C
Species Profile

Cockroach

Blattodea

Nature's nighttime clean-up crew
kaninw/Shutterstock.com

Cockroach Distribution

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Invasive Species
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cockroach

At a Glance

Order Overview This page covers the Cockroach order as a group. Stats below are general traits shared across the order.
Also Known As Roach, Palmetto bug, Water bug
Diet Omnivore
Activity Nocturnal+
Lifespan 1.2 years
Weight 0.01 lbs
Status Not Evaluated
Did You Know?

Size spans ~0.3-10 cm body length across the order; the largest winged roaches can reach ~20 cm wingspan.

Scientific Classification

Order Overview "Cockroach" is not a single species but represents an entire order containing multiple species.

Cockroaches are insects in the order Blattodea, a diverse group of mostly nocturnal, fast-running omnivores/scavengers. Many species live outdoors in leaf litter, under bark, or in soil; a smaller subset has become closely associated with human buildings and can be household pests.

Kingdom
Animalia
Phylum
Arthropoda
Class
Insecta
Order
Blattodea

Distinguishing Features

  • Dorso-ventrally flattened body adapted for squeezing into crevices
  • Long filamentous antennae
  • Large pronotum (shield-like plate) partially covering the head
  • Chewing mouthparts; generalist/omnivorous feeding in many species
  • Tegmina (leathery forewings) present in many species, with variable flight ability
  • Egg cases (oothecae) produced by many species; development is hemimetabolous (nymphs resemble small adults)

Physical Measurements

Males and females differ in size

Length
1 in (0 in – 4 in)
Weight
0 lbs (0 lbs – 0 lbs)
0 lbs (0 lbs – 0 lbs)
Top Speed
4 mph
Up to 5–6 km/h

Appearance

Primary Colors
Secondary Colors
Skin Type Chitinous, sclerotized exoskeleton (cuticle), often somewhat waxy and water-resistant; surface ranges from matte to glossy. Forewings (when present) are typically leathery tegmina covering membranous hindwings.
Distinctive Features
  • Cockroaches (Blattodea) range from about 3–5 mm body length in the smallest species to roughly 80–100+ mm in the largest; some large species also have very wide wingspans.
  • Body form: typically dorsoventrally flattened and oval, enabling squeezing into crevices; some burrowing/soil-dwelling forms are more robust and less flattened.
  • Pronotum: a broad, shield-like pronotum often partially covering the head from above; frequently the main location of stripes/banding in patterned species.
  • Antennae: very long, filamentous antennae used heavily for navigation and chemoreception; usually longer than the body in many species.
  • Legs: long, spiny, cursorial legs adapted for rapid running; many species are strong climbers and can adhere well to smooth surfaces (varies by species).
  • Wings: extremely variable-many species have fully developed wings and can glide or fly; others have shortened wings or are wingless. Even within a species, males may be more winged than females.
  • Life cycle: hemimetabolous (egg → nymph → adult). Eggs are commonly packaged in an ootheca (egg case), which may be carried, deposited, or guarded depending on species.
  • Lifespan range across the order: commonly months to ~1-2 years in many small/temperate species; larger tropical species can live ~2-5+ years (often longer under stable captive conditions).
  • Many cockroaches are active at night (nocturnal), like tight spaces (thigmotactic), and eat many things as scavengers to help break down dead plants and animals; some feed only on leaf litter or rotting wood.
  • Habitat diversity: the majority of species are outdoor-living (leaf litter, under bark, rotting logs, soil, caves, canopy microhabitats); a minority are closely associated with human buildings and may become indoor pests.
  • Human relevance varies sharply by species: most cockroaches are not household pests and rarely enter buildings; a small subset is strongly synanthropic and can thrive indoors where warmth, water, and food are available.

Sexual Dimorphism

Sexual dimorphism is common but not universal and varies widely across Blattodea. Differences often involve wing development, body proportions, and terminal abdominal structures; in some species sexes are very similar externally.

  • Often more slender-bodied in many species, sometimes with longer or more fully developed wings (when the species is winged).
  • In some taxa, males are more active fliers/gliders or roam more widely in search of mates (behavioral tendency varies by species).
  • Terminal abdominal structures may differ (e.g., styli present in many males), though this is not easily visible without close inspection.
  • Often broader-bodied, especially in the abdomen; may have relatively shorter or reduced wings in species with wing dimorphism.
  • May show more pronounced abdominal expansion when gravid; reproductive state can strongly affect apparent body shape.
  • In several lineages, females exhibit behaviors associated with ootheca handling (carrying, depositing, or guarding), though strategies vary by species.

Did You Know?

Size spans ~0.3-10 cm body length across the order; the largest winged roaches can reach ~20 cm wingspan.

Most species are outdoor, secretive decomposers; only a small minority are common indoor "pest" roaches.

They develop by incomplete metamorphosis: egg case (ootheca) → nymphs (multiple molts) → adults.

Lifespans vary widely: from a few months in fast-developing species to ~2-3+ years in larger, slow-developing roaches (often longer in stable captive conditions).

Many species can regenerate lost legs over successive molts.

Some roaches are social or subsocial, and termites-now placed within Blattodea-represent the order's extreme: eusocial colonies with queens and workers.

Roaches aren't all scavengers: diets across Blattodea include leaf litter, wood, fungi, pollen, and occasional predation or specialized associations (e.g., with ants).

Unique Adaptations

  • Flattened, flexible bodies and a shield-like pronotum (often covering the head from above) help them wedge into narrow refuges.
  • Long antennae plus tail-end sensory cerci provide rapid detection of air movement and touch-key for predator evasion in the dark.
  • Tough, water-resistant exoskeleton and behavioral water conservation (choosing humid microhabitats) support survival in variable environments.
  • Protective ootheca: a durable egg case that reduces desiccation and mechanical damage, boosting offspring survival in many habitats.
  • Microbial partnerships: many roaches rely on internal symbionts and gut microbes to help process nutrient-poor diets; in termites, specialized gut communities enable efficient wood/cellulose digestion.
  • Molting-based repair: the ability to regrow damaged appendages over successive molts is widespread in the group.
  • Chemical defenses and odors occur in several lineages (from mild to strong), discouraging predators and sometimes signaling unpalatability.

Interesting Behaviors

  • Nocturnality is common: many species hide by day in leaf litter, under bark, rocks, or in soil crevices; others are active in caves, tree canopies, or grasslands.
  • Thigmotaxis ("wall-hugging"): many roaches prefer tight spaces where their bodies contact surfaces above and below-useful for avoiding predators and conserving moisture.
  • Fast escape runs and sudden direction changes are typical, aided by long antennae for navigation in darkness; flight ranges from strong in some species to absent in others.
  • Egg-case strategies vary: some species drop or glue an ootheca in a sheltered spot, while others carry it for days; in a few groups eggs hatch internally and young are born live.
  • Nymphs often aggregate (cluster) in good shelters, which can reduce water loss and improve survival; in termites this becomes full colony living.
  • Feeding ecology is broad: many are omnivorous scavengers, but some specialize on decaying wood or leaf litter, and some are more herbivorous-so their role can range from generalist recycler to specialist decomposer.
  • Human association varies strongly: many species rarely enter buildings, while a handful thrive in warm, food-rich indoor habitats and can spread allergens or contaminate food surfaces.

Cultural Significance

Blattodea (roaches) affect people: some species are major city pests that spread germs and cause allergies, driving pest control and public health advice. Many roaches break down waste, are used as feeders or pets, help research, and appear in traditional remedies and culture as symbols of endurance.

Myths & Legends

The English word 'cockroach' comes from Spanish. In a Mexican folk song called 'The Cockroach,' the insect is a funny, changeable character in old traditional verses.

Modern urban folklore often casts cockroaches as near-indestructible survivors-an emblem of persistence in stories about disasters and post-apocalyptic worlds.

In parts of East Asia, cockroaches are sometimes nicknamed with terms meaning "little strong one," a cultural label reflecting their reputation for toughness in everyday sayings and humor.

In many regions' sayings and superstitions, the sudden appearance of cockroaches (Blattodea) is seen as a sign about a home's condition, showing neglect or bad luck, tied to kitchens, storage, and hidden places.

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American cockroach

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Periplaneta americana

Large reddish-brown roach common in warm buildings, sewers, and other urban habitats worldwide.

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German cockroach

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Blattella germanica

Small tan roach with two dark stripes; one of the most common indoor pest species globally.

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Oriental cockroach

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Blatta orientalis

Dark, shiny roach favoring cool, damp areas such as basements and drains.

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Smokybrown cockroach

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Periplaneta fuliginosa

Uniform dark brown/mahogany roach common in warm, humid regions; often outdoors but enters buildings.

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Madagascar hissing cockroach

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Gromphadorhina portentosa

Large wingless roach popular in captivity; produces a hiss by forcing air through spiracles.

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Brown-banded cockroach

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Supella longipalpa

Small indoor species with pale bands across wings; often found in drier, warmer rooms.

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Life Cycle

Birth 25 nymphs
Lifespan 1 year

Lifespan

In the Wild
0.2–5 years
In Captivity
0.3–7 years

Reproduction

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

Most cockroaches (Blattodea) mate many times; males and females both do. Females store sperm and make multiple oothecae. Mating is brief with internal fertilization. Termites are exceptions: long-term king and queen pairs and colony care. Parthenogenesis sometimes occurs.

Behavior & Ecology

Social Aggregation (colony in termite lineages) Group: 50
Activity Nocturnal, Crepuscular, Cathemeral, Diurnal
Diet Omnivore Decaying organic matter (leaf litter/rotting wood) and other carbohydrate-rich foods (starches and sugars); many species readily switch to whatever is most available.
Seasonal Hibernates

Temperament

Generally secretive and thigmotactic (strong preference for tight, covered spaces); many are fast-running and avoidance-oriented rather than confrontational.
Behavior ranges from solitary to strongly gregarious; aggregation is common and often mediated by chemical cues, with density and cohesion varying by species, life stage, and habitat.
Defensive behavior is usually passive (fleeing/freezing), but some species can bite, produce defensive odors, or exhibit display behaviors (e.g., hissing/stridulation) when handled.
Ecological breadth is high across the order: many are omnivorous scavengers/detritivores; some are more herbivorous, wood- or fungus-associated, and termite lineages include highly social, nest-centered foragers.
Cockroaches (Blattodea) range from about 3 mm to 100 mm long. Lifespans go from a few months to several years, often about 1 to 2 years.

Communication

Usually none or very limited; most communication is chemical/tactile rather than acoustic.
Hissing in some large species via spiracular airflow Audible defensive sound
Stridulation Sound production by rubbing body parts) reported in some taxa; generally context-specific (defense/disturbance
Aggregation pheromones and fecal/refuge odors that attract conspecifics to shelters; strength and specificity vary widely across species.
Cuticular hydrocarbon cues used in recognition (nestmate/colony cues are especially important in termite lineages) and can influence aggregation and mating.
Tactile communication via antennation and body contact in crowded refuges; important for assessing conspecific presence and mating.
Substrate-borne vibrations (tapping/drumming) and mechanosensory cues used in some taxa; more prominent in nest/refuge contexts.
Chemical cues associated with mating (sex pheromones) and with alarm/defense in some species; termites additionally use trail pheromones and colony-regulating signals.

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 +8
Terrain:
Plains Valley Hilly Mountainous Plateau Coastal Island Riverine Karst Volcanic Rocky Sandy Muddy +7
Elevation: Up to 13123 ft 4 in

Ecological Role

Widespread decomposer-scavenger guild with flexible omnivory; in many ecosystems they are key recyclers of organic matter and also serve as prey for a wide range of predators (and a minority become synanthropic pests).

breakdown of leaf litter, wood, and other detritus nutrient recycling and soil formation/conditioning via fragmentation and fecal deposition support of detrital food webs (as prey for reptiles, amphibians, birds, mammals, spiders, and other insects) microbial dispersal (fungi/bacteria) through movement across decaying substrates in some human settings, removal/consumption of organic waste (counterbalanced by pest impacts in a subset of species)

Diet Details

Main Prey:
Small insects Other invertebrates Eggs and soft-bodied arthropods Carrion Conspecifics Animal feces and animal-derived organic residues
Other Foods:
Decaying leaf litter and plant detritus Rotting wood and bark Plant material Fruits and sugary plant tissues Seeds and grain-based foods Fungi and microbial films Algae and lichen films Human-associated foods +2

Human Interaction

Domestication Status

Semi domesticated

Blattodea (cockroaches and termites) are diverse; most are wild and live in leaf litter, wood, or buildings. Cockroaches are not domesticated like livestock, but some non-pest species are bred in captivity for feed, research, education, and hobbyists. This semi-domestication selects for hardiness and high reproduction; many remain pests or invasive.

Danger Level

Moderate
  • Indoor pest species can trigger or worsen asthma and allergies via feces, cast skins, and body fragments (notably in dense urban housing).
  • Food contamination and nuisance: synanthropic species may contaminate food-prep areas and stored foods; they are often associated with unsanitary environments.
  • Mechanical carriage of microbes: cockroaches can carry pathogens on their bodies from contaminated sites, though they are typically not the primary biological vector for major human diseases.
  • Bites are uncommon but possible (usually in extreme infestations); generally low direct injury risk.
  • Termites (within Blattodea) pose major property/structural risk rather than direct medical danger.

As a Pet

Suitable as Pet

Legality: Many places allow keeping captive-bred, non-pest cockroaches (Blattodea), but laws vary. Some areas ban pest species, any live roaches, or certain invasive species; termites are often banned. Check local rules first.

Care Level: Moderate

Purchase Cost: $5 - $50
Lifetime Cost: $50 - $400

Economic Value

Uses:
Pest management and public health Structural pest damage (termites) Research and education Pet trade and feeder-insect supply Waste decomposition and ecosystem services Biomaterials/biochemistry
Products:
  • insecticide baits, gels, and residual sprays targeting synanthropic roaches
  • professional pest-control services and monitoring traps
  • termite inspection, baiting, soil treatments, and structural repair services
  • feeder insects for reptiles/amphibians/invertebrates (captive-bred colonies)
  • educational/research cultures (behavior, neurobiology, physiology, microbiome)
  • chitin/chitosan and other insect-derived biomaterial inputs (limited niche use)

Relationships

Ecological Equivalents 5

Animals that fill a similar ecological role in their ecosystem

Earwigs
Earwigs Dermaptera Often nocturnal, shelter-seeking omnivores and scavengers that hide in cracks, leaf litter, and under bark. They overlap with cockroach microhabitats and diets, consuming detritus, small invertebrates, and plant material.
Darkling beetles
Darkling beetles Tenebrionidae Common detritivores and scavengers in dry habitats and stored-product environments; they play a similar role in breaking down organic matter and exploiting sheltered refuges.
Isopods Oniscidea Leaf-litter decomposers that use humid refuges and share sheltering behavior and detritus-based food webs with many outdoor cockroach species.
Silverfish Lepisma saccharinum Indoor and outdoor, nocturnal, thigmotactic insects that feed on starchy materials and detritus; some species occupy similar building-associated niches.
Crickets and camel crickets Gryllidae / Rhaphidophoridae Nocturnal generalist feeders that frequently occupy basements, caves, and leaf litter; they overlap ecologically in shelter use and omnivory.

Cockroaches can live for up to 30 days without food and 10 days without water.

They can also live for up to 10 days without their heads. There are about 4,500 species of cockroaches globally, but only about 30 of them are considered pests. The largest species in the world is the Australian rhinoceros cockroach (Macropanesthia rhinoceros), which weighs about 33 grams.

6 Incredible Cockroach Facts

Turkestan Cockroach
Cockroaches have existed for more than 300 million years.
  • They have existed for more than 300 million years.
  • They have been clocked moving about 1.5 meters per second, which is about 200 miles per hour.
  • They breathe through special body tubes called spiracles, which also regulate the amount of water in their bodies. If they are close to dehydration, then a cockroach will not breathe for up to 40 minutes.
  • They can carry 33 kinds of bacteria, six different types of parasitic worms, and seven known pathogens.
  • They are social insects that live in groups called intrusions.
  • Coffee drinkers, I’m sorry to say that massed-produced coffee has been known to contain roaches.

You can read more incredible facts about cockroaches.

Species, Types, and Scientific Names

Advion cockroach gel bait

There are at least 4,500 species of cockroaches in the world.

There are at least 4,500 species of cockroaches in the world. The scientific name for cockroaches is Blattodea. This scientific name also covers termites. They are all members of the Dictyoplera superorder.

All known roaches are members of three superfamilies classifications and three epifamilies classifications. You can also assign each to a family classification.

  • Nocticoliade cockroaches- There are about 32 species in this family, with most living in caves in Africa, Asia, and Australia.
  • Corydiidas – There are about 40 genera in this group, with many being called sand cockroaches.
  • Ectobiidae – This is the largest family of cockroaches as it contains more than 223 genera and 2,381 species, including wood cockroaches, German cockroaches (Blattella germanica), and brown-banded cockroaches (Supella longipalpa).
  • Blaberidae – There are 165 genera and 1,198 species in this family, including many large cockroaches like the Madagascar hissing cockroach (Gromphadorhina portentosa) and the giant burrowing cockroach (Macropanesthia rhinoceros). The Pacific beetle cockroach which is popular for its milk production belongs to this family as well.
  • Blattidae – This is another sizeable family as it contains at least 41 genera and 594 species, including the American cockroach (Periplaneta americana) and the Brown cockroach (Supella longipalpa). Another member of this family is the Oriental cockroach. Large Oriental cockroaches are often called black beetles. Oriental cockroaches are one of the largest members of this family.
  • Lamproblattidae – This family contains only three genera and 10 species, with most living in Central and South America.
  • Tryonicidae family – This family contains about 10 genera and 17 species, with most living in New Zealand, Australia, and New Caledonia.
  • Cryptocercidae. There is only one known genera of this family and 12 known species, including the brown-hooded cockroach (Cryptocercus punctulatus).

Additionally cockroach types:

  • German cockroach
  • Oriental cockroach
  • American cockroach
  • Smokybrown cockroach
  • Dubia roach
  • Ectobius vittiventris
  • Pennsylvania wood cockroach
  • Madagascar hissing cockroach
  • Florida woods cockroach
  • Japanese cockroach
  • Parcoblatta fulvescens
  • Australian cockroach
  • Turkestan cockroach
  • Blattella asahinai
  • Ectobius erythronotus
  • Parcoblatta virginica
  • Death’s head cockroach
  • Saltoblattella montistabularis
  • Dusky cockroach
  • Brown-banded cockroach
  • Cuban cockroach
  • Speckled cockroach
  • Gromphadorhina oblongonota
  • Periplaneta aboriginea
  • Lucihormetica verrucosa
  • Tryonicidae
  • Princisia vanwaerebeki
  • Nocticolidae
  • Lucihormetica luckae
  • Brown cockroach
  • Blaberus giganteus
  • Forest cockroach
  • Blaberus discoidalis
  • Periplaneta japanna
  • Simandoa cave roach
  • Asiablatta kyotensis
  • Eupolyphaga sinensis
  • Lamproblattidae
  • Ectobius vinzi
  • Cryptocercus garciai
  • Ectobius duskei
  • Blattella biligata

Evolution and Origins of Cockroaches

Cockroaches are one of the most ancient and resilient insects in the world, with a rich evolutionary history that dates back over 300 million years. Here is a look at the evolution and origins of cockroaches:

  • Ancient ancestry: Fossil evidence indicates that the ancestors of modern cockroaches evolved from a group of insects known as Blattodea during the Carboniferous period, over 300 million years ago. These ancient cockroaches were much larger than modern cockroaches and lived in the lush forests that covered much of the earth at that time.
  • Evolution of flight: Cockroaches are believed to have evolved flight as a means of escaping predators and colonizing new habitats. Fossil evidence indicates that the wings of early cockroaches were covered in a leathery membrane, similar to the wings of modern cockroaches.
  • Climate adaptation: Cockroaches have adapted to a wide range of habitats and climates, from the hot and humid rainforests of South America to the cool and arid deserts of Africa. This adaptability is due to their ability to regulate their body temperature, store water, and modify their behavior to suit their environment.
  • Diverse diet: Cockroaches are omnivores and feed on a wide range of food sources, including leaves, fruits, and decaying organic matter. This diverse diet has helped them to survive and thrive in a variety of habitats.
  • Pest status: Despite their evolutionary success, cockroaches have a negative reputation as pests due to their association with unsanitary conditions and the spread of disease. This is largely due to their tendency to seek out food and shelter in human habitats, where they can thrive and multiply.

Finally, the evolution and origins of cockroaches are fascinating stories of survival and adaptation. From their ancient ancestry to their diverse diet and adaptability, cockroaches are a testament to the resilience and diversity of life on our planet.

Appearance: How to Identify Cockroaches

It can be difficult to describe this insect because there are so many different variations. According to the Guinness Book of World Records, the largest winged cockroach is the Megaloblatta longipennis, which is 3.8 inches long and its body is 1.75 inches across. This species has a wingspan of almost 8 inches. It lives in Peru, Ecuador, and Panama.

Another giant specimen is Australia’s rhinoceros cockroach (Macropanesthia rhinoceros). This insect that has no wings is about 3.1 inches long. It digs holes in the ground for its home. It is also one of the heaviest species as it weighs about 32 grams.

While many cockroaches have wings, only a handful of species are capable of flight. These include the brown-banded cockroach, the Pennsylvania wood cockroach, and the Cuban cockroach.

They are social insects. Their feces and other parts of their bodies contain pheromones. This allows them to communicate so that they can all gather together in a harborage area.

Cockroach on a piece of wood

Cockroach on a piece of wood

Habitat: Where to Find Them

These insects prefer tropical climates, but they are adaptable and can be found throughout the world. Even though they love warm and humid weather, they can live in below-freezing temperatures, so you can even find them in the Arctic. In some regions, they are known as Palmetto Bugs.

They prefer to be near a source of water and an easy food source. While they can go for up to 10 days without drinking and 30 days without eating, they prefer to live where both food and water are readily available.

Diet

What Do Cockroaches Eat
Cockroaches are scavengers and will eat just about anything that they find.

They are opportunistic feeders that will eat almost anything. While they prefer to live on sweets and greasy foods, if that is not available, they will eat anything that was once alive or growing or made from alive or growing things, such as paper or wooden items. When desperate enough, they will even eat other cockroaches who have perished. Have a look at our “What Do Cockroaches Eat?” page for a complete list of everything that a cockroach eats.

Prevention: How to Get Rid of Them

What Do Cockroaches Eat
What Do Cockroaches Eat

Preventing an infestation can be tricky because the things you love are also food sources they prefer. Keeping your area spotless can encourage these insects to find another place to live instead of your home. Since they feed at night, it is essential that you thoroughly clean the kitchen and any area where your family eats before you go to bed. Empty all trash cans daily.

Seal up any cracks in your home. They can flatten their exoskeleton system and put their legs out to their sides flat. Therefore, they can fit through gaps where you do not believe they can fit.

Preventing cockroaches from entering your home often starts on the outside. Leave a gap of bare ground around your home’s foundation as they love to live in grass and mulch. Remove all standing water sources from around your home. Keep your grass cut short, and do not allow junk to build up around your home’s exterior.

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How to say Cockroach in ...
Bulgarian
Хлебарка
Catalan
Blatodeu
Czech
Švábi
Danish
Kakerlak
German
Schaben
English
Cockroach
Esperanto
Blato
Spanish
Blattodea
Estonian
Prussakalised
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Torakat
French
Blattaria
Galician
Cascuda
Hebrew
תיקנאים
Croatian
Žohari
Hungarian
Csótányok
Indonesian
Kecoa
Italian
Blattodea
Japanese
ゴキブリ
Latin
Blattodea
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Lipas
Dutch
Kakkerlakken
English
Kakerlakker
Polish
Karaczany
Portuguese
Blattaria
English
Gândac de bucătărie
Slovenian
Ščurki
English
Cucunguk
Swedish
Kackerlackor
Turkish
Hamam böceği
Vietnamese
Gián
Chinese
蟑螂

Sources

  1. Rentokil
  2. Terminix
  3. Smithsonian Mag
  4. Wikipedia
Rebecca Bales

About the Author

Rebecca Bales

Rebecca is an experienced Professional Freelancer with nearly a decade of expertise in writing SEO Content, Digital Illustrations, and Graphic Design. When not engrossed in her creative endeavors, Rebecca dedicates her time to cycling and filming her nature adventures. When not focused on her passion for creating and crafting optimized materials, she harbors a deep fascination and love for cats, jumping spiders, and pet rats.
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Cockroach FAQs (Frequently Asked Questions)

When comparing a cricket vs. cockroach, there are several key differences. First, cockroaches are generally much larger. Most species measure 1 to 2 inches while crickets can often measure a fraction of an inch. Second, the body shape of cockroaches is more oval while crickets are thinner. Finally, crickets make chirping noises while cockroaches rarely make noise except for some species that hiss.