Solitary-wasp
Guides
Clitemnestra bipunctata
Clitemnestra bipunctata is a small sand wasp in the family Crabronidae, measuring approximately 5-6 millimeters in body length. The species was formerly classified under the genus Ochleroptera, but was merged into Clitemnestra by Bohart in 2000. It is widely distributed across North America and has been recorded from Cuba.
Clypeadon
Clypeadon is a genus of solitary wasps in the family Crabronidae, subfamily Philanthinae. These wasps are known to hunt harvester ants (Pogonomyrmex species) as prey for their larvae. The genus contains nine described species distributed in North America, primarily in western and southwestern regions of the United States.
Clypeadon laticinctus
Clypeadon laticinctus is a species of solitary wasp in the family Crabronidae, tribe Aphilanthopini. The genus Clypeadon comprises species known as 'harvester ant hunters' that prey specifically on ants. This species occurs in North America, with distribution records from Canada (British Columbia) and the United States. Like other members of its tribe, it likely exhibits specialized predatory behavior targeting harvester ants.
Clypeadon sculleni
harvester ant hunter
Clypeadon sculleni is a species of solitary wasp in the family Crabronidae, tribe Aphilanthopini. It is a specialist predator of harvester ants (Pogonomyrmex species), paralyzing workers to provision nests for its larvae. The species has been documented in western North America, particularly in association with flowering saltcedar (Tamarix) where adults seek nectar.
Colocistis castanea
Colocistis castanea is a species of wasp in the family Tiphiidae. The genus Colocistis belongs to a group of solitary wasps that are primarily parasitoids of scarab beetle larvae. Members of Tiphiidae are known for their specialized biology involving subterranean hosts, with females often possessing fossorial (digging) adaptations to access beetle grubs in soil. This species was described by Cresson in 1865.
Colocistis crassa
Colocistis crassa is a species of wasp in the family Tiphiidae, first described by Bradley in 1917. Members of this family are solitary wasps, many of which are parasitoids of beetle larvae, particularly scarab beetles. The genus Colocistis contains relatively small, obscure species with limited published biological information.
Crabro
Shield-handed Wasps, Square-headed Wasps
Crabro is a genus of solitary wasps in the family Crabronidae, commonly known as shield-handed or square-headed wasps. The genus contains at least 80 described species distributed across the Nearctic and Palaearctic regions (Holarctic). These fossorial wasps nest in sandy soils, constructing multi-celled burrows provisioned with flies (Diptera) for their larvae.
Crabro argusinus
Crabro argusinus is a species of square-headed wasp in the family Crabronidae, described by R. Bohart in 1976. It belongs to a group of solitary wasps known for nesting in soil and provisioning their offspring with paralyzed prey. The species is known from North America, with records from Canada including Alberta. As a member of the genus Crabro, it shares the general characteristics of crabronid wasps but specific biological details remain poorly documented in accessible literature.
Crabro cingulatus
Crabro cingulatus is a species of square-headed wasp in the family Crabronidae. It occurs in Central America and North America. As a member of the genus Crabro, it belongs to a group of solitary wasps that provision nests with prey for their developing larvae. The species was described by Packard in 1867.
Crabro latipes
Crabro latipes is a species of square-headed wasp in the family Crabronidae, a group of solitary predatory wasps. The species was described by Frederick Smith in 1856. Like other members of the genus Crabro, it is a fossorial wasp that constructs burrows in soil to provision with prey for its developing young. The specific epithet "latipes" refers to broad feet, likely describing a morphological feature of the legs.
Crabro monticola
A solitary digger wasp in the family Crabronidae. The species has been the subject of comparative nesting behavior studies. As a member of genus Crabro, it is part of a group of predatory wasps that provision nests with paralyzed prey for their larvae.
Crabro peltista
Crabro peltista is a species of solitary digger wasp in the family Crabronidae, described by Kohl in 1888. Like other members of the genus Crabro, this species is a fossorial wasp that constructs underground burrows to provision with prey for its larvae. The species occurs in Middle America and North America, though specific details about its biology and ecology remain poorly documented in available literature.
Crabro snowii
Crabro snowii is a species of square-headed wasp in the family Crabronidae, described by W. Fox in 1896. It is known from North America, with records from Canada including Alberta. As a member of the genus Crabro, it likely exhibits the fossorial nesting behavior and predatory habits characteristic of the tribe Crabronini, though specific details about its biology remain poorly documented.
Crabro tumidus
Crabro tumidus is a species of square-headed wasp in the family Crabronidae. It is native to North America. As a member of the genus Crabro, it belongs to a group of solitary wasps that provision nests with prey for their developing larvae. The species was described by Packard in 1867.
Crabronini
square-headed wasps
Crabronini is a tribe of solitary wasps in the family Crabronidae, comprising 48 genera and over 1,500 described species. Members are predominantly small to very small wasps characterized by square-shaped heads in most genera. The tribe exhibits diverse prey specialization, with most genera hunting flies (Diptera) while some, such as Anacrabro, target plant bugs (Hemiptera: Miridae). Nesting habits vary from ground burrows to cavities in rotting wood.
Crossocerus angelicus
Crossocerus angelicus is a species of solitary wasp in the family Crabronidae, first described by Kincaid in 1900. It belongs to a genus of small to medium-sized predatory wasps commonly known as square-headed wasps. The species is recorded from North America, with specific occurrence data from Alberta, Canada. Like other members of Crossocerus, it likely preys on small insects, particularly flies, though specific prey records for this species are not well documented.
Crossocerus elongatulus
Crossocerus elongatulus is a solitary wasp in the family Crabronidae, native to the Palearctic region. It has been introduced to the Azores and North America. The species belongs to a genus of aphid-hunting wasps, though specific prey records for this species are limited. Like other Crossocerus species, females construct nests in pre-existing cavities and provision them with paralyzed prey for their larvae.
Crossocerus harringtonii
Crossocerus harringtonii is a small solitary wasp in the family Crabronidae, first described by W. Fox in 1895. It belongs to a genus of aphid-hunting wasps that provision their nests with paralyzed aphids for their larvae. The species is known from limited records in western North America, particularly Alberta, Canada. Observations are sparse, with only 9 documented records on iNaturalist as of the source data.
Crossocerus lentus
Crossocerus lentus is a species of square-headed wasp in the family Crabronidae, described by W. Fox in 1895. The genus Crossocerus comprises small to medium-sized solitary wasps that provision their nests with paralyzed prey, primarily small flies. This species is recorded from North America, with confirmed observations in Canada (Alberta). As with many Crabronidae, detailed biological information for this specific species remains limited.
Crossocerus maculipennis
Crossocerus maculipennis is a species of solitary digger wasp in the family Crabronidae. The species belongs to a genus of predatory wasps that provision their nests with paralyzed prey, primarily beetles. The specific epithet 'maculipennis' refers to spotted or marked wings. Based on related species in the genus, it likely exhibits nest-building behavior in sandy or loose soils and specializes on particular beetle prey groups.
Crossocerus nitidiventris
square-headed wasp
Crossocerus nitidiventris is a species of square-headed wasp in the family Crabronidae. It is found in North America. The species was first described by W. Fox in 1892. As a member of the genus Crossocerus, it belongs to a group of solitary wasps that are commonly known as sand wasps or square-headed wasps.
Cryptocheilus attenuatum
Cryptocheilus attenuatum is a species of spider wasp in the family Pompilidae, described by Banks in 1933. Like other members of its genus, it is a solitary wasp that hunts spiders to provision nests for its larvae. The species has been documented visiting flowers for nectar, particularly at blooming saltcedar (Tamarix) trees in Colorado. Observations suggest males may establish territories around nectar sources to encounter females.
Cryptocheilus hesperus
Western spider wasp
Cryptocheilus hesperus is a species of spider wasp in the family Pompilidae, native to western North America. The species was first described by Banks in 1915 under the name Priocnemis hesperus before being transferred to the genus Cryptocheilus. As with other members of its family, it is presumed to be a solitary wasp that hunts spiders to provision nests for its larvae, though specific behavioral and ecological studies on this species are limited.
Cryptocheilus idoneum
Cryptocheilus idoneum is a species of spider wasp in the family Pompilidae, first described by Nathan Banks in 1910. Like other members of its genus, it is a solitary wasp that hunts spiders to provision nests for its larvae. The species has been documented in western North America, particularly in arid and semi-arid regions. Observations indicate adults visit flowering plants for nectar, including invasive saltcedar (Tamarix).
Cryptocheilus pallidipenne
Cryptocheilus pallidipenne is a species of spider wasp in the family Pompilidae, described by Nathan Banks in 1911. The specific epithet "pallidipenne" refers to pale wings. Like other members of its genus, this species is a solitary wasp that hunts spiders to provision nests for its larvae. It has been documented in Colorado and is attracted to flowering saltcedar (Tamarix) for nectar.
Dasymutilla arenerronea
Dasymutilla arenerronea is a species of velvet ant in the family Mutillidae, described by Bradley in 1916. Like all mutillids, it is actually a wasp rather than an ant, with wingless females and winged males. The species belongs to a large genus of solitary parasitoid wasps that primarily target ground-nesting bees and wasps. Females are capable of delivering a painful sting, a trait common across the family.
Dasymutilla arenivaga
Desert Velvet Ant
Dasymutilla arenivaga is a species of velvet ant in the family Mutillidae, first described by Mickel in 1928. Like all mutillids, it is a solitary wasp with wingless females and winged males, exhibiting the pronounced sexual dimorphism characteristic of this group. The species inhabits arid and semi-arid regions of the southwestern United States and northwestern Mexico.
Dasymutilla asteria
Dasymutilla asteria is a species of velvet ant in the family Mutillidae, a group of solitary parasitoid wasps. Like other mutillids, females are wingless while males possess wings. The species was described by Mickel in 1936. Velvet ants in this genus are known for their aposematic coloration and potent sting, particularly in females.
Dasymutilla atricauda
Dasymutilla atricauda is a species of velvet ant (family Mutillidae), a group of solitary parasitoid wasps in which females are wingless and males are winged. The species was described by Mickel in 1936. Like other members of the genus, females possess a potent sting and exhibit aposematic coloration warning predators of their defensive capabilities. The species is part of the large Müllerian mimicry complex formed by North American velvet ants.
Dasymutilla aureola
Pacific velvet ant
Dasymutilla aureola, commonly known as the Pacific velvet ant, is a species of solitary wasp in the family Mutillidae. Despite its common name, it is not an ant but a wingless female wasp. The species is found in the western United States and is characterized by its large, square-shaped head and dense hair coloration in red, yellow, or orange. Like other velvet ants, females possess a potent sting used for defense and subduing hosts.
Dasymutilla calorata
Dasymutilla calorata is a species of velvet ant in the family Mutillidae, first described by Mickel in 1928. Like other members of the genus, females are wingless while males possess wings. The species belongs to a large group of solitary parasitoid wasps known for their potent sting and aposematic coloration. Specific biological details for this species remain poorly documented in published literature.
Dasymutilla coccineohirta
Dasymutilla coccineohirta is a species of velvet ant (family Mutillidae) native to western North America. Females are wingless and possess a potent sting, while males are winged. The species exhibits notable variation in female coloration, with setae ranging from red to white. First described by Charles Alfred Blake in 1871 from a California specimen, it was recently synonymized with Dasymutilla clytemnestra. The species can be distinguished from similar taxa by its smaller marginal wing cell and coarser body pilosity.
Dasymutilla gorgon
Dasymutilla gorgon is a species of velvet ant (family Mutillidae) native to central North America. Like all mutillids, it is a solitary wasp with wingless females and winged males. The species occurs from Colorado to Louisiana, inhabiting arid and semi-arid regions. As a member of the genus Dasymutilla, females likely exhibit aposematic coloration warning of their potent sting.
Dasymutilla heliophila
Dasymutilla heliophila is a species of velvet ant, a family of solitary parasitic wasps in which only males possess wings. The species was described by Cockerell in 1900. Like other members of the genus Dasymutilla, females are wingless and possess a powerful sting. The species belongs to a diverse genus known for aposematic coloration and Müllerian mimicry complexes.
Dasymutilla klugii
Klug's velvet ant
Dasymutilla klugii, commonly known as Klug's velvet ant, is a species of parasitoid wasp in the family Mutillidae. Despite the common name, it is not an ant but a solitary wasp. Females are wingless and possess a potent sting, while males are winged. The species is the most frequently encountered velvet ant in Texas and has been documented using cicada-killer wasp nests (Sphecius grandis) as hosts for its larvae. The specific epithet honors German entomologist Johann C. F. Klug.
Dasymutilla macilenta
Dasymutilla macilenta is a species of velvet ant in the family Mutillidae. Like all mutillids, females are wingless and capable of delivering a painful sting, while males possess wings. The species belongs to a large genus of velvet ants distributed primarily in North America, with many species exhibiting bright aposematic coloration warning predators of their defensive capabilities.
Dasymutilla magna
Dasymutilla magna is a species of velvet ant in the family Mutillidae, described by Cresson in 1865. Like other members of the genus, females are wingless and possess a powerful sting, while males are winged. The species belongs to a large Müllerian mimicry complex where numerous velvet ant species share bright aposematic coloration warning predators of their defensive capabilities. Specific biological details for this species remain poorly documented in published literature.
Dasymutilla monticola
Dasymutilla monticola is a species of velvet ant (family Mutillidae), a group of solitary wasps in which only males are winged. The species was described by Cresson in 1865. Like other mutillids, females are wingless and capable of delivering a painful sting. The species epithet 'monticola' suggests a mountain-dwelling habit. The genus Dasymutilla is one of the most species-rich genera in the family, with many species exhibiting bright aposematic coloration.
Dasymutilla nigripes
velvet ant
Dasymutilla nigripes is a species of velvet ant (family Mutillidae) native to North America. Females are wingless and possess a powerful sting, while males are winged. The species has been documented as a likely parasite of beewolf wasp nests. It is widespread across the United States and occurs in Alberta, Canada.
Dasymutilla occidentalis
Common Eastern Velvet Ant, Red Velvet Ant, Cow Killer, Cow Ant, Eastern Velvet Ant
Dasymutilla occidentalis is a large, solitary parasitoid wasp in the family Mutillidae, commonly known as the eastern velvet ant or cow killer. Females are wingless, densely covered in velvety red and black hairs, and possess an extremely painful sting. Males are winged and less conspicuously colored. The species is an external parasitoid of ground-nesting bees and wasps, with females actively searching for host nests to lay eggs on or near developing larvae. Despite its common name, it is not an ant but a true wasp, and its sting, while intensely painful, cannot actually kill a cow.
Dasymutilla parksi
Dasymutilla parksi is a species of velvet ant (family Mutillidae), a group of solitary parasitoid wasps in which females are wingless and males are winged. First described by Mickel in 1936, this species belongs to a genus containing over 450 North American species, many of which exhibit bright aposematic coloration advertising their potent sting. Like other velvet ants, females are known for their powerful defensive sting and erratic, rapid ground movement. The biology and host associations of D. parksi specifically remain poorly documented.
Dasymutilla texanella
Dasymutilla texanella is a velvet ant species in the family Mutillidae, a group of solitary parasitoid wasps in which females are wingless and males are winged. Like other Dasymutilla species, females possess a potent sting used for defense and host subjugation. The species was described by Mickel in 1928. As with most velvet ants, females are parasitoids of ground-nesting bees and wasps, laying eggs in host nests where larvae consume the host's developing young.
Dasymutillini
velvet ants
Dasymutillini is a tribe of velvet ants (Mutillidae) characterized by dense, velvety pubescence and aposematic coloration. Members are solitary wasps with wingless females and winged males. The tribe includes the genus Dasymutilla, which contains numerous species across the Americas. Females are known for their extremely painful stings, among the most intense of any insect.
Delta higletti
Delta higletti is a species of potter wasp in the subfamily Eumeninae, first described by Meade-Waldo in 1910. The genus Delta comprises solitary wasps known for constructing mud nests with characteristic pot-shaped cells. Records for this species remain limited, with 39 observations documented on iNaturalist suggesting it is infrequently encountered or understudied. As with other eumenine wasps, females provision nest cells with paralyzed prey, primarily caterpillars, to feed developing larvae.
Delta higletti rendalli
Delta higletti rendalli is a subspecies of potter wasp in the subfamily Eumeninae. It was described by Bingham in 1902. Like other members of the genus Delta, it is a solitary wasp that constructs mud nests. The species is part of a diverse group of vespid wasps known for their distinctive nest-building behavior using mud or clay.
Didineis
Didineis is a genus of solitary predatory wasps in the family Crabronidae, subfamily Bembicinae, with approximately 24 described species worldwide. The genus is placed in the tribe Alyssontini. Species are small, ground-nesting wasps that prey on Auchenorrhynchan Hemipterans, primarily leafhoppers (Cicadellidae) and planthoppers (Fulgoridae). Two species occur in France—D. crassicornis and D. lunicornis—where they have been documented as recurrent inhabitants of agricultural ecosystems despite historical perceptions of rarity.
Didineis latimana
Didineis latimana is a species of solitary wasp in the family Crabronidae (formerly treated as Bembicidae). It belongs to the subfamily Bembicinae and tribe Alyssontini. The species was described by Malloch and Rohwer in 1930 and is known from North America, with records from Canada including Ontario.
Didineis peculiaris
Didineis peculiaris is a solitary wasp species in the family Crabronidae (subfamily Bembicinae, tribe Alyssontini). It was described by W. Fox in 1894. The species occurs in Central America and North America. Members of the genus Didineis are part of the sand wasp group, which typically nest in soil and provision their young with prey.
Didineis texana
Didineis texana is a species of sand wasp in the family Crabronidae, subfamily Bembicinae, tribe Alyssontini. It is one of several species in the genus Didineis, which are small to medium-sized wasps adapted to sandy habitats. The species was described by Cresson in 1873 and is known from the southern United States and Mexico. Like other members of its tribe, it is likely a predator of small insects, though specific biological details remain poorly documented.
Dielis tolteca
Toltec scoliid wasp
Dielis tolteca is a species of scoliid wasp native to western North America and Mesoamerica. The species is known to parasitize scarab beetle grubs, with females hunting underground hosts to provision their offspring. Adults have been observed feeding on flowering plants, particularly mustards (Brassicaceae) and goldenrods (Solidago). The species has been documented in McInnis Canyons National Conservation Area in western Colorado, where it is active as a spring-emerging species.
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protected]photos-courtesyemail-linkprintFacebookBlueskyMastodonXRedditThreadsrelated-postsdiscover-moreEntomology-Todaysubscribelatest-postsemailcareersearly-career-professionalsentomology-careersextensionillustrationwork-life-balanceBeetles-In-The-BushTed-C.-MacRaeArt-EvansWhat's-Bugging-Youphotograph10-years-agodifficult-challengeguessesidentitylocationpast-monthsdiggingkey-to-identityorder-gimme2-pointsfamily-difficult4-pointstaxonomic-changes-hintgenus-challenge6-pointsonline-resourcesspecies-name-impossibleshort-listdescribed-speciesgeneral-areabonus-pointsadditional-picturesanswer-commentcouple-daysOrthopteraStenopelmatidaeStenopelmatusNorth-AmericanOklahomafuscusdarkAnostostomagenuschange-of-heartfamilyold-worldmorphological-similaritiesking-cricketheadlegsantennaepostnotumJerusalem-cricketlocalityspecies-short-listvariablephotograph-10-years-agoRussia-adjacent-countrytagsMexicoNew-ZealandSouth-AfricaHemiandrusstumpy-hindspdf-resourceBochusspineynessgenicular-lobesconservation-biologistwork-in-progressentomologistNasidiusgenaecheeklower-genaehead-modificationmandible-enlargementnormal-looking-headfemalemale-without-modificationsLibanasidus-vittatusone-spineinner-marginforetibiatwo-spinesthoracic-abdominal-tergitesblack-posterior-marginOnosandrus-spdissertationcolor-variablenot-diagnosticeight-generaking-cricketsmale-Onosandridus-spcouplet-1tympanum-not-obviousfore-tibiacouplet-2two-spines-inner-margincouplet-3no-mandible-enlargementovipositor-not-longcouplet-5no-large-ovipositormalesmooth-facenot-BochusOnosandriduskeyReview-of-southern-African-AnostostomatidaeBrettschneiderhind-femur-never-armedspines-hooksmales-no-head-modificationSam-HeadsOrthoptera-expertIllinois-Natural-History-SurveyAnostostomatidaegenus-Onosandridus-Péringueytwo-impressive-spinesinner-surface-protibiaBochus-characteristichead-face-tuberculateformer-genusspecimen-clearly-notHeathJasoncorrect-genusHeath-firstpointsPeterChrisfinal-standingsZiad-KhouriZeroing-in-on-Mammoth-WaspsScoliid-WaspsBug-SquadUC-Davis-doctoral-candidateLynn-Kimseymajor-professordistinguished-professorseminarUC-Davis-Department-of-Entomology-and-NematologyWednesday-March-30spring-quarter-seminars4:10-p.m.Pacific-Daylight-Time122-Briggs-HallZoomunique-workmodern-systematic-treatmentgenus-species-level-taxonomy-messmodern-classical-techniquestaxonomic-orderevolution-discoveredBohart-Museumeight-million-insect-specimens2300-mammoth-wasp-specimensAmericasKoreatwo-partsEvolutionary-History-of-Mammoth-WaspsComparing-Power-of-Data-Based-Phylogenetic-Posterior-Predictive-ChecksCucleotide-Amino-Acid-DataabstractsPart-1aculeate-insectslarvae-parasitoidsscarabaeid-beetle-grubsbiological-control-agentsgroup-evolutionstability-taxonomyreliable-phylogenies-limitedultraconserved-element-UCE-dataconcatenationmultispecies-coalescentphylogeny-Scoliidaemitigate-model-misspecificationdata-filtering-experimentsposterior-predictive-checksmatched-pairs-tests-symmetryProscolia-sisterall-other-extant-scoliidsstrong-supportsister-group-relationshipcampsomerine-genus-ColpaScoliiniCampsomerini-non-monophyleticCampsomerini-sensu-strictomonophyleticAustralasian-genus-Trisciloasister-remaining-memberssampled-genera-non-monophyleticCampsomeriellaMegascoliaScoliafossil-dataEarly-Cretaceous-origincrown-Scoliidaesplit-Scoliini-ColpaCampsomerini-s.s.Late-Cretaceousposterior-meanscrown-agesPaleogeneage-95%-HPD-intervalsK-Pg-boundaryfossils-less-certain-placementolder-agesstem-agesNearctic-scoliid-cladesBeringia-dispersalOligocene-later-Eocenefoundation-future-researchscoliid-wasp-evolution-biogeographyfirst-genome-scale-datamodel-based-methodsprecision-dating-analysespaucity-well-preserved-fossilsreliably-attributablecrown-grouphigher-level-taxonomy-dire-need-revisiontaxonomic-changes-predicateddatasets-extend-geographic-taxonomic-samplingPart-IIphylogenetic-inferenceexonic-DNA-sequencesmultiple-codingsnucleotidesamino-acidscodonsempirical-studiesdata-type-choicemodel-choiceless-expected-violationinaccurate-inferenceassessing-phylogenetic-model-adequacyinference-reliability-indicationsimulation-based-approachdetect-model-inadequacyphylogenetic-posterior-predictiondata-coding-variationsimulated-data-multiple-modelscodon-modelsprocess-heterogeneity-lineagesselection-heterogeneity-sitescodon-usage-selectioninference-posterior-predictive-checksnucleotide-amino-acid-modelsGTR-familysignificant-differencesamino-acid-nucleotide-treatmentsdetect-model-violationmagnitude-error-estimate-interest-similarcorroborate-other-studiestree-length-estimation-errortopology-reconstruction-errornot-always-correlatedamino-acid-modelsmore-accurate-topologiestree-length-errors-greaternucleotide-modelsbranch-heterogeneous-codon-modelsmagnitude-directiondata-coding-dependencedata-generating-process-propertiesposterior-predictive-checks-data-filteringpractical-effect-size-thresholdslow-inference-reliabilityestablished-separatelyamino-acid-nucleotide-datacaution-advisedcareful-model-selectiondata-coding-careful-selectionacc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protected]seminar-listTrisciloa-saussureiNew-Guinea-nativeBohart-Museum-specimenBug-EricWasp-WednesdayCampsomerisDecember-22-2010mystery-waspDecemberemail-friendspecies-recorded-recently-ArizonaMexican-borderSabino-Canyon-Recreation-AreaFred-Heathoutstanding-naturalistIntroduction-to-Southern-California-ButterfliesSabino-Canyon-Volunteer-NaturalistsDecember-14male-specimenCampsomeris-ephippiumDesert-LavenderHyptis-emoryiconspicuous-distinctiveno-image-neededemail-list-messageDavid-LazaroffSCVN-foundercameraimage-permissionlong-antennaeslender-bodypseudostingerposterior-abdomengender-revealrobust-femalesshorter-antennaereal-stingerretractable-stingerhosts-larval-offspringspring-2009-imagesouth-Texassouth-to-EcuadorSunday-December-19failed-to-findcommon-local-speciesCampsomeris-toltecamales-feedingnectar-Coreocarpus-arizonicusLittle-LemonheadQueen-butterfliesMexican-YellowsScoliidae-familyall-parasitoidsparasitoid-definitionheavy-spiny-legsdig-up-scarab-grubsting-brief-paralysissingle-egghost-larvaleave-scenehost-regains-consciousnessmotor-skillsunderground-existenceplant-roots-feedingwasp-egg-hatchesexternal-parasitebeetle-grubpleasure-of-huntSabino-CanyonFred-Heath-outdoorsDavid-Lazaroff-image10:00-AMEmail-ThisBlogThisShare-to-XShare-to-FacebookShare-to-Pinterestanimalsbugsinsectsnaturewaspswildlifecommentsgreat-storybeautiful-waspslearn-somethingenvy-abilityoutside-warm-weatherimpending-snowbug-hunt-hopetwo-blogsMosquito-Hawksame-Lemonhead-bushworld-shrinks-DecemberTumacacori-NHPlast-week-sightingphoto-contactmore-sightings-head's-upsecond-photo-speciesuncertainArizona-couple-speciesspecimen-in-hand-neededBeatty's-Guest-RanchMiller-Canyonapple-trees-pollinatinglast-weekendblog-author-unable-replyworking-to-resolvenewer-postolder-posthomesubscribe-post-commentsatomGBIF-taxonomy-matchaccepted-statusexact-matchAnimalia-Arthropoda-Insecta-Hymenoptera-Scoliidae-Dielisdistribution-recordsNA-NTMexico-statesBaja-California-SurCampecheChiapasCoahuilaGuanajuatoGuerreroJaliscoMichoacánMorelosOaxacaQuintana-RooSinaloaTabascoVeracruzEl-Salvador-San-SalvadorGuatemala-HuehuetenangoHonduras-ComayaguaNicaragua-RivasMap-3HaitiUnited-StatesBradley-1828Hurd-1952Porter-1981MacKay-1987iNaturalist-taxon2987-observationspreferred-common-nameWikipedia-summarySolidago-plantsiNaturalist-taxonomyGrasshoppers-of-ColoradoGrasshoppers-of-Wyoming-and-the-WestEntomologygrasshopper-namesgenus-speciescommon-scientificspecies-genusabdominalis-Chloealtisadmirabilis-Syrbulaagrestis-Trimerotropisalba-Hypochloraalpinus-Ceuthophilusalpinus-Melanoplusalutacea-Schistocercaangustipennis-Melanoplusapiculata-Pardalophoraargentinus-Oecanthusarizonae-Melanoplusaspera-Trachyrhachysbicolor-Dactylotumbispinosus-Melanoplusbivittata-Mermiriabivittatus-Melanoplusbolli-Spharagemonborealis-Melanoplusbowditchi-Melanoplusbrachyptera-Pseudopomalabrevipes-Daihniabruneri-Melanoplusbrunneus-Stenobothruscalifornica-Trimerotropiscalifornicus-Oecanthuscampestris-Trimerotropiscapito-Hippopedoncarlinianus-Circotettixcarolina-Dissosteirachenopodii-Aeoloplidescincta-Trimerotropiscitrina-Trimerotropisclavatus-Aeropedelluscollare-Spharagemoncoloradus-Amphitornuscomplanatipes-Melanoplusconfusus-Melanoplusconspersa-Arphiaconspersa-Chloealtiscorallipes-Xanthippuscoronata-Trachyrhachyscrenulata-Cordillacriscurtipennis-Chorthippuscyaneipennis-Trimerotropiscyaneus-Leprusdawsonii-Melanoplusdelicatula-Psoloessadeorum-Ageneotettixdifferentialis-Melanoplusdiscolor-Melanoplusdodgei-Melanopluselliotti-Aulocaraenigma-Oedaloenotusequale-Spharagemonfasciatus-Melanoplusfemoratum-Aulocarafemurrubrum-Melanoplusflavidus-Melanoplusfoedus-Melanoplusfontana-Trimerotropisformosus-Tropidolophusfratercula-Trimerotropisfusiformis-Ceuthophilusgladstoni-Melanoplusglaucipes-Melanoplusgracile-Stethophymagracilis-Trimerotropishaldemanii-Pardalophorahaydeni-Derotmemahirtipes-Acrolophitushumile-Spharagemoninconspicua-Trimerotropisinfantilis-Melanopluskeeleri-Melanopluskennicotti-Melanopluskiowa-Trachyrhachyslakinus-Melanopluslatifasciata-Trimerotropislongipennis-Dissosteiramagna-Brachystolamagnifica-Trimerotropismelanoptera-Trimerotropismontanus-Xanthippusmontezuma-Syrbulanebrascensis-Phoetaliotesneglectus-Cratypedesnevadensis-Acrolophitusniveus-Oecanthusnubilum-Boopedonobscura-Opeiaoccidentalis-Melanoplusoccipitalis-Cordillacrisocelote-Hippiscusolivacea-Campylacanthaoregonensis-Melanopluspackardii-Melanopluspallidipennis-Trimerotropispardalinus-Metatorparviceps-Cibolacrispelidna-Orphulellapellucida-Camnulapicta-Mermiriapistrinaria-Trimerotropisplattei-Mestobregmaponderosus-Melanopluspseudonietana-Arphiaquadrimaculatum-Phlibostromaquadripunctatus-Oecanthusrabula-Circotettixregalis-Melanoplusrobusta-Udeopsyllarobustus-Leprusrufa-Heliaulasanguinipes-Melanoplussimplex-Anabrussimplex-Arphiasimplex-Eritettixsordidus-Encoptolophussparsa-Trimerotropisspeciosa-Orphulellaspeciosus-Hesperotettixsplendidus-Melanoplusspretus-Melanoplusspurcata-Dissosteirasubgracilis-Encoptolophussulcifrons-Conozoatenuipennis-Aeoloplides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