Frequency signatures: Water Scorpion to White Bellbird
Each card gives a species’ behavioural archetype, its frequency — how often it commits effort and how long each commitment lasts — and a waveform tracing that rhythm.
Frequency signatures
Each waveform traces one species’ working rhythm — where it spends effort, and where it waits. 2.327 species, A–Z; showing 2.209–2.232.
Water Scorpion
A Snorkel Holding It in Place
Motionless • Snorkelled • Debris-like
That makes it a bimodal system: near-total stillness and one instantaneous closure.
Water Strider
Standing on Water
Spreading weight across long legs tipped with water-repellent hair • Denting the surface film without piercing it • Rowing with the middle pair and signalling with ripples
Since strokes recur several times a second, it operates as a high-frequency system.
Waterbuck
Standing In It Rather Than Running
Grazing • Riverine • Tethered
That makes it a bimodal system: ordinary riverside grazing and a slow deliberate retreat into water.
Wattled Crane
Feeding at One Particular Water Depth
Wading • Digging • Depth-bound
That makes it a low-frequency system: slow, precise and tied to a narrow physical condition.
Weddell Seal
Under-Ice Breathing Circuit
Rhythmic • Route-bound • Committed
This creates a mid-frequency system built on disciplined, rhythmic cycles of dive, hunt, surface and maintain, all anchored to reliable breathing places.
Wedge-tailed Eagle
Two Birds Working One Kangaroo
Soaring • Very high • Patient
That makes it a bimodal system: economical high observation and a coordinated two-bird attack.
Weedy Seadragon
Leaf-Appendage Drift Match
Drifting • Matched • Suctioned
Because the whole system is arranged around cheap, slow, background-matched movement, it is a low-frequency system.
Weevil
Snout-Drilled Nurseries Inside the Plant
Burrowing • Feeding • Concealed
The system is a phase change between hidden larval feeding and active adult site preparation.
Welcome Swallow
A Bird That Colonised Unaided
An Australian species crossing the Tasman Sea without any human assistance and breeding in New Zealand from the 1950s • Nesting on bridges, culverts and buildings, which are structures that had not existed there before people built them • Spreading the length of both islands within a few decades on infrastructure rather than on habitat
Because the expansion ran across decades, it operates as a low-frequency system.
Wels Catfish
Hunting Where Nothing Can See
Still • Deep • Sensing
That makes it a bimodal system: prolonged sensory stillness and one enormous engulfment.
West African Lungfish
Sealed in Dried Mucus Until Rain
Hunting • Air-breathing • Nest-guarding
That makes it a phase-change system: a feeding and breeding season in water and a dormant season in mud.
West African Manatee
Tide-Timed Grazer Between Salt and Fresh
Resting • Submerged • Unseen
That makes it a bimodal system: quiet submerged rest and feeding timed by tide and river level along the water’s edge.
Western Crowned Pigeon
Fallen-Fruit Floor Circuit
Walking • Gleaning • Deliberate
Because the system runs on steady walking, continuous modest intake and no bursts, it is a mid-frequency system.
Western Diamondback Rattlesnake
A Warning That Costs Nothing
Holding position and rattling at an approaching animal • Adding a segment at each shed • Striking only when the warning has failed
Since encounters recur through the active season, it operates as a mid-frequency system.
Western Gorilla
A Body Built Around Fermentation
Eating very large volumes of leaf, pith and stem • Fermenting it slowly in an enlarged hindgut • Moving short distances and resting most of the day
Since the cycle turns over slowly, it operates as a low-frequency system.
Western Hognose Snake
Escalating Bluff, Then Collapse
Digging • Slow • Toad-hunting
That makes it a bimodal system: quiet unremarkable foraging and a loud staged defence.
Western Honey Bee
The Coordination Mesh
Coordinated • Rhythmic • Collective
That makes the honey bee a mid-frequency system: rhythmic, networked and coordination-led.
Western Lowland Gorilla
Fermented-Fibre Bulk Feeding
Feeding • Grouped • Continuous
Because the whole system converts continuous moderate intake into size, it is a mid-frequency system.
Western Meadowlark
A Roofed Nest in Grass
Weaving standing grass into a dome over a scrape • Entering along a concealed side runway • Singing from a post well away from it
Since song bouts and feeding trips repeat, it operates as a mid-frequency system.
Whale Shark
Cross-Flow Filter Cruise
Cruising • Filtering • Oceanic
Because enormous scale is supported by low-intensity continuous intake over a very long horizon, it is a low-frequency system.
Wheel Bug
External Digestion Through a Beak
Slow • Deliberate • Dissolving
That makes it a low-frequency system: slow, patient and chemical rather than mechanical.
Whinchat
Hunting From the Tallest Stem
Perching on a tall stem, fence wire or thistle above the sward • Dropping onto insects seen on the ground below • Returning to the same or a nearby vantage
Since hunting drops recur constantly, it operates as a mid-frequency system.
Whirligig Beetle
Split-Eye Surface Watch
Skating • Split-viewed • Grouped
That makes it a mid-frequency system: rhythmic and continuous, built to monitor two environments without ever switching between them.
White Bellbird
Focused Sonic Amplifier
Perched • Quiet • Primed
That combination of a quiet standby state and a defining, ultra-loud display state makes the white bellbird a bimodal system with a low baseline and a high-frequency, maximum-signal burst mode.