PlantWave

PlantWave is about listening to Earth and opening to love.

This cactus is generating music in real time. It’s a nopal cactus, recorded near Saguaro National Park. We connected sensors to a PlantWave plant music device to translated its electrical activity into sound. No samples. No prewritten melody. Just voltage changes inside a desert

Hibiscus music. 🌺🎶 Hibiscus flowers are known for their soft petals, vibrant colors, and their presence throughout the Hawaiian Islands as symbols of beauty and welcome. We found this hibiscus in Hawaiʻi and connected it to our device, translating tiny electrical shifts in its

Orchid music. 🌸🎶 Orchids often grow on trees or rocks, using thick aerial roots to absorb moisture and nutrients from the air. They’re highly evolved flowers, adapted to thrive in delicate balance with their environment. We found this orchid in Hawaiʻi and connected our

This moss is generating music in real time. Moss doesn’t have roots like most plants. It absorbs water directly from the air. We connected sensors to it and translated its electrical activity into sound. No samples. No prewritten melody. Just tiny voltage changes inside a living

Canola music. 🌼🎶 These yellow flower fields located near Nara, Japan are canola plants. The same plant used to produce canola oil. We translated their electrical activity into sound in real time. No added track. Just a field responding to light, wind, and air. Yellow Flower

Mushroom music. 🍄🎶 This mushroom grows low to the forest floor, feeding on decaying wood and helping return nutrients back into the soil. Fungi like this are essential to forest ecosystems, quietly connecting trees and plants underground. We found this mushroom in the forest

Fern music. 🌿🎶 This fern is one of the first plants to grow on hardened lava, sending its roots into tiny cracks in the rock as the landscape slowly comes back to life. Over time, plants like this help break down lava and begin the long process of rebuilding soil. We found

Ginger music. 🌿🎶 Ginger plants grow from underground rhizomes, spreading through warm, humid environments. They’re known for their fragrant roots and broad leaves that respond quickly to changes in light and moisture. We found this ginger growing in Hawaiʻi and connected it to

Bird of Paradise plants are known for their bold, sculptural flowers and broad leaves that fan out toward the light. They grow slowly but respond clearly to changes in sun, movement, and moisture. We found this Bird of Paradise growing in Hawaiʻi and connected it to our device,

Moss grows slowly, absorbing moisture and nutrients directly through its surface. In hot spring environments, it thrives in constant warmth and steam, forming soft green carpets along stone and earth. We found this moss growing beside a hot spring in Hokkaido, Japan and

Japanese glorybower flowers are known for their soft fragrance, star-shaped blooms, and the way they seem to hover lightly above broad, heart-shaped leaves. They bloom gently, but respond clearly to changes in light, air, and moisture. We found this Japanese glorybower in bloom

Plumeria trees are known for their waxy petals and sweet fragrance, often blooming in clusters that scent the air long before you see them. They thrive in sun and warmth, responding gently to light, breeze, and humidity. We found this plumeria growing in Hawaiʻi and connected it

Moss doesn’t have roots like most plants. It absorbs water directly from the air. This patch is growing on a wall. We connected sensors to it and translated its tiny electrical changes into sound in real time. What do you think of the sound? #moss #fairy #forestcore

Do you know what this plant is? It’s called a terebinth, a wild pistachio tree that grows naturally around the Mediterranean. Its berries start red, turn blue, and eventually black. In this video, we connected sensors to the leaves and translated the tree’s tiny electrical

Honored to commit 1% of @plantwave revenue towards @earthpercent nature protection and restoration projects. Thank you Earth and @brianeno for the inspiration that has allowed me to create a life sharing what I love. Learn more at PlantWave.com/earthpercent

Nobody wrote this song. This moss in the Yakushima forest in Japan is generating the music. We translated its tiny electrical changes into sound in real time. No composer. No prerecorded track. Just a living ecosystem becoming music. 📍 Yakushima Island, Japan #naturevibes

Ginger plants grow from underground rhizomes, spreading through warm, humid environments and responding quickly to changes in light and moisture. We found this ginger growing in Hawaiʻi and connected it to our device, translating tiny electrical shifts in its leaves into sound.

This tree is playing music. We connected our sensors to a holm oak in Vernazza, Italy and translated its electrical activity into sound. No composition. Just biology expressed as music. Follow to learn more! #travel #lifestyle #naturevibes #relaxingsounds

Will this moss sing? 🌿🎶 Moss grows slowly and quietly, absorbing moisture and nutrients directly through its surface. In hot spring environments, it thrives in constant warmth and steam, spreading across stone and forest floor. We found this moss growing beside a hot spring in

This mushroom is generating music in real time. We connected bioelectric sensors to a wild fungi cap and translated its electrical activity into sound. No samples. No prewritten melodies. Just tiny voltage changes inside a living organism controlling a synthesizer. Fungi don’t