All my career, waves.

Seismic waves through the Earth. Acoustic waves through the ocean. Electromagnetic waves through ice. Tsunamis. Infrasound. The audible and the unhearable.

Every signal I have ever recorded — from the slow tremor of an ice stream slipping beneath a kilometre of ice, to the whisper of warm water working its way into a sub-shelf cavity — has been a wave.

The cryosphere does not speak in numbers. It speaks in waves.

i
Seismic
The Earth itself, vibrating and shaking. Ice streams slipping at the bed, fractures propagating across an ice shelf, tides flexing a floating tongue.
ii
Hydroacoustic
Signals from beneath the sea — submarine seismicity, marine mammal vocalisations, and the cryogenic voice of a changing polar ocean.
iii
Electromagnetic
Radar returning from ice and bed. The way we read what light cannot show — internal layers, basal water, the geometry beneath.
iv
Tsunami
Long-wavelength gravity waves on the sea surface — and, where glaciers calve into stratified water, internal tsunamis on a hidden interface within the ocean itself.
v
Infrasound
Below human hearing. Icequakes, calving events, distant volcanic eruptions — energy carried through air long after the source has settled.
vi
Audible
The few signals heard directly — wind through the rigging, a winch turning under load, voices on the ice, laughter, sometimes despair.

From polar waves to cultural waves.

Polar data, given form. The Earth's deepest signals — carried into sound, into image, into story, into whatever shape the listener finds most truthful.

Not as illustration. Not as outreach. As collaboration with the cultural forces that today reach further than any policy paper alone can — and that may, in their own time, set the slow turning of attention.

The signals are there.
Whether they rise into a wave is for the listeners to decide.

A scientist may listen.
A generation may answer.