L
Species Profile

Ladybug

Coccinellidae

Spotted guardians of gardens
Sergey/Shutterstock.com

At a Glance

Family Overview This page covers the Ladybug family as a group. Stats below are general traits shared across the family.
Also Known As Ladybird, Lady beetle, Ladybird bug, Lady-cow
Activity Diurnal+
Lifespan 1 years
Weight 0.0002 lbs
Status Not Evaluated
Did You Know?

The family includes thousands of species worldwide, found on every continent except Antarctica.

Size Comparison

Human 5'8"
Ladybug 0 in

Ladybug stands at 0% of average human height.

Scientific Classification

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

Ladybugs/ladybirds are small beetles in the family Coccinellidae, best known for their rounded shape and often red/orange coloration with black spots (though many species are yellow, black, or patterned). Many are beneficial predators of aphids and other soft-bodied insects, while some feed on fungi or plants.

Kingdom
Animalia
Phylum
Arthropoda
Class
Insecta
Order
Coleoptera
Family
Coccinellidae

Distinguishing Features

  • Small, dome-shaped beetles with hardened forewings (elytra)
  • Often aposematic (warning) coloration; many species can reflex-bleed bitter hemolymph when disturbed
  • Predatory larvae with elongate, alligator-like appearance in many species
  • Important role in biological control of aphids, scale insects, and mites (in many genera)

Physical Measurements

Males and females differ in size

Height
0 in (0 in – 0 in)
Weight
0 lbs (0 lbs – 0 lbs)
0 lbs (0 lbs – 0 lbs)
Top Speed
9 mph
flying
Poisonous

Appearance

Primary Colors
Secondary Colors
Skin Type Hard chitinous exoskeleton with glossy elytra (wing covers); underside often more matte, with flexible joints at legs and abdomen.
Distinctive Features
  • Adult size range across family: about 0.08-1.8 cm long; usually dome-shaped to oval, compact body.
  • Pronotum commonly contrasts with elytra; head partly tucked beneath pronotum when viewed from above.
  • Elytra may be smooth and shiny, or faintly punctate; patterns range from bold to cryptic.
  • Larvae are elongate and 'alligator-like,' often dark with orange/yellow patches; predatory in many species.
  • Complete metamorphosis: egg to larva to pupa (often attached to leaves/stems) to adult.
  • Defensive traits common: aposematic coloration, reflex bleeding of hemolymph, and chemical deterrents.
  • Ecology varies widely: many are predators of aphids/scale insects/mites; others feed on fungi (mildews) or plants.
  • Habitat breadth is broad (gardens, fields, forests, wetlands); many species disperse well and some aggregate to overwinter.
  • Lifespan varies by species and climate: typically several months to >1 year; in some, adults may survive up to ~2-3 years with overwintering.

Sexual Dimorphism

Sexual dimorphism is usually subtle across Coccinellidae: females often slightly larger, and sexes differ reliably in abdominal/genital structures. Color and spotting are typically similar, though some species show sex-linked pattern intensity or shape differences.

  • Often slightly smaller or slimmer-bodied; differences most apparent on abdominal ventrites.
  • Male genitalia (aedeagus) species-specific; used for reliable sexing in many groups.
  • In some species, facial/pronotal markings may be brighter or more extensive.
  • Often slightly larger with broader abdomen, especially when gravid.
  • Female abdominal sternites/terminal segments differ in shape from males; internal reproductive structures diagnostic.
  • Color/pattern usually matches males; variation more often geographic or polymorphic than sex-based.

Did You Know?

The family includes thousands of species worldwide, found on every continent except Antarctica.

Not all are red with black spots-some are yellow, orange, pink, black, or intricately patterned, and many have no spots at all.

Both larvae and adults of many species are active predators that can consume large numbers of aphids, scale insects, and other soft-bodied prey.

When threatened, many ladybirds "reflex bleed," oozing bitter, smelly hemolymph from leg joints as a deterrent.

Many species overwinter as adults in large aggregations in leaf litter, rock crevices, or buildings, sometimes forming dense clusters.

Diet varies widely across the family: many are predatory, some specialize on fungi (mildews), and a smaller number are plant-feeders that can become crop pests.

Their complete metamorphosis is dramatic: spiny, alligator-like larvae transform into rounded adults via a pupal stage attached to plants.

Unique Adaptations

  • Aposematic coloration (warning colors): Bright reds/oranges/yellows and contrasting patterns are common signals of unpalatability, but the family also includes cryptic species-color strategy varies by ecology.
  • Reflex bleeding: Many exude hemolymph containing alkaloids and other deterrent compounds from leg joints when handled or attacked.
  • Expandable hind wings under hardened elytra: Like other beetles, they protect flight wings beneath tough wing covers, enabling both defense and dispersal.
  • Specialized mouthparts and feeding specializations: Predatory species are adapted to grasp and consume soft-bodied prey; fungus-feeders scrape mildews; plant-feeders chew leaves-showing major diversification within one family.
  • Larval morphology suited to hunting: Many larvae are elongated with spines/tubercles and strong legs for searching prey on plants; forms differ among subgroups, reflecting different diets and microhabitats.
  • Thermal/seasonal dormancy: Many species enter diapause as adults to survive winter or dry seasons, often synchronized with prey availability.

Interesting Behaviors

  • Predation across life stages: In many coccinellids, both larvae and adults hunt aphids, mealybugs, scales, whiteflies, and mites; however, some lineages are primarily fungus-feeders (mildews) and some are plant-feeders.
  • Egg-laying strategy: Females often lay eggs near prey colonies; in prey-scarce conditions, some species show egg cannibalism or larval cannibalism, which can boost survival.
  • Seasonal aggregation: Many temperate species form overwintering groups (sometimes thousands) in sheltered sites; in some regions they also cluster at high elevations or coastal areas for dormancy.
  • Chemical defense displays: Many species couple conspicuous colors with behaviors like "playing dead," tucking legs, and releasing defensive chemicals to discourage predators.
  • Mate choice and chemical cues: Pheromones and cuticular chemicals help individuals locate mates and suitable habitats; specifics vary strongly among species.
  • Habitat breadth: Members occupy gardens, crops, forests, grasslands, deserts, and wetlands; some specialize on particular host plants or prey, while others are broad generalists.

Cultural Significance

Ladybirds (ladybugs, Coccinellidae) are seen as helpful for eating aphids and scale insects, used in gardens and education, and linked to good luck (name tied to the Virgin Mary). Some species can eat crops or harm ecosystems when introduced.

Myths & Legends

In medieval and early modern Europe, people called the beetle "Our Lady's beetle" because of the Virgin Mary, treating it as a special creature not to be harmed.

In parts of Europe, a widespread folk belief holds that a ladybird landing on a person brings good luck; letting it fly away is said to carry wishes or prayers skyward.

A common European courting rhyme (with many local variants) addresses the insect-often beginning "Ladybird, ladybird..."-asking it to fly home, reflecting a long-standing tradition of speaking to the beetle as a tiny messenger.

In some European folk custom, the direction a ladybird flies after being released is taken as an omen-sometimes interpreted as pointing toward one's future home or a coming suitor.

In agricultural folklore, ladybirds were welcomed as protectors of crops; their arrival in fields and orchards was treated as a favorable sign for harvests, reinforcing their status as "helpers" in rural tradition.

Conservation Status

NE Not Evaluated

Has not yet been evaluated against the criteria.

Population Unknown

Looking for a specific species?

Seven-spotted ladybird

Coccinella septempunctata

This is one of the most widely recognized insects commonly called a "ladybug/ladybird," especially across Europe and in many educational/media references. Family-wide ranges and generalizations (Coccinellidae): Adults span roughly ~1-10+ mm in length across the family (from very small, often dark species to large, robust ladybirds). Lifespan commonly ranges from a few months to ~1-2 years depending on species and climate, with many temperate species overwintering as adults. Ecology/behavior across the family is diverse: many species are predators of aphids, scale insects, and other soft-bodied arthropods; some lineages are primarily fungus-feeders (e.g., mildew specialists), and a minority are plant-feeders (notably some "epilachnines"). Most have complete metamorphosis (egg-larva-pupa-adult); larvae are typically active foragers. Many species use chemical defenses and warning coloration, but color/pattern varies widely (red/orange/yellow/black, spotted or banded, even cryptic forms). Habitat use ranges from forests and grasslands to agricultural fields and urban gardens; dispersal ability and tendency to aggregate (e.g., for overwintering) varies strongly by species.

  • Iconic red/orange beetle with seven black spots; among the best-known "ladybirds."
  • Important predator of aphids; both larvae and adults consume large numbers during outbreaks.
  • Widespread in the Palearctic and introduced/established in parts of North America.
  • Uses chemical defenses (reflex bleeding) that can deter many predators.

You might be looking for:

Seven-spotted ladybird

25%

Coccinella septempunctata

Common, widespread Palearctic species; often used as the “typical” ladybug in Europe.

Convergent lady beetle

20%

Hippodamia convergens

Very common North American species; widely sold for aphid control.

Asian lady beetle (Harlequin ladybird)

18%

Harmonia axyridis

Highly variable in color/pattern; invasive in many regions.

View Profile

Two-spotted ladybird

12%

Adalia bipunctata

Red or melanic forms; common in Europe and parts of North America.

Twenty-two-spot ladybird

10%

Psyllobora vigintiduopunctata

A fungus-feeding ladybird (mildews), illustrating that not all ladybugs are aphid predators.

Life Cycle

Birth 20 larvas
Lifespan 1 year

Lifespan

In the Wild 0.1–3 years
In Captivity 0.1–4 years

Reproduction

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

Across Coccinellidae, both sexes commonly mate with multiple partners; repeated matings and sperm competition are widespread. Pair bonds are brief, with no parental care after oviposition. Many species are solitary but may form seasonal aggregations (e.g., overwintering).

Behavior & Ecology

Social Aggregation (congregation) Group: 1
Activity Diurnal, Crepuscular, Cathemeral
Diet Insectivore Aphids (most commonly across the family, though some lineages specialize on scales/mealybugs, mites, fungi, or plants)
Seasonal Migratory, Hibernates 124 mi

Temperament

Generally non-aggressive; avoids conflict and disperses when disturbed
Predatory and opportunistic; may cannibalize eggs/larvae when prey is scarce
Defensive behaviors common: feigning death, dropping, and reflex bleeding of hemolymph
Some species tolerate close contact in aggregations; others disperse readily after contact

Communication

Generally silent; some species can produce faint stridulatory sounds (chirps/clicks) when disturbed or during courtship.
Sex pheromones and contact chemicals aid mate finding and recognition
Aggregation pheromones and host-plant/prey odors can concentrate individuals seasonally
Cuticular hydrocarbons mediate species/sex recognition and influence mating acceptance
Visual signals: warning coloration and patterning deter predators and can cue avoidance
Chemical defense (alkaloids in hemolymph) signals unpalatability; reflex bleeding reinforces deterrence
Tactile interactions during courtship (antennation) and mating; limited social coordination otherwise
Possible substrate-borne vibrations during courtship in some taxa; not universal across the family

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:
Mountainous Hilly Plateau Plains Valley Coastal Island Riverine Volcanic Karst Rocky Sandy Muddy +7
Elevation: Up to 16404 ft 3 in

Ecological Role

Predatory (often) and opportunistic insectivore in terrestrial plant communities; includes important biological-control agents but also plant- and fungus-feeding members depending on lineage.

Natural suppression of herbivorous pests (especially aphids, scales, mealybugs, and whiteflies) Contribution to integrated pest management (biological control) in agroecosystems Indirect support of plant health and productivity by reducing sap-feeding insect loads Secondary roles as pollen/nectar consumers (minor pollination contribution in some contexts) Potential negative role in some lineages as crop pests (phytophagous groups) and occasional intraguild predation affecting other beneficial insects

Diet Details

Main Prey:
Aphids Scale insects Mealybugs Whiteflies Psyllids Thrips Mites Insect eggs and small larvae Small caterpillars and beetle larvae Coccinellid eggs and larvae +4
Other Foods:
Pollen Nectar Honeydew Fungal spores and hyphae Plant tissues Plant sap and extra-floral nectar

Human Interaction

Domestication Status

Wild

Ladybird beetles (ladybugs, family Coccinellidae) are not domesticated. People have not bred them for life with humans. People collect and mass-raise them to control pests, especially aphids, and sometimes for classroom study. Some species were moved outside their native ranges for pest control and became invasive, caused by people, not true domestication.

Danger Level

Low
  • Mild pinching/bites can occur when handled (usually minor, no significant injury).
  • Allergic reactions/asthma-like symptoms or skin irritation can occur in sensitized individuals, especially where certain species aggregate in large numbers in homes.
  • Reflex bleeding: some release yellowish hemolymph when stressed; it can stain fabrics and may cause minor skin/eye irritation if rubbed in.
  • Nuisance infestations: some species overwinter/aggregate in buildings, creating annoyance and incidental exposure to allergens.
  • Indirect risk from human-mediated introductions: releasing non-native ladybird beetles can contribute to invasive impacts on local biodiversity and pest-control dynamics (environmental risk rather than direct human injury).

As a Pet

Not Suitable as Pet

Legality: Usually legal to keep ladybugs short-term, but rules may ban collecting in protected areas, require permits or quarantine to move them across borders, and restrict non-native/invasive species. Don’t release bought or non-native ladybugs.

Care Level: Moderate

Purchase Cost: Up to $30
Lifetime Cost: $5 - $150

Economic Value

Uses:
Biological pest control (agriculture, horticulture, greenhouses) Integrated pest management (IPM) Commercial insect rearing/supply Education and outreach Ecosystem services (natural predation) Nuisance/invasive impacts (in some regions)
Products:
  • live ladybird beetles sold for aphid control (various species depending on region and supplier)
  • IPM consulting/monitoring services that incorporate conservation or release of ladybird beetles
  • research and educational kits/materials featuring ladybird beetles

Relationships

Predators 9

Small insectivorous birds Passeriformes
Spiders Araneae
Praying mantis Mantodea
Assassin bug Reduviidae
Ground beetles Carabidae
Ant Formicidae
Frogs and toads Anura
Ladybird parasitoid wasps Braconidae
Entomopathogenic fungi Ascomycota

Related Species 10

Handsome fungus beetles Endomychidae Shared Family
Minute hooded beetles Corylophidae Shared Family
Minute brown scavenger beetles Latridiidae Shared Family
Spotted ladybird Coccinella Shared Family
Harlequin ladybird Harmonia Shared Genus
Convergent lady beetle Hippodamia Shared Family
Two-spot ladybird Adalia Shared Family
Fungus-eating ladybird Psyllobora Shared Family
Mealybug destroyer Cryptolaemus Shared Family
Scale-eating ladybird Chilocorus Shared Family

Ecological Equivalents 5

Animals that fill a similar ecological role in their ecosystem

Green lacewing Chrysopidae Their larvae are major aphid predators in the same crops and gardens and are often used in biological control alongside ladybird beetles.
Hoverflies Syrphidae Many hoverfly larvae feed heavily on aphids and other soft-bodied insects on plants, overlapping strongly with predatory Coccinellidae.
Minute pirate bug Anthocoridae Small generalist predators that consume aphids, mites, thrips, and other soft-bodied prey on foliage; serve a similar functional role in IPM.
Damsel bug Nabidae Generalist insect predators on vegetation. They share prey types (aphids and small larvae) and habitats with ladybird beetles.
Parasitic wasps Aphidiinae Exploit the same aphid populations but through parasitism rather than predation; they frequently interact and compete during aphid outbreaks.

Types of Ladybug

15

Explore 15 recognized types of ladybug

Seven-spotted ladybird Coccinella septempunctata
Convergent lady beetle Hippodamia convergens
Harlequin ladybird (Asian lady beetle) Harmonia axyridis
Two-spotted ladybird Adalia bipunctata
Twenty-two-spot ladybird Psyllobora vigintiduopunctata
Mealybug destroyer Cryptolaemus montrouzieri
Vedalia beetle Rodolia cardinalis
Spotted lady beetle Coleomegilla maculata
Fourteen-spotted ladybird Propylea quatuordecimpunctata
Transverse ladybird Coccinella transversoguttata
Twice-stabbed lady beetle Chilocorus stigma
Pine ladybird Exochomus quadripustulatus
Cream-streaked ladybird Calvia quatuordecimguttata
Mexican bean beetle Epilachna varivestis
28-spotted ladybird (hadda beetle) Henosepilachna vigintioctopunctata

Ladybird beetles, otherwise known as ladybugs, have been to outer space and had no problem catching prey in Zero-G.

The typical description of the ladybug discusses the red shell and black spots, but there are many different patterns. In fact, the number of spots can even differentiate between the many species around today. They have a rather resilient body, ensuring that they can live in many different environments in North America and Europe.

Ladybird vs Ladybug

Ladybird beetles and ladybugs are the same insects. The difference is it’s called a ladybug in North America and a ladybird in the United Kingdom. Entomologists also consider ladybird being the more correct name for the insect, as it is not, in fact, a true bug but a beetle.

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10 Incredible Ladybug Facts!

  • The average lifespan of a ladybug is just 1-2 years.
  • Their scientific name comes from a Latin word that means “scarlet.”
  • These insects sometimes go by the name “ladybird,” which came from Britain’s description of it – “Our Lady’s bird.”
  • The colorful beetles were not introduced to North America until the mid-1900s as a way to control the growing population of aphids.
  • While they are incredibly helpful in the elimination of pests in gardens, an infestation of ladybugs on a farm can be harmful to crops.
  • The number of spots on the ladybird’s back does not tell its age. That’s an old wives’ tale.
  • If ladybirds form aggregations during the winter, they’ll gather on the south side of a structure such as a tree or a house to get the most sunlight.
  • Ladybirds that go into diapause, the insect version of hibernation, break out of it when the temperature hits 55 degrees Fahrenheit.
  • Coccinellids are colored as brightly as they are to dissuade predators, not to delight humans. If the predator persists, the insect releases toxins from its “knees.” This is called reflex bleeding.
  • Several American states have the ladybird, or ladybug as their state insect. They are Massachusetts, New Hampshire, Tennessee, Delaware, New York and Ohio.
👁 Two Ladybugs sitting on a green leaf.

Coccinellids are colored as brightly as they are to dissuade predators.

©Pixabay / CC0, Pexels – Original / License

Scientific Name

The scientific name for the ladybug is Coccinellidae, and their classification places them in the invertebrate category. Coccinellidae comes from the Latin word “coccineus,” which means scarlet – a clear tribute to the color of their exoskeleton. It is sometimes called a ladybird, which comes from a British expression for the insect. Many people took to calling the insect “Our Lady’s bird.”

The beetle gets its common name because it was associated with the Virgin Mary. Legend has it that a group of farmers was so plagued by aphids eating their crops that they prayed to the Virgin for help. When help arrived in the form of coccinellids, the beetles were known as “Our Lady’s beetles,” from then on.

Evolution and History

Through genetic sampling, it is thought that the ladybug dates back to the Cretaceous period. While the ladybug belongs to a group of mostly plant-eating beetles, this insect evolved its characteristics based on defensive evolutions of their prey and also adaptations of plant life. Fossils of ladybugs have been found that date back to the Eocene period, which dates back 50 million years.

Types of Ladybugs

Though most people are familiar with the typical red body and black spots, the ladybug is actually a category of over 5,000 different species. The species come in many different colors and markings, including combinations of red, black, brown, yellow, white, and neutral shades. They are primarily divided into the following categories:

  • Seven-spotted Ladybird – The Seven-spotted Ladybird is The seven-spotted ladybird the most populous ladybug found in Europe. They have a red shell and three spots per side and both sides share a large spot in the middle close to their head for a total of seven spots.
  • Thirteen-spotted Ladybird – The thirteen-spotted ladybird ranges from red to orange and has thirteen total dark spots on their domed shells.
  • Asian Ladybird – The Asian ladybird is also known as the harlequin and also as the Halloween beetle. This subspecies has many variations in color. As their name would imply, they originated in eastern Asia and have since been introduced in many parts of the world.
  • Coleomegilla Maculate Ladybird – The Coleomegilla Maculate Ladybird is a large version of the ladybug and has many names such as pink spotted lady beetle, twelve-spotted lady beetle, and spotted lady beetle. They tend to have a pinkish color, and they can be used for bug control.
  • Hippodamia Convergens Ladybug – The Hippodamia convergens Ladybug can often be called the convergent lady beetle. They are very prevalent in North America.

The elytra of many types of ladybirds are, indeed, scarlet, and the Virgin was sometimes depicted wearing a scarlet robe. The seven black dots on the insect’s elytra were supposed to represent her seven joys and seven sorrows, even though there are ladybird species that have more or less than seven spots. More ladybird species include:

1. Coleomegilla maculata
2. Coccinella novemnotata
3. Coccinella transversoguttata
4. Hippodamia convergens
5. Calvia quatuordecimguttata
6. Rhopalosiphum cerasifoliae
7. Rhopalosiphum maidis
8. Rodolia cardinalis
9. Coccinella californica
10. Psyllobora vigintiduopunctata

👁 Image

The species come in many different colors and markings, including combinations of red, black, brown, yellow, white, and neutral shades.

©Anderson Mancini / Creative Commons – Original

Appearance: How to Identify

When you imagine the appearance of a ladybug, colors like red and black typically come to mind. In fact, this traditional idea makes the ladybug (or ladybird) one of the most easily recognizable insects in the world. However, this description doesn’t come close to covering the 5,000 species that are out there today.

While every ladybug has an oval shell, six legs, and the cutest cheeks of any insect, they also are found in many shapes, sizes, and colors. Most of these insects are just a centimeter long, but they can be as small as 1 mm. Along with the traditional red shell and black dots, other species include:

  • Yellow shell with black dots (Psyllobora vigintiduopunc)
  • Brown shell with cream-colored dots (Myrrha)
  • Black shell with four red dogs (Scymnus)
  • Pale yellow shell with small black dots (Adalia decempuncta)
  • Red shell with one spot on either side (Two-spot ladybird)

Along their legs, their joints are specially designed to release a toxic fluid that can protect them from predators. Sometimes, they’ll even bite if they are threatened.

While it is easy to find one or two ladybugs, they typically are found in a group, which is called a loveliness. Part of the reason that these insects swarm together is to reproduce quickly and deal with limited food supplies during winter. Approximately half of this population is made of females, and they choose a mate while they are in their large group.

👁 Beautiful yellow ladybug on a leaf.
While every ladybug has an oval shell, six legs, and the cutest cheeks of any insect, they also are found in many shapes, sizes, and colors.

©L-N/Shutterstock.com

Habitat: Where to Find Them

Ladybugs can be found around the world, but they tend to live in Europe and North America. They were not introduced to North America until the middle of the 1990s, used to help with the aphid problems that were plaguing the entire region at the time. Since then, ladybugs seem to have found a place that they are happy to stay in. Of the 5,000+ species, the United States is specifically home to over 500 variations.

The ladybug’s flexibility in different habitats allows it to thrive. Just as easily as they will live in grasslands and forests, they’ll also collect in cities and suburbs. Some swarms can even be found along rivers. When they are ready to lay eggs, they will simply leave their larvae on the underside of a leaf.

As recently as 2018, scientists grew concerned over the dwindling population of certain insect species, considering the major impact that they have on the world’s ecosystems. Some of the reasons for the decline can be credited to the use of insecticides, pollution, and climate change. However, the resilience of many different habitats is part of the reason that there are still millions of these beetles found worldwide.

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When they are ready to lay eggs, they will simply leave their larvae on the underside of a leaf.

©iStock.com/DE1967

Diet: What Do They Eat?

Ladybugs are omnivores, consuming both plants and other animals as their main source of nutrients. Primarily, they prefer to consume leaves, fungi, and other insects. Sometimes, they’ll even dine on mushrooms and mildew, but their primary diet is made of aphids. In fact, the ladybird consumes up to 50 aphids a day.

What eats ladybugs?

Birds consume ladybugs, but that’s hardly their only predator. They also are eaten as a part of the diet of frogs, wasps, spiders, and dragonflies. While they have many defenses against other animals, they are still rather small animals that cannot fight back as strongly as others.

What does a ladybug eat?

While the ladybird will consume some types of plants, their diet primarily consists of other insects (especially aphids). They’ll go after scales, mealy bugs, mites, leafhoppers, and other insects that are smaller than them. They will also eat the larvae of other insects.

👁 What do Ladybugs Eat
Ladybugs eat aphids, nectar, fungus, and insects.

Prevention: How to Get Rid of Them

Though the ladybug is mostly not harmful, having any beetles or insects in a home can be unsettling. They are safe to keep in a garden, but large infestations can damage a farm. If there is just a small group of ladybugs, sweeping or vacuuming them up is relatively safe. However, a massive infestation may need to be sprayed with soapy water. It is also safe to leave a bowl of soapy water where they collect.

While some people swear by the use of Diatomaceous Earth to clear out a colony, there are also many homemade traps that can work. Small LED lights can be set up in an area to attract the beetles into a funnel or box before they are moved somewhere safer.

Anyone with a green thumb and a disdain for ladybirds can plant mums around their home or porch. Apparently, as resilient as the beetles are, they absolutely hate the smell of these flowers, and they’ll likely choose a home without them instead. Natural repellants like lavender oil and citronella candles can also keep ladybugs and other insects away.

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Natural repellants like lavender oil and citronella candles can keep ladybugs and other insects away.

©Millie Bond – Copyright A-Z Animals

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Sources

  1. National Geographic / Accessed August 7, 2021
  2. Home Stratosphere / Accessed August 7, 2021
  3. SAC Nature Centre / Accessed August 7, 2021
  4. Better Homes & Gardens / Accessed August 7, 2021
  5. National Geographic Kids / Accessed August 7, 2021
  6. Nature Mapping Program / Accessed August 7, 2021
  7. May Exterminating / Accessed August 7, 2021
  8. Integrated Taxonomic Information System / Accessed October 9, 2021
  9. BioKids / Accessed October 9, 2021
  10. San Diego Zoo / Accessed October 9, 2021
  11. New England Today / Accessed October 9, 2021
  12. Sask Today / Accessed October 9, 2021
  13. University of Kentucky / Accessed October 9, 2021

About the Author

Heather Ross

Heather Ross is a secondary English teacher and mother of 2 humans, 2 tuxedo cats, and a golden doodle. In between taking the kids to soccer practice and grading papers, she enjoys reading and writing about all the animals!

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Ladybug FAQs (Frequently Asked Questions)

Ladybugs live in woodlands, hedgerows, and meadows.

Not exactly. These beetles can sometimes secret fluid from the joints on their legs, which they typically release when threatened. The fluid can be toxic to predators, and it emits a bad odor. They are capable of biting humans, but it is not common. It is true that they can nibble at a person, but their bites are harmless if aggravating.

Ladybugs have six legs, paired with dome-shaped bodies. All insects, which includes ladybugs, have three main body parts: a head, thorax, and abdomen. They also possess two antennae, and special compound eyes so they can see in multiple directions simultaneously.

The markings and size of the ladybug will determine its classification. They are smaller and rounder than beetles and they often have a black head with small “cheeks.” The colors in the pattern determine the species.

If there are many ladybugs collecting in a group, they can be swept up and moved outside. Diatomaceous Earth is a reliable and natural way to eliminate them, though some people plant Mums around their home as a protective layer.

Having a ladybug around the home is considered to be a good luck charm in some cultures.

These beetles can be toxic to animals and can ruin farmland.

Ladybugs, which sometimes go by the name lady beetles, won’t harm a home. At the most, they’ll go after aphids, rather than fabric or wood. Some people are not bothered by the presence of ladybugs, so it is all a matter of preference.

These beetles tend to go after aphids, the larvae of other beetles, worms, mites, mealybugs, whiteflies, and other insects.

Some scientists believe that larvae eat either half that amount or twice that amount. Newly hatched larvae at first suck the juices out of an aphid until it gets strong enough to kill and eat the whole insect.

Ladybirds are not harmful to humans.

A ladybird is a type of beetle in the Coccinellidae family. There are over 6000 species of ladybird.

The prototypical ladybird is a small, roundish insect with brilliantly red elytra with black spots, though species can be yellow with spots, brown without spots, pink with spots, or brown with stripes.

Lady beetles eat other insects that tend to damage crops. They’ll also eat the eggs and larvae of other insects as well as the eggs and larvae of their own conspecifics if there’s nothing else to eat.

Many would-be insect predators try to avoid lady beetles because they taste bad and exude toxins. However, stinkbugs and assassin bugs have no problem preying on ladybirds.

Though ladybugs are typically harmless to most humans, don’t often bite, and do not sting, it’s possible for humans to be allergic to ladybugs. With that said, their bites don’t cause serious injury or spread disease.

Both Asian Beetles and Ladybugs have differences in their size, shape, and facial markings. Lady buys have a bright red appearance with black spots while Asian beetles mostly vary from red to orange. Moreover, Asian beetles are slightly longer than ladybugs.

Ladybugs and Japanese beetles have considerable differences in diet, location, color, and prey. For instance, while ladybugs are carnivorous through and through, Japanese beetles are predominantly herbivorous.