C
Species Profile

Cicada

Cicadidae

Years belowground, weeks in the spotlight
Mark Brandon/Shutterstock.com

Cicada Distribution

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Odd green glasswing Alien head cicada (Salvazana mirabilis)

At a Glance

Family Overview This page covers the Cicada family as a group. Stats below are general traits shared across the family.
Also Known As Locust, Chicharra, Cigarra, Cigale, Cicala, Zikade, Semi
Diet Herbivore
Activity Diurnal+
Lifespan 3 years
Weight 0.008 lbs
Status Not Evaluated
Did You Know?

Cicadidae includes some of the loudest insects; males sing using ribbed tymbals, not by rubbing legs.

Scientific Classification

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

Cicadas are robust, plant-feeding insects best known for the loud mating songs produced primarily by males using ribbed sound organs (tymbals). They undergo incomplete metamorphosis: nymphs live underground for years feeding on xylem sap from roots, then emerge to molt into winged adults that live for weeks to a few months.

Kingdom
Animalia
Phylum
Arthropoda
Class
Insecta
Order
Hemiptera
Family
Cicadidae

Distinguishing Features

  • Large, clear membranous wings held roof-like over the body at rest
  • Wide head with prominent compound eyes (often spaced apart)
  • Males produce very loud, species-specific songs via tymbals
  • Piercing-sucking mouthparts (rostrum) for feeding on plant fluids
  • Nymphs are stout, brown, fossorial (burrowing) with strong forelegs

Physical Measurements

Males and females differ in size

Length
1 in (1 in – 3 in)
Weight
0 lbs (0 lbs – 0 lbs)
0 lbs (0 lbs – 0 lbs)
Top Speed
16 mph
Low-to-moderate flight speed

Appearance

Primary Colors
Secondary Colors
Skin Type Hard, chitinous exoskeleton (robust thorax/abdomen) with membranous fore- and hindwings; many species exhibit a pruinose/waxy bloom that can make surfaces look dusty or frosted. Nymphs are subterranean, heavily sclerotized, and adapted for digging.
Distinctive Features
  • Adult size range across the family (generalized): body length roughly ~1.5-7.5+ cm; wingspan commonly ~4-20 cm (largest species reaching ~18-20 cm). Build is typically stout/robust with a large thorax for flight muscles.
  • Large, prominent compound eyes set wide on the head; short antennae typical of Hemiptera.
  • Piercing-sucking rostrum (beak) used to feed on plant fluids; both nymphs and adults primarily take xylem sap (nutrient-poor, requiring high throughput).
  • Sound production: males typically have paired tymbals (ribbed sound organs) on the abdomen; species-specific calling songs are a defining family trait. Calling behavior varies widely (diurnal vs crepuscular/nocturnal, single males vs choruses).
  • Wings: two pairs, usually transparent with strong venation; wings are held roof-like over the body at rest in many species. Wing tinting and vein contrast vary by lineage and habitat.
  • Legs: nymphs have enlarged, spade-like forelegs for digging; adults are capable fliers but often clumsy walkers.
  • Incomplete metamorphosis: egg → nymph stages → adult. Nymphs live underground years feeding on roots, from about 1 year up to 13–17 years in periodical cicadas. Adults live weeks to months.
  • Emergence ecology varies: some species emerge annually with overlapping generations; others show more synchronized, sometimes mass emergences that can strongly pulse nutrients into ecosystems and swamp predators.
  • Reproduction/oviposition: females use a stout ovipositor to cut slits in twigs or stems and insert eggs; egg-laying substrates and host plants vary widely across species.
  • Cicadas are key prey for birds, mammals, reptiles, and insects. Mass emergences change food webs and add nutrients from dead bodies; some have host-plant ties and internal microbes that help poor diets.

Sexual Dimorphism

Sexual dimorphism is generally present but variable across Cicadidae. It is strongest in sound-producing anatomy and terminal abdominal structures; overall coloration is often similar between sexes, though size and pattern contrast can differ by species.

  • Paired tymbals on the abdomen for calling; associated abdominal modifications (e.g., resonant cavities/opercula) are typically more developed.
  • In many species, males have broader/ more conspicuous opercula (ventral abdominal plates), though this varies by genus.
  • Behavioral dimorphism: males are the primary callers; calling schedule and display behavior vary widely among species.
  • Lack tymbals (or have them greatly reduced/nonfunctional, depending on lineage).
  • More developed ovipositor for cutting into plant tissue to lay eggs; terminal abdominal segment shape reflects this function.
  • In some species, females may be slightly larger-bodied or heavier-abdomened due to egg load, but the direction/magnitude of size differences varies across taxa.

Did You Know?

Cicadidae includes some of the loudest insects; males sing using ribbed tymbals, not by rubbing legs.

Family size range is huge: from ~9-10 mm adults to giants ~70-75 mm long with wingspans up to ~18-20 cm.

Most of a cicada's life is spent underground as a nymph drinking dilute xylem sap from roots.

Calling songs are often species-specific-biologists can identify many cicadas by sound alone.

Some species emerge in massive, synchronized events, flooding ecosystems with prey and nutrients.

Females use a saw-like ovipositor to insert eggs into twigs; this can cause "flagging" (twig tip dieback) on some plants.

Nymphs molt into adults in a final climb-and-shed event, leaving behind crisp, hollow exuviae on trees and walls.

Unique Adaptations

  • Tymbal sound system: paired, ribbed membranes buckled by powerful muscles, amplified by a hollow, resonant abdomen (especially in males).
  • Piercing-sucking rostrum (Hemiptera trait) adapted for plant fluids; many cicadas specialize on xylem sap-very watery and nutrient-poor.
  • Microbial partners: symbiotic microbes provide essential nutrients missing from xylem-based diets (a common necessity in sap-feeding Hemiptera).
  • Powerful digging forelegs in nymphs for a multi-year subterranean lifestyle, plus camouflage/soil-matching coloration in many nymph stages.
  • Precise developmental "timers": many species can remain underground for multiple years, coordinating emergence with temperature/seasonal cues; degree of synchrony varies across the family.
  • Wing and body designs tuned for survival: from transparent, cryptic wings to bold warning-like patterns in some lineages; many have strong flight for dispersal between host plants.
  • Rapid final molt strategy: the last nymphal stage climbs out, anchors, and molts into a winged adult in a short window, reducing time spent vulnerable on the surface.

Interesting Behaviors

  • Species-specific mating choruses: males call (often in choruses) and females respond with timed wing-flicks or clicks in some groups; patterns vary by lineage and habitat.
  • Emergence timing diversity: many species are "annual" (overlapping year-classes), while others synchronize regionally; emergence may be diurnal or crepuscular depending on species.
  • Mass emergences (where they occur) can overwhelm predators via sheer numbers; in other cicadas, adults are more scattered and cryptic.
  • Nymph ecology: burrow-dwelling nymphs move through soil, feeding from roots; depth and host preferences vary widely among species and environments.
  • Adult routines: adults often spend days feeding, thermoregulating, and singing from sunlit perches; some species sing high in canopy, others low in shrubs or grasses.
  • Oviposition behavior: females choose particular twig sizes/plant species; egg-laying scars can be patchy and localized or widespread depending on cicada density.
  • Predation interactions: cicadas are major seasonal prey for birds, mammals, reptiles, fish (when they fall in), and many arthropods; predator pressure and defenses vary by region.

Cultural Significance

Cicadas (Cicadidae) are symbols of summer, new life, and staying power. In East Asia they mark the season in art and poetry; in China jade cicada amulets stand for rebirth. People eat cicadas, and their chorus shapes stories and traditions.

Myths & Legends

Ancient Greek myth tells that Tithonus, granted immortality but not eternal youth, withered endlessly until he was transformed into a cicada-his voice remaining as song.

In ancient Greece, cicadas were linked with Apollo and the Muses; their relentless singing was admired and associated with poetic inspiration.

Chinese tradition used jade cicadas in burial contexts as tokens of rebirth or transcendence, reflecting the insect's dramatic emergence from an underground life.

In Jean de La Fontaine's fable 'The Cicada and the Ant,' a singing cicada stands as a moral symbol about planning and work. In Aesop's older tale, the character is a grasshopper.

Classical Chinese writings (e.g., Zhuangzi) employ the cicada in philosophical parables-such as the cicada unaware of danger-to illustrate attention, perspective, and the limits of understanding.

Conservation Status

NE Not Evaluated (family-level; IUCN assessments are typically at species level and vary widely across Cicadidae)

Has not yet been evaluated against the criteria.

Population Unknown

You might be looking for:

Periodical cicadas

28%

Magicicada spp.

North American cicadas famous for synchronized 13- or 17-year emergences.

Dog-day cicadas

22%

Neotibicen spp.

Common large annual cicadas in North America, often heard in midsummer.

Large brown cicada

12%

Graptopsaltria nigrofuscata

Widespread East Asian species; loud singer in summer.

Greengrocer cicada

10%

Cyclochila australasiae

Iconic loud Australian cicada with green-and-black markings.

Hairy cicadas (relict cicadas)

8%

Tettigarctidae

Small, unusual lineage sometimes included under 'cicadas' broadly, but not in Cicadidae.

Life Cycle

Birth 500 nymphs
Lifespan 3 years

Lifespan

In the Wild
1–17 years
In Captivity
0.25–3 years

Reproduction

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

Cicadidae (cicadas) have short adult lives and long underground nymph stages (usually 2–5 years; some periodical species 13–17 years). Adults often mate in seasonal groups; males call, they mate, and females lay eggs in plant stems.

Behavior & Ecology

Social Chorus (aggregation) Group: 50
Activity Diurnal, Crepuscular, Nocturnal
Diet Herbivore Xylem sap (especially from woody host plants; nymphs primarily from roots)
Seasonal Hibernates

Temperament

Generally non-aggressive toward other animals; primary defenses are crypsis, sudden flight, startle sounds, and (in some species) vigorous buzzing when handled
Males are often acoustically territorial in a loose sense (spacing and song-based competition), but physical fights are uncommon; intensity of male-male interactions varies among genera and habitats
Strongly seasonal and weather-dependent activity (temperature, sunlight, humidity) is common; some species call mainly in hot midday conditions, others peak at dusk or night
Cicadas spend most of life as solitary nymphs underground (commonly ~2–5+ years; range ~1 to 17+ years), then a short adult phase of weeks to months.

Communication

Male calling songs produced with tymbals to attract females; songs are highly species-specific in rhythm, frequency, and timing
Courtship song variants or close-range song modulations during mate approach in many taxa
Disturbance/alarm sounds (squawks, clicks, or loud buzzes) when grabbed or threatened
Flight-associated buzzing and wing noises that may incidentally signal movement or deter predators
Substrate-borne vibrations (tremulation) through branches and stems, used in close-range signaling in some groups
Female responses via wing-flicks or timed movements in some species, coordinating with male song patterns
Acoustic masking/avoidance and temporal partitioning (different times of day or microhabitats) to reduce interference among nearby callers or sympatric species
Close-range tactile cues during mating and oviposition interactions Contact-based coordination rather than social bonding

Habitat

Biomes:
Tropical Rainforest Tropical Dry Forest Savanna Desert Hot Desert Cold Mediterranean Temperate Grassland Temperate Forest Temperate Rainforest Boreal Forest (Taiga) Tundra Alpine Wetland +7
Terrain:
Mountainous Hilly Plateau Plains Valley Coastal Island Riverine Volcanic Karst Rocky Sandy Muddy +7
Elevation: Up to 13123 ft 4 in

Ecological Role

Xylem-sap herbivores and major episodic biomass contributors in many terrestrial ecosystems; nymphs function as subterranean root feeders, and adults as aboveground sap feeders, with large variation in emergence synchrony (annual vs mass/periodical) across the family.

Nutrient cycling and soil enrichment via mass emergence, carcass decomposition, and excreted fluids (often creating short-term nutrient pulses) Soil disturbance/aeration from nymphal burrowing and emergence tunnels Key prey resource supporting diverse predators (birds, mammals, reptiles, amphibians, fish, arthropods) especially during mass emergences Influence on plant community dynamics through localized sap extraction and incidental twig/branch damage from oviposition (varies by species and outbreak intensity)

Diet Details

Other Foods:
Xylem sap Xylem sap Sap Xylem sap

Human Interaction

Domestication Status

Wild

Cicadas (Cicadidae) are not domesticated; people only deal with wild ones. Adults range about 1–8 cm long with wings up to 2–20 cm. Nymphs live underground for years; adults live weeks to months. Males make loud songs. They live in forests, savannas, scrub, and cities. People observe them, collect them, or see them as pests.

Danger Level

Low
  • No venom and generally not aggressive; accidental pinches/scratches from handling are minor
  • Loud choruses can cause discomfort or temporary annoyance, especially near dense aggregations
  • Allergic reactions are uncommon but possible (handling, particulates, or mold/detritus around mass emergences)
  • Mass emergences can create minor slip/road hazards from crushed insects in localized areas
  • Indirect risk: pets may overeat cicadas causing gastrointestinal upset or choking

As a Pet

Not Suitable as Pet

Legality: Keeping a pet cicada is usually legal where insect-keeping is allowed, but rules vary. Collecting may be banned in parks or protected areas. Permits may be required for native species, large-scale collecting, or import/export. Check local wildlife and agricultural rules.

Care Level: Expert Only

Purchase Cost: Up to $25
Lifetime Cost: Up to $150

Economic Value

Uses:
Food (entomophagy) in some regions Fishing bait Education and research (acoustics, ecology, physiology) Cultural value (soundscapes, art, folklore, tourism around emergences) Horticulture/forestry impacts (localized twig damage from egg-laying) Nuisance impacts (noise, mass emergences in some areas)
Products:
  • edible cicadas (fresh/cooked/processed) where traditionally consumed
  • live or preserved specimens for education/collections
  • fish bait (where sold/used)
  • nature tourism and event-driven local commerce during large emergences

Relationships

Related Species 5

Hairy cicadas Tettigarctidae Shared Order
Leafhoppers Cicadellidae Shared Family
Spittlebugs / Froghoppers Aphrophoridae Shared Order
Treehoppers
Treehoppers Membracidae Shared Order
Planthoppers Fulgoroidea Shared Order

Ecological Equivalents 5

Animals that fill a similar ecological role in their ecosystem

Family-level overview Cicadidae Family-level overview: ranges and generalizations — typical distributions and generalized ecological traits of the family.
Katydids
Katydids Tettigoniidae Arboreal/vegetation-dwelling insects known for conspicuous mating calls. They can share similar soundscape roles, even though they are orthopterans rather than hemipterans.
True crickets Gryllidae Acoustic mate signaling and seasonal chorusing parallel cicada calling, though crickets typically use stridulation rather than tymbals and often occupy ground or low vegetation.
Mayflies
Mayflies Ephemeroptera Produce short-lived but sometimes massive adult emergences that pulse energy into food webs, creating similar 'boom' prey availability despite different larval habitats (aquatic vs subterranean).
June beetles Scarabaeidae Some species have multi-year larval development underground and seasonal adult flights, broadly reflecting the 'long juvenile, short adult' life-history pattern.

Types of Cicada

13

Explore 13 recognized types of cicada

Periodical cicada Magicicada septendecim
Dog-day cicada Neotibicen canicularis
Green grocer Cyclochila australasiae
Large brown cicada Graptopsaltria nigrofuscata
Giant cicada Quesada gigas
Black cicada Cryptotympana atrata
Common European cicada Lyristes plebejus
Swamp cicada Neotibicen tibicen
Linnaeus's cicada Neotibicen linnei
Northern dusk-singing cicada Megatibicen auletes
Lesser dog-day cicada Neotibicen pruinosus
Southeastern 17-year cicada Magicicada septendecula
Scissor grinder cicada Neotibicen winnemanna

If a person wakes up one warm summer morning and hears a noise outside their window like a thousand tiny lawnmowers going at full blast, it’s almost certainly a swarm of brand-new adult cicadas.

Cicada infographic

Cicada Brood X News & Information

Brood X emerged on the East Coast of the United States in the spring of 2021. More information and coverage can be found here!

  • Cicadas in New York: What’s Happening Now?
  • Cicadas in Pennsylvania: What’s Happening Now?
  • Cicadas in Virginia: What’s Happening Now?
  • Cicadas in Tennessee: What’s Happening Now?
  • Cicadas in Washington, DC: What’s Happening Now?
  • Cicadas in Maryland: What’s Happening Now?
  • Here’s What 1.5 Million Cicadas Looks Like
  • Will Cicadas Cause More Snakes? Copperheads?
  • Can Dogs Eat Cicadas?
  • Will Cicadas Eat My Tomato Plants?
  • Cicada Brood X 2021: What is it and should you be concerned?
  • Why Do Cicadas Only Come Out Every 17 Years?
  • Cicadas vs Locusts: What’s The Difference?

Cicadas are interesting not just because of the racket they make, but because periodical cicadas have a life cycle of 13 or 17 years. Most of their lives are spent underground as nymphs, then something triggers them to emerge, climb a tree or a wall or some surface, split their skin, and emerge from the shell to become adults. After this, their only tasks are to reproduce and die.

5 Incredible Cicada Facts!

Large Brown Cicada (Graptopsaltria nigrofuscata)

After spending years underground, the adult cicada lives only a few weeks.

  • Deciduous trees are necessary for a good population of these insects. Their roots not only provide food for the nymphs but they’re important for egg-laying, molting, and singing.
  • The unusually loud noise produced by a male can reach 120 decibels if heard up close. That’s loud enough to make the ears hurt.
  • It’s not only humans who need to protect their ears from the loudness of the insect’s song. When a male sings, he has to close his tympana, which functions much like human ears, to keep them from being damaged.
  • Scientists group periodical cicadas into broods based on their 13- or 17-year life cycle. As of 2021, there were 15 of these broods.
  • After spending years underground, the adult insect lives only a few weeks. Many don’t even live that long, as they are eaten by predators such as birds and a wasp called the cicada killer. Even humans eat them. In some cultures, the insect is a delicacy.

Cicada vs. Locust

17 Year Periodical Cicada sitting on a leaf

Cicadas are actually not closely related to locusts, as cicadas are considered true bugs.

Though they’re sometimes called locusts, these insects are not closely related to them. Locusts, the name given to grasshoppers that have joined swarms that attack crops, belong to the Orthoptera order. Cicadas belong to the Hemiptera order and are considered true bugs. A bug is an insect with mouthparts for sucking and piercing. The insect nymph’s mouth parts are made for piercing tree roots and sucking sap, and the proboscis of a grown cicada can pierce a person’s skin, but these insects are neither venomous nor disease vectors.

Locusts have chewing mouthparts and, famously, hind legs that are adapted for jumping. Cicadas not only can’t jump the way locusts do, but they also don’t even run or walk well. If they need to go somewhere, they almost always fly.

Species, Types, and Scientific Name

Animals that Sing-cicada

Cicada songs are very loud.

In total, there are more than 3,000 different species of cicadas around the world, and about 190 of those species occur in North America. Cicadas are part of a superfamily, the Cicadoidea. Then, this is divided into two families, the Tettigarctidae, with two species in Australia, and the Cicadidae.

The periodical cicadas belong to the Magicicada genus, and the name refers to the way the insects appear like magic. Then, like magic, they disappear all at once. The name “cicada” is from Latin and allegedly describes the sound the insect makes. These bugs are exclusive to North America.

There are seven species of periodical cicadas. The first three of the species emerge after 17 years, while the other four emerge after 13 years. They are:

  • the 17-year “locust” — Magicicada septendecim
  • the 17-year dwarf periodical cicada — M. cassinii
  • M. septendecula
  • M. tredecim
  • M. neotredecim
  • M. tredecassini
  • M. tredecula

On the other hand, there are annual cicadas. These have a lifecycle of 2-3 years and do not have synchronized life cycles. These annual cicadas are broken into 4 genera: Neotibicen (“dog-day cicadas”), DiceroproctaNeocicada, and Okanagana.

Appearance: How To Identify Cicadas

Newly emerge molting cicada at night isolated on black background. The cicada's former shell is still attached to the tree as the vivid green cicada rises almost vertically out of the brown transparent shell.

When the adult cicadas emerge, they leave their old shells behind on a wall or a tree trunk.

The periodical cicada is a rather large insect, though it’s smaller than the annual cicada, which can be 2 inches long. It is much smaller than the largest cicada. This is a Malaysian emperor cicada, with an 8-inch wingspan. Periodical cicadas are between 0.9 and 1.3 inches long, and the females are a bit bigger than the males.

Like most other insects, the insect has six legs. A person can see through their wings, which sport lacy orange veins. The insect’s thorax, or the middle section of its body, is usually black, and the abdomen can be orange, black, or orange and black striped. The insect has conspicuous red eyes.

Many of them avoid predators through camouflage or through Batesian mimicry. This is where their colors remind a predator of a harmful insect such as a wasp. These insects are capable of lowering the volume of their song or turning it off altogether if it senses a predator is nearby.

Periodical cicadas can be said to swarm. These individuals are most interested in reproducing, and males will mate with several females. When the adults emerge, they leave their old shells behind on a wall or a tree trunk. Sometimes the shell lasts longer than the insect itself.

Butterfly cicadas with broad multicolor wings

Butterfly cicadas with broad multicolor wings.

Habitat: Where to Find Cicadas

These insects are found all over the world, but periodical cicadas are found in the eastern and central parts of North America. Another family, the Tettigarctidae, is found in Australia.

Periodical cicadas are found in deciduous forests. These are forests made up of hardwood trees such as oaks, maples, and willows. Periodical cicadas emerge every 13 or 17 years, but even annual cicadas may not emerge every year as their name suggests. Some annual cicadas have a lifecycle of two years while others have a life cycle as long as a decade. Annual cicadas also don’t synchronize their broods the way periodical cicadas do, so they usually don’t swarm like periodicals.

Diet: What Do Cicadas Eat?

What Do Cicadas Eat
Sap is a favorite for nymphs and adults.

The nymphs drink the sap from the roots of deciduous trees for the long years they are underground. Though many people believe that adults don’t eat, they’ve been seen to suck sap from plants.

Prevention: How to Get Rid of Cicadas

Even though they sound big and scary, cicadas are harmless to people.

These insects are considered to be harmless. They don’t sting or spread diseases, even though a jab from their mouthparts can hurt. If a person is worried about the insects invading their garden, they can cover their plants with garden fleece to both dissuade the insects from feeding and the females from laying their eggs. The females cut slits in branches and then deposit their eggs in them. This may injure a young shrub or tree.

Origin and Evolution

A teneral adult seventeen-year cicada, newly molted, rests on a tree next to a cicada shell.

Cicadas have been around for a long time and have gone through adaptations to stay alive.

The cicada has been around a long time, all the way from when dinosaurs roamed the earth. The fossils of Cicadomorpha noted that these bugs first appeared in the Late Triassic period. These were found in Australia, South Africa, and China. “Giant cicada” fossils were found in Eurasia and South America, and dated as from the Jurassic and Lower Cretaceous periods. The first of these was a forewing discovered in 1873 in the Taynton Limestone Formation of Oxfordshire, England. It was initially thought to be from a butterfly, but later correctly classified.

For periodic cicadas, much of their emergence and evolution has to do with the temperature. If it is too cold, a brood will not emerge and perhaps die out.

View all 392 animals that start with C

Sources

  1. Cicada Mania / Accessed April 11, 2021
  2. National Geographic / Accessed April 11, 2021
  3. Wikipedia / Accessed April 11, 2021
  4. Animal Diversity Web / Accessed April 11, 2021
  5. How Stuff Works / Accessed April 11, 2021
Bethany McKay

About the Author

Bethany McKay

Bethany is a professional copywriter and editor, working with newspapers, small businesses, Fortune 500 companies, and everything in-between. She graduated from Penn State University with degrees in journalism and international studies. She loves her cat, Maggie, and has had numerous pets over the years, including guinea pigs, hermit crabs, fish, and a red-eared slider turtle. She lives among farmlands in southcentral PA and enjoys gardening, cooking, reading, and sewing.
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Cicada FAQs (Frequently Asked Questions)

A cicada is a type of bug, which means it has mouthparts that evolved for piercing and sucking. It is of interest because of its lifecycle and the great noise that a crowd of male cicadas make to attract females of their species.