C
Species Profile

Cricket

Gryllidae

Small insect, big night song
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Cricket Distribution

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At a Glance

Family Overview This page covers the Cricket family as a group. Stats below are general traits shared across the family.
Also Known As Field cricket, House cricket, Garden cricket, Tree cricket, Ground cricket, Chirping cricket, Grillo (Spanish), Grillon (French)
Diet Omnivore
Activity Nocturnal+
Lifespan 9 years
Weight 0.002 lbs
Status Not Evaluated
Did You Know?

Size varies widely across Gryllidae: adults range roughly ~3-60 mm long (tiny ground/leaf-litter species to large field/burrowing crickets).

Scientific Classification

Family Overview "Cricket" is not a single species but represents an entire family containing multiple species.

True crickets (family Gryllidae) are orthopteran insects known for males producing chirping songs by stridulation (rubbing specialized forewings). They are generally nocturnal or crepuscular, omnivorous or detritivorous, and play roles as both predators of small invertebrates and prey for many animals.

Kingdom
Animalia
Phylum
Arthropoda
Class
Insecta
Order
Orthoptera
Family
Gryllidae

Distinguishing Features

  • Long, filamentous antennae
  • Hind legs enlarged for jumping
  • Males often chirp by rubbing forewings (tegmina)
  • Many females have a conspicuous ovipositor for egg-laying
  • Typically flattened-to-cylindrical body form; coloration often brown/black for camouflage

Physical Measurements

Males and females differ in size

Length
2 in (0 in – 3 in)
Weight
0 lbs (0 lbs – 0 lbs)
0 lbs (0 lbs – 0 lbs)
Tail Length
1 in (0 in – 1 in)
Top Speed
5 mph
About 2-8 km/h

Appearance

Primary Colors
Secondary Colors
Skin Type Chitinous exoskeleton (sclerotized cuticle) usually matte to slightly shiny; body smooth to finely textured with short setae (hairlike bristles). Tegmina (forewings) vary from reduced to full; males often use them for stridulation.
Distinctive Features
  • Family-level size range (smallest to largest members): typically ~3-60 mm body length (excluding antennae and ovipositor); many species fall in the ~10-30 mm range. Antennae are very long and threadlike and can exceed body length.
  • True crickets (Gryllidae) usually live several months to about a year from egg to death. Adults often live weeks to months; some species near two years. Development and generations depend on temperature, rain, and latitude.
  • General body plan: robust to slender orthopteran insect with a large pronotum, long filiform antennae (a key distinction from many short-horned grasshoppers), and enlarged hind femora/tibiae adapted for jumping.
  • Hind legs specialized for leaping; fore and mid legs primarily for walking/climbing. Many species are ground-dwelling in leaf litter or soil surface layers; others climb vegetation.
  • Cerci: paired sensory appendages at the end of the abdomen are typical and often conspicuous.
  • Hearing: tympanal organs commonly located on the fore tibiae, supporting acoustic communication and predator detection.
  • Forewings (tegmina) can be full, short, or missing by species or form; male tegmina often have sound-making parts. Hindwings fold under tegmina and may be reduced or used for flight in long-winged forms.
  • Males of many cricket species make calling songs by rubbing special forewings. Songs attract mates and mark space. Song speed, pitch, pattern, timing and season vary; some species are quiet.
  • Activity/ecology (general pattern, explicitly variable): many true crickets are nocturnal or crepuscular, hiding by day in crevices, burrows, under debris, or vegetation; however, degrees of daytime activity vary by species and habitat.
  • Feeding roles (broad generalization): many are omnivorous and opportunistic-consuming plant material (seeds, seedlings), detritus, fungi, carrion, and small invertebrates; the balance from more herbivorous to more predatory/detritivorous varies widely among species and life stages.
  • Ecological roles: important prey base for birds, reptiles, amphibians, small mammals, and invertebrate predators; also can influence decomposition and seed/seedling dynamics through detritivory and grazing.
  • Gryllidae live in many places: grasslands, forests, shrublands, caves, rocky areas, and human-made places. Some live on surface litter, others in burrows; they are different from mole crickets (another family).
  • Reproductive morphology: females typically have a prominent ovipositor used to place eggs in soil, plant tissue, or other substrates; ovipositor shape/length varies substantially among lineages and correlates with egg-laying sites.

Sexual Dimorphism

Sexual dimorphism in Gryllidae varies. Females usually have a visible ovipositor. Males often have modified forewings (tegmen) for stridulation and call more. Size and wing-length differences occur between sexes and among populations.

  • Forewings (tegmina) commonly specialized with stridulatory file/scraper and resonant areas for chirping; males often have more developed sound-producing structures when wings are present.
  • Calling behavior (mate attraction/territorial spacing) is typically male-biased; males may adopt calling posts at burrow entrances, on vegetation, or on the ground depending on species.
  • In some species/populations, males may be slightly smaller or more slender than females; degree and direction of size difference varies.
  • Usually possesses a conspicuous ovipositor (often needlelike or sabre-like), length and curvature varying widely across the family and linked to egg-laying substrate.
  • Often lacks male stridulatory specializations; tegmina may be present but not adapted for song production.
  • In many species, females may be heavier-bodied due to egg production; magnitude varies with species, season, and nutritional state.

Did You Know?

Size varies widely across Gryllidae: adults range roughly ~3-60 mm long (tiny ground/leaf-litter species to large field/burrowing crickets).

The classic chirp is made by stridulation: a "file" on one forewing is scraped by a "plectrum" on the other-like a built-in fiddle.

Crickets don't hear with their heads: their main ears (tympana) are on the front legs (fore tibiae).

Many species are crepuscular/nocturnal, but the family includes day-active singers too-especially in open habitats.

Diet is flexible across the family: many are omnivores and scavengers (plant matter, seeds, fungi, carrion), while some take more small invertebrate prey.

Life span is highly variable: fast-cycling species can complete development in ~6-10 weeks, while others overwinter (egg or nymph) and may take ~6-18+ months from egg to adult death depending on climate and diapause.

Some tree crickets (within Gryllidae) make "leaf baffles," cutting and positioning a hole in a leaf to amplify their song like a speaker cone.

Unique Adaptations

  • Specialized forewing sound apparatus (file-and-scraper) and resonant wing areas that turn wing motion into loud, species-specific songs.
  • Foreleg tympanal ears tuned for acoustic orientation-useful for locating mates (and in some contexts detecting threats).
  • Powerful hind legs with enlarged femora for rapid jumping escapes; many also rely on sprinting and tight crevice use rather than sustained flight.
  • Long, sensitive antennae (often longer than body) for navigating and detecting food/conspecific cues in low light.
  • Ovipositor diversity: typically long and sturdy for inserting eggs into protected sites; shape and length vary with egg-laying substrate across the family.
  • Behavioral sound amplification in some groups (e.g., leaf "baffles" in certain tree crickets) that boosts call volume without extra energy.
  • Developmental flexibility (diapause in egg or nymph in many temperate species), allowing life cycles that fit local seasonality-from multiple generations per year to annual/overwintering cycles.

Interesting Behaviors

  • Acoustic communication with multiple song types: many species have distinct calling songs (long-range attraction), courtship songs (close-range), and aggressive/territorial songs-yet some lineages include short-winged or silent forms where sound is reduced.
  • Mostly nocturnal/crepuscular activity: many hide by day under stones, bark, leaf litter, or in self-made burrows, then forage at night; in warmer regions some remain active year-round, while temperate species often show seasonal dormancy.
  • Burrow and shelter use is common but variable: some are surface runners in grass and litter, others are strong diggers that retreat into soil cracks or excavations to avoid predators and desiccation.
  • Flexible feeding ecology: many switch between grazing on plants/algae, scavenging detritus, and opportunistic predation; cannibalism can occur, especially when crowded or protein-limited.
  • Mate choice can hinge on song structure and timing: females in many species orient to species-specific rhythms, helping prevent cross-mating where multiple cricket species sing together.
  • Egg-laying strategies vary: females use a needle-like ovipositor to place eggs in soil, rotting wood, or plant tissue depending on species and habitat.
  • Predator-prey role is central: Gryllidae are a major prey base for birds, reptiles, amphibians, spiders, and small mammals; behavior often emphasizes stealth, sudden jumps, and quick retreats into cover.

Cultural Significance

True crickets (Gryllidae) are valued for their songs and symbolic meaning. In East Asia people kept singing crickets and held cricket fights; in Europe and North America their chirps stand for home, appear in poetry, and mark summer nights and sayings about weather and time.

Myths & Legends

Hearth-cricket tradition (parts of Europe): a cricket living in the home-often near the fireplace-has been treated as a lucky household presence or protective "hearth spirit," and its song as a sign of comfort and prosperity.

British/Irish-influenced superstition: harming or killing a house cricket is widely said to bring misfortune, while letting it live (or gently ushering it out) preserves luck.

Brazilian folk belief (varies by region): crickets in the house are treated as omens-different colors or where the cricket appears can be read as signs of money, visitors, or bad news.

In Chinese culture, singing crickets were kept caged for their songs and prized as signs of good taste, good luck, and autumn celebration; stories and poems often call their song a loved autumn sound.

Japanese seasonal association: bell crickets (within Gryllidae) appear in classical poetry and seasonal observances, where their delicate sound symbolizes autumn and the transience of life.

In North America, folk beliefs differ: a cricket (Gryllidae) chirping inside is seen as a sign—sometimes of good luck, sometimes a dark omen about sickness or death—showing how night sounds join household traditions.

Conservation Status

NE Not Evaluated (family-level "hub"): the family Gryllidae is not assigned a single IUCN Red List category; member species span a wide range of assessments from Least Concern to threatened categories (and many are not yet assessed). Family-wide generalizations/ranges: Measurements-adult body length varies roughly from a few millimeters (~2-5 mm in the smallest species) up to ~50-60+ mm in the largest burrowing/large-bodied true crickets; mass ranges from milligrams to several grams. Lifespan-highly variable by climate and life history: many species complete development and die within ~3-6 months, while others (especially in seasonal/temperate regions with overwintering nymphs or eggs) can take ~1 year or occasionally longer (up to ~2 years from egg to death in slower-developing lineages). Behavior/Ecology-most are nocturnal/crepuscular and males commonly produce calling songs by stridulation; many are omnivores/detritivores and opportunistic predators/scavengers, often important in leaf-litter and soil-surface food webs and as prey for birds, reptiles, amphibians, and mammals. There is substantial variation across the family: some are strongly burrowing and sedentary, some are more mobile/flying, some occupy grasslands/croplands while others are forest-litter specialists; diets range from largely plant/detritus-based to more predatory depending on species and habitat. Conservation landscape-greatest risk tends to occur in narrow-range endemics (notably on oceanic islands and other restricted habitats), where small distributions amplify habitat change and invasive-predator impacts.

Has not yet been evaluated against the criteria.

Population Unknown

You might be looking for:

House cricket

30%

Acheta domesticus

Common domestic/feeder cricket; often found in and around human dwellings.

View Profile

Field crickets

25%

Gryllus spp.

Common outdoor crickets; many species with loud chirping songs.

Jamaican field cricket

15%

Gryllus assimilis

Frequently sold as a feeder cricket; sometimes called a field cricket in the pet trade.

Mole crickets (not true crickets)

15%

Gryllotalpidae

Related orthopterans that burrow; sometimes called "crickets" but are a different family.

View Profile

Katydids / bush-crickets (not true crickets)

15%

Tettigoniidae

Often called "bush crickets" in some regions; a different family within Orthoptera.

View Profile

Life Cycle

Birth 200 nymphs
Lifespan 9 years

Lifespan

In the Wild
2–18 years
In Captivity
3 years

Reproduction

Mating System Polygynandry
Social Structure Solitary
Breeding Pattern Transient
Fertilization Internal Fertilization
Birth Type Internal_fertilization

Gryllidae crickets are mostly polygynandrous: both males and females mate many times. Males call to attract females and transfer a spermatophore, often with a food gift (spermatophylax). Pairings are brief; females choose, males compete, and sperm competition is common. Little parental care.

Behavior & Ecology

Social Aggregation Group: 1
Activity Nocturnal, Crepuscular, Cathemeral
Diet Omnivore Moist, soft foods-decaying plant material (leaf litter/rotting vegetation) and easily captured small invertebrates (especially soft-bodied prey).
Seasonal Hibernates

Temperament

Generally non-social and wary/cryptic (thigmotactic use of cover)
Males often territorial or aggressive toward rival males near calling/retreat sites (degree varies by species and density)
Opportunistic omnivores; scavenging and predation on small invertebrates are common, with cannibalism possible under crowding or food limitation
Risk-sensitive behavior with rapid escape responses; boldness and exploratory tendency vary with habitat (e.g., open-ground vs. vegetation-dwelling forms)

Communication

male calling songs Long-range mate attraction via forewing stridulation
courtship songs Close-range, often lower amplitude or different patterning
aggressive/encounter songs and rivalry signals between males Variable across lineages
disturbance/startle sounds in some species Less universal than calling/courtship
substrate-borne vibrations (tremulation/drumming) used in close-range courtship or signaling in some taxa
tactile communication via antennal contact and body touch during courtship and contests
chemical cues (pheromones and cuticular hydrocarbons) involved in mate recognition, aggregation tendencies, and status assessment; strength and specificity vary across species
environmentally mediated signaling: microhabitat choice and calling site selection (height, burrow/crevice use, vegetation vs. ground) strongly shape who receives signals and how far they carry

Habitat

Biomes:
Tropical Rainforest Tropical Dry Forest Savanna Desert Hot Desert Cold Mediterranean Temperate Grassland Temperate Forest Temperate Rainforest Boreal Forest (Taiga) Tundra Alpine Freshwater Wetland Marine +9
Terrain:
Mountainous Hilly Plateau Plains Valley Coastal Island Riverine Volcanic Karst Rocky Sandy Muddy +7
Elevation: Up to 14763 ft 9 in

Ecological Role

Omnivorous ground-foraging consumer that links detrital, plant, and small-invertebrate food webs; also a major prey base for higher trophic levels.

nutrient cycling and decomposition facilitation via detritus feeding and fragmentation of leaf litter population regulation of small invertebrates through opportunistic predation seed and plant-material consumption that can influence plant recruitment (seed predation; occasional incidental dispersal) energy transfer to predators (birds, reptiles, amphibians, small mammals, spiders) as abundant, widely available prey soil/litter turnover and microhabitat modification through foraging and (in some lineages) burrowing-associated feeding

Diet Details

Main Prey:
Small insects Orthopteran nymphs and eggs Small arthropods Soft-bodied invertebrates Spiderlings and other tiny predators Carrion of small invertebrates
Other Foods:
Tender leaves and shoots Grasses and herbaceous plants Seeds and grain Fallen fruit and soft plant tissues Fungi Detritus Algae and biofilm Animal dung and nutrient-rich organic debris +2

Human Interaction

Domestication Status

Semi domesticated

Crickets (family Gryllidae) are mostly wild; only a few species are kept in captivity. People have kept crickets for song and fighting in Asia (especially China) for a long time. Today some species are mass-reared worldwide as feeder insects, fishing bait, and human food or feed. This is selective breeding, not full domestication.

Danger Level

Low
  • Minor skin nips/pinches possible but typically harmless
  • Allergic reactions/asthma risk from insect frass, shed skins, or dust in large-scale rearing or sensitive individuals
  • Food safety risk if consumed from unsanitary sources (microbial contamination is husbandry-dependent)
  • Noise disturbance from male calling songs in homes or facilities
  • Potential to become nuisance pests if they escape and establish locally (species- and climate-dependent); can damage seedlings, fabrics, or stored foods opportunistically
  • Attraction of predators/parasites (e.g., mites) in poorly maintained colonies

As a Pet

Suitable as Pet

Legality: Crickets (Gryllidae) are usually legal to keep and sold as feeders or bait. But laws may limit moving or releasing them, ban non-native types, or need permits for breeding. Rules vary by place.

Care Level: Easy

Purchase Cost: $1 - $25
Lifetime Cost: $20 - $200

Economic Value

Uses:
Pet trade (live feeders; occasionally song/fighting crickets) Food and animal feed (edible insects; protein products) Fishing bait Education and hobbyist use (behavior/acoustics) Research (bioacoustics, physiology, behavior, ecology) Pest/nuisance impacts (crop/seedling damage; household invasions)
Products:
  • live feeder crickets
  • bait crickets
  • edible whole crickets (fresh/frozen/roasted)
  • cricket powder/flour and protein ingredients
  • rearing supplies (egg-laying substrate, starter colonies)
  • educational/research cultures

Relationships

Related Species 5

Types of Cricket

15

Explore 15 recognized types of cricket

House cricket
House cricket Acheta domesticus
European field cricket Gryllus campestris
Two-spotted field cricket Gryllus bimaculatus
Jamaican field cricket Gryllus assimilis
Pacific field cricket Teleogryllus oceanicus
Black field cricket Teleogryllus commodus
Banded cricket Gryllodes sigillatus
Texas field cricket Gryllus texensis
Fall field cricket Gryllus pennsylvanicus
Japanese field cricket Velarifictorus micado
Snowy tree cricket Oecanthus fultoni
Italian tree cricket Oecanthus pellucens
Surinam cockroach-cricket (leaf-litter cricket) Eneoptera surinamensis
Short-tailed cricket Anurogryllus muticus
Giant burrowing cricket Brachytrupes portentosus

Fried crickets are a delicacy in Thailand.

Crickets are some of the noisiest insects on the planet. The sound of the male fills the spring and summer night air, which for some people might be soothing but for others annoying. The purpose of the chirping noise is to attract a potential mate or repel male rivals. Many people confuse them with grasshoppers, but in fact, they share only a distant relationship.

4 Incredible Facts!

  • Male crickets produce their chirping noises by rubbing their wings together (grasshoppers rub their legs together). The soft leathery sound-producing organ, located directly on the forewing, is rubbed against rows of about 50 to 250 teeth on the opposite forewing.
  • The exact frequency of the sound, which depends on how many teeth are struck, can range between 1,500 and 10,000 cycles per second.
  • The cricket’s jumping ability is particularly amazing. It can leap a few feet up into the air, which, given its small body size, is an impressive feat. The wings also provide very limited flight over small areas.
  • Crickets are considered to be a sign of good luck and fortune in many cultures. Some people keep them as pets, but they’ve also been used for sport. Cricket fighting is a traditional Chinese custom that dates back more than a thousand years.

Scientific Name

Crickets are in the Class Insecta, Order Orthoptera, Suborder Ensifera, Infraorder Gryllidea, and Superfamily Grylloidea. The superfamily Grylloidea was once considered just a family, but scientists have now changed that classification. The name comes from the Latin word gryllus for cricket. However, there are many related species, including the scaly spider and a number of insects with “cricket” in their names (e.g., mole cricket, camel cricket, Jerusalem cricket) that are not considered to be “true” crickets, but they do share many similarities. Altogether, there are some 2,400 known species. The most common of the true crickets in Europe is the house cricket (Acheta domesticus).

Appearance

Identification is fairly simple. The cricket is a relatively large insect with a bulky tube-shaped body, measuring up to an inch or two in length. Important features include six very long legs (each of which contains three joints), the two long antennae extending from the head, and two sensory appendages (called cerci) on the back of the abdomen. The last pair of legs is particularly long to help with jumping.

Most species are capable of at least some basic flight, but some ground crickets are not capable of flight at all. The wings are mostly adapted to attract mates. The vast majority of species are colored brown and black, but some are covered in green and red as well. The nymphs look like small, undeveloped versions of the full adult form.

The most distinctive feature of a cricket is its long legs that have three joints.

Habitat

Crickets are found in nearly all of the world’s habitats except for the extreme north and south. They spend most of the day hidden in cracks, leaves, bark, stones, and logs, and then they often come out into the open at night. Mole crickets create burrows in the ground with their mole-shaped hands.

Predators and Prey

Crickets are preyed upon by numerous predators, including spiders, lizards, geckos, turtles, frogs, birds, small mammals, other insects, and even fungi. Some parasitoid insects will prey upon crickets by laying their legs on its body. Once the larvae hatch, they will consume the entire cricket whole while it’s still alive. Camouflage provides a degree of protection against most predators. If that fails, then they will often try to hide in narrow crevices.

Crickets are omnivorous insects, but most of what they eat is plant matter. Some species will consume fruits, leaves, flowers, grasses, seeds, fungi, and other bits of organic matter. Other predatory species will also consume insects and other invertebrates.

Reproduction and Lifespan

A male cricket will make its chirping sound to attract a mate. Male and female crickets have a special auditory organ on their forelegs that lets them hear the chirps.

During copulation, male crickets will transfer a spermatophore (protein capsule containing sperm) through a genital opening in the female into a single sperm reservoir. The female will then lay eggs through a long needlelike organ called the ovipositor.

The cricket undergoes three distinct stages: egg, nymph, and adult. Females lay the eggs in soil or plant stems along the ground in the fall. After hatching in the spring, the nymphs grow progressively larger after each one of the six to 12 molts. The adults have a normal lifespan of just a few months.

Prevention

Crickets do not generally pose a direct threat to people, but their digging in the soil can sometimes cause a bit of damage to lawns and gardens. Field and house crickets can also take refuge in homes and buildings when the temperature drops outdoors. To remove them from your property, you should apply some insecticide by following the instructions on the package. A mixture of dish soap and water applied to the soil may cause any hidden underground mole crickets to surface. Keeping your grass trim, draining gutters or standing water, removing any debris, and repairing any holes in your home can help to prevent an infestation.

To take care of an infestation in your home, there are a few things you can do. You can apply an insecticide bug spray to the windowsills and corners of your home (though you will need to wait for the insecticide to dry before allowing children and pets into the room). For an alternative non-toxic solution, you can apply a substance called diametaceous earth to baseboards and wall cervices around the home. Finally, you can place baits and traps in areas where the insects have been spotted. While many stores do sell traps, you can also create natural bait on your own by placing a tiny bit of molasses in a shallow bowl filled partly with water. The cricket may be tempted to jump in the bowl where it will drown. Fortunately, the cricket is a fairly benign insect and doesn’t cause too many problems.

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Sources

  1. Britannica / Accessed December 17, 2021

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Cricket FAQs (Frequently Asked Questions)

The cricket is a large jumping insect that also makes a loud chirping noise. Some of the most common types include field and house cricket.