

c) Increased the quality and yield of various vegetables, sugarcane, and rice.

The Increased Yield

In callus cells or the cells that cover the plant wound, the sound at 1000 Hz and 100 dB at 20 cm for 1 hour increased the cell division, RNA content, growth, sugar contents, enzymes, and hormones.

The variable frequency generator of 60-2000 Hz and 50-120 dB at 50-100 meters increased plant immunity against diseases, insects, and pests. The frequency, when adjusted according to the temperature and humidity for 1- 3 hours in the morning, increased the yield of different crops as follows,

a) Sweet pepper by 30.05%

b) Cucumber by 37.1%

c) Tomato by 13.9%,

d) Lettuce by 19.6%

e) Spinach by 22.7 %

f) Cotton by 11.4%

g) Rice in pots by 25.0 %

h) Rice in the open field by 5.7%

i) Wheat by 17.0%

j) Edible mushrooms by 15.8%

k) Yeast cells by 12%

l) Treated cotton by 12.7%

m) Spinach by 22.7 %

Ultrasound and Plants

The sound vibrations pass through the plants and affect the growth at the sub-molecular level. The sound frequencies are,

1) The subsonic or infrasound frequency up to 20 Hz resulting even from a slight pressure of a hydraulic jack.

2) The audible frequency of 20-20,000 Hz could be heard by human beings, but women can hear beyond this range.

3) Ultrasound frequency above 20,000 Hz is beyond the audible range and ultrasonic thermal radiations are felt as heat.

The ultra and infrasounds interact with tissues and cells through thermal or mechanical ways. The animals and insects produce and hear sounds beyond the human range.

Charles Darwin explored the effect of sound on plants but failed, as he used the audible range. The effect was found by the electronic oscillators of 20,000 to 50,000 Hz.

In bright sunlight, the ultrasounds stimulated the enzymes and respiration of plants and seeds of barley, sunflower, spruce, jack pine, pea, etc.

The frequency of 20,000 Hz gives the highest growth, but the best sound is of 5,000 Hz. The sound at 400-800 Hz at 100 dB an hour every day is best for seed germination.

Sound Hazards

The various sound frequencies cause,

1) Noise pollution,

2) Severe health problems in animals like reduced appetite, loss of weight and sometimes death,

3) Increased pollination by birds,

4) Less seed dispersal by animals,

5) Unknown environmental effects,

6) Earsplitting for pets.

Precautions against Sound Hazards

1. Use it early in the morning between 5 to 9 AM

2. Decrease sound pressure by increasing the interaction area

3. Remove the confusion about frequencies and exposure time

4. The foliage spray of nutrients after sound waves gives good results.

5. The tweeter is better, as the conventional speaker cannot play high frequencies.

Music as a Fertilizer

The ultraviolet light, heat, mechanical devices, hormone supplements, and fertilizers help in plant growth but the chemicals damage the environment and plants.

But the cheap and non-polluting sound increases production strengthens the immune system and decreases the use of fertilizers, pesticides, and herbicides by 50%.

Sheath Blight in Rice

Sheath Blight in Rice

Melodies for Pests

1. The sound strengthens the pest immunity by creating stress among plant insects.

2. The classical music reduced the 30 days lifespan of male Drosophila Melanogaster and that of the spider mites.

3. The sound of 3-5 K Hz attracts birds and butterflies to prey upon mosquitoes and pests.

4. The sound of 55 Hz and 120 dB for half an hour reduced the major threat to citrus fruits by 45% by killing the Chinese citrus fly. It also decreased several viruses, gray molds, late blight, etc.

5. The mosaic virus in tomato plants was reduced as the enzymes for the virus were not synthesized.

6. The green music decreased the aphid or plant lice damage to cabbage and sheath blight in rice by 50%.

7. The damage by corn borer moths got reduced from 50% to 5% by the sound of 5 K Hz from sunrise to sunset, while the higher frequencies controlled the insects in stored wheat.

Music of Wind Chime

The wind chime can create natural sound frequencies of nature.

They resonate with the frequency of 432 Hz.

These are made of the tubes of stainless steel which are fitted on the hardwood.

The length of the biggest tube is around 110 cm.

These large wind chimes sound like the bells of a church.

All the tubes are tuned to the musical notes in harmony with 432 Hz.

This sound of chimes brings balance and harmony in the surrounding.

The Findings of Dr. Singh

After several experiments, he found that harmonic sound of Indian ragas and classical music increased,

1. The genetic chromosomes of some water plants and the growth of flowers.

2. The production of peanuts, and tobacco by 50%, the yield of vegetables by 40%, the height and biomass of balsam plants by 20% and 72% respectively and the size of field crops up to 60%.

3. The growth, flowering, fruiting and seeds of plants.

4. The thickness of epidermal walls by 50% and the number of stomata per unit area by 67%.
5. The yield of several varieties of rice and the growth of seeds, leaves and saplings of wheat up to 60%.

Classical V/S Alternative Music


The Earliest Experiments of T.C.N. Singh

In 1950, Professor Julian Huxley, the brother of novelist Aldous Huxley came to Annamalai University at Madras in India. He found Dr. T.C.N Singh, the head of the Department of Botany, observing the effect of sound on the live movement of protoplasm in the cells of the transparent leaves of Hydrilla, an aquatic weed.

This movement or streaming of protoplasm generally increases after sunrise and it activates the cell metabolism needed for plant growth. He successfully moved the protoplasm at its afternoon speed by an electric tuning fork placed 6 feet from the leaves for half an hour before sunrise.

The same results were found by flute, violin, harmonium, sitar and the high pitched south Indian violin music at 100-600 Hz.

In the absence of music the petunias, daisies, and marigold bloomed two weeks earlier by the rhythmic feet vibrations of Bharata-Natyam, the ancient classical dance.

At the same time, Eugene Canby in Canada confirmed the 66%increase in the wheat yield due to violin sonatas.

The Research of Dorothy

In 1973, Dorothy Retallack, the researcher at the Colorado Woman’s College Denver, conducted a detailed scientific research effect of music on plants. She explained the results of her experiments in her book, The Sound of Music and Plants” and found that the continuous music killed the plants. But the fading flowers get a new lease of life and blossom to fullest in presence of soft music.

What Type of Music

The effect depends on plant species, type of music, and the frequency, duration, or pressure of sound. The fewer beats of higher frequencies per minute increase the yields. Use small capacitors to increases the frequency in personal experiments or change the timing and the pitch.

Types of Instruments

The same music on string instruments bent the plants more towards the speaker than the percussion instruments. The sounds of 115-250 Hz stimulate those plant genes that respond to visible light for photosynthesis.

Rock Music

The music heavy on basses like rap, Beatles, and noisy Rock damages the plants as is done by excess water or strong winds. The plants lean away from such music and sometimes die.

According to the Medical Association of California, the amplified hard rock music caused permanent hearing loss in 41 out of 43 musicians.

Classical Music

The plants entwined the speakers playing Hayden, Beethoven, Brahms, Schubert, Mozart, Vivaldi, Mahler, Bach, and Indian Classical Music or Ragas or Vedic music. The plants grow better, large, uniform, and lush green with healthy stems in such soft music.

Heavy Metal

The heavy metal, new age, and Celtic music increase the plant mass and fruit taste.

Country and Western Music

Plants remained indifferent to such music.

Jazz Music

It also leads to increased growth.

The Sonic Bloom, Plant Growth and Pests

Dan Carlson in the USA used the sound of an oscillating frequency generator to open the leaf stomata to increase the plant metabolism by the nutrient spray. The absorption of nutrients increases through these open breathing holes.

This sound of 3 to 5000 Hz resembles the sound of bird songs at dawn.

Type of Nutrient Spray

The intake doubles or triples by sound stimulation, so the spray should be natural, organic, and non-toxic, containing few minerals and amino acids. The plant extract or seaweed-based spray without additives is the best.

The Benefits

This method increases,

1.) The harvest and the contents of its nutrients,

2.) The taste, size, and shelf or storage life of vegetables and fruits,

3.) The rapid growth and health of plants, trees, herbs, fruits, and flowers,

4.) The seed germination, roots, and plant growth,

5.) The production of nuts and walnuts,

6.) The movement of protoplasm in the cells,

7.) The consistency in the size of fruits and vegetables,

8.) The plant adaptations in an alien environment and unfavorable climate,

9.) The immunity and resistance to pests and diseases,

10.) The frost resistance and reduces cell damage,

11.) The nutrient intake by 50-700%,

12.) The benefits of market competition by reducing the growing season from 1-3 weeks.


Use the sound every day or during the foliage spray at dawn or dusk.

Do not spray more than once a week.

The sound should begin 30 minutes before and stop 2 hours after the spray.

This method is not a substitute for regular fertilization.

Don’t play the sound at midday in summers, as it increases water loss by evaporation.

Effect on Vineyards

The nonstop, non-repetitive classical baroque music played in vineyard and wine cellar for a week produced stronger roots and better fruits. It kept the pests away, produced more fungi and bacteria in the soil, increased the shoot growth, plant health, total leaf area per vine, and the sugar content in grapes.


The insect sounds and insect-music mixed sounds increased the plant growth in which the latter was better. With exception to soybean, it increased the overall growth of cabbage, green-grocery, etc.


Not the yield, but the growth, strength, leaf color and immunity of plants increased and the flowers and fruits appeared a week earlier.


It increased the sugar levels, protein synthesis, division, and growth of callus cells, plant tissues, roots, and flowers.


The seedling grew more rapidly; the plant doubled in 2 weeks and increased 90-150% more in 4 weeks. The production of growth hormone increased with 1 watt sound of 5 kHz for 12 hours daily.


The sound increased the seed sprouting, uniform plant growth, strong corn, and 20 bushels more per acre.

New Science for Healthy Plant Growth

The Response of Plants to Music

The plants absorb, resonate, and produce sound waves of 50-120 Hz. To study the response of plants, an electronic gadget called Plantone has been developed in Japan. The device measures the electrical activity due to sound and registers its response in plants.

When two sensor clips are attached to plant leaves, the red light shows the positive response of a strong electrical current within the cells. The green light is for the negative response of weak electrical signals or high volume and frequency.

The Plantone device

Plants Play Music

The Musical Instrument Digital Interface (MIDI) converts the biological signals of plants into music.

The changes in the leaf-like response to light etc., are assigned a random number corresponding to a musical note.

These electrical signals are wired to the hardware, converted into MIDI, and sent to the software to compose the electronic music.

5 pins DIN connector MIDI ports and cable

5 pins DIN connector MIDI ports and cable

Books to Be Read About Music and Plants

1. ‘The Variation of Animals and Plants under Domestication', written by Charles Darwin in 1868.

2. The 'Response in the Living and Non-Living' and ‘The Nervous Mechanism of Plants' in 1902 1926 respectively by Sir Jagdish Chandra Bose.

3. ‘The Sound and Music of Plants’ by Dorothy Retallack in 1973.

4. ‘The Secret Life of Plants’, by Harper and Row in 1989.

Possibilities in the Future

1. Different plants show different responses to music in different stages of growth. So, further studies in the field are needed.

2. Certain sound frequencies are to be found to increase and inhibit the growth of desirable and undesirable plants respectively.

3. This method has to be perfected and popularized to increase global production.

4. The present data is not sufficient and further scientific study is needed for accurate results.

5. Further Reading- The Effect of Music on Human Health and Brain Growth.

This content is accurate and true to the best of the author’s knowledge and is not meant to substitute for formal and individualized advice from a qualified professional.

Questions & Answers

Question: What are the effects of rock music on plants?

Answer: It has been found that the plants do not show a positive inclination towards rock music. Strangely, they prefer light sounds and classical music.

Question: Does music affect hair growth and what frequencies are involved?

Answer: Binaural Beats increase the revival of the hair follicles on the scalp by allowing the nerves to regenerate at the root of the hair. The desired frequencies are recreated by the frequency modulators. It is 432 Hz.

Question: I don't see much on how infrasound, below 20 Hz affects the growth of plants and seed production. Are there experiments done with very low frequencies below 20 HZ?

Answer: Yes, there has been sufficient research to testify that certain frequencies produce the desired results. Even the seeds are subjected to certain levels of sounds before sowing.

© 2014 Sanjay Sharma


Sanjay Sharma (author) from Mandi (HP) India on February 29, 2020:

Thanks, Sean for the visit and the comment. Just wait and watch. Observe two specimen, one with and another without music.

Sean on February 26, 2020:

I've been playing music to help my plants grow but my Dad doesn't believe me when I tell him

Sanjay Sharma (author) from Mandi (HP) India on November 14, 2019:

Thanks, Sulis fr the visit and the comment. The field is still unexplored. Please do share your experiences.

Sanjay Sharma (author) from Mandi (HP) India on February 21, 2018:

Thanks Ben for the visit and the comment. The sources are, “The Sound of Music and Plants” by Dorothy Retallack, and the research of Dr. T.C.N Singh, and The Sonic Bloom by Dan Carlson.

Ben on February 14, 2018:

Dear Sanjay,

Congrats in your work, I really liked the content.

Im looking forward to write something regarding to relationship between music and plants. Can you please prove you references for your article?



Sanjay Sharma (author) from Mandi (HP) India on June 05, 2017:

Thanks Sulis for the visit and the comment.

Sulis on June 05, 2017:

Very good and usefull article. Now, I'm trying to plant some vegetables. This article encourages me to do so. Thanks for writting this article.

Sanjay Sharma (author) from Mandi (HP) India on January 04, 2017:

Thanks CosmoGuru for the visit and the comment. You are right, the effects of music on plants and pests are amazing.

Sanjay Sharma (author) from Mandi (HP) India on January 04, 2017:

Thanks Laughing Ananas for the visit and the comment. Thanks for mentioning about the article in your blog.

CosmoGuru from Ahmedabad on June 19, 2015:

Really Good Job. Sounds very Interesting...

Sanjay Sharma (author) from Mandi (HP) India on February 04, 2015:

Thanks peachpurple for the visit and you can conduct your own experiments on the effects of music on plants. The field is still wide open.

peachy from Home Sweet Home on February 04, 2015:

i must put on the radio while my plants are swaving

Sanjay Sharma (author) from Mandi (HP) India on November 24, 2014:

Thanks aviannovice for the visit and the comment. I am fascinated with the subject too.

Deb Hirt from Stillwater, OK on November 21, 2014:

Country and western music has the same effect for plants that it likely does me--it makes me want to sleep. Very informative and fascinating article.

Sanjay Sharma (author) from Mandi (HP) India on October 21, 2014:

Thanks teaches12345 for the visit. You can have your own experiments, as enough data is not available on the subject.

Sanjay Sharma (author) from Mandi (HP) India on October 21, 2014:

Thanks someonewhoknows for the visit. You can find out the notes made by insect eating plant by the use of Musical Instrument Digital Interface (MIDI), which converts the biological signals of plants into music.

Sanjay Sharma (author) from Mandi (HP) India on October 21, 2014:

Thanks cheeluarv for the compliment, and I am glad you likes the post.

Sanjay Sharma (author) from Mandi (HP) India on October 21, 2014:

Thanks MizBejabbers for the visit and the comment. The plants need regular doses of music and the effects becomes visible after several months.

Dianna Mendez on October 19, 2014:

What a fascinating post and so well written. I should start playing music on my back patio to attract the birds and eliminate the pests. Thank you for this information.

SALVAONEGIANNAOLCOM from south and west of canada,north of ohio on October 18, 2014:

I'm wondering what kind of music an insect eating plant makes?

cheeluarv from INDIA on October 17, 2014:

Interesting topic, with detailed study and examples.Good work. Voted up.

Doris James MizBejabbers from Beautiful South on October 17, 2014:

That is the most comprehensive technical explanation I’ve ever read on music stimulation of plants. It’s kind of like reading a medical manual on how the human body works. Of course, in metaphysics it is believed that plants are souls just like animals and this music affects the soul of the plant, which in turn, affects the body.

My husband, of strong Cherokee lineage, plays the Native American flute. He started a bell pepper plant from a cutting and kept it under a special grow light. He also played his flute daily to the plant. It started blooming, and he thought it would be more healthy outside with the rest of the potted vegetables. The plant produced a couple of peppers and died, so I guess it needed the daily dose of music.

The part about pests is very interesting. I wish somebody would tell me what music to play to rid my cats of fleas. Voted up++

Sanjay Sharma (author) from Mandi (HP) India on October 17, 2014:

Thanks for the compliment billybuc. I think it would be helpful to you for your experiments.

Bill Holland from Olympia, WA on October 17, 2014:

That was fascinating, and you did a marvelous job of constructing this articles. Well done!

Sanjay Sharma (author) from Mandi (HP) India on October 17, 2014:

Thanks Jodah for the visit and the comment. I am glad you likes the hub.

John Hansen from Australia (Gondwana Land) on October 17, 2014:

Wow what a comprehensive and truly remarkable hub. I thought plants could respond to pain and music or being spoken too but you presented so much information and proof of that. Voted up for shore, a very interesting read.