Listening to the Living World: Music of the Plants and the Future of Nature-Based Healing
There is a piñon pine near Tsankawi that I have returned to many times. It stands rooted in volcanic tuff above a canyon that has held human life for centuries. Each time I arrive, something in me settles before I've even done anything — before I've breathed intentionally, before I've opened a HeartMath app, before I've spoken a word. Something in my nervous system registers the presence of that tree and exhales.
What if that exchange is more mutual than we've imagined? What if the tree, in its quiet electrical life, is not merely backdrop — but participant?
This is the question that the emerging practice of Music of the Plants has opened for me, and it's one I'm actively exploring as a new dimension of my Living Resonance offerings.
What Is Music of the Plants?
Music of the Plants is a biosonification device with roots stretching back over four decades. Since the late 1970s, in the world-renowned cultural community of Damanhur in the Alpine foothills of northern Italy — home to scientists, doctors, researchers, and artists dedicated to understanding nature as a living, intelligent force — researchers developed a device that translates the electromagnetic impulses of plants into melodies. Music of the Plants
I'm fortunate to own one of these devices, and working with it has been one of the most quietly astonishing experiences of my practice. The instrument perceives electromagnetic variations from the surface of plant leaves to the root system and translates them into sound. The result is a continuously evolving, generative soundscape that shifts in real time as the plant responds to light, temperature, touch, water movement, and the presence of living beings nearby. Brigid's Way
Damanhur researchers discovered that the pulse streams of each organism are unique — each plant manifesting its own individual biological "signature sound." Over time, plants appear to learn that the sounds emitted by the device are a consequence of their own electrical activity, and begin to modulate their responses accordingly. Damanhur Foundation
The tones are soft and flowing — imagine a constantly evolving ambient piece with airy textures, soft melodies, and unpredictable patterns that shift as the plant responds to changes in its environment. It is less about verses and choruses, and more about atmosphere. Rareform Audio
Plants as Living, Responsive Systems
To truly appreciate what we're listening to, it helps to understand just how sophisticated plant biology has proven to be. The field of plant signaling and behavior has accelerated remarkably in recent years. Research is rapidly advancing in the emerging areas of plant behavior, unveiling novel frontiers in signaling, communication, and cognition, with recent breakthroughs illuminating the intricate and dynamic nature of plant interactions. nih
The current working hypothesis in plant neurobiology is that cellular electric excitability and propagation are partially responsible for the capacity of plants to respond to changing environmental conditions as globally organized and coherent units, rather than as a simple collection of independent stimulus-response mechanisms. Wiley Online Library
More intriguing still, emerging research suggests that these bioelectrical responses may extend to detecting the presence of other living beings. A five-year investigation into human-plant bioelectromagnetic communication found that plant bioelectric signals showed distinct patterns during human speech versus silence, with a jazz musician emotion study documenting correlation between musician emotional state and plant bioelectric activity, as well as audience proximity effects on plant signal characteristics. arxiv
A separate machine learning study examining plant bioelectric recordings found that plants exhibited modest but statistically detectable bioelectric differences in the presence of nearby human movement compared to control conditions — a finding that, while preliminary, gestures toward something many nature practitioners already sense: that we are not separate from the living systems around us. We are in relationship with them. nih
I want to be transparent here: the science of plant bioelectricity and human-plant interaction is actively evolving, and robust peer-reviewed evidence for many of the more extraordinary claims in this space is still emerging. What we do have solid evidence for is what happens to us when we step into presence with nature — and that is compelling enough on its own.
What Happens to the Nervous System
Whatever the full story of plant bioelectricity turns out to be, the physiological effects of immersing ourselves in nature's acoustic world are increasingly well-documented.
A 2024 systematic review and meta-analysis found that exposure to natural sounds produced statistically significant reductions in heart rate, blood pressure, and respiratory rate compared to a quiet environment — three of the most direct measures of autonomic nervous system regulation available. Taylor & Francis Online
A 2025 review of 34 studies on sound interventions found that music, particularly calming compositions, effectively reduces physiological stress markers including cortisol levels, heart rate variability, and blood pressure, with natural sounds also demonstrating meaningful potential for stress relief. JMIR Mental Health
A 2024 systematic review found that nature sounds reduced heart rate, blood pressure, and breathing rate more effectively than quiet rest, and that just six minutes of birdsong was enough to reduce anxiety and irritation in experimental participants. Researchers believe this is rooted in deep evolutionary history: birdsong, gentle water, and wind all signal a safe environment to the brain — when our nervous systems recognize these cues, the brain's alert system quiets and the vagus nerve sends "all clear" messages through the body. DonovanHealth
This is polyvagal theory made audible. When we listen to sounds that our ancient nervous system recognizes as safe — and what could be more primally safe than the rhythms of a living plant, the sounds of the forest where we evolved — the ventral vagal system activates. We shift from vigilance to openness. From contraction to coherence.
Where Music of the Plants Meets Living Resonance
My work has always lived at the intersection of science and the sacred, the measurable and the mysterious. HeartMath HRV biofeedback lets us see the state of the heart's coherence in real time. Forest therapy creates conditions for the nervous system to arrive in the body. Somatic and polyvagal-informed practices help us develop the capacity to stay.
Music of the Plants feels like a natural next layer — a way of making the dialogue between the human body and the living world audible and felt, not just understood intellectually.
I'm envisioning incorporating biosonification experiences into:
Coherence in Nature sessions — guiding clients into HRV coherence while listening to a plant's live soundtrack alongside breathwork and somatic awareness.
Forest therapy walks — pausing with a tree along the trail to listen to its electrical voice as a form of deep sensory attention and invitation to presence.
Group retreat experiences — using plant music as an ambient soundscape for guided meditation, circle sharing, or opening and closing ceremony.
Indoor HeartMath sessions — bringing the living world into the session room through a potted plant singing alongside the coherence practice.
There is something profoundly humbling about placing sensors on a sage plant and hearing it respond — in real time — to a shift in light, a change in the air, a human drawing near. It reframes the entire healing container. We are not the only intelligent presence in the room.
An Invitation
I believe we are at the beginning of something important: a growing scientific and cultural recognition that the natural world is not passive scenery, but a living, communicating, deeply intelligent community of beings — and that our health is fundamentally shaped by our relationship with that community.
Music of the Plants is one doorway into that recognition. And northern New Mexico, with its ancient mesas, its juniper and piñon, its thunderstorm afternoons and star-thick nights, is one of the most remarkable places on Earth to walk through that door.
If this calls to you, I'd love to explore it together.
Visit livingresonance.net to learn more about upcoming offerings, or reach out directly to share what's stirring for you.
References
Miller, J., & Cox, A. (2024). Music from plant biosignals. Music Theory Online, 30(1). https://mtosmt.org/issues/mto.24.30.1/mto.24.30.1.millercox.html
Gloor, P. A., et al. (2025). Plant bioelectric early warning systems: A five-year investigation into human-plant electromagnetic communication. arXiv preprint, arXiv:2506.04132.
De La Cal, L., Gloor, P. A., & Weinbeer, M. (2023). Can plants sense humans? Using plants as biosensors to detect the presence of eurythmic gestures. Sensors, 23(15), 6971.
Bhave, A., Renold, F. K., & Gloor, P. A. (2024). Using plants as biosensors to measure the emotions of jazz musicians. Handbook of Social Computing, 173–188.
Machine learning distinguishes plant bioelectric recordings with and without nearby human movement. (2025). PMC / NCBI. PMC12649949.
Van Volkenburgh, E., & Brenner, E. D. (2024). Novel perspectives on plant behavior. Plant Signaling & Behavior.https://doi.org/10.1080/15592324.2024.2419673
Segundo-Ortín, M., & Calvo, P. (2022). Consciousness and cognition in plants. WIREs Cognitive Science.https://doi.org/10.1002/wcs.1578
Luo, J., et al. (2024). The effect of exposure to natural sounds on stress reduction: A systematic review and meta-analysis. Stress: The International Journal on the Biology of Stress.https://doi.org/10.1080/10253890.2024.2402519
Yildiz, T., & Aytaç, S. (2025). Effects of sound interventions on the mental stress response. JMIR Mental Health.https://mental.jmir.org/2025/1/e69120
Music of the Plants. (n.d.). History. Damanhur / Devodama. https://www.musicoftheplants.com/history/
Damanhur Foundation. (n.d.). The Music of the Plants. https://www.damanhur.foundation/project/the-music-of-the-plants/
