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Cat communication
Cat communication
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Two cats crouch, facing each other, on either side of a door. Both cats ears are angled back.
A primary form of cat communication is body language, such as the position of the ears.

Cats communicate for a variety of reasons, including to show happiness, express anger, solicit attention, and observe potential prey. Additionally, they collaborate, play, and share resources. When cats communicate with humans, they do so to get what they need or want, such as food, water, attention, or play. As such, cat communication methods have been significantly altered by domestication.[1] Studies have shown that domestic cats tend to meow much more than feral cats.[2] They rarely meow to communicate with fellow cats or other animals. Cats can socialize with each other and are known to form "social ladders", where a dominant cat leads a few lesser cats. This is common in multi-cat households.

Cats can use a range of communication methods, including vocal, visual, tactile and olfactory communication. Up to 21 different cat vocalizations have been observed.[3] They use visual signals, or body language, to express emotions like relaxation, fear, and aggression. Cats use several types of tactile behaviors to communicate, such as grooming or biting each other. They also use olfactory communication, such as marking their territory via urine.

Vocal communication

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A Siberian cat vocalizing

Cat vocalizations have been categorized according to a range of characteristics. In 1944, Mildred Moelk published the first phonetic study of cat sounds[4] and classified the 16 different vocal patterns into three main classes:

  1. sounds produced with the mouth closed (murmurs – purring, trilling)
  2. sounds produced when the mouth is first opened and then gradually closed (meowing, howling, yowling)
  3. sounds produced with the mouth held tensely open in the same position (growls, snarls, hisses, spits, chattering, and chirping).

Moelk used a phonetic alphabet to transcribe or write down the different sounds. She claimed that cats had six different forms of meows to represent friendliness, confidence, dissatisfaction, anger, fear, and pain. Moelk classified eight other sounds involved in mating and fighting.

Brown et al. categorized the vocal responses of cats based on the behavioral context. These contexts include situations such as the separation of kittens from mother cats, instances of food deprivation, pain responses, occurrences before or during threatening or aggressive behaviors (e.g., disputes over territory or food), episodes of acute stress or pain (e.g., routine prophylactic injections), and instances of kitten deprivation.[5] Less common calls from mature cats included purring, conspecific greeting calls or murmurs, extended vocal dialogues between cats in separate cages, "frustration" calls during training, or extinction of conditioned responses.

Owens et al. categorized cat vocalizations based on their acoustic structures. There are three categories: tonal sounds, pulse sounds, and broadband sounds. Tonal sounds are further categorized into groups of harmonically structured sounds or regular tonal sounds. Pulse vocalizations are separated into pulse bursts and hybrid pulse bursts with tonal endings. Broadband sounds are separated into four groups: non-tonal broadband sounds, broadband sounds with tonal beginnings, broadband sounds with short tonal elements, and broadband sounds with long tonal endings.[6]

Miller classified vocalizations into categories according to the sound produced: the purr, meow, chirrup, chirp, call, and growl/snarl/hiss, and the howl/moan/wail.[7]

Purr

[edit]
Video of a cat purring

The purr is a continuous, soft, vibrating sound typically made with rapid muscle contractions in the throat by most species of felines.[8] However, the reason why cats purr is still uncertain. Cats may purr for a variety of reasons, including when they are hungry, happy, or anxious.[9] In some cases, purring is thought to be a sign of contentment and encouragement for further interaction. Purring is believed to indicate a positive emotional state, but cats sometimes purr when they are ill, tense, or experiencing traumatic or painful moments such as giving birth.[10] It has also been suggested that purring can act as a soothing mechanism and can promote healing.[9]

Scientists from the University of Vienna researching cat vocalizations found that the larynxes made a purring sound when air was passed through them, meaning that muscle contraction is not required. Instead, the sounds were made possible by connective tissue embedded in the vocal folds that lowered the frequency of the sounds they produced.[11] When an animal purrs, its vocal cords vibrate at a low frequency, which creates a distinctive rumbling sound produced with harmonics. One hypothesis, supported by electromyographic studies, is that cats produce the purring noise by using the vocal folds and/or the muscles of the larynx to alternately dilate and constrict the glottis rapidly, causing air vibrations during inhalation and exhalation.[12]

Purring is sometimes accompanied by other sounds, though this varies between individual cats. Some may only purr, while others emit low-level outbursts, sometimes called "lurps" or "yowps". It was once believed that only cats of the genus Felis could purr, but researchers now know that members of genus Panthera (tigers, lions, jaguars and leopards) can produce sounds similar to purring, albeit only when exhaling.

Meow

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A cat meowing for attention

The most familiar sounds of adult cats are "meow" or "miaow" (pronounced /miˈ/). A meow can be assertive, plaintive, friendly, bold, welcoming, attention-soliciting, demanding, or complaining. It can even be silent, where the cat opens its mouth but does not produce any sound.[13]

A mew is a high-pitched meow that is often produced by domestic kittens.[14] It is apparently used to solicit attention from their mother,[7] but they are also used by adult cats.[14] By around three to four weeks of age, kittens do not mew when at least one littermate is present, and at four to five months of age, kittens stop mewing altogether.[15] Adult cats rarely meow to each other, and so adult meowing to human beings is likely to be a post-domestication extension of mewing by kittens.[13]

Although videos which seemingly show cats speaking in human language are frequently shared on the internet, differences in cats' vocal tract prevent them from vocalising human language exactly.[16] Instead, animal behaviour experts explain they are modifying the "meow" vocalisation to mimic certain human words.[16] For example, a cat which frequently hears its owner say "no" may learn to use "mow" in a low tone.[17]

Chirrup

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The chirr or chirrup sounds like a meow rolled on the tongue. It is commonly used by mother cats to call their kittens inside the nest. As such, kittens recognize their own mother's chirp, but they do not respond to the chirps of other mothers.[18] It is also used in a friendly manner by cats when they are greeted by another cat or a human. Therefore, people can mimic the sound to reassure and greet pet cats.[7]

Chirp

[edit]
A cat chattering at birds

Cats sometimes make excited chirping or chattering noises when observing or stalking prey.[19] These sounds range from quiet clicking sounds to a loud but sustained chirping mixed with an occasional meow.

An article from The Spruce Pets argues that chattering and chirping mimic prey such as birds and rodents. It is used as a hunting strategy.[20]

Call

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The call is a loud, rhythmic sound, that is made with the mouth closed. It is primarily associated with female cats soliciting males, and sometimes occurs in males when fighting with each other.[7] A caterwaul is the cry of a cat in heat.[21][22]

Growl, spit, hiss

[edit]
A cat spitting at a shadow

The growl, spit, and hiss are sounds associated with either offensive or defensive aggression. They are usually accompanied by a postural display intended to have a visual effect on the perceived threat. Cats growl, hiss, and spit as a display of defense against both cats and other species, such as dogs. If the hiss and growl warning does not remove the threat, an attack may follow. It is also used to scare intruders away from their territory. Kittens as young as two to three weeks may hiss and spit when first picked up by a human.[23] Spitting is a shorter but louder and more emphatic version of hissing.[7]

Howl, moan, and wail

[edit]

The howl, moan, and wail sounds are commonly vocalized during threatening situations. Howls are more tonal, while moans are long and slowly modulated. On the other hand, anger wails are combined with growls, while yowls are similar to howls but longer.[24]

Visual communication

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A cat hissing and arching its back to make itself appear larger to ward off a threat
Surprised cats have enlarged pupils and erect ears held slightly backward
A Tabby cat hissing at a Cyprus cat; the Cyprus cat is arched with erect hair to appear larger and threatening
The hairs on the tail of this tortoiseshell cat are erect, indicating excitement or curiosity.
These two cats are lying in close contact with each other, which conserves each cat's body heat. Lying on their belly and side, respectively, signals relaxation.
A cat in the loaf position

Cats use body language and movement to communicate a wide range of feelings and information. There are various responses such as when cats arch their backs, erect their hairs and adopt a sideward posture to communicate fear or aggression. Other visual communication can be a single behavioral change (as perceived by humans) such as slowly blinking to signal relaxation and comfort in their environment. Domestic cats frequently use visual communication with their eyes, ears, mouths, tails, coats and body postures. The change in a cat's facial features can be a strong indicator of their communication.[7]

Body language

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A cat's posture can be friendly or aggressive, depending on the situation. Some of the most basic and familiar cat postures include:[25][26]

  • Relaxed – The cat is seen lying on the side or sitting. Its breathing is slow to normal, with legs bent, or hind legs laid out or extended. Its tail is loosely wrapped, extended, or held up; when a cat is standing but calm (i.e., at a moderately low level of neurobiological arousal), its tail tends to be still and may hang down loosely.
  • Loafing – The cat has paws tucked in its body, with its body low to the ground, and tail underneath or around the body. Cats may do this when they are relaxed or cold.[27]
  • Stretching – This posture also indicates that the cat is relaxed. When cats lie on their back with their bellies exposed, they are in a position of vulnerability. Therefore, this position may communicate a feeling of trust[28] or comfort. They may also roll onto their backs to defend themselves with their claws or to bask in areas of bright sunlight.
  • Yawning – Sometimes combined with a stretch, this is another posture of a relaxed cat. Having the mouth open and no teeth exposed indicates playfulness.[29]
  • Fearful – The cat is lying on its belly or crouching directly on top of its paws. Its entire body may be shaking and very near the ground when standing up; Breathing is also fast, with its legs bent near the surface, and its tail curled and very close to its body when standing on all fours. As such, a fearfully defensive cat makes itself smaller, lowers itself toward the ground, arches its back and leans its body away from the threat rather than forward. Fighting usually occurs only when escape is impossible.[7]
  • Terrified – The cat is crouched directly on top of its paws, with visible shaking seen in some parts of the body. Its tail is close to the body, and might be propped up, together with its hair on the back. The legs are very stiff or bent to increase their size. Typically, cats avoid contact when they feel threatened, although they can resort to varying degrees of aggression when they feel cornered, or when escape is impossible.[30]
  • Aggressive – The hind legs stiffen, the rump elevated, but the back stays flat; while tail hairs are erected. The nose is pushed forward and the ears are pulled back slightly. Since cats have both claws and teeth, they can easily cause injury if they become involved in a fight, so this posture is an attempt to elicit deference from a competitor without fighting. The aggressor may attempt to make the challengers retreat and will pursue them if they do not flee.
  • Confident – The cat may walk around in a more comfortable manner with its tail up to the sky. Cats often walk through houses with their tails standing up high above them, making them look grander and more elegant.
  • Alert – The cat is lying on its belly, or it may be sitting; Its back is almost horizontal when standing and moving; Its breathing normal, with its legs bent or extended (when standing); Its tail is curved back or straight upward and may twitch when positioned downward.
  • Tense – The cat is lying on its belly, with the back of its body lower than its upper body (slinking) when standing or moving back; Its hind legs are bent and front legs are extended when standing, and the tail is close to the body, tensed or curled downward; there can be twitching when the cat is standing up.
  • Anxious/ovulating – The cat is lying on its belly, while the back of the body is more visibly lower than the front part when the cat is standing or moving. Its breathing may be fast, and its legs are tucked under its body. The tail is close to the body and maybe curled forward (or close to the body when standing), with the tip of the tail moving up and down (or side to side). The tail is also moved to the side when ready to be mounted by the male cat.[31]

Ears

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Cats can change the position of their ears very quickly, and continuously. They are erect when the cat is alert and focused, slightly relaxed when the cat is calm, and flattened against the head when extremely defensive or aggressive.[32] In cats, flattened ears generally indicate that it feels threatened and may attack used as a defense or attack posture.[33]

Eyes

[edit]

A direct stare by a cat usually communicates a challenge or threat and is more likely to be seen in high-ranking cats; lower-ranking cats usually withdraw in response.[7] The direct stare is often used during predation or for territorial reasons. In contrast to a direct stare, cats will lower their eyelids or slowly blink them to show trust and affection to their owners.[34]

Tail

[edit]

Cats often use their tails to communicate. For example, a cat holding its tail vertically generally indicates positive emotions such as happiness or confidence; the vertical tail is often used as a friendly gesture toward people or other cats. Additionally, a cat may twitch its tail when playing.[35] A half-raised tail can indicate less pleasure, and discontent is indicated with a tail held low. A cat's tail may swing from side to side, and if this motion is slow and "lazy", it generally indicates that the cat is in a relaxed state. Cats will twitch the tip of their tails when hunting, alert, or playful. A stalking domestic cat will typically hold its tail low to the ground while in a crouch, and twitch it quickly from side to side. This tail behavior is also observed when a cat becomes "irritated" and is about to lash out and attack typically done by biting or scratching with the claws extended.

When playing, a cat, usually a kitten, may raise the base of its tail high and stiffen all but the tip into a shape like an upside-down "U". This signals great excitement, to the point of hyperactivity. It may also be seen when younger cats chase each other, or when they run around by themselves. When greeting their owners, cats often hold their tails straight up with a quivering motion that indicates extreme happiness.[36] A scared or surprised cat may erect the hairs on its tail and back. It may stand more upright and turn its body sideways to increase its apparent size as a threat. Tailless cats, such as the Manx, which possess only a small stub of a tail, move the stub around as if they have a full tail.

Panting

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A cat panting

Unlike dogs, panting is a rare occurrence in cats, except in warm weather environments, or after delivery. Some cats may pant in response to anxiety, fear or excitement. It can also be caused by play, exercise, or stress from stimuli, such as car rides. Panting in cat-moms after delivery is normal and not related to temperature, female cats may pant for several days up to weeks postpartum.[37]

However, if panting is excessive or the cat appears in distress, it may be a symptom of a more serious condition, such as a nasal blockage, heartworm disease, head trauma, or drug poisoning.[38] In many cases, feline panting, especially if accompanied by other symptoms, such as coughing or shallow breathing (dyspnea), is considered to be abnormal and is treated as a medical emergency.[39]

Tactile communication

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Grooming

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Cat grooming itself

Cats often lick other cats as social grooming or to bond (this grooming is usually done between familiar cats). They also sometimes lick humans, which may indicate affection. Oral grooming for domestic and feral cats is a common behavior. Domestic cats spend about 8% of waking time grooming themselves.[40]

Grooming is extremely important not only to clean themselves but also to control ectoparasites. Fleas tend to be the most common ectoparasite in cats and some studies show indirect evidence that grooming in cats is effective in dislodging fleas from the head and neck. Cats may also use grooming to scratch itchy areas of the body.[41]

Kneading

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Cats sometimes repeatedly tread their front paws on humans or soft objects with a kneading action. This is instinctive to kittens and adults and is presumably derived from the action used to stimulate milk let-down from the mother during nursing. Kittens "knead" the breast while suckling, using the forelimbs one at a time in an alternating pattern to push against the mammary glands to stimulate lactation. Cats have scent glands on the underside of their paws and when they knead or scratch objects or people, it is likely these pheromones are transferred to the person or object being kneaded or scratched.

Cats carry these infantile behaviors beyond nursing and into adulthood. Some cats "nurse", that is, suck on clothing or bedding during kneading. The cat exerts firm downward pressure with its paw, spreading its toes to expose its claws, then curls its toes as it lifts its paw. The process takes place with alternate paws at intervals of one to two seconds. They may knead while sitting on their owner's lap, which may be painful if the cat has sharp claws.

Since most of the preferred "domestic traits" are neotenous or juvenile traits that persist in the adults, kneading may be a relic juvenile behavior retained in adult domestic cats.[42] It may also stimulate the cat and make it feel good, similar to a human stretching. Kneading is often a precursor to sleeping, and many cats purr while kneading, usually taken to indicate contentment and affection. They also purr mostly when newborn, when feeding, or when trying to feed on their mother's teat. The common association between the two behaviors may confirm the evidence in favor of the origin of kneading as a remnant instinct.[43]

Bunting

[edit]

Cats sometimes "head-bump" humans or other cats with the front part of the head; this action is referred to as "bunting".[44] This communication might have an olfactory component as there are scent glands in this area of the body, and is possibly for seeking attention when the cat turns its head down or to the side.[45] Some cats also rub their faces on humans as a friendly greeting or indicating affection. This tactile action is combined with olfactory communication as the contact leaves scent around the mouth and cheeks.

Head-bumping and cheek rubbing may be displays of social dominance as they are often exhibited by a dominant cat toward a subordinate.[7]

Touching noses, sometimes referred to as "sniffing noses", is both a sign of affection and a way to mark territory.[46]

Biting

[edit]

Gentle biting (often accompanied by purring and kneading) can communicate affection or playfulness, directed at the human owner or another cat. Stronger bites that are often accompanied by hissing or growling usually communicate aggression.[47] When cats mate, the tom bites the scruff of the female's neck as she assumes a lordosis position which communicates that she is receptive to mating.

Olfactory communication

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Scent rubbing

Cats communicate through scent using urine, feces, and chemicals or pheromones from glands located around the mouth, chin, forehead, cheeks, lower back, tail and paws.[48] Their rubbing and head-bumping behaviors are methods of depositing these scents on substrates, including humans. The cat rubs its cheeks on prominent objects in the preferred territory, depositing a chemical pheromone produced in glands in the cheeks. This is known as a contentment pheromone. Synthetic versions of the feline facial pheromone are available commercially.[49]

Cats have nine different scent glands in their body. These are the pinna (outer ear flaps), temporal (on their temples), cheek (on the sides of their face), perioral (on the mouth corners), submandibular (under the jaw), interdigital (between toes), anal (on the sides of the anus), caudal (all along tail), and supra-caudal (at the base of tail).[50]

Urine spraying is also a territorial marking.[51][52] Cats urinate by squatting onto a horizontal surface, while standing up. Unlike a dog's penis, a cat's penis points backward. Although cats may mark with both sprayed and non-sprayed urine, the spray is usually more thick and oily than normally deposited urine, and may contain additional secretions from anal sacs that help the cat make a stronger communication. While cats mark their territory both by rubbing the scent glands, by urine and fecal deposits, spraying seems to be the "loudest" feline olfactory communication. It is most frequently observed in intact male cats in competition with other males. Males neutered in adulthood may still spray after neutering. Female cats also sometimes spray.[7]

A cat that urinates outside the litter box may indicate dissatisfaction with the box, due to a variety of factors such as substrate texture, cleanliness, and privacy. It can also be a sign of urinary tract problems. Male cats on poor diets are susceptible to crystal formation in the urine which can block the urethra and lead to health problems.

The urine of mature male cats in particular contains the amino acid known as felinine which is a precursor to 3-mercapto-3-methylbutan-1-ol (MMB), the sulfur-containing compound that gives cat urine its characteristically strong odor. Felinine is produced in the urine from 3-methylbutanol-cysteinylglycine (3-MBCG) that is excreted peptidase cauxin. It then slowly degrades via bacterial lyase into the more-volatile chemical MMB.[53] Felinine is a possible cat pheromone.

Chemical structure of felinine
Chemical structure of 3-mercapto-3-methylbutan-1-ol
Felinine MMB

Socialization

[edit]

Cats, domestic or wild, participate in social behaviors, even though it is thought that most cat species (besides lions) are solitary, non-social animals.[54] These behaviors include socialization between humans and other cats, social learning, and conflicts.

There are 52 measured cat personality traits in cats, with one study showing that five reliable personality factors were found using principal-axis factor-analysis: neuroticism, extroversion, dominance, impulsiveness and agreeableness.[55]

Humans

[edit]

Cats between the age of three and nine weeks are sensitive to human socialization.[56] After this period, socialization can be less effective.[57] Studies have shown that the earlier the kitten is handled by people, the less fearful the kitten will be toward people.[57] Other factors that can enhance socialization are having many people handle the kitten frequently, the presence of the mother, and feeding.[56][57] The presence of the mother is important because cats are observational learners. For example, a mother that is comfortable around humans can reduce anxiety in the kitten and promote the kitten-human relationship.[56]

There are a number of problematic behaviors that affect the human/cat relationship. One behavior is when cats attack people by scratching and biting.[58] This often occurs spontaneously or could be triggered by sudden movements.[58] Another problematic behavior is the "petting-and-biting syndrome", which involves the cat being petted and then suddenly attacking and running away.[58] Other problems are house soiling, scratching furniture, and bringing dead prey into the house.[59] It is these kinds of behaviors that put a strain on the relationship between cats and people.

Feral kittens around two to seven weeks old can be socialized usually within a month of capture.[60] Some species of cats cannot be socialized because of factors such as genetic influence and in some cases specific learning experiences.[60] The best way to get a kitten to socialize is to handle the kitten for many hours a week.[60] The process is made easier if there is another socialized cat present but not necessarily in the same space as the one being socialized. If the handler can get a cat to urinate in the litter tray, then the others in a litter will usually follow. Initial contact with thick gloves is highly recommended until trust is established, usually within the first week. On the other hand, it is a challenge to socialize an adult cat. This is because socialized adult feral cats tend to trust only those who they trusted in their socialization period, and therefore can be very fearful around strangers.[60]

Social learning

[edit]

Cats are observational learners.[61][58] This type of learning emerges early in a cat's life,[62] and has been shown in many laboratory studies. Young kittens learn to hunt from their mothers by observing their techniques when catching prey.[61] The mother ensures their kittens learn hunting techniques by first bringing dead prey to the litter, followed by live prey. With the live prey, she demonstrates the techniques required for successful capture.[61] Prey-catching behavior of kittens improves at higher levels over time when their mothers are present.[63]

Observational learning for cats can be described in terms of the drive to complete the behavior, the cue that initiates the behavior, the response to the cue, and the reward for completing the behavior.[62] This is shown when cats learn predatory behavior from their mothers. The drive is hunger, the cue is the prey, the response is to catch the prey, and the reward is to relieve the hunger sensation.

Kittens also show observational learning when they are socializing with humans. They are more likely to initiate socialization with humans when their mothers are exhibiting non-aggressive and non-defensive behaviors.[61] Even though mothers spend more time with their kittens, male cats play an important role by breaking up fights among littermates.[61]

Observational learning is not limited to kitten-hood – it can also be observed during adulthood. Studies have shown that adult cats that see others performing a task, such as pressing a lever after a visual cue, learn to perform the same task faster than those who did not witness another cat at that task.[58]

Dominance

[edit]
Two cats fighting
A conflict situation of one tomcat meeting another, making loud calls
Domestic cats fighting shortly after being introduced to each other

Dominance can be seen among domestic cats in multi-cat households. "Subordinate" cats submit to the "dominant" cat. Dominance includes such behaviors as the submissive cats walking around the dominant cat, waiting for the dominant cat to walk past them, avoiding eye contact, crouching, lying on their side (defensive posture), and retreating when the dominant cat approaches.[61] Dominant cats present a specific body posture as well. The cat displays ears straight up, the base of its tail will be arched, and it looks directly at subordinate cats.[61] These dominant cats are usually not aggressive, but if a subordinate cat blocks the food source they may become aggressive.[64] When this aggressive behavior occurs, it could also lead to the dominant cat preventing subordinate cats from eating and using the litter box.[61] This can cause the subordinate cat to defecate somewhere else and create problems with human interaction.[61]

Usually, when strange cats meet, one of them makes a sudden move that puts the other cat into a defensive mode. The cat will then draw in on itself and prepare to attack if needed.[65] The submissive cat will usually run away before a physical altercation ensues. This is not always the case, and what is known as a "tomcat duel" may follow.[65] Dominance is also seen as an underlying factor that depict how conspecifics interact with each other.

Conflict

[edit]

Social conflict among cats depends solely on the behavior of the cats. Some research has shown that cats rarely pick fights, but when they do, it is usually for protecting food and/or litters, and defending their territory.[64] Fights can happen between two females or between a male and a female. Cats may need to be reintroduced or separated to avoid fights in a closed household.

The first sign of an imminent tomcat duel is when both cats draw themselves up high on their legs, all hair along the middle of their backs is raised straight up, and they mew and howl loudly as they approach one another.[65] The steps the cats make become slower and shorter, as they get closer to one another. Once they are close enough to attack, they pause slightly, and then one cat leaps and tries to bite the nape of the other cat.[65] The other cat has no choice but to retaliate and both cats roll aggressively on the ground. During such confrontations both cats produce loud intense screams.[65] After some time, the cats separate and stand face to face to begin the attack all over again. This can go on for some time until one remains seated, showing defeat.[65] The defeated cat does not move until the victor completes sniffing the area and moves outside the fighting area. Once this happens, the defeated cat leaves the area, ending the fight.[65]

See also

[edit]

References

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Revisions and contributorsEdit on WikipediaRead on Wikipedia
from Grokipedia
Cat communication refers to the diverse array of signals used by domestic cats (Felis catus) to convey information about their emotional states, intentions, social relationships, and environmental needs to other cats and humans, primarily through auditory, visual, olfactory, and tactile modalities. These methods enable cats to navigate social interactions, from affiliative behaviors like and bonding to agonistic ones such as warning or avoidance, adapting flexibly in both and domestic contexts. Auditory communication in cats involves up to 21 distinct vocalizations, including meows for and (especially directed at humans), purrs indicating or self-soothing, growls and hisses signaling or , and chirps or trills for positive social contact. Domestic cats have evolved to modify their vocal for interspecies interaction with humans, producing more varied meows compared to cats, which rely less on vocalizing except in mother-kitten or conflict situations. Humans perceive cat vocal cues with about 72% accuracy in isolation, but comprehension improves significantly when combined with visual signals. Visual communication relies heavily on body language, with ear positions serving as a primary predictor of interaction outcomes: erect ears often signal positive or neutral intent (e.g., approaching for rubbing in 43.9% of cat-cat interactions), while flattened or backward ears indicate negative responses like avoidance (in 80.9% of such cases). Tail postures further convey mood, such as an upright for friendliness or , a swishing for or focus, and a puffed for display. Facial expressions, including slow blinking to express trust and affiliation, complement these signals, with cats showing rapid of such movements in positive human-cat exchanges. Overall, visual cues are accurately interpreted by humans at around 87% when presented alone. Olfactory signals play a crucial role in territorial and social marking, with cats depositing pheromones from facial glands via rubbing (allorubbing) to identify familiar individuals or claim space, and from anal glands to produce unique scents derived from microbiome bacteria like Corynebacterium and Bacteroides. These chemical cues facilitate long-distance communication, aiding in mother-offspring recognition, mate attraction, and among conspecifics. Tactile interactions, such as grooming or head-butting, reinforce bonds and convey , often integrating with other modalities for multimodal signaling that enhances clarity in both cat-cat and cat-human relationships. Understanding these combined channels is essential for promoting cat welfare, as misinterpretation by humans can lead to stress or behavioral issues.

Vocal communication

Friendly vocalizations

Cats produce purring as a primary vocalization associated with positive emotional states, such as and relaxation, often during sessions with kittens or when being petted by humans. Acoustically, purring consists of low-frequency vibrations generated by rapid contractions of the laryngeal muscles, typically ranging from 25 to 150 Hz, which can be sustained for extended periods. This frequency range is consistent across domestic cats and wild felids, including species like and pumas, suggesting an evolutionary conservation of the mechanism for affiliative and self-soothing purposes. In contexts beyond relaxation, purring occurs during to bond with offspring and may serve a self-healing function, as injured or recovering cats, both domestic and wild, purr to promote tissue repair. The potential therapeutic effects of purring stem from its vibration frequencies aligning with those used in medical treatments, such as ultrasound therapy for and muscle , where 25-50 Hz vibrations have been shown to enhance repair and reduce in clinical settings. Studies indicate that these frequencies stimulate growth and density, mirroring protocols in veterinary and physiotherapy, though direct causation in cats remains correlative based on observed behaviors in wounded animals. Domestic cats may purr more frequently in interactions compared to wild counterparts, adapting the sound for solicitation of care, while feral populations exhibit similar acoustic properties but in more isolated contexts. Meowing represents another key friendly vocalization, predominantly directed toward rather than other cats, evolving as a communication tool in domesticated populations. Kittens initially use meows to solicit attention from their mothers during or play, but this behavior shifts developmentally in adulthood, becoming rare among cat-to-cat interactions and instead targeted at human caregivers for needs like or . cats produce fewer meows even in human presence initially, but socialized domestic cats increase meowing rates post-adoption, highlighting an unique to human-bonded lineages compared to wild or unsocialized groups. Recent research as of 2025 has identified genetic factors that influence meow loudness and frequency, explaining variations across breeds and individuals. Acoustically, meows vary in fundamental frequency (typically 300-800 Hz) and duration (0.2-2 seconds) to convey specific solicitations; short, high-pitched meows often signal general attention-seeking, while longer, lower-frequency variants indicate urgent needs like hunger. These parameters differ by context and mental state, with food-related meows showing steeper pitch contours and greater intensity than those for casual greeting, allowing humans to differentiate intents through perceptual cues. Domestic meows are generally shorter and higher in pitch than those of wild cats, further emphasizing their specialization for interspecies communication. Chirrups, trills, and chatters constitute shorter, melodic vocalizations used in , maternal communication, and excited solicitation. Produced through rapid vibrations similar to meowing but at higher pitches (around 500-1000 Hz) and brief durations (under 1 second), trills serve as affectionate s to humans or calls to kittens, mimicking the mother's signals learned in kittenhood. A 2025 study found that such greeting vocalizations occur more frequently toward caregivers. Chirrups often express playful contentment or mild excitement when spotting prey, while chatters involve bursts during prey observation, blending positive with solicitation. These sounds foster bonding in social contexts, with mother cats using distinct trills to guide kittens, a retained in adult domestic interactions.

Aggressive and defensive vocalizations

Cats produce a range of vocalizations during aggressive or defensive encounters to signal threat, warn off intruders, or express fear, helping to avoid physical confrontation where possible. These sounds are part of the broader agonistic repertoire, which includes growling, hissing, spitting, and yowling, each serving distinct roles in escalating or de-escalating tension based on the proximity and intensity of the threat. Acoustic analyses reveal that these vocalizations vary in frequency, duration, and intensity to convey the cat's internal state and deter opponents effectively. Growling is a low-frequency rumble generated from the , typically indicating a warning against an approaching or signaling in defensive contexts. This vocalization often escalates in intensity and duration as the threat draws closer, serving as an auditory barrier to prevent escalation to physical . In multi-cat households, frequently accompanies territorial disputes, with studies documenting its use in over 20% of observed agonistic interactions among resident cats. Hissing and spitting involve explosive expulsion of air through a partially open mouth, producing sharp, startling sounds that mimic the defensive hisses of snakes, an evolutionary adaptation for deterrence through . These vocalizations are accompanied by bared teeth and an arched posture, amplifying their intimidating effect, and are commonly observed in fear-induced defense against perceived predators or rivals. Hissing frequency notably increases in unneutered males during mating season, correlating with heightened territorial aggression toward competitors. , a shorter variant of hissing, functions similarly as a rapid burst to startle immediate threats. Yowling during inter-cat fights consists of loud, sustained calls that differ from solitary yowls through more rhythmic and repetitive patterns, signaling intense and often accompanying physical clashes. These vocalizations peak in volume and complexity during territorial battles, helping to coordinate or intimidate opponents without direct contact. In observed fights, yowling is paired with visual cues like flattening, reinforcing the defensive posture.

Distress vocalizations

Distress vocalizations in cats encompass a variety of sounds that convey vulnerability, such as , , isolation, or the urgency of . These calls differ from aggressive or defensive vocalizations by focusing on individual distress rather than territorial threats, often occurring in solitary contexts or during physiological needs. , moaning, and wailing represent prolonged, high-pitched vocalizations typically emitted by lost or isolated cats seeking reunion or by females in estrus signaling availability. These sounds feature extended durations ranging from 0.22 to 8.79 seconds, fundamental frequencies (F0) between 128 and 842 Hz, and tonal patterns with rising-falling that escalate in pitch to emphasize urgency, often incorporating vowel-like qualities such as [ɪ], [ɨ], or diphthongs like [au] and [ɛɔ]. In isolation scenarios, such as when a cat is introduced to a new environment, these calls may combine with other elements like growls in repetitive sequences to heighten the signal of discomfort. Screeching associated with pain manifests as sharp, irregular bursts of harsh, high-pitched sounds, distinct from hissing due to the absence of a prolonged sibilant component, and is primarily triggered by acute or physical trauma. These shrieks have shorter durations of 0.19 to 0.64 seconds and F0 values from 301 to 521 Hz, serving as immediate alerts to potential caregivers or conspecifics. Female mating calls during estrus consist of specific, repetitive yowls that intensify to attract males, often described as drawn-out howls or cries with a pleading quality. These vocalizations vary in intensity across breeds, with Siamese cats noted for producing particularly loud and frequent yowls due to their inherently more vocal nature. Orphaned kittens produce distress cries—high-arousal, isolation-induced vocalizations with frequency profiles akin to adult howls—that effectively elicit maternal retrieval and care responses from , as females adjust their approach speed based on the call's urgency level, responding up to 10% faster to heightened signals. Recent investigations, including those employing on spectrographic analyses, have advanced the differentiation of distress meows (e.g., from or isolation) from hunger-related calls by identifying unique acoustic features like duration, pitch modulation, and structure, achieving accuracies suitable for welfare monitoring. As of 2025, AI tools have further progressed to real-time of meows with up to 95% accuracy and models for predicting cat age from vocalizations, aiding in emotional state recognition and human-cat communication. These distress signals may accompany visual cues, such as piloerection, to amplify the overall expression of or discomfort.

Visual communication

Body posture and movement

Cats employ a variety of body postures and movements to convey emotions and intentions, serving as key elements of their system. These holistic stances and motions allow cats to signal trust, playfulness, , , or predatory intent without relying on vocalizations or contact, often drawing from innate behaviors shared with their wild ancestors. A relaxed posture in cats is characterized by a low, loose crouch or sprawled position with slack muscles, indicating trust and comfort in their environment or with nearby individuals. This stance typically occurs in safe contexts, where the cat may stretch out fully or sit with minimal tension, often accompanied by soft purrs during periods of contentment. When a cat stretches in front of a human, it typically indicates that the cat feels comfortable, relaxed, and trusts the person. This behavior often serves as a friendly greeting, showing vulnerability by exposing the belly or side and inviting interaction, such as petting or play. While cats also stretch to loosen muscles after resting, performing this specifically in a human's presence highlights social trust and affection rather than just physical need. In contrast, an arched back posture can signal either playful engagement or defensive , depending on the context. During play, cats adopt a slight arch while maintaining loose, bouncy movements to invite interaction, mimicking preparations without true threat. However, in aggressive scenarios, the arch becomes rigid and pronounced, aiming to appear larger to deter opponents. Piloerection, or the raising of across the body, is a physiological response triggered by the during states of , , or , causing the cat to appear bulkier as a defensive tactic. This full-body effect differs from localized fur raising and is evolutionarily conserved in felids to enhance or against predators. Tailored movements such as the stalking crouch are employed in hunting or predator avoidance, where the cat lowers its body close to the ground with deliberate, slow steps to minimize detection and prepare for a pounce. This posture reflects a focused, tense state that prioritizes stealth, linking directly to the predatory heritage of domestic cats from wild felids. Rolling over exposes the cat's vulnerable underbelly and signals submission, invitation to interact, or high levels of trust, often in familiar humans or conspecifics. This demonstrates non-aggressive intent and comfort, as the cat would not expose such a sensitive area in threatening situations. The freeze response occurs in situations of uncertainty or perceived , where the cat remains motionless with a to assess risks or blend into surroundings for . This allows time for on whether to flee, fight, or continue hiding—a strategy rooted in the of wild felids for survival optimization.

Facial and ear signals

Cats utilize a rich repertoire of and signals to convey emotions, intentions, and states of alertness, often combining these with other visual cues for nuanced communication. Research has identified 276 distinct expressions in domestic cats, categorized into friendly, aggressive, and affiliative types, which play a key role in social interactions influenced by . These signals are particularly evident in the positioning of eyes, ears, and features, allowing cats to express , , , or without vocalization. Eye signals are prominent in cat communication, with direct staring often indicating dominance or a . In social hierarchies, a dominant cat may approach a subordinate with a fixed stare to assert status, accompanied by stiffened posture. Conversely, the slow blink—where a cat narrows its eyes and closes them briefly—serves as an affiliative gesture equivalent to a , signaling trust and positive intent. This behavior fosters bonds, particularly between cats and humans; studies show that cats respond more positively to human slow blinks by approaching closer and exhibiting fewer avoidance behaviors, as it interrupts potentially threatening direct . Additionally, slow-blinking cats in shelters are adopted more quickly, suggesting it reduces perceived and enhances human-cat rapport. Dilated pupils, meanwhile, reflect heightened such as excitement during play or in response to stressors, widening to improve low-light vision or signal emotional intensity. Distinguishing between a tense or intense stare and a relaxed stare is crucial for interpreting a cat's emotional state and requires observing accompanying body language cues. A tense stare, often signaling threat, fear, or aggression, features dilated pupils, a stiff or hunched posture, forward-pointing or flattened ears, and a still, twitching, or lashing tail. In contrast, a relaxed stare indicates comfort, trust, or curiosity, characterized by soft or half-closed eyes, slow blinking, a loose body posture, forward or neutral ears, and curious head tilts. Ear positions provide clear indicators of a cat's mood, enabled by specialized . Cats possess 32 muscles at the base of each , allowing independent rotation up to 180 degrees for precise directional hearing and signaling. Forward-pointing ears denote or attentiveness, as seen in friendly interactions where ears and advance toward a conspecific. In contrast, ears flattened against the head signal or fear, often accompanying defensive postures; this may coincide with hissing as a warning. Twitching ears typically indicate or active scanning for sounds, with rapid movements suggesting environmental monitoring or mild agitation. Facial expressions further refine these messages, with whiskers projecting forward to express or during . Bared teeth, involving a wrinkled and exposed canines, serve as a display in aggressive contexts, often paired with flattened ears and dilated pupils to deter intruders. The , characterized by a lip curl and open mouth, aids in analyzing scents by directing odors to the , typically elicited by pheromones or novel stimuli.

Tail and whisker signals

Cats use their as prominent visual signals to convey a range of emotions and intentions during social interactions. An upright , held vertically with the tip sometimes slightly curved, typically indicates confidence and a friendly , often seen when a cat approaches individuals or conspecifics to signal amicable intent. This position also exposes at the base of the , allowing the cat to deposit pheromones through rubbing, which reinforces social bonds and territorial awareness. In contrast, a swishing or lashing , particularly when rapid and low to the ground, signals agitation, irritation, or mild , serving as a warning to others to maintain distance. A puffed-up , where the fur bristles to increase apparent size, is a defensive response to or , often accompanying an arched back to deter potential predators. When tucked or wrapped tightly around the body, the suggests insecurity, anxiety, or a desire to appear smaller and less conspicuous in stressful situations. A quivering , especially when held upright, is associated with territorial marking in intact males through spraying, where the cat backs up to a vertical surface and releases a small amount of while the tail vibrates to disperse the scent. , or vibrissae, function as specialized tactile sensors that not only aid in but also communicate emotional states through their orientation. In a relaxed state, whiskers are fanned out slightly to the sides, allowing the cat to explore its environment calmly and detect subtle air movements for spatial awareness. When flattened against the cheeks, whiskers indicate stress, fear, or defensiveness, often paired with other signs like dilated pupils to signal discomfort. Forward-pointing whiskers, extended straight ahead, reflect focused attention during or , enhancing the cat's ability to sense prey vibrations from afar. Domestic cats possess numerous vibrissae across their body, with the most prominent being the 24 mystacial arranged in rows on the upper lip, serving as highly sensitive detectors that bend in response to air currents, enabling precise environmental mapping even in low light. These whisker movements may occasionally align with twitching to heighten alertness during potential threats.

Tactile communication

Affectionate touch behaviors

Affectionate touch behaviors in cats encompass gentle physical interactions that foster social bonds, provide comfort, and reinforce group cohesion among domestic cats (Felis catus). These behaviors are particularly evident in familiar groups, such as colonies or multi-cat households, where they help maintain affiliative relationships and reduce tension. Unlike more vigorous contacts, affectionate touches are typically slow and deliberate, often accompanied by relaxed body postures. Allogrooming, or mutual licking between cats, serves dual purposes of hygiene and social affiliation. Cats direct licks primarily to hard-to-reach areas like the head and of conspecifics, promoting cleanliness while signaling trust and . In free-ranging cat colonies, allogrooming is often reciprocal and more frequent among related or familiar individuals, adhering to principles of and familiarity that strengthen group stability. Higher-ranking cats may initiate grooming on subordinates to regulate conflicts and affirm social bonds, with observations in neutered colonies confirming its role beyond . Purring frequently accompanies these sessions, enhancing the calming effect. Head bunting and rubbing involve a cat pressing its cheek or forehead against another cat, object, or human, depositing facial s to mark familiarity and convey ownership or affection. This behavior, known as allorubbing, transmits the F3 facial , which promotes emotional security and group cohesion by familiarizing the environment or partner with the cat's scent profile. In social settings, head bunting signals trust and integration into the group, with cats rubbing conspecifics to reinforce alliances and reduce . Studies on dynamics show allorubbing as a key mechanism for maintaining proximity and harmony among free-ranging cats. Kneading, characterized by alternating paw presses on soft surfaces like blankets or a caregiver's lap, mimics the nursing motions kittens use to stimulate milk flow from their . This instinctive behavior persists into adulthood as a sign of and , often occurring when cats feel relaxed and bonded. The rhythmic action may release feel-good neurotransmitters such as in the brain, contributing to the cat's sense of well-being. is observed in both sexes, potentially linked to hormonal influences or early developmental experiences like timing, though excessive persistence may relate to abrupt separation from the litter.

Playful and agonistic contact

Playful contact in cats encompasses physical interactions such as and , which serve as essential mechanisms for practicing and while maintaining inhibition to prevent injury. In these behaviors, cats deliver soft, inhibited bites and sudden leaps onto playmates or , mimicking predatory actions without full force. This form of tactile communication is prevalent among kittens and persists into adulthood, allowing individuals to refine coordination and motor skills in a safe context. Kittens primarily learn —the ability to control bite strength—through interactions with their and littermates, where maternal correction, such as hissing or retaliatory nips, teaches them to moderate their force during play. If a kitten bites too hard, the or siblings may yelp or withdraw, reinforcing the lesson that excessive aggression ends the interaction. In adult cats, continued playful and not only sustains these skills but also contributes to stress reduction; studies on , including play opportunities with toys, demonstrate that such activities significantly lower levels in shelter cats, with enriched groups showing nearly half the compared to standard housing. However, if a cat becomes overstimulated during play, inhibited bites can escalate to harder ones, signaling a need to pause the interaction. Playful scratches involve non-aggressive extension of claws during or batting, often used to grip surfaces or toys without intent to harm, contrasting sharply with the forceful, defensive swipes employed in responses. These light scratches allow cats to simulate capture techniques while sheathing claws partially to avoid injury to play partners. During such sequences, the may swish rapidly, indicating excitement. Agonistic contact, in contrast, involves intense physical confrontations during dominance disputes or territorial conflicts, characterized by hard, uninhibited bites targeting vulnerable areas like the scruff of the or limbs. These bites aim to assert and can lead to escalated fights if not resolved through avoidance or submission signals. Such behaviors are more common in unneutered males and underscore the distinction between play and true in feline social dynamics.

Olfactory communication

Pheromone production and release

Cats produce , which are volatile chemical signals used for communication, primarily from specialized sebaceous glands distributed across their body. These glands secrete complex mixtures of lipid-derived molecules that convey information about identity, emotional state, and to other cats. The production of these pheromones is regulated by hormonal and neural mechanisms, allowing cats to release them in response to environmental or social stimuli. Facial pheromone glands are among the most prominent sites of production, located in the cheeks, lips, forehead, chin, and around the ears. These glands secrete the F3 and F4 pheromones, which play key roles in appeasement and individual identification. The F3 pheromone, also known as the feline facial pheromone, is a of fatty acids and their esters that promotes a of familiarity and when detected by other cats. In contrast, the F4 pheromone supports group cohesion in social settings by signaling among members. These facial pheromones are synthesized in the sebaceous cells of the glands and released as cats engage in natural behaviors, such as rubbing against surfaces. Anal sacs and glands at the base of the serve as primary sources for territorial pheromones, producing volatile compounds such as and other volatiles that indicate ownership or dominance. These glands are connected to the digestive tract and tail region, where they accumulate secretions rich in proteins that differentiate individual scents. When expressed, these pheromones provide strong, persistent signals of territorial boundaries, helping to minimize conflicts between cats. The base glands, in particular, contribute to a cat's unique olfactory signature, integrating with other pheromones for comprehensive communication. Pheromones are also produced in the paw pads, where eccrine and sebaceous glands secrete volatile organic compounds such as alcohols and aldehydes during or activities. These compounds adhere to surfaces, creating durable marks that reinforce territorial claims over time. Similarly, contains a variety of pheromones derived from renal and accessory glands, including felinine and its breakdown products like 3-mercapto-3-methylbutan-1-ol, which serve as potent identifiers of , , and reproductive status. When is sprayed, these volatiles disperse effectively, enhancing their detectability. A notable application of these stems from the development of synthetic analogs in the by veterinary pharmacologist Patrick Pageat, leading to products like Feliway, which mimics the F3 to reduce anxiety in clinical settings. Studies have shown that exposure to synthetic F3 during veterinary visits significantly lowers stress indicators, such as vocalization and , in cats. Updated formulations, including Feliway Optimum introduced in the , combine F3 with other analogs for broader calming effects. Due to their lipophilic nature, these pheromones evaporate slowly, often persisting for several days on surfaces to maintain their communicative function.

Marking and scent deposition

Cats deposit scents through urine spraying, a where they back up to vertical surfaces such as walls or furniture and release a small amount of , often while quivering their , to communicate territorial boundaries. This form of marking is more prevalent in intact males than in neutered cats or females, with studies indicating that up to 10% of neutered males and 5% of neutered females still exhibit spraying, compared to routine spraying in intact individuals. The contains pheromones such as felinine, a sulfur-containing that serves as a precursor for volatile compounds signaling the cat's presence and status to others. Scratching on posts or surfaces combines visual cues from claw marks with olfactory signals from paw pad pheromones, reinforcing territorial claims in the environment. Cats release these interdigital semiochemicals during scratching, which attract further scratching and help establish ownership of the area through both sight and smell. Facial rubbing, or bunting, involves cats pressing their cheeks against objects or other cats to deposit the F3 facial pheromone, a mixture of lipids including oleic acid and palmitic acid, creating "familiarity zones" that signal safety and affiliation. This behavior helps integrate scents into the shared environment, promoting social cohesion. In multi-cat households, marking behaviors such as urine spraying increase during introductions of new cats, as the presence of unfamiliar individuals heightens stress and territorial responses, with studies showing multi-cat settings as a significant . Each cat's scent profile is unique, shaped by individual variations in glandular secretions and , functioning like a chemical for recognition among conspecifics.

Integrated and contextual communication

Multimodal signal combinations

Cats integrate multiple sensory modalities to convey nuanced messages, enhancing the clarity and impact of their communication compared to single-modality signals. This multimodal approach allows for simultaneous or sequential transmission of information through visual, vocal, tactile, and olfactory channels, which is particularly effective in social contexts such as affiliation, threat display, or defense. Research indicates that cats respond more rapidly to combined visual and auditory cues than to isolated vocal signals, suggesting an evolutionary adaptation for processing integrated information in dynamic environments. In vocal-visual combinations, cats often pair auditory signals with facial expressions to reinforce intent. For instance, during bonding interactions with humans, cats may purr—a low-frequency vocalization associated with contentment and affiliation—while performing slow blinks, which involve gradual eye narrowing to signal trust and positive emotions. This combination fosters reciprocal positive exchanges, as slow blinks alone have been shown to elicit approach behaviors and reduce stress in cats. Conversely, in threatening situations, cats combine hissing, a sharp vocal warning indicating fear or aggression, with flattened ears positioned against the head to visually amplify the defensive posture and deter potential adversaries. These paired signals heighten the perceived urgency, making the message more salient to recipients. Tactile-olfactory integration is evident in behaviors like bunting, where a rubs its head against another or object, depositing pheromones from glands while providing physical contact to promote affiliation. This dual signaling marks the recipient as part of the and conveys familiarity, strengthening bonds without overt aggression. In defensive scenarios, cats employ sequential signaling, such as an initial visual freeze—immobility to assess threats—followed by a vocal growl to escalate the warning if the stimulus persists. This progression allows time for while preparing for confrontation if needed. Studies from the and demonstrate that multimodal signals are more effective for communication efficacy, with cats showing faster interaction responses to bimodal (visual-vocal) cues than unimodal ones in experimental settings. In kitten development, exposure to integrated maternal signals aids in social learning, though specific quantitative advantages vary by context. Human misinterpretation of these combined signals, such as overlooking accompanying with vocalizations, frequently leads to escalated conflicts, including scratches or avoidance behaviors, underscoring the need for cross-species awareness.

Communication in social hierarchies

In feral cat colonies, social hierarchies often form around matrilineal groups of related females and their offspring, where tolerance among females facilitates cooperative sharing and care, with studies indicating high levels of affiliative interactions that stabilize . These structures can exhibit linear dominance ranks in some populations, particularly where is intense, leading to ranked access to food and resting sites based on aggressive and submissive signaling. Male cats typically maintain looser affiliations with the group, entering peripherally for but rarely integrating fully into the . Dominance displays in these colonies include prolonged to intimidate subordinates, low-intensity to warn off challengers, and mounting postures where a higher-ranking positions itself atop another to assert control without escalation to . These visual and vocal cues establish rank order efficiently, minimizing energy expenditure in stable groups. Subordinates respond with appeasement signals such as averting to de-escalate confrontations, rolling onto their side or back to expose vulnerable areas as a of non-threat, and permitting allogrooming from dominants, which reinforces the through affiliative contact. Pheromones may also play a brief role in hierarchy marking, as cats deposit scents during rubs to delineate rank-related territories within the colony. Conflict resolution often involves post-confrontation behaviors like mutual rubbing, or allorubbing, which mixes group scents and reduces residual tension by reaffirming social bonds after a dispute. Ethological observations show that such communicative strategies, combining postural, vocal, and olfactory signals, prevent the majority of potential physical altercations by allowing cats to negotiate space and resources without violence. This system maintains colony cohesion, particularly in resource-limited environments where overt fights could lead to injury or exclusion.

Interactions with humans

Domestic cats have evolved distinct communicative adaptations when interacting with humans, most notably in their use of meowing, which serves as a primary tool for soliciting , , or companionship. Unlike inter-cat communication, where meows are rare and typically limited to mother-kitten interactions, domestic cats produce amplified and highly varied meows directed specifically at people, a that is largely absent in populations who revert to more silent, non-vocal signaling. Studies from the demonstrate that cats vocalize more frequently and with greater responsiveness to familiar s, distinguishing between speech patterns addressed to them versus general conversation, which enhances their ability to elicit responses. Certain breeds, such as , are generally less vocal and produce softer meows. Recent has shown that cats can rapidly form associations between spoken words and visual images, enhancing their responsiveness to verbal cues. Affectionate signals in human-cat interactions include head-butting, or bunting, where cats rub their faces against people to deposit pheromones, marking them as trusted social partners and expressing bonding. Purring, often louder or embedded with urgent vocal elements when directed at s, conveys or solicits care, mimicking infant cries to exploit nurturing instincts. Slow serves as a key trust cue, with research showing that cats respond positively to slow blinks by approaching more readily and reciprocating the gesture, indicating relaxed emotional states and positive social affiliation. Additionally, a cat stretching in front of a human often indicates comfort, relaxation, and trust, as the behavior exposes vulnerable areas such as the belly or side, serving as a friendly invitation for petting, play, or interaction rather than merely loosening muscles after rest. Miscommunications frequently arise when humans overlook feline stress signals, such as rapid tail swishing or twitching, which indicate or overstimulation during petting; continuing to stroke in these moments can lead to defensive reactions like scratching or biting, as cats' warnings are often misinterpreted as playful. Cats may also learn from consistent human interactions, adapting their signals through observation of owner responses.

References

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