M
Species Profile

Mole Cricket

Gryllotalpidae

Built to dig, born to sing
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Mole Cricket Distribution

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Invasive Species
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Mole Cricket close-up

At a Glance

Family Overview This page covers the Mole Cricket family as a group. Stats below are general traits shared across the family.
Also Known As mole-bug, burrowing cricket, tunneling cricket, subterranean cricket, earth cricket
Diet Omnivore
Activity Nocturnal+
Lifespan 1.5 years
Weight 0.005 lbs
Status Not Evaluated
Did You Know?

Adult body length across the family is roughly ~15-60 mm (about 1.5-6 cm), with stout bodies and shovel-like forelegs built for digging.

Scientific Classification

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

Mole crickets are orthopteran insects adapted for a subterranean lifestyle, recognized by their spade-like forelegs used for digging. Many species are nocturnal and can be important soil predators/omnivores; some are significant agricultural and turf pests.

Kingdom
Animalia
Phylum
Arthropoda
Class
Insecta
Order
Orthoptera
Family
Gryllotalpidae

Distinguishing Features

  • Enlarged, shovel-like forelegs specialized for digging
  • Cylindrical body suited to burrowing
  • Orthopteran hind legs (jumping) though less emphasized than in many crickets
  • Often produce loud mating calls; males may call from burrow entrances

Physical Measurements

Males and females differ in size

Height
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Length
1 in (1 in – 3 in)
2 in (1 in – 2 in)
Weight
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Top Speed
9 mph
flying

Appearance

Primary Colors
Secondary Colors
Skin Type Chitinous exoskeleton with a velvety, soil-shedding coat of fine setae; forelegs heavily sclerotized and spade-like for digging; wings range from reduced to fully developed depending on species.
Distinctive Features
  • Adults are usually about 3-5 cm in body length (varying by species).
  • Lifespan across the family commonly ~0.5-3 years; nymphal development usually dominates, with adult stage often weeks to months.
  • Forelegs broadened into spade-shaped digging tools with enlarged tibiae, strong spurs, and stout claws; head and pronotum robust for pushing soil.
  • Subterranean tunnel systems in moist soils; many species are nocturnal and surface-active mainly for dispersal or mating.
  • Diet varies widely: omnivory is common; some species are more predatory (invertebrates), others more herbivorous/root-feeding, driving pest status in turf and crops.
  • Sound production typical of Orthoptera: many males stridulate from burrow "calling chambers," but calling intensity and seasonality vary across species.
  • Flight capability varies: some species undertake nocturnal dispersal flights (often attracted to lights), while others have reduced wings and limited flight.
  • Short, often inconspicuous ovipositor compared with many crickets; body cylindrical with enlarged abdomen and tactile cerci adapted to tight burrows.

Sexual Dimorphism

Dimorphism is usually modest: males typically have more specialized forewings for stridulation and are the primary callers, while females are often slightly larger-bodied with reproductive abdominal differences. Degree varies by species, including wing length variation in both sexes.

  • Forewings (tegmina) commonly more specialized for sound production (stridulatory file/harp-mirror areas).
  • More frequent development of calling behavior from burrow chambers; sometimes slightly slimmer abdomen.
  • In some species, proportionally longer wings associated with dispersal flights.
  • Often slightly larger/heavier abdomen related to egg production; variation in robustness across species.
  • Ovipositor typically short and less protruding, but female terminalia differ from males.
  • In some species, wings can be shorter or similar to males; wing-length dimorphism varies by taxon.

Did You Know?

Adult body length across the family is roughly ~15-60 mm (about 1.5-6 cm), with stout bodies and shovel-like forelegs built for digging.

Many species are nocturnal: they feed, tunnel, and (in winged species) take dispersal flights mainly after dusk.

Males of many species produce loud calling songs by stridulation; some amplify sound from specially made "acoustic" burrows.

Diet varies widely across the family-some species are mostly predatory/omnivorous in soil, while others feed heavily on roots and shoots and can be serious turf or crop pests.

Female mole crickets typically construct underground chambers for egg-laying; young nymphs resemble small, wingless adults and develop through multiple molts.

Life cycle length varies by species and climate: commonly ~6-18 months, but some species can take ~2-3 years from egg to the next generation in cooler regions.

Their tunneling can be beneficial (soil mixing, predation on soil pests) or harmful (root damage and raised ridges in lawns, pastures, and fields), depending on species and density.

Unique Adaptations

  • Spade-like forelegs: enlarged, toothed tibiae and robust muscles form efficient digging "shovels," a hallmark of fossorial life in Gryllotalpidae.
  • Streamlined, soil-resistant body plan: compact shape and tough cuticle help them push through soil without snagging.
  • Sensitive detection of vibrations: sensory hairs and mechanoreceptors help locate prey, predators, and conspecifics through substrate-borne cues.
  • Burrow-based acoustics: some species shape calling chambers that enhance sound radiation-an adaptation linking behavior, anatomy, and habitat.
  • Respiration in tight spaces: spiracle placement and behaviors that keep burrows ventilated help them function in low-airflow underground environments.
  • Egg and nursery chambers: protected subterranean brood sites buffer eggs and early nymphs from temperature swings and many surface predators.

Interesting Behaviors

  • Subterranean engineering: most species spend much of their lives in soil tunnel systems used for feeding, shelter, and movement; tunnel depth and complexity vary by soil type and moisture.
  • Nocturnal surface activity: many emerge at night to forage, mate, or disperse; attraction to lights is common in several winged species.
  • Acoustic courtship: in many genera, males call from a burrow opening or a tuned chamber that can act like a resonator; song structure differs markedly among species and is used for mate recognition.
  • Seasonal dispersal flights: some species undertake mass flights during warm, humid evenings (often after rain); other species or populations are weaker fliers or fly less frequently.
  • Flexible feeding: across the family, diets range from largely carnivorous (preying on soil invertebrates) to largely herbivorous (root-feeding), with many species opportunistically omnivorous.
  • Soil-water association variation: while many prefer moist soils, species occur across diverse habitats-wetlands edges, agricultural fields, sandy coastal soils, and intensively managed turf.

Cultural Significance

Mole crickets (Gryllotalpidae) are known from soil ridges and night flights to lights. Some species are pests of lawns, golf courses, pastures, and seedlings; others are soil predators. They teach about 'mole-like' underground adaptation.

Myths & Legends

Name-origin tradition: the common name reflects a long-standing European analogy-an insect "cricket" that lives and digs like a "mole"; the scientific name Gryllotalpa similarly combines 'cricket' (gryllus) and 'mole' (talpa).

In rural tales across Europe and beyond, mole crickets (Gryllotalpidae) and other burrowing insects stand for the busy, hidden life under the soil that turns and loosens the ground.

18th-19th century European writers often called mole crickets (Gryllotalpidae) 'underground musicians' because hidden males' calls were heard, and this story appears in field guides and local accounts.

In many rural areas, large burrowing crickets (including mole crickets, Gryllotalpidae) are known as useful bait and as signs of wet, workable soil—an everyday local custom, not a formal myth.

You might be looking for:

European mole cricket

28%

Gryllotalpa gryllotalpa

A well-known Palearctic mole cricket; often the default species in Europe when people say “mole cricket.”

Northern mole cricket

24%

Neocurtilla hexadactyla

Widespread in eastern North America; a common representative in the U.S.

Southern mole cricket

22%

Scapteriscus borellii

An invasive turfgrass pest in parts of the southeastern United States.

Tawny mole cricket

18%

Scapteriscus vicinus

Another major turf and pasture pest where introduced (notably the southeastern U.S.).

Life Cycle

Birth 100 nymphs
Lifespan 2 years

Lifespan

In the Wild
0.5–3 years
In Captivity
0.5–3.5 years

Reproduction

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

Across the family, males advertise from acoustic burrows and may mate with multiple visiting females; females can also remate. Copulation transfers a spermatophore (internal fertilization). Pair bonds are absent; adults are largely solitary and interactions are brief, often seasonal.

Behavior & Ecology

Social Aggregation (or calling chorus) Group: 1
Activity Nocturnal, Crepuscular
Diet Omnivore Commonly favors tender roots/seedlings and other soft plant tissue in managed turf and crops, while readily taking abundant soil invertebrates (especially larvae and worms); the "favorite" varies widely by species, season, and local availability.
Seasonal Hibernates

Temperament

Primarily non-social and cryptic; contact with conspecifics is usually avoided outside mating.
Often territorial around burrows; disputes may involve pushing, grappling, or biting.
Males can be more conspicuous and competitive when calling; intensity varies by density and habitat.
Generally defensive rather than aggressive; will bite/pinch if handled or confined.

Communication

Male calling songs (stridulation), commonly broadcast from specially shaped burrows.
Courtship songs and close-range stridulatory signals during mating interactions.
Occasional aggressive/encounter chirps in territorial disputes; presence varies among species.
Substrate-borne vibrations through soil and burrow walls; used in close-range interactions.
Burrow acoustics amplify signals; tunnel shape can function like a resonator.
Chemical cues (e.g., sex/aggregation pheromones) suspected or documented in some species.
Tactile signaling via antennation and physical contact during encounters in tunnels.

Habitat

Biomes:
Tropical Rainforest Tropical Dry Forest Savanna Mediterranean Temperate Grassland Temperate Forest Temperate Rainforest Desert Hot Desert Cold Freshwater Wetland +5
Terrain:
Plains Valley Coastal Riverine Island Hilly
Elevation: Up to 10498 ft 8 in

Ecological Role

Soil-dwelling omnivores and ecosystem engineers: both predators of soil fauna and consumers of living plant tissue; their tunneling strongly modifies soil structure. Across the family they range from beneficial predators in some settings to major agricultural/turf pests in others.

soil aeration and mixing via burrowing (bioturbation) influencing water infiltration and soil structure through tunnel networks nutrient cycling by redistributing organic matter and stimulating microbial activity predation on soil invertebrates (can suppress some pest larvae locally) also ecosystem disservices: damage to turf, pasture, and crops via root/seedling feeding and mechanical uprooting

Diet Details

Main Prey:
Soil-dwelling insect larvae Small insects and nymphs Earthworms Small arthropods Soft-bodied invertebrates Invertebrate eggs
Other Foods:
Grass Roots and root hairs of grasses and herbaceous plants Seedlings and young shoots Underground plant parts decaying plant material and organic-rich soil Seeds

Human Interaction

Domestication Status

Wild

Mole crickets (Gryllotalpidae) are wild insects with no true domestication history. Human contact is usually by chance in lawns, fields, or soil, or is useful, collected as fishing bait or kept short term for study. Adults are subterranean with spade-like forelegs for digging and measure about 2.5–5 cm (1–2 inches).

Danger Level

Low
  • Do not pose a venomous/toxic hazard; bites are uncommon but can cause brief pinching pain if handled.
  • Possible minor skin irritation/allergic reaction in sensitive individuals (rare).
  • Indirect risk: pesticide exposure can be a larger human/animal health concern in areas where mole crickets are heavily treated as pests.
  • Indirect nuisance/property impact: turf and lawn damage, uneven ground from tunneling, and attraction of predators (e.g., birds/skunks) that may further disturb lawns.

As a Pet

Not Suitable as Pet

Legality: Mole crickets (Gryllotalpidae) are usually legal as pets if collected locally in small numbers. Many places ban collecting in protected areas, moving or selling them across borders, or releasing them without permits.

Care Level: Moderate

Purchase Cost: Up to $20
Lifetime Cost: $20 - $200

Economic Value

Uses:
Agricultural and turf pest (negative) Ecosystem services (mixed) Research/education Bait/feed and occasional human consumption (localized)
Products:
  • No direct commercial products across the family; primary economic impact is damage to turfgrass, pastures, seedlings, and some crops via tunneling and root feeding (species-dependent).
  • Used as live bait in some regions; sometimes collected for animal feed (e.g., for fish/reptiles) on a small scale.
  • Indirect benefits: soil mixing/aeration and predation on soil invertebrates can be beneficial in some contexts, but the net effect varies strongly by species and land use.
  • Used in scientific study (bioacoustics, insect behavior, soil ecology) and education due to distinctive burrowing and calling behavior.

Relationships

Predators 10

Digger wasps Larra spp.
Brazilian mole cricket wasp Larra bicolor
Ground beetles Carabidae
Wolf spider
Wolf spider Lycosidae
American toad
American toad Anaxyrus americanus
European hedgehog Erinaceus europaeus
Common shrew Sorex araneus
European mole Talpa europaea
European starling
European starling Sturnus vulgaris
American robin
American robin Turdus migratorius

Ecological Equivalents 5

Animals that fill a similar ecological role in their ecosystem

Jerusalem cricket Stenopelmatus Large, mostly nocturnal orthopterans that often shelter or burrow in soil and forage on mixed animal and plant material. They occupy a similar ground-dwelling niche, though they lack the extreme spade-foreleg specialization of mole crickets.
Pygmy mole crickets Tridactylidae Orthopterans associated with sandy or loose soils and burrowing behavior. Exhibit a similar "mole cricket" lifestyle in miniature (often near water), but belong to a different family.
Burrowing bugs Cydnidae Soil-dwelling insects that dig with modified legs and feed belowground. They overlap in subterranean habitat use (especially in turf and fields), though they are true bugs (Hemiptera) and are primarily plant feeders.
Cicada nymphs Cicadidae Long-lived subterranean nymphal stage that feeds on plant roots. They share belowground habitat and can co-occur in lawns and fields, though they are sap-feeders rather than omnivores or predators.
White grubs Scarabaeidae Common subterranean turf and crop pests that share soil habitat and are frequent co-occurring members of the "lawn pest" guild; grubs are typically root-feeders rather than active predators.

Types of Mole Cricket

12

Explore 12 recognized types of mole cricket

European mole cricket Gryllotalpa gryllotalpa
Prairie mole cricket Gryllotalpa major
African mole cricket Gryllotalpa africana
Oriental mole cricket Gryllotalpa orientalis
Southern mole cricket Scapteriscus borellii
Tawny mole cricket Scapteriscus vicinus
Short-winged mole cricket Scapteriscus abbreviatus
Puerto Rican mole cricket Scapteriscus didactylus
Northern mole cricket Neocurtilla hexadactyla
Vietnamese mole cricket Gryllotalpa vietnamensis
Two-spined mole cricket Gryllotalpa unispina
Gryllotalpa vineae (a mole cricket species) Gryllotalpa vineae

The mole cricket is a family of burrowing insects (hence the name). Most of them have a shovel-like forelimb that enables them to dig through the dirt and create elaborate tunnels.

Almost every aspect of the cricket’s life, including feeding, breeding, and protection from predators, take place underground, despite the fact that most of them are capable of flight. While they pose no direct threat to people, except for maybe a mild bite, mole crickets can be a huge nuisance if they start to cause damage to the soil of your lawn or garden.

5 Incredible Mole Cricket Facts!

  • Male mole crickets create a chirping sound, generally unique to each species, by rubbing their wings together. Resonating throughout the air, this sound serves the purpose of attracting a suitable mate in the evening of the breeding season. The loudest males appear to attract the most females.
  • These insects usually mate in underground chambers and produce one or two generations per year. Males die shortly after mating. The female will survive long enough to lay enormous clusters of eggs in chambers she specifically dug for that purpose, but shortly afterward, she will die too.
  • The mole cricket has three distinct phases in its life: egg, nymph, and adult. Unlike the typical larva, the nymph just looks like a smaller adult without the wings. They undergo a process known as incomplete metamorphosis in which the nymph begins to resemble the adult phase with each successive molt. They continue to develop until emerging from the ground in the spring.
  • These insects are active throughout the entire year. The height of their activity comes during warm and wet weather. In colder climates, they wait out the frigid winter in the underground burrows until the arrival of spring.
  • They create branching underground tunnels with one or more surface entrances. The complexity of the tunnel depends on the hardness of the soil, the timing of the season, and the cricket’s feeding behavior. Their burrowing can create large mounds of soil at the entrances.

Mole Cricket Species, Types, and Scientific Name

The scientific name of the insect is Gryllotalpidae. This appears to be the combination of two Latin words: gryllus for cricket and talpa for mole. There are more than a hundred recognized species in the mole cricket family, but many more are thought to be undiscovered, particularly in Asia. Despite the name, they are not closely related to the so-called pygmy mole crickets.

Appearance: How to Identify Mole Crickets

These insects look like a strange chimera: a combination between a mole and a cricket. It is characterized by a long, cylindrical body, two antennae on the head, two pairs of wings folded against the abdomen, and two long sensory organs on the back. In a remarkable example of convergent evolution, the forelimbs are shaped very much like the digging claws of a mole, but the other two pairs of legs look more like a typical cricket. These are medium-sized insects, measuring somewhere between an inch and two.

Gryllotalpa gryllotalpa, Mole Cricket on a leaf.

Gryllotalpa gryllotalpa, Mole Cricket, on a leaf.

Habitat: Where to Find Mole Crickets

These insects are found almost anywhere in the world with loose enough soil. They appear to be particularly abundant in Asia. But because of their nocturnal nature and underground lifestyle, they’re quite elusive animals. Oftentimes their burrowing holes are often seen before an actual mole cricket.

Diet: What Do Mole Crickets Eat?

The insect has adopted many different styles of feeding. They run the full gamut between a pure herbivore, a carnivore, and everything in between.

What eats the mole cricket?

That depends on where they live. These insects are preyed upon by all kinds of mammals, lizards, birds, toads, beetles, and spiders. Perhaps the grizzliest way for the insect to die is via a parasitoid wasp, which paralyzes its victims with its sting and then lays its eggs on the body. The newly hatched larvae will then consume the body whole, even if the mole cricket is still alive. The mole cricket’s underground habitat provides a degree of protection against many potential predators. When alarmed, some mole crickets can eject a bad-smelling brown liquid from the anal gland. As a last resort, they can also bite.

What does the mole cricket eat?

These insects do much of their feeding in the ground. Some species feed exclusively on roots. Others supplement this with worms or grubs. Some species are completely predatory in nature; worms and grubs are their only source of food.

Prevention: How to Get Rid of Mole Crickets

Because they spend so much time hidden underground, these insects can be difficult to detect at first until they’re already well-established in your lawn or garden. Plant or crop damage at the root, combined with burrowing holes around the soil, is usually a sure sign of an infestation. Spring and fall are usually when mole crickets are most active. They do the most damage after the breeding season when the latest generation of mole crickets first emerges from their burrows.

The easiest way to flush them out is to cover the area with soapy water, best applied when the soil is already moist, like in the morning. After a few minutes, this will force the insects to the surface, but it won’t kill them. The purpose of this strategy is to simply identify the scale of the problem.

Once you know the extent of the infestation, baits, and chemical treatments are usually the most effective options for controlling this insect population. You will need to be careful and thorough in the application of any treatment because these insects usually return to the same patch of soil every year to produce more young, which can make them a persistent problem if you miss some individuals. A professional may be needed to fully get rid of all of the insects.

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Sources

  1. Australian Geographic / Accessed August 17, 2021
  2. HGIC / Accessed August 17, 2021
A-Z Animals Staff

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Mole Cricket FAQs (Frequently Asked Questions)

The mole cricket is a burrowing insect of the family Gryllotalpidae. They are easily identified by their shovel-like forelimbs and their relatively large size. They are quite common all over the world. However, because they spend most of their time underground, the mole cricket is not quite as well-known as many other types of insects.