Parthenogenesis
Guides
Branchiopoda
Branchiopods
Branchiopoda is a class of small, primarily freshwater crustaceans unified by the presence of gills on their appendages—giving the group its name from Greek 'bránkhia' (gill) and 'poús' (foot). The class comprises fairy shrimp (Anostraca), tadpole shrimp (Notostraca), clam shrimp (Spinicaudata, Laevicaudata, Cyclestherida), and water fleas (Cladocera/Diplostraca), plus the extinct Devonian Lepidocaris. Most are filter-feeders on plankton and detritus, though notostracans are opportunistic omnivores. Many species inhabit temporary pools and produce desiccation-resistant resting eggs, allowing survival through dry periods.
Brevicoryne
Brevicoryne is a genus of aphids (family Aphididae) comprising approximately 10 described species, several of which are significant agricultural pests. The most economically important species, Brevicoryne brassicae (cabbage aphid), infests crops in the Brassicaceae family worldwide. Members of this genus are characterized by their association with cruciferous host plants and are known vectors of plant viruses including Turnip mosaic virus and Cauliflower mosaic virus.
Brevicoryne brassicae
cabbage aphid, cabbage aphis, mealy cabbage aphid
Brevicoryne brassicae, commonly known as the cabbage aphid, is a destructive agricultural pest native to Europe that has spread worldwide. The species feeds exclusively on plants in the family Brassicaceae, including cabbage, broccoli, Brussels sprouts, cauliflower, and other cultivated brassicas. Large colonies form on the undersides of young leaves and flower heads, causing significant yield losses through direct feeding damage and virus transmission. The aphid possesses a unique chemical defense mechanism, producing myrosinase enzyme and sequestering glucosinolates from host plants to release toxic mustard oil compounds when attacked.
Bromius obscurus
Western Grape Rootworm, Brown and Black Beetle
Bromius obscurus is a small leaf beetle (Chrysomelidae: Eumolpinae) and the sole member of its genus. It is a Holarctic species with a notable geographic parthenogenesis pattern: North American populations reproduce sexually while European populations are triploid and reproduce asexually. The species is recognized as a pest of grape vines in Europe and western North America. Adults possess a stridulatory apparatus on the wings, the first documented in the subfamily Eumolpinae.
Brunneria
stick mantis, Brunner's stick mantis
Brunneria is a genus of slender, stick-like praying mantises native to the Americas. The genus contains six recognized species, with B. borealis being particularly notable as the only known obligate parthenogenetic praying mantis—reproducing exclusively asexually with no males ever observed. This species has spread across more than 2,400 km of coastal North America from a hypothesized single female introduction. Other species in the genus, all South American, reproduce facultatively with both sexes present.
Brunneria borealis
Northern Grass Mantis, Brunner's Mantis, Brunner's Stick Mantis
Brunneria borealis is a slender green mantis native to the southern United States, notable as the only mantis species known to reproduce exclusively through parthenogenesis. All individuals are female; no males have been documented. Adults reach approximately 77 mm in length and possess reduced wings that likely preclude flight. The species inhabits grassland habitats and exhibits stick-like camouflage behavior.
Bryobia
clover mites
Bryobia is a genus of spider mites in the family Tetranychidae, comprising over 130 described species with difficult taxonomy and many likely synonyms. These mites are among the largest spider mites, visible to the naked eye, and are distinguished by the arrangement of setae on their bodies. Most species reproduce asexually through thelytokous parthenogenesis, producing all-female populations. Several species are economically significant agricultural pests, including B. praetiosa (clover mite), B. rubrioculus (brown mite), and B. kissophila (ivy mite).
Caenis
Common Square-gills
Caenis is a genus of small mayflies in the family Caenidae, commonly known as "square-gilled mayflies." Adults are among the smallest mayflies, with some species measuring only 3–4 mm in body length. The genus is globally distributed across multiple continents and serves as an indicator taxon for aquatic ecosystem health. Nymphs inhabit various freshwater environments, and adults emerge in synchronized events.
Caliroa cerasi
pear slug, cherry slug, cherry slimy sawfly
Caliroa cerasi, commonly known as the pear slug or cherry slug, is a sawfly (Hymenoptera: Tenthredinidae) whose larvae are significant pests of stone and pome fruit trees. The species exhibits a complex life cycle with bivoltine and univoltine generations, and populations can shift between deuterotokous (producing both sexes) and thelytokous (female-only) parthenogenesis during outbreak cycles. Native to Europe, it has spread to multiple continents including North America, Asia, and Australasia. While capable of causing serious defoliation, it is generally considered a secondary pest in intensive orchards due to susceptibility to insecticides.
Calliodis
Calliodis is a genus of minute pirate bugs in the family Anthocoridae, established by Reuter in 1871. The genus is placed in the tribe Scolopini. At least one species, C. maculipennis, has been documented to reproduce by constant parthenogenesis. Adults of C. temnostethoides have been observed in dead-leaf clusters of black oak following wind disturbance events.
Callirhytis
Callirhytis is a genus of gall wasps comprising more than 90 described species, all members of the family Cynipidae. These wasps are specialized herbivores that induce the formation of galls on oak trees (Quercus spp.) in North America. The genus exhibits complex life cycles with alternating sexual and asexual generations, often producing morphologically distinct galls. Callirhytis species are among the most extensively studied cynipids due to their ecological importance and the structural diversity of their galls.
Callirhytis clavula
Callirhytis clavula is a species of gall wasp in the family Cynipidae, known to induce galls on oak trees (Quercus). Like other members of the genus Callirhytis, it exhibits a complex life cycle involving alternating generations that produce different gall types on different plant tissues. The species is native to eastern North America, with records from Canada and the United States. Specific details of its gall morphology and biology remain poorly documented in the primary literature.
Callirhytis favosa
Honeycomb leaf gall wasp
Callirhytis favosa is a gall wasp in the family Cynipidae that induces distinctive honeycomb-patterned galls on oak leaves. The species exhibits the complex life cycle typical of many cynipids, with alternating sexual and asexual generations that produce different gall types on different oak tissues. The specific epithet 'favosa' refers to the honeycomb-like appearance of the galls.
Callirhytis pulchra
Callirhytis pulchra is a species of gall wasp in the family Cynipidae, first described by Bassett in 1890. Like other members of its genus, this species induces distinctive galls on oak trees (Quercus spp.). The species exhibits the complex life cycles typical of Cynipidae, often involving alternating sexual and asexual generations that produce different gall types on different plant tissues. As an oak specialist, it contributes to the remarkable diversity of gall-forming insects associated with this tree genus in North America.
Callirhytis quercuscornigera
Horned Oak Gall Wasp
Callirhytis quercuscornigera, the horned oak gall wasp, is a cynipid wasp that forms distinctive woody galls on oak twigs. The species exhibits complex heterogony—a cyclical parthenogenesis with alternating sexual and asexual generations that produce different gall types on different oak tissues. The horned twig galls are large, woody structures with conspicuous horn-like projections through which adult wasps emerge. Heavy infestations have been documented to contribute to decline and mortality of pin oaks, particularly in urban and suburban settings.
Callirhytis quercusgemmaria
Callirhytis quercusgemmaria is a gall wasp in the family Cynipidae that induces galls on oak (Quercus) species. Like other members of the genus Callirhytis, this species has a complex life cycle involving alternating generations that produce different gall types on different parts of the host plant. The specific epithet 'quercusgemmaria' refers to its association with oak buds or gemmae. This species is part of the highly diverse oak gall wasp fauna of North America, where more than 1,300 cynipid species have been described, most with intimate host relationships with particular oak species.
Callirhytis quercuspunctata
Gouty Oak Gall Wasp
Callirhytis quercuspunctata, commonly known as the Gouty Oak Gall Wasp, is a cynipid gall wasp that induces gouty oak galls on oak trees. Like other members of the genus Callirhytis, this species has a complex life cycle involving alternating generations that produce distinct gall types on different oak tissues. The wasp manipulates oak growth through chemical secretions to create protective structures housing developing larvae. The species is associated with oaks (Quercus spp.) and has been documented across eastern North America.
Camisia
Camisia is a genus of oribatid mites (Oribatida) in the family Crotoniidae, comprising 34 species and one subspecies worldwide. These large mites (>1 mm) are primarily arboreal, inhabiting tree trunks, forest canopies, and moss-lichen communities on rocky surfaces. The genus exhibits distinctive morphological adaptations including cuticular secretions that bind sand grains to the body surface. Camisia is notable for its complex taxonomic history, having been classified in both Crotoniidae and Camisiidae families by different authorities.
Carausius morosus
Indian Walking Stick, Common Stick Insect, Laboratory Stick Insect
Carausius morosus is a parthenogenetic phasmid native to Tamil Nadu, India, widely distributed globally through accidental introductions and captive culture. Females reproduce without males; no wild males have been reported, though gynandromorphs occasionally occur in captivity. The species is nocturnal, feeding at night and remaining motionless during daylight hours. It has become established outside its native range in locations including Great Britain, Portugal, South Africa, and the United States, where it occasionally damages ornamental plants.
Cavariella
Willow-Umbellifer Aphids
Cavariella is a genus of aphids in the family Aphididae, tribe Macrosiphini. It is distinguished from other Macrosiphini genera by a supra-caudal process on abdominal tergite VIII bearing two distal setae. The genus has a Holarctic distribution with approximately half its species occurring in Asia. Species in this genus exhibit a characteristic life cycle involving primary hosts in Salicaceae (willows) and secondary hosts in Apiaceae (umbellifers), making them economically significant as pests of carrot and other crops.
Ceratina
Small Carpenter Bees
Ceratina is a cosmopolitan genus of small carpenter bees comprising over 300 species in approximately 23 subgenera. These bees nest in dead wood, stems, or pith, excavating linear galleries with partitioned brood cells. Social behavior varies widely within the genus, ranging from solitary to facultatively eusocial, with some species exhibiting cooperative brood care and others demonstrating biparental care. The genus originated in the Afrotropics and has achieved global distribution except Antarctica. Ceratina serves as an important model for studying the evolutionary origins of social behavior in insects.
Ceratina dallatorreana
Dalla Torre's ceratina
Ceratina dallatorreana is a small carpenter bee in the family Apidae, first described by Friese in 1896. The species exhibits a rare reproductive strategy among bees: it reproduces exclusively by parthenogenesis and never produces males. This bee has been documented across three continents—Africa, Europe and Northern Asia (excluding China), and North America—making it one of the more broadly distributed Ceratina species. Its wide geographic range and unique reproductive biology distinguish it from most other small carpenter bees.
Ceroplastes
wax scales
Ceroplastes is a genus of wax scales in the family Coccidae, comprising more than 130 described species. These insects are characterized by the conspicuous white, waxy coverings they secrete, which protect their soft bodies. Adults are largely sessile and feed on plant sap using piercing-sucking mouthparts. Many species are economically significant pests of ornamental plants, fruit trees, and shrubs. The genus exhibits parthenogenesis in many species, with females reproducing without males. Climate change has facilitated the northward expansion of several species from southern regions into previously cooler areas.
Ceroplastes cirripediformis
barnacle scale, barnacle wax scale
Ceroplastes cirripediformis, commonly known as the barnacle scale or barnacle wax scale, is a soft scale insect (Hemiptera: Coccidae) recognized for its distinctive waxy covering that resembles a small barnacle. It is a destructive invasive pest with a broad host range spanning numerous plant families. The species has expanded its range globally through human-mediated transport and climate change, with established populations across North America, South America, Europe, Asia, Africa, and Oceania. Females reproduce parthenogenetically, producing up to a thousand eggs annually without observed males in wild populations.
Ceroplastes sinensis
Chinese Wax Scale
Ceroplastes sinensis is a cosmopolitan scale insect pest of commercial citrus and other woody plants. Native to Central or South America based on cladistic analysis, it has established populations across temperate regions including Australia, New Zealand, Mediterranean Europe, North America, and parts of Asia. The species produces a distinctive waxy covering and completes a single annual generation in temperate climates. It has become a significant agricultural pest, particularly in citrus groves, prompting development of integrated pest management sampling protocols and biological control efforts.
Chaetosiphon
strawberry aphid
Chaetosiphon is a genus of aphids in the family Aphididae, comprising species specialized on Rosaceae hosts, particularly strawberries (Fragaria) and roses (Rosa). The genus includes economically significant agricultural pests, most notably Chaetosiphon fragaefolii, which vectors multiple strawberry viruses. Species in this genus exhibit complex life cycles with both holocyclic (sexual) and anholocyclic (parthenogenetic) populations, and show morphological variation in karyotype and chaetotaxy that has complicated taxonomic classification.
Chaitophorus
Poplar aphids, Willow aphids
Chaitophorus is a genus of aphids comprising approximately 90–110 species distributed across North America, Europe, and Asia. Members are primarily associated with Salicaceae hosts, particularly Populus (poplars) and Salix (willows), though some species occur on Vitaceae, Apiaceae, and Asteraceae. The genus exhibits host-specificity, with species-level identification often requiring knowledge of the host plant due to subtle morphological differences. Multiple independent origins of ant mutualism have been documented within the genus.
Ciidae
Minute Tree-Fungus Beetles, Shelf Fungus Beetles
Ciidae, commonly known as minute tree-fungus beetles or shelf fungus beetles, are a family of small beetles within the superfamily Tenebrionoidea. Adults and larvae inhabit fruiting bodies of bracket fungi (Polyporales), particularly Polyporaceae and Corticiaceae, where they burrow inside the fungal tissue. The family is most diverse in warmer regions but has a cosmopolitan distribution extending to northern latitudes including Scandinavia. Development from egg to adult can occur in as little as two months, and some species are parthenogenetic. A few species, notably Cis chinensis, are recognized as pests of commercially dried fungi.
Cinara
giant conifer aphids, conifer aphids
Cinara is a genus of aphids comprising approximately 200-243 species, commonly known as giant conifer aphids. These insects are specialized feeders on conifers in the families Pinaceae and Cupressaceae, including pines, firs, spruces, cedars, and cypresses. Molecular studies indicate their tribe Eulachnini represents the basal group for other aphids. Several species are significant pests of cultivated Christmas trees, particularly Fraser fir production in the southeastern United States.
Cinara curvipes
Bow-legged Fir Aphid
Cinara curvipes is a large, black bark aphid native to North America that has become invasive in Central Europe since 2000. Adults measure 4.5–5.3 mm. The species exhibits remarkable life cycle flexibility, with populations capable of both holocyclic (sexual) and anholocyclic (parthenogenetic) reproduction. In its invaded range, it can form exceptionally large colonies of thousands of individuals by May—a phenomenon not observed in native European Cinara species. The aphid secretes copious honeydew throughout most of the year, supporting diverse insect communities.
Cinara laricifex
Black Larch Aphid
Cinara laricifex, commonly known as the Black Larch Aphid, is a conifer-feeding aphid in the family Aphididae. This species specializes on larch (Larix) as its host plant. Like other Cinara aphids, it possesses piercing-sucking mouthparts adapted to tap into the phloem of its host tree. The species is part of a genus that includes significant pests of Christmas tree production and forestry.
Cinara pinea
Large Pine Aphid
Cinara pinea, the Large Pine Aphid, is a specialized phloem-feeding insect that colonizes Pinus species, particularly Scots pine (Pinus sylvestris). It exhibits distinctive seasonal population dynamics, with spring peaks driven by host plant amino acid availability, followed by summer declines during drought conditions and partial autumn recoveries after rainfall. The species overwinters as eggs laid on current-year needles, with approximately 50% egg mortality between oviposition and hatching. Winged morphs (alatae) are produced only during June and early July, contingent on both crowding and active host shoot growth.
Cinara strobi
White Pine Aphid
Cinara strobi, the white pine aphid, is a large aphid species specialized on white pine (Pinus strobus). It is notable for exceptionally high autumn populations that produce copious honeydew, attracting stinging wasps and creating nuisance conditions. The species exhibits parthenogenetic reproduction during the growing season, with live birth of nymphs accelerating population growth. Uniquely among Cinara aphids, C. strobi harbors three bacterial endosymbionts—Buchnera aphidicola, Sodalis sp., and Serratia symbiotica—representing an intermediate stage of symbiont replacement where the latter has become metabolically incompetent yet persists.
Cladocera
water fleas
Cladocera is a suborder of small crustaceans commonly known as water fleas, ranging from 0.2–6 mm in size. They are found in freshwater environments worldwide, including rivers, lakes, swamps, and temporary pools, with some species inhabiting brackish water, groundwater, and even leaf axils or caves. These organisms play a central role in freshwater food webs as filter-feeders that consume phytoplankton, bacteria, and organic particles, while serving as essential prey for fish fry and predatory insect larvae. Their sensitivity to environmental changes makes them valuable bioindicators for water quality assessment.
Cladotanytarsus
Cladotanytarsus is a genus of non-biting midges (Chironomidae) containing over 80 described species with worldwide distribution, particularly diverse in the Holarctic region. The genus comprises two subgenera: Cladotanytarsus s. str. and Lenziella. Species are primarily lacustrine, with adults often associated with lake surroundings and larvae inhabiting freshwater sediments. Several species have been described from experimentally acidified lakes in North America, demonstrating tolerance to varying pH conditions. One species, C. lewisi, is a significant human allergen source in Sudan.
Coccotrypes dactyliperda
date stone beetle, button beetle, palm seed borer
Coccotrypes dactyliperda is a small scolytine weevil (1.8–2.3 mm) that spends nearly its entire life cycle inside palm seeds, particularly those of date palms (Phoenix dactylifera). Native to Africa and the Middle East, it has achieved cosmopolitan distribution through international trade in dates and horticultural palm seeds. The species is a significant agricultural pest, causing 20–40% yield losses in unprotected date plantations by attacking green, unripe fruit and causing premature fruit drop. It employs a haplodiploid sex-determination system with extensive inbreeding, enabling rapid population growth within individual seeds that can support 70–80 beetles through multiple overlapping generations.
Coccus viridis
green scale, green coffee scale, coffee green scale
Coccus viridis is a soft scale insect (Hemiptera: Coccidae) and major agricultural pest with a wide tropical and subtropical distribution. It reproduces parthenogenetically via thelytoky, with females producing 50-600 eggs that hatch within minutes to hours beneath the mother's body. The species completes its life cycle in 47-51 days at 25°C, with three nymphal instars before adulthood; first-instar nymphs actively disperse as 'crawlers' while older instars and adults become sessile. It is polyphagous, feeding on phloem sap of over 200 plant genera in 72 families, with primary economic damage to coffee, guava, and cacao crops.
Colopha ulmicola
Elm Cockscomb Gall Aphid
Colopha ulmicola is an aphid species that induces distinctive cockscomb-shaped galls on American elm leaves. It has a complex life cycle involving alternation between elm hosts and grass roots, with parthenogenetic reproduction within galls and sexual reproduction producing winged migrants that return to elm in autumn. The species is notable for its dramatic seasonal aerial migrations and its ability to manipulate plant development through chemical secretions.
Cynipidae
Gall Wasps, Gallflies
Cynipidae is a family of minute wasps (1–8 mm) renowned for inducing plant galls—abnormal growths that provide shelter and nutrition for developing larvae. The family comprises approximately 1,300 described species worldwide, with major radiations on oaks (Quercus) and roses (Rosa). Many species exhibit complex life cycles involving alternation of sexual and asexual (parthenogenetic) generations, often producing morphologically distinct galls. Gall induction involves chemical manipulation of host plant tissue, with enlarged venom glands implicated in this process. The family evolved from parasitoid ancestors and represents one of the most diverse groups of gall-forming insects.
Cynipini
Oak Gall Wasps
Cynipini is the largest tribe of gall wasps in the family Cynipidae, comprising approximately 936 to 1,000 described species. Members are commonly known as oak gall wasps due to their specialized association with oaks (Quercus) and other Fagaceae. The tribe is primarily distributed in the Holarctic region, with significant diversity also in Mexico and Central America. Cynipini species induce structurally diverse galls on various oak tissues including leaves, buds, branches, petioles, catkins, acorns, and roots. Most species exhibit cyclical parthenogenesis, alternating between sexual and asexual generations that often produce different gall morphotypes on the same or different host tissues.
Cynipoidea
Gall Wasps and Allies
Cynipoidea is a superfamily of small wasps comprising approximately 3,000 described species across seven extant families, with many undescribed species estimated. The group exhibits diverse life histories: while the family Cynipidae (gall wasps) are phytophagous and induce plant galls, the majority of species are parasitoids or hyperparasitoids of other insects. The superfamily is taxonomically challenging, with family-level identification historically difficult until the publication of a comprehensive illustrated key in 2020.
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fungus-growing ants
Cyphomyrmex is a genus of small, drab-colored fungus-growing ants in the tribe Attini, found primarily in the Neotropics. These ants cultivate fungi in the tribe Leucocoprineae as their primary food source, with most species growing fungal nodules rather than full mycelial gardens. Colonies are typically monogynous and small, rarely exceeding 500 workers. The genus is divided into two species complexes: the strigatus complex (South America only) and the rimosus complex (southern North America to South America). Cyphomyrmex represents a basal lineage among attine ants and serves as sister group to Mycetophylax.
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triquetrella
Narrow Lichen Bagworm, Narrow Lichen Case-bearer
Dahlica triquetrella is a small bagworm moth in the family Psychidae, notable for its distinctive triangular larval case and unusual reproductive biology. The species exists in both sexual and parthenogenetic forms, with the latter being far more widespread. Sexual populations are restricted to isolated glacial refugia in Central Europe, while parthenogenetic populations span much of Europe and have been introduced to North America. The species is specialized on lichen-feeding and is often overlooked due to the small size and cryptic appearance of its larval cases.
Daktulosphaira
grape phylloxera
Daktulosphaira is a genus of phylloxerid insects within Hemiptera, containing the economically devastating grape phylloxera D. vitifoliae. Members are small, aphid-like insects that induce distinctive galls on grapevines (Vitis spp.) and are obligate specialists on this host genus. The genus is notable for extremely high transcriptional plasticity when transferred between host genotypes, with over one-third of expressed genes showing differential expression. D. vitifoliae exhibits both root-feeding and leaf-galling forms, with complex life cycles involving parthenogenetic and sexual reproduction. The genus is native to eastern North America but has become a global pest of commercial viticulture.
Daktulosphaira vitifoliae
Grape Phylloxera
Daktulosphaira vitifoliae, commonly known as grape phylloxera, is a minute aphid-like insect in the family Phylloxeridae that is the most destructive pest of commercial grapevines worldwide. Native to eastern North America, it was accidentally introduced to Europe in the 1860s, where it devastated Vitis vinifera vineyards and nearly destroyed the wine industry. The insect has a complex life cycle involving both root-feeding and leaf-galling forms, with high transcriptional plasticity enabling rapid adaptation to different host grapevine genotypes. It reproduces parthenogenetically for most generations but can produce sexual forms and overwintering eggs under certain conditions.
Daphnia
water fleas, water-fleas
Daphnia is a genus of small planktonic crustaceans (0.2–6.0 mm) in the order Anomopoda, commonly called water fleas due to their saltatory swimming style. The genus comprises over 200 species distributed across diverse freshwater habitats worldwide. Daphnia exhibits cyclical parthenogenesis, alternating between asexual and sexual reproduction, and serves as a keystone organism in freshwater food webs. Several species, particularly D. magna and D. pulex, are extensively used as model organisms in ecology, toxicology, and evolutionary biology research.
Demotina
Demotina is a genus of leaf beetles in the subfamily Eumolpinae containing over 50 described species. The genus is native to Asia, Australia, and Oceania, with one adventive species (Demotina modesta) established in the southeastern United States. Some species are known to be parthenogenetic. One species, Demotina fasciculata, has been documented engaging in cecidophagy—feeding on plant galls induced by cynipid wasps.
Desmonomata
Desmonomata is an infraorder of oribatid mites (beetle mites) within the suborder Oribatida. The group is notable for its exceptionally high incidence of thelytokous parthenogenesis: four of seven families are completely female-producing, and a fifth is nearly so. This reproductive mode appears obligate and ancient, with speciation and evolutionary radiation having occurred without biparental reproduction.
Dineura
Dineura is a genus of sawflies in the family Tenthredinidae. Species occur in the West Palaearctic, Easternmost Asia, and North America. The genus contains at least four recognized West Palaearctic species, with taxonomic revisions clarifying species boundaries and synonymies. Reproductive behavior has been studied in D. virididorsata, which exhibits arrhenotokous parthenogenesis.
Dinocampus coccinellae
Ladybird Parasitoid Wasp
Dinocampus coccinellae is a solitary braconid wasp that parasitizes lady beetles (Coccinellidae). The female wasp deposits a single egg into the host's abdomen, where the larva develops through four instars over 18–27 days before emerging. Upon emergence, the larva paralyzes the host and spins a cocoon attached to the ladybird's legs. The paralyzed host remains alive, twitching occasionally, and serves as a protective bodyguard that deters predators with its bright coloration and defensive movements. Approximately 25% of hosts recover after the wasp completes development. The wasp is notable for co-injecting Dinocampus coccinellae paralysis virus (DcPV) with its egg, which facilitates host manipulation.