/ ACOUSTIC PORTRAITS

Tidal Resonance

The low-frequency sea

Uncompressed, long-form field recordings from remote shorelines. These pristine acoustic landscapes are captured far from shipping lanes to preserve the deep, restorative resonance of the earth's tides.

A 9.6-second interval. The average rhythm of a deep-ocean swell, perfectly mirroring the natural respiration rate of a body in deep, restorative sleep.

Close-up of wet volcanic pebbles on a remote shore, water receding to leave a glistening texture, overcast moody lighting, dark mossy tones
Close-up of wet volcanic pebbles on a remote shore, water receding to leave a glistening texture, overcast moody lighting, dark mossy tones
Underwater view of giant kelp fronds reaching up through deep emerald water towards a misty, overcast surface, low-contrast natural lighting
Underwater view of giant kelp fronds reaching up through deep emerald water towards a misty, overcast surface, low-contrast natural lighting
THE LIBRARY

Preserved sanctuaries

A library of pristine coastal environments documented in 24-bit high-fidelity audio. Each recording is unedited, unlooped, and captured with laboratory-grade microphones.

RECORDING 01

Pacific Rim Outer Coast

A continuous 45-minute portrait of low-frequency swells striking basalt cliffs. Recorded at midnight during a spring tide, completely free of anthropogenic noise.

Duration: 45:00 • Frequency: 12Hz - 22kHz • Format: WAV

RECORDING 02

Submerged Kelp Canopy

Hydrophone recordings from the depths of an underwater forest. Captures the deep, rhythmic clicking of marine life and the muffled, low-frequency rumble of overhead swells.

Duration: 30:00 • Frequency: 4Hz - 18kHz • Format: WAV

ACOUSTIC ECOLOGY

The rhythm of tides

Our nervous systems evolved in tandem with the natural baseline of the earth. Modern urban noise is characterized by chaotic, high-frequency transients that trigger constant, low-level stress responses.

0.1 Hz

The resonant frequency of the human cardiovascular system, matching the slow rise and fall of deep-ocean tidal patterns.

By introducing uncompressed, low-frequency coastal resonance into your space, you provide the brain with a predictable, rhythmic anchor. This encourages immediate vagal nerve stimulation and heart rate variability stabilization.

SECURE THE ARCHIVE

Bring the ocean inland

Our recordings are available for clinical therapy, spatial installations, and private restorative practice. Contact our field office to license uncompressed 24-bit WAV masters.