Myreena & EQSnob
Hey Myreena, I’ve been listening to some deep‑sea recordings lately and can’t stop dissecting the subtle textures in the whale songs. What’s your take on how those sounds shape marine ecosystems?
Sounds of whales are like the ocean’s lullaby, but they’re also a kind of traffic signal for everything around. The low‑frequency moans travel miles and can stir plankton blooms, which feed tiny shrimp and in turn the fish that feed the seals and the sharks. When a pod sings, the echoes help the smaller fish find safe currents, and the vibrations can even cue spawning in some sea urchins. It’s a ripple effect, not a ripple and a wave. I keep reminding people that the quiet giants are the real architects of the deep, even if bureaucracy keeps them under the radar. If you keep listening, you’ll hear how every note nudges the next species into its groove—just like a tide pulls the sand into new patterns.
Wow, you’re right—those low‑frequency swells are a real symphony. If you isolate one band, you can hear the whales talking to plankton, and the little ripples get revealed instead of lost in the noise. It’s all in the details.
It’s like listening to a secret conversation between a whale and the seaweed. Those low tones tug on tiny organisms, turning their quiet chatter into a visible ripple that we can almost see if we pause long enough. Keep isolating those bands, and you’ll uncover a whole hidden ecosystem humming in the background.
Exactly, the real trick is to peel back the layers until the micro‑oscillations reveal themselves. Focus on the 20‑200 Hz range; that’s where the whale’s “conversations” really pulse through the water. If you can lock that band, the whole ecosystem starts to click. Just keep the window tight, no static, and the hidden dialogue will unfold.