Predatory-bug
Guides
Anthocoris antevolens
minute pirate bug
Anthocoris antevolens is a species of minute pirate bug in the family Anthocoridae, native to North America. Research has documented significant geographic variation in mating behavior among populations from British Columbia, Washington, and California, with asymmetric compatibility patterns in interpopulation crosses. Like other Anthocoris species, it is presumed to be a predatory true bug, though specific ecological details remain poorly documented.
Anthocoris bakeri
minute pirate bug
Anthocoris bakeri is a species of minute pirate bug in the family Anthocoridae, a group of predatory true bugs. It occurs in North America. As a member of the genus Anthocoris, it is part of a diverse group of small predatory insects commonly found on trees and shrubs. The species was described by Poppius in 1913.
Anthocoris dimorphicus
Anthocoris dimorphicus is a species of minute pirate bug in the family Anthocoridae, described by Anderson & Kelton in 1963. It occurs in North America, including the Nearctic region and parts of Beringia. As a member of the Anthocoris genus, it likely shares the predatory habits typical of this group, though specific biological details remain poorly documented.
Anthocoris tomentosus
Anthocoris tomentosus is a minute pirate bug in the family Anthocoridae, a group of predatory true bugs. Like other members of the genus Anthocoris, it is a small insect that preys on other small arthropods. The species is found in North America, including western regions and areas of California. Specific details about its biology and ecology are limited in published literature.
Anthocoris whitei
minute pirate bug
Anthocoris whitei is a species of minute pirate bug in the family Anthocoridae. It is known from North America. Like other members of its genus, it is presumed to be a predatory true bug, though specific details about its biology remain poorly documented.
Atrachelus cinereus
Atrachelus cinereus is a species of assassin bug in the family Reduviidae. It has a broad distribution spanning Central America, North America, and South America. The species was described by Fabricius in 1798, with the nominate subspecies Atrachelus cinereus cinereus. A second subspecies, Atrachelus cinereus wygodzinskyi (also spelled wygoszinskyi), was described by Elkins in 1954. Like other assassin bugs, it is presumed to be a predatory insect, though specific details of its biology remain poorly documented in the available literature.
Barce
Barce is a genus of thread-legged bugs in the family Reduviidae, subfamily Emesinae, tribe Metapterini. The genus was established by Stål in 1866 and contains approximately 10 described species. These predatory true bugs are characterized by their elongated, slender legs adapted for capturing prey on vegetation.
Barce fraterna fraterna
Barce fraterna fraterna is a subspecies of thread-legged bug (Hemiptera: Reduviidae: Emesinae) first described by Thomas Say in 1832. It belongs to the tribe Metapterini, a group of predatory true bugs characterized by slender, elongate bodies and raptorial forelegs adapted for capturing prey. The subspecies occurs across a broad geographic range spanning North, Central, and South America, including the Galápagos Islands.
Brachysteles parvicornis
Brachysteles parvicornis is a minute predatory bug in the family Anthocoridae, native to Europe and now established in North America. It was first recorded in North America from New York and New Jersey in 1990, with subsequent collections from Maine, Massachusetts, and Canada. The species is associated with conifers and has been collected alongside the oribatid mite Humerobates rostrolamellatus. Both macropterous (fully winged) and brachypterous (short-winged) forms exist, though only macropters have been documented in North America.
Calliodis temnostethoides
Calliodis temnostethoides is a minute predatory bug in the family Anthocoridae. Adults are saproxylic, associated with dead wood and found in clusters of dead leaves, particularly following wind disturbances. The species is known from limited collections in North America, with specific documentation from Michigan.
Cardiastethus borealis
minute pirate bug
Cardiastethus borealis is a species of minute pirate bug in the family Anthocoridae, a group of small predatory true bugs. The species was described by Kelton in 1977 and is known from North America. Members of this genus are typically small, oval-shaped insects that feed on small arthropods and insect eggs. Beyond its taxonomic placement and geographic distribution, specific biological details for this species remain poorly documented in published literature.
Carthasis decoratus
Carthasis decoratus is a species of damsel bug in the family Nabidae. It is found in North America. The species was described by Uhler in 1901. As a member of the damsel bug family, it belongs to a group of predatory true bugs.
Ceratocombus vagans
litter bug
Ceratocombus vagans is a species of minute true bug in the family Ceratocombidae, commonly known as litter bugs. The species has been described as one of the most generalized members of Hemiptera: Heteroptera, with predatory feeding habits that support the hypothesis that primitive heteropterans were predaceous. It occupies a wide geographic range across North America, Central America, and the Caribbean.
Ctenotrachelus shermani
Ctenotrachelus shermani is a species of assassin bug in the family Reduviidae, subfamily Stenopodainae. It is a predatory true bug found across a broad geographic range spanning the Caribbean, North America, and South America. The species was described by Barber in 1929. Observations suggest it is established and active in tropical and subtropical regions.
Deraeocoris apache
Deraeocoris apache is a species of plant bug in the family Miridae, first described by Knight in 1921. It belongs to the genus Deraeocoris, a diverse group of predatory mirids found primarily in the Northern Hemisphere. Very little specific information is available for this particular species.
Deraeocoris bakeri
Deraeocoris bakeri is a species of plant bug in the family Miridae, first described by Knight in 1921. It is native to western North America, with documented occurrences in California, Colorado, and Nevada. As a member of the genus Deraeocoris, it belongs to a group of predatory plant bugs that are often associated with agricultural and natural ecosystems.
Deraeocoris brevis
predatory plant bug
Deraeocoris brevis is a predatory plant bug in the family Miridae, native to western North America. Adults are small, glossy black insects 3–6 mm in length with red eyes, while nymphs are mottled pale grey with dark patches and a felted dorsal surface covered in grey hairs. Both life stages are predatory, feeding primarily on pear psyllids, aphids, spider mites, leafhoppers, and scale insects. The species is considered beneficial in apple and pear orchards of the Pacific Northwest, where it contributes to biological control of pest populations.
Deraeocoris histrio
Deraeocoris histrio is a species of plant bug in the family Miridae. It is native to North America, with documented records from Arkansas, Texas, and the Carolinas. As a member of the genus Deraeocoris, it belongs to a group of predatory plant bugs that feed on other insects. Specific ecological details for this species remain limited in available literature.
Deraeocoris manitou
Deraeocoris manitou is a species of plant bug in the family Miridae, first described by Van Duzee in 1920. It belongs to a large genus of predatory mirid bugs found primarily in North America. The species has been recorded from Colorado, New Mexico, and Arizona in the southwestern United States.
Deraeocoris ornatus
Deraeocoris ornatus is a species of plant bug in the family Miridae, described by Knight in 1921. It is recorded from the central United States, specifically from South Dakota, Illinois, and Nebraska. As a member of the genus Deraeocoris, it is presumed to be a predatory or omnivorous plant bug, though specific ecological details remain undocumented.
Deraeocoris sayi
Deraeocoris sayi is a species of plant bug in the family Miridae, first described by Reuter in 1876. It is native to North America, with documented occurrence records from the eastern and northeastern United States, including Georgia, Illinois, Louisiana, Minnesota, Mississippi, Texas, and Wisconsin. The species belongs to a genus of predatory plant bugs, though species-specific biological details remain poorly documented in published literature.
Diaditus pictipes
Diaditus pictipes is a species of assassin bug in the family Reduviidae, first described by Champion in 1898. It belongs to the subfamily Stenopodainae, a group of predatory true bugs characterized by raptorial forelegs adapted for capturing prey. The species has been recorded from the Caribbean, Central America, and North America, though specific details about its biology remain poorly documented.
Dilasia fuscula
Dilasia fuscula is a species of minute pirate bug in the family Lasiochilidae, originally described by Reuter in 1871. The species has been recorded from the Caribbean and North America. It is currently treated as a synonym of Lasiochilus fusculus in some taxonomic databases, reflecting ongoing taxonomic uncertainty in this group of predatory Hemiptera.
Dufouriellus
Dufouriellus is a monotypic genus of minute pirate bugs (family Anthocoridae) established by Kirkaldy in 1906. The genus contains a single described species, Dufouriellus ater, and is classified in the tribe Dufouriellini. Members of this genus are small predatory true bugs found in western and northern Europe.
Elatophilus inimicus
minute pirate bug
Elatophilus inimicus is a species of minute pirate bug in the family Anthocoridae. The species was originally described as Xenotracheliella inimica by Drake & Harris in 1926 before being transferred to Elatophilus. It is known from North America, with a 2002 publication in Florida Entomologist documenting a new distribution record for the species.
Empicoris pilosus
thread-legged assassin bug
Empicoris pilosus is a thread-legged assassin bug in the family Reduviidae, characterized by its extremely slender, elongated legs adapted for capturing prey on vegetation. The species has been recorded in both Europe and North America, though specific details about its biology remain sparse. It belongs to a group of reduviids known for their specialized predatory habits on small insects.
Fulvius atratus
Fulvius atratus is a species of plant bug in the family Miridae, subfamily Cylapinae. It belongs to a genus of small predatory or omnivorous bugs commonly found in tropical and subtropical regions. The species is known from very few documented observations, with limited published information on its biology and distribution.
Gardena
thread-legged bug
Gardena is a genus of thread-legged assassin bugs in the subfamily Emesinae, tribe Emesini. It is the second-largest genus in its tribe, with 46 described species. Members of this genus are characterized by their elongated, slender bodies and raptorial forelegs adapted for capturing prey. The genus was established by Dohrn in 1859.
Geocoris alboclavus
Geocoris alboclavus is a species of bigeyed bug in the family Geocoridae, described by Barber in 1948. Like other members of the genus Geocoris, it is a predatory insect with characteristically large eyes. The species is known from the United States, with records from North America. Bigeyed bugs in this genus are generally recognized as beneficial predators in agricultural systems, feeding on various pest insects and mites.
Geocoris black-calli-az
bigeyed bug
Geocoris black-calli-az is a species of bigeyed bug in the family Geocoridae. Members of this genus are predatory insects recognized for their large, conspicuous eyes. The species has been documented in association with agricultural systems where Geocoris species serve as natural enemies of crop pests.
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protected]technical-issues-objectdoctorate-in-ecology-degree122-Briggs-Hall-addressUC-Davis-institutionnatural-habitats-subjectbiological-control-objectagricultural-landscapes-contextfield-studies-subjectmeta-analyses-subjectconflicting-effects-objecthabitat-diversity-subjectmechanistic-model-subjectpest/predator-dynamics-objectin-silico-experimentation-methodnatural-habitats-objectdispersal-behavior-modifierconservation-biological-control-objectlygus-subjectGeocoris-subjectcotton-contextannual-crop-generalityplant-bug-generalitypredatory-bug-generalityecological-research-engagementsimulation-modeling-useinstructional-design-useHyperSkill-platformno-code-authoring-descriptionVR-learning-experience-descriptionretirement-statusJay-Rosenheim-lab-pastlandscape-ecology-focusnatural-enemies-agricultural-systems-contextlandscape-scale-simulation-methodnatural-habitat-resource-responsecrop-pest-load-effectdoctorate-1991joint-program-UC-Davis/SDSUcareer-role-varietyBetty-Irene-Moore-School-pastUC-Davis-Health-System-pastContinuing-and-Professional-Education-pastSimInsights-currentHyperSkill-platform-currentAmanda-Hodson-coordinatorfull-list-referenceakhodson-contacttechnical-issues-contactecologist-presenterdoctorate-credential4:10-p.m.-presentationMonday-presentationOct.-21-presentationRoom-122-locationBriggs-Hall-locationUC-Davis-locationZoom-accessrecording-archive-accessnatural-habitat-effectbiological-control-effectagricultural-landscape-contextfield-study-conflictmeta-analysis-conflictmechanistic-model-developmentpest-predator-dynamicsin-silico-experiment-enablementlandscape-factor-variationnatural-habitat-coveragenatural-habitat-distributionresource-variationnatural-habitat-sourcecrop-sourcepredator-trait-variationoverwintering-densitydispersal-distancepredator-search-areacrop-pest-load-variationsimulation-scenario-mimicryfield-research-result-mimicrysimulation-result-suggestionnatural-enemy-response-moderationdispersal-behavior-moderation-extentearly-colonizer-variationnatural-enemy-variable-responsein-silico-experimentation-inform-potentialfield-research-inform-potentialprediction-yield-potentialconservation-biological-control-success-timinglygus-approximationGeocoris-approximationcotton-system-approximationcareer-path-eclecticityecological-research-inclusionteaching-inclusionmathematical-modeling-inclusioncomputer-programming-inclusioninstructional-design-inclusionproject-management-inclusionteam-leadership-inclusioncurrent-engagement-ecological-researchsimulation-modeling-use-currentagricultural-landscape-structure-explorationcrop-pest-insect-impactnatural-enemy-impactretirement-full-timeactive-engagement-designSimInsights-consultation-currentHyperSkill-no-code-platformVR-learning-experience-creationJay-Rosenheim-lab-formerdistinguished-professor-emerituslandscape-ecology-natural-enemies-focuslandscape-scale-simulation-currentnatural-habitat-resource-response-simulationdoctorate-ecology-1991joint-UC-Davis/SDSU-programBetty-Irene-Moore-School-of-Nursing-formerinstructional-innovative-specialist-formerUC-Davis-Health-System-formersenior-instructional-designer-formerUC-Davis-Continuing-and-Professional-Education-formerAmanda-Hodson-assistant-professorENT-seminar-coordinationfull-list-online[email protected]technical-issue-contactecology-researcher-descriptionresearch-associate-descriptiondoctorate-ecology-joint-program-description4:10-p.m.-October-21-seminarRoom-122-Briggs-Hall-seminarUC-Davis-Department-of-Entomology-and-Nematology-hostZoom-seminar-linkrecording-archive-onlinenatural-habitat-biological-control-effectagricultural-landscape-field-study-conflicthabitat-diversity-biological-control-effect-conflictmechanistic-model-pest-predator-dynamicsin-silico-experimentation-landscape-factornatural-habitat-coverage-distribution-variationcrop-natural-habitat-resource-variationpredator-overwintering-dispersal-search-variationcrop-pest-load-simulation-variationnatural-enemy-response-landscape-structuredispersal-behavior-response-moderationresource-availability-early-colonizer-pivotnatural-enemy-landscape-heterogeneity-responsein-silico-field-research-mutual-informconservation-biological-control-predictionlygus-Geocoris-cotton-simulationannual-crop-plant-bug-predatory-bug-generalityeclectic-career-ecological-research-teaching-modeling-programming-design-management-leadershipcurrent-ecological-research-simulation-modelingagricultural-landscape-crop-pest-natural-enemyretired-active-instructional-designSimInsights-HyperSkill-VR-consultationJay-Rosenheim-lab-landscape-ecology-formerdoctorate-1991-UC-Davis-SDSU-jointBetty-Irene-Moore-Nursing-innovative-specialist-formerUC-Davis-Health-Continuing-Education-designer-formerAmanda-Hodson-ENT-seminar-coordinationtechnical-issues-akhodson-contactAndrew-Corbett-ecology-researcher-UC-Davis4:10-p.m.-Monday-Oct-21-122-Briggs-Hall-Zoomnatural-habitat-effect-biological-control-agricultural-landscapefield-study-meta-analysis-conflicting-habitat-diversity-effectmechanistic-model-in-silico-landscape-factor-predator-trait-variationcrop-pest-load-simulation-natural-enemy-response-resource-availabilitylygus-Geocoris-cotton-annual-crop-plant-bug-predatory-bugcareer-eclectic-current-ecological-retired-active-design-consultationdoctorate-1991-joint-program-former-nursing-health-continuing-educationENT-seminar-Hodson-coordination-technical-contactecology-researcher-Corbett-4:10-p.m.-Oct-21-Zoom-Briggshabitat-biological-control-conflict-model-simulation-predictionGeocoris-lygus-cotton-generality-simulation-fieldcareer-path-doctorate-former-current-retired-consultationseminar-coordination-contact-technical-Zoom-recordingnatural-enemy-landscape-resource-dispersal-colonizermechanistic-in-silico-experimentation-field-informconservation-biological-control-success-predictionagricultural-landscape-structure-pest-enemysimulation-modeling-instructional-design-VRJay-Rosenheim-distinguished-emeritus-former-labUC-Davis-San-Diego-State-joint-doctorateBetty-Irene-Moore-innovative-specialist-UC-HealthContinuing-Professional-Education-senior-designerAmanda-Hodson-assistant-professor-ENT-seminarakhodson-technical-contactAndrew-Corbett-research-associate-ecology4:10-Monday-October-21-2024-inferenceRoom-122-Briggs-Hall-Davishttps://ucdavis.zoom.us/j/95882849672https://entomology.ucdavis.edu/seminarsfield-meta-analysis-conflict-habitat-diversitymechanistic-pest-predator-in-silicolandscape-natural-habitat-crop-resource-predator-traitcrop-pest-simulation-natural-enemy-resource-availabilitylygus-Geocoris-cotton-plant-bug-predatory-bug-annualeclectic-career-ecological-simulation-agricultural-landscaperetired-active-design-SimInsights-HyperSkill-VRMoore-Nursing-Health-Continuing-Education-formerHodson-ENT-seminar-akhodson-technicalCorbett-ecology-researcher-4:10-p.m.-Oct-21-Zoom-Davishabitat-biological-control-agricultural-landscape-conflict-simulationGeocoris-lygus-cotton-annual-crop-generalitycareer-doctorate-former-current-consultation-seminarnatural-enemy-landscape-structure-dispersal-resourcein-silico-field-prediction-conservation-biological-controlagricultural-system-natural-enemy-pestsimulation-modeling-instructional-design-VR-platformRosenheim-emeritus-distinguished-former-labDavis-San-Diego-State-1991-joint-doctorateMoore-School-Nursing-innovative-specialist-Health-SystemContinuing-Professional-Education-senior-instructional-designerHodson-assistant-professor-ENT-seminar-coordinator[email protected]Corbett-4:10-Monday-October-21-Room-122-Briggs-Zoomhabitat-natural-biological-control-agricultural-landscape-field-conflictmechanistic-model-in-silico-pest-predator-landscape-factorcrop-pest-simulation-enemy-response-resource-colonizerlygus-Geocoris-cotton-plant-bug-predatory-bugcareer-ecological-simulation-retired-design-consultation-doctorateseminar-Hodson-coordination-technical-Zoom-Davisenemy-landscape-dispersal-resource-availability-predictionconservation-biological-control-success-agricultural-systemsimulation-instructional-VR-HyperSkill-SimInsightsRosenheim-lab-emeritus-distinguished-formerDavis-San-Diego-State-joint-1991Moore-Nursing-Health-Continuing-EducationHodson-ENT-akhodson-technicalCorbett-ecology-4:10-Oct-21-Briggs-Zoomhabitat-biological-control-conflict-simulation-predictionGeocoris-lygus-cotton-annual-generalitycareer-doctorate-former-current-retired-seminarnatural-enemy-landscape-resource-dispersal-colonizer-availabilityin-silico-field-inform-conservation-biological-controlagricultural-landscape-pest-enemy-structuresimulation-modeling-design-VR-platform-consultationJay-Rosenheim-distinguished-professor-emeritus-formerUC-Davis-San-Diego-State-1991-jointBetty-Irene-Moore-School-Nursing-innovative-specialistUC-Davis-Health-System-Continuing-Professional-Educationakhodson-technical-issue-contactAndrew-Corbett-research-associate-ecology-UC-Davis4:10-p.m.-Monday-October-21-Room-122-Briggs-HallZoom-https://ucdavis.zoom.us/j/95882849672recording-https://entomology.ucdavis.edu/seminarsfield-study-meta-analysis-habitat-diversity-biological-control-conflictmechanistic-model-pest-predator-dynamics-in-silico-experimentationlandscape-factor-natural-habitat-coverage-distribution-resource-predator-traitcrop-pest-load-simulation-scenario-natural-enemy-responselygus-Geocoris-cotton-plant-bug-predatory-bug-annual-cropeclectic-career-path-ecological-research-teaching-mathematical-modeling-computer-programminginstructional-design-project-management-team-leadershipcurrent-engagement-ecological-research-simulation-modeling-agricultural-landscaperetired-full-time-active-design-creation-SimInsights-HyperSkill-VRdoctorate-ecology-June-1991-joint-UC-Davis-San-Diego-StateBetty-Irene-Moore-School-of-Nursing-instructional-innovative-specialistUC-Davis-Health-System-senior-instructional-designer-Continuing-Professional-EducationAmanda-Hodson-assistant-professor-ENT-seminar-coordinator-akhodson@ucdavis.eduAndrew-Corbett-ecologist-research-associate-Ph.D.4:10-p.m.-Monday-Oct.-21-Room-122-Briggs-Hall-UC-DavisZoom-seminar-recording-archiveconflicting-field-study-meta-analysis-results-habitat-diversitydetailed-mechanistic-model-pest-predator-dynamics-in-silico-experimentationvarying-landscape-factors-natural-habitat-coverage-distributionvarying-resources-natural-habitats-cropsvarying-predator-traits-overwintering-densities-dispersal-distances-search-areahighly-variable-crop-pest-loads-simulation-scenariosnatural-enemy-response-landscape-structure-dispersal-behavior-moderationresource-availability-early-colonizers-pivotalvariable-natural-enemy-responses-landscape-heterogeneityin-silico-experimentation-field-research-inform-predictionconservation-biological-control-successlygus-Geocoris-cotton-approximationannual-crop-plant-bug-predatory-bug-combinationeclectic-career-ecological-research-teaching-modeling-programming-design-managementcurrent-ecological-research-simulation-modeling-instructional-designretired-active-SimInsights-HyperSkill-VR-consultationdoctorate-1991-joint-UC-Davis-SDSUformer-Betty-Irene-Moore-Nursing-Health-Continuing-EducationAmanda-Hodson-ENT-seminar-akhodson-technicalCorbett-4:10-Oct-21-Briggs-Zoom-Davishabitat-biological-control-conflict-model-simulationGeocoris-lygus-cotton-generalitycareer-doctorate-former-current-retirednatural-enemy-landscape-resource-dispersalin-silico-field-prediction-conservationagricultural-system-pest-enemysimulation-design-VR-platformRosenheim-emeritus-distinguished-formerDavis-San-Diego-State-1991Hodson-ENT-seminar-technicalCorbett-ecology-researcher-4:10-Monday-October-21archive-https://entomology.ucdavis.edu/seminarsfield-meta-analysis-conflict-habitatmechanistic-in-silico-landscape-predatorcrop-pest-simulation-enemy-resourcelygus-Geocoris-cotton-plant-bugeclectic-career-ecological-simulation-retireddoctorate-1991-joint-programseminar-Hodson-coordination-technicalnatural-enemy-landscape-dispersal-resourcesimulation-instructional-VR-consultationJay-Rosenheim-distinguished-emeritus-labUC-Davis-San-Diego-State-doctorateBetty-Irene-Moore-Nursing-innovative-specialist-HealthContinuing-Education-senior-designerAmanda-Hodson-assistant-professor-ENTAndrew-Corbett-research-associate-ecology-Ph.D.4:10-p.m.-Monday-Oct.-21-2024-Room-122-Briggs-HallZoom-link-recording-archivenatural-habitat-biological-control-agricultural-landscape-field-conflictmechanistic-model-pest-predator-in-silico-landscape-factor-variationcrop-pest-load-simulation-natural-enemy-response-resource-availability-early-colonizerlygus-Geocoris-cotton-plant-bug-predatory-bug-annual-crop-generalitycareer-path-eclectic-ecological-research-teaching-mathematical-modeling-computer-programming-instructional-design-project-management-team-leadershipcurrent-engagement-ecological-research-simulation-modeling-agricultural-landscape-natural-enemy-retired-active-design-creation-SimInsights-HyperSkill-VR-platformdoctorate-ecology-June-1991-joint-UC-Davis-San-Diego-State-Universityformer-Betty-Irene-Moore-School-of-Nursing-instructional-innovative-specialist-UC-Davis-Health-System-senior-instructional-designer-Continuing-and-Professional-EducationAmanda-Hodson-assistant-professor-ENT-seminar-coordinator-akhodson@ucdavis.edu-technical-issuesAndrew-Corbett-ecologist-research-associate-4:10-p.m.-Monday-October-21-Room-122-Briggs-Hall-UC-Davis-Zoomhabitat-management-pest-control-integrated-pest-management-IPM-ecological-strategy-multiple-crop-grower-plant-community-adjustment-pest-population-discouragement-natural-enemy-encouragement-shelter-nectar-alternative-prey-pollen-benefit-Geoff-Gurr-Steve-Wratten-integrated-biocontrol-20-years-Annals-Entomological-Society-America-Mauricio-González-Chang-Universidad-Aysén-Chile-Sheela-Sharma-Nepal-Agricultural-Research-Council-Sundar-Tiwari-Lincoln-University-New-Zealand-special-collection-trap-cover-crop-enemies-hypothesis-resource-concentration-hypothesis-non-mutually-exclusive-Chinese-farmer-2000-years-straw-shelter-spider-enemy-Burma-farmer-1700s-bamboo-cane-citrus-tree-Oecophylla-weaver-ant-citrus-caterpillar-England-1800s-parsnip-parsnip-webworm-carrot-trap-cropping-multiple-cropping-intercropping-cover-cropping-insectary-plant-red-clover-cucumber-bigeyed-bug-minute-pirate-bug-Orius-tristicolor-lady-beetle-striped-cucumber-beetle-Acalymma-vittatum-melon-aphid-Aphis-gossypii-sweet-alyssum-apple-orchard-Trichogramma-apple-leaf-roller-hoverfly-buckwheat-Dolichogenidea-tasmanica-leaf-roller-phacelia-syrphid-spatial-scale-temporal-scale-landscape-complexity-vegetation-complexity-crop-natural-habitat-connectivity-pest-enemy-synchronization-arthropod-abundance-arthropod-species-diversity-flowering-plant-abundant-nectar-long-flowering-easy-growth-shelter-future-research-plant-identification-behavior-understanding-oviposition-feeding-movement-migratory-dispersal-host-selection-plant-plant-interaction-crop-susceptibility-pest-behavior-enemy-behavior-farmer-resistance-pesticide-cost-crop-loss-observation-based-learning-experimentation-willingness-local-knowledge-adaptation-success-demonstration-neighbor-self-try-widespread-adoption-climate-change-species-range-shift-community-interaction-dynamic-approach-chemical-pesticide-reduction-IPM-increase-pesticide-elimination-International-Organization-Biological-Integrated-Control-research-adoption-growth-farmer-consumer-benefit-Bacillus-thuringiensis-Bt-protein-Cry1Ac-Cry2Ab-Cry1F-resistant-prey-Geocoris-punctipes-Orius-insidiosus-survival-development-adult-mass-fecundity-fertility-Anthony-Shelton-Cornell-University-host-quality-effect-removal-caterpillar-Bt-consumption-predator-Bt-consumption-no-harm-multi-generation-Environmental-Entomology-February-2014-Journal-Economic-Entomology-Heterorhabditis-bacteriophora-virulence-reproductive-potential-emergence-time-first-detailed-nematode-test-ESA-publication-1889-6500-member-educational-institution-health-agency-private-industry-government-researcher-teacher-extension-administrator-marketing-representative-research-technician-consultant-student-hobbyist-website-entsoc.org-read-more-article-title-journal-issue-author-share-email-print-Facebook-LinkedIn-Bluesky-Mastodon-X-Reddit-Threads-related-discovery-subscription-latest-post-UC-Davis-seminar-Andrew-Corbett-ENT-4:10-p.m.-Monday-Oct.-21-Room-122-Briggs-Hall-Zoom-https://ucdavis.zoom.us/j/95882849672-recording-https://entomology.ucdavis.edu/seminars-in-silico-natural-habitat-biological-control-agricultural-landscape-field-study-meta-analysis-conflicting-habitat-diversity-effect-mechanistic-model-pest-predator-dynamics-landscape-factor-natural-habitat-coverage-distribution-resource-crop-predator-trait-overwintering-density-dispersal-distance-search-area-crop-pest-load-simulation-scenario-natural-enemy-response-dispersal-behavior-moderation-resource-availability-early-colonizer-pivot-landscape-heterogeneity-response-in-silico-field-research-inform-prediction-conservation-biological-control-success-lygus-Geocoris-cotton-approximation-annual-crop-plant-bug-predatory-bug-combination-career-path-eclectic-ecological-research-teaching-mathematical-modeling-computer-programming-instructional-design-project-management-team-leadership-current-engagement-ecological-research-simulation-modeling-agricultural-landscape-retired-active-design-creation-SimInsights-HyperSkill-VR-no-code-platform-doctorate-ecology-June-1991-joint-UC-Davis-San-Diego-State-University-Betty-Irene-Moore-School-of-Nursing-instructional-innovative-specialist-UC-Davis-Health-System-senior-instructional-designer-Continuing-and-Professional-Education-Amanda-Hodson-assistant-professor-ENT-seminar-coordinator-akhodson@ucdavis.edu-technical-issue-Andrew-Corbett-ecologist-research-associate-Ph.D.-4:10-p.m.-Monday-October-21-Room-122-Briggs-Hall-UC-Davis-Zoom-seminar-recording-archive-natural-habitat-effect-biological-control-agricultural-landscape-field-study-meta-analysis-conflicting-habitat-diversity-effect-mechanistic-model-pest-predator-dynamics-in-silico-experimentation-landscape-factor-natural-habitat-coverage-distribution-resource-crop-predator-trait-overwintering-density-dispersal-distance-search-area-crop-pest-load-simulation-scenario-natural-enemy-response-dispersal-behavior-moderation-resource-availability-early-colonizer-pivot-landscape-heterogeneity-response-in-silico-field-research-inform-prediction-conservation-biological-control-success-lygus-Geocoris-cotton-approximation-annual-crop-plant-bug-predatory-bug-combination-career-path-eclectic-ecological-research-teaching-mathematical-modeling-computer-programming-instructional-design-project-management-team-leadership-current-engagement-ecological-research-simulation-modeling-agricultural-landscape-retired-active-design-creation-SimInsights-HyperSkill-VR-no-code-platform-doctorate-ecology-June-1991-joint-UC-Davis-San-Diego-State-University-Betty-Irene-Moore-School-of-Nursing-instructional-innovative-specialist-UC-Davis-Health-System-senior-instructional-designer-Continuing-and-Professional-Education-Amanda-Hodson-assistant-professor-ENT-seminar-coordinator-akhodson@ucdavis.edu-technical-issue-Andrew-Corbett-ecologist-research-associate-Ph.D.-4:10-p.m.-Monday-October-21-Room-122-Briggs-Hall-UC-Davis-Zoom-seminar-recording-archiveGeocoris davisi
big-eyed bug
Geocoris davisi is a species of big-eyed bug in the family Geocoridae, described by Barber in 1935. It belongs to a genus of predatory true bugs widely recognized as important natural enemies of agricultural pests. Species in the genus Geocoris are commonly used in habitat management strategies for integrated pest management, though specific biological details for G. davisi remain limited in the available literature.
Geocoris discopterus
big-eyed bug
Geocoris discopterus is a species of big-eyed bug in the family Geocoridae, first described by Stål in 1874. It is found in North America, with records from the United States and Canada. As a member of the genus Geocoris, it is likely a predatory insect, though specific ecological details for this species are poorly documented in the available literature. The species is distinguished from congeners by subtle morphological features of the hemelytra and genitalia.
Geocoris flavilineus
bigeyed bug
Geocoris flavilineus is a species of bigeyed bug in the family Geocoridae, first described by Stål in 1874. Like other members of the genus Geocoris, it is a predatory true bug with notably large eyes. The species has been recorded from Central and South America including Guatemala, Panama, and Colombia. Bigeyed bugs in this genus are recognized as beneficial predators in agricultural systems, feeding on various small arthropod pests.
Geocoris frisoni
big-eyed bug
Geocoris frisoni is a species of big-eyed bug in the family Geocoridae, first described by Barber in 1926. It is found in North America, with confirmed records from the United States. As a member of the genus Geocoris, it belongs to a group of predatory true bugs recognized for their beneficial role in agricultural pest management.
Geocoris nanus
big-eyed bug
Geocoris nanus is a small predatory true bug in the family Geocoridae, commonly known as big-eyed bugs. The species was described by Barber in 1935. Like other members of the genus Geocoris, it is recognized as a beneficial insect in agricultural systems, serving as a natural enemy of various crop pests. The species is distributed in North America, with records from the United States.
Geocoris omani
bigeyed bug
Geocoris omani is a species of bigeyed bug in the family Geocoridae, first described by Barber in 1935. As a member of the genus Geocoris, it shares the characteristic large, prominent eyes that give these insects their common name. Bigeyed bugs are predatory true bugs that feed on various small arthropods and are considered beneficial insects in agricultural systems. The species has been recorded from the United States, with specific locality data documented by Slater in 1964.
Geocoris paulus
big-eyed bug
Geocoris paulus is a predatory true bug in the family Geocoridae, commonly known as big-eyed bugs. This species is native to North America and shares the general characteristics of the genus Geocoris, including prominent eyes and predatory feeding habits. Like other Geocoris species, it is considered a beneficial insect in agricultural systems due to its role as a predator of various pest insects.
Gnathobleda
Gnathobleda is a genus of assassin bugs in the family Reduviidae, subfamily Stenopodainae. It was established by Stål in 1859 and contains at least four described species distributed in the Neotropical region. The genus is characterized by distinctive morphological features typical of the Stenopodainae, a subfamily known for slender-bodied predatory bugs. Species within this genus have been documented from South America, including Argentina.
Heza similis
Heza similis is a species of assassin bug described by Carl Stål in 1859. It belongs to the family Reduviidae, a diverse group of predatory true bugs. The species has a broad distribution spanning the Caribbean Sea, Central America, North America, and South America. As a member of the Harpactorinae subfamily, it likely exhibits the typical assassin bug predatory lifestyle, though specific biological details remain poorly documented in the scientific literature.
Hyaliodini
Hyaliodini is a tribe of plant bugs within the family Miridae, subfamily Deraeocorinae. Members of this tribe are small to medium-sized predatory or omnivorous true bugs. The tribe has been documented across multiple continents, with observations concentrated in the Americas. Specific biological details remain limited for many constituent genera.
Isthmocoris imperialis
big-eyed bug
Isthmocoris imperialis is a species of big-eyed bug in the family Geocoridae, a group of small predatory true bugs. The species occurs in Central America and North America, with records from the United States, Mexico, and Guatemala. Big-eyed bugs are generally recognized as beneficial predators in agricultural and natural systems.
Isthmocoris piceus
big-eyed bug
Isthmocoris piceus is a species of big-eyed bug in the family Geocoridae. It is a predatory true bug found in North America. The species was described by Thomas Say in 1831. As a member of Geocoridae, it likely participates in biological control of small arthropod pests, though specific ecological studies on this species appear limited.
Lasiochilus hirtellus
Lasiochilus hirtellus is a minute predatory bug in the family Lasiochilidae (formerly treated as Anthocoridae). The species was described from North America in 1926 and has been recorded from both North and Middle America. Like other members of its genus, it is presumed to be a predator of small arthropods, though specific ecological studies remain limited.
Lasiomerus annulatus
damsel bug
Lasiomerus annulatus is a species of damsel bug in the family Nabidae, native to North America. The last-instar nymph was first described in 1993, providing important taxonomic clarification for this poorly known species. It ranges across southern Canada and the northern United States, with its northern limit established at 45°37′N latitude in Quebec. The species has been collected from 1979 to 1985 in Quebec, indicating a stable population in that region. As a nabid, it is presumed to be predatory, though specific prey records remain limited.
Lasiomerus constrictus
Lasiomerus constrictus is a species of damsel bug in the family Nabidae, first described by Champion in 1899. It belongs to a genus of predatory true bugs found in the Americas. The species has been documented in both North and Middle America, though detailed biological information remains limited.
Lophoscutus prehensilis
Lophoscutus prehensilis is a species of ambush bug in the family Reduviidae. It belongs to the subfamily Phymatinae, a group of predatory true bugs known for their raptorial forelegs used to capture prey. The species was first described by Fabricius in 1803. Two subspecies are recognized: the nominate form and L. p. minor. It occurs in both Central America and North America.
Loricula bipunctata
Loricula bipunctata is a species of minute bladder bug in the family Microphysidae. It is a small predatory true bug found across Europe, Northern Asia (excluding China), and North America. The species was described by Perris in 1857. As a member of the Microphysidae, it belongs to a family of diminutive predatory bugs sometimes referred to as minute bladder bugs.
Lyctocoris canadensis
Lyctocoris canadensis is a species of minute predatory true bug in the family Lyctocoridae. The species was described by Kelton in 1967 and is known to occur in North America. Members of the genus Lyctocoris are typically associated with stored products and other human-modified environments where they prey on small arthropods.
Lyctocoris sp-one
Lyctocoris sp-one is an undescribed or provisionally named species within the genus Lyctocoris, a group of minute predatory bugs in the family Anthocoridae (minute pirate bugs). Species in this genus are small, oval-bodied insects that inhabit decaying organic matter and prey on other small arthropods. The specific epithet "sp-one" indicates this taxon has not received a formal scientific description.
Macrocephalus cimicoides
Macrocephalus cimicoides is an ambush bug in the family Reduviidae, first described by Swederus in 1787. As a member of the subfamily Phymatinae, it belongs to a group of predatory true bugs characterized by raptorial forelegs adapted for catching prey. The species occurs in North America.