Frequency signatures: Greater Weever to Greenbottle Blow Fly
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 1.009–1.032.
Greater Weever
Venom Delivered by Pressure
Lying buried in sand with only the eyes and the first dorsal fin exposed • Raising black venomous spines when disturbed • Injecting through grooved spines into whatever presses down on it
Since encounters recur through the season, it operates as a mid-frequency system.
Greek Tortoise
Sex Decided by Nest Temperature
Digging a nest and laying eggs in it • Having the temperature during a middle window of incubation determine whether each embryo develops as male or female • Producing clutches skewed by the weather that season
Since generations take decades, it operates as a low-frequency system.
Green Anaconda
Mass Carried by Water
Submerged • Motionless • Rarely fed
Very low expenditure and infrequent enormous intake make this a single low-frequency system.
Green Anole
Colour Driven by Hormones
Shifting between green and brown over minutes • Responding to temperature, stress and social state • Not matching the surface it sits on
Since shifts occur over minutes, it operates as a mid-frequency system.
Green Basilisk
Hydro-sprint Limb Gear
Perched • Patrol • Poised
The system therefore has two essential modes—a poised, mid-frequency patrol state that keeps them near the waterline, and a high-frequency, seconds-long sprint that only activates on threat—making this a bimodal pattern built around rare but decisive waterline bursts.
Green Chafer Beetle
A Diet Without Limits
Adults feeding on the foliage of a very wide range of unrelated plant families rather than on any particular host • Mandibles and digestion general enough to handle whatever leaf is available • Populations therefore unaffected by the absence of any single plant, because something suitable is always present
Because feeding is nightly, it operates as a mid-frequency system.
Green Huntsman Spider
Leaf-Shadow Ambush Frame
Still • Blended • Poised
That combination of camouflaged waiting and sudden attack makes this a bimodal system with a low-frequency baseline and a defining high-frequency strike mode.
Green Iguana
Basked Up Before Anything Works
Basking • Cold • Unavailable
That makes it a bimodal system: an unproductive warming phase and a working phase that depends entirely on it.
Green Jay
Retained Yearling Helpers
Grouped • Vocal • Coordinated
That makes it a mid-frequency system: steady, continuously coordinated group activity rather than bursts.
Green June Beetle
Two Years Spent Eating Rotted Matter Underground
Living as a grub in decaying soil organic matter • Crawling on its back • Emerging briefly as an adult
Since a generation takes a year or more, it operates as a low-frequency system.
Green Lacewing
Stalk-Mounted Larval Deployment
Nectar-fed • Searching • Placing
That division makes this a bimodal system: a steady mid-frequency search-and-placement stage feeding a short high-frequency consumption stage.
Green Lynx Spider
Spined Legs Leaping From Flowerheads
Waiting • Leaping • Seizing
That makes it a phase-change system: an active leaping hunter that becomes a stationary guard.
Green Mamba
Bridging Gaps by Weighing Nothing
Climbing • Searching foliage • Extending across a gap
Steady diurnal searching of the canopy makes this a mid-frequency system.
Green Milkweed Locust
Milkweed Toxin Reservoir
Steady • Ingesting • Armoured
Because the whole system is built around slow, ongoing intake and storage of plant toxins as a durable, always-on defense, this is a low-frequency, reserve-heavy operating pattern.
Green Moray
Reef Crevice Ambush Frame
Hidden • Patient • Site-led
Because their whole build and daily rhythm center on staying tucked into structure and using brief ambush bursts rather than continuous roaming, the green moray is best understood as a single, low-frequency system built around patient, place-based strikes.
Green Peafowl
A Train That Is Shaken
A train of elongated upper tail coverts raised into a fan with rows of iridescent eyespots • The shorter tail feathers behind it vibrated rapidly so the whole train rattles and shimmers • The vibration producing infrasound below human hearing that the female can detect at a distance
Because the vibration runs several times a second, it operates as a mid-frequency system.
Green Planthopper
Green Leaf Edge Held Flat
Still • Leaf-like • Sap-feeding
That makes it a bimodal system: motionless leaf-like feeding and instant escape.
Green Sea Turtle
Seagrass-Cropping Meadow Tender
Grazing • Returning • Decadal
Because the system converts patient low-grade intake into an extremely long life cycle, it is a low-frequency system.
Green Tree Python
Colour Changes With the Prey
Saddled on a branch • Waiting • Striking downward
Motionless ambush makes this a low-frequency system.
Green-blotched Moth
Larvae on Forest Vines
Adults flying into orchards at night to pierce ripening fruit and leaving before dawn • Larvae developing not on the crop but on Menispermaceae vines in surrounding forest and scrub • The breeding population therefore sitting entirely outside the orchard, where no crop treatment reaches it
Because generations run seasonally, it operates as a low-frequency system.
Green-cheeked Conure
Sleeping Packed in a Hollow
Roosting communally inside a tree cavity every night • Pressing together in contact with several other birds • Maintaining those relationships by allopreening through the day
Since social contact is continuous, it operates as a mid-frequency system.
Green-winged Cicada
Sound From a Snapping Plate
A pair of ribbed membranes on the abdomen buckled inward by muscle and springing back elastically • Each buckle producing a sharp click, repeated hundreds of times a second • The largely hollow abdomen behind them acting as a resonating chamber that amplifies the result into a continuous shrill
Because the cycle is hundreds per second, it operates as a high-frequency system.
Green-winged Macaw
Slow Life History Built on a Pair Bond
Holding one mate for decades • Raising one or two chicks at long intervals • Depending on a cliff or hollow that cannot be built
Since a generation takes decades, it operates as a low-frequency system.
Greenbottle Blow Fly
First-Arrival Carrion Conversion
Detecting the volatiles • Arriving within minutes • Larvae done in days
Because the whole strategy is speed against a vanishing resource, it operates as a high-frequency system.