Faculty

Institution

Unit

Venue

Matthew O'Neal

Professor

Iowa State University

Affiliations

College of Agriculture and Life Sciences

Entomology

Plant Pathology and Microbiology

Matthew O'neal is currently serving as a College Of Agriculture And Life Sciences Professor at Iowa State University.

Honors

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Experiences

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Education

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Matthew O'Neal

Iowa State University

Professor

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entomology agricultural economics ecology plant science pest management sustainable agriculture genetics insect science environmental science botany pest science avian biology plant-insect interactions soybean aphid ecological entomology crop science economic entomology agricultural biotechnology crop ecology agricultural management applied entomology agricultural sciences crop improvement horticulture research plant breeding livestock science pest control biogeography agronomy insect conservation conservation biology plant physiology applied ecology genomics wildlife agroecology agricultural impacts vegetation science plant genetics crop rotation plant ecology soybean aphids community (ecology) soil biology landscape ecology plant genomics soybean fields host plant resistance biodiversity crop physiology biological control prairie strips aphis glycines western corn rootworm terrestrial ecology invasion biology environmental biology wildlife ecology population ecology crop yields nematology plant-abiotic interaction applied plant ecology north america honey bee economic threshold united states plant biology insect virus induced resistance predator-prey interactions spatial ecology honey bee colonies wild bees community identification natural enemies beneficial insects

Notable Scholarly Works

Notable Federal Grants

Collaborators

Honey Beekeeping in Agricultural Landscapes: Addressing the Stresses of Pesticide Exposure and Limited Forage. CABI eBooks (2024)

Matthew E. O’NealMaura Hall

honey beekeepinglimited forageagricultural landscapespesticide exposureecology

Insecticide Application Prevents Honey Bees From Realizing Benefits of Native Forage in an Agricultural Landscape. The Science of The Total Environment (2024)

Ashley L St ClairAdam G DolezalRandall P CassHarmen P HendriksmaDavid S SteinKate E BorchardtErin W HodgsonMatthew E O'NealAmy L Toth

integrated pest managementagricultural policyagricultural landscapeagricultural economicssustainable agriculturepest managementnatural resource managementnative foragepest controlinsecticide application preventsentomologyinsecticides

INSECTNET: Real-Time Identification of Insects Using an End-To-End Machine Learning Pipeline. PNAS Nexus (2024)

Shivani ChiranjeeviMojdeh SaadatiZi K DengJayanth KoushikTalukder Z JuberyDaren S MuellerMatthew O’NealNirav MerchantAarti SinghAsheesh K SinghSoumik SarkarArti SinghBaskar Ganapathysubramanian

insect sciencereal-time identificationdata sciencemachine learning

Persistent Monitoring of Insect-Pests on Sticky Traps Through Hierarchical Transfer Learning and Slicing-Aided Hyper Inference. Frontiers in Plant Science (2024)

Fateme FotouhiKevin MenkeAaron PrestholtAshish GuptaMatthew E. CarrollHsin-Jung YangEdwin J. SkidmoreMatthew O’NealNirav MerchantSajal K. DasPeter KyverygaBaskar GanapathysubramanianAsheesh K. SinghArti SinghSoumik Sarkar

sticky trapsslicing-aided hyper inferencepersistent monitoringhierarchical transfer learningplant science

Effects of Seed Treatments and Storage Duration on Myzus Persicae (Hemiptera: Aphididae) and Amaranth Fresh Leaf Yield. Environmental Entomology (2023)

Esther L NampeeraMatthew E O’NealGail R NonneckeLucy K MurungiMary O Abukutsa-OnyangoJohn M Wesonga

seed treatmentsstorage durationplant sciencebotanyecological entomologyecologyentomologyhorticulture research

Native Vegetation Embedded in Landscapes Dominated by Corn and Soybean Improves Honey Bee Health and Productivity. Journal of Applied Ecology (2023)

Ge ZhangCaroline J. MurrayAshley L. St. ClairRandall P. CassAdam G. DolezalLisa A. SchulteAmy L. TothMatthew E. O'Neal

agricultural managementcrop ecologyagricultural conservationecosystem servicesconservation scienceagricultural economicssustainable agriculturelongitudinal studiesprairie stripscommunity (ecology)applied ecologycrop protectionagroecologyecologynative vegetationagronomy

Self‐Supervised Learning Improves Classification of Agriculturally Important Insect Pests in Plants. The Plant Phenome Journal (2023)

Soumyashree KarKoushik NagasubramanianDinakaran ElangoMatthew E. CarrollCraig A. AbelAjay NairDaren S. MuellerMatthew E. O'NealAsheesh K. SinghSoumik SarkarBaskar GanapathysubramanianArti Singh

computer scienceplant scienceclassification methodself-supervised learningentomology

Association of Voltage-Gated Sodium Channel Mutations With Field-Evolved Pyrethroid Resistant Phenotypes in Soybean Aphid and Genetic Markers for Their Detection. Scientific Reports (2022)

Ivair ValmorbidaJessica D. HohensteinBrad S. CoatesJúlia G. BevilaquaJames MengerErin W. HodgsonRobert L. KochMatthew E. O’Neal

insect molecular biologycomparative genomicsavian biologymolecular geneticsphylogeneticsgene evolutionplant biotechnologygeneticslivestock sciencemutagenesisepigeneticsgenomicsmolecular biologyevolutionary geneticsplant genomicsbotanysoybean aphidgenetic markersgenome biologyevolutionary biology

Attitudes About Honey Bees and Pollinator-Friendly Practices: A Survey of Iowan Beekeepers, Farmers, and Landowners. Journal of Integrated Pest Management (2022)

Randall P CassErin W HodgsonMatthew E O’NealAmy L TothAdam G Dolezal

insect conservationpractical conservationconservation scienceagricultural economicsiowan beekeepersconservation management systemnatural resource managementpollinator-friendly practicesecological entomologyconservation policyapplied ecologynature conservationeconomic entomologyecologyentomologyhoney beesconservation biology

Evidence of Enhanced Reproductive Performance and Lack‐of‐Fitness Costs Among Soybean Aphids, Aphis Glycines, With Varying Levels of Pyrethroid Resistance. Pest Management Science (2022)

Ivair ValmorbidaBrad S. CoatesErin W. HodgsonMolly RyanMatthew E. O’Neal

agricultural economicsplant breedinggeneticsplant reproductionsustainable agricultureanimal reproductionplant physiologyentomologysoybean aphidspest managementbotanypest scienceplant scienceenhanced reproductive performancelack-of-fitness costscrop sciencepyrethroid resistancecrop physiologyecologyhorticulture research

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Matthew O'Neal

Professor

Iowa State University

Affiliations

College of Agriculture and Life Sciences

Entomology

Plant Pathology and Microbiology

Matthew O'neal is currently serving as a College Of Agriculture And Life Sciences Professor at Iowa State University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Matthew O'Neal

Iowa State University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Honey Beekeeping in Agricultural Landscapes: Addressing the Stresses of Pesticide Exposure and Limited Forage. CABI eBooks (2024)

Matthew E. O’NealMaura Hall

honey beekeepinglimited forageagricultural landscapespesticide exposureecology

Insecticide Application Prevents Honey Bees From Realizing Benefits of Native Forage in an Agricultural Landscape. The Science of The Total Environment (2024)

Ashley L St ClairAdam G DolezalRandall P CassHarmen P HendriksmaDavid S SteinKate E BorchardtErin W HodgsonMatthew E O'NealAmy L Toth

INSECTNET: Real-Time Identification of Insects Using an End-To-End Machine Learning Pipeline. PNAS Nexus (2024)

Shivani ChiranjeeviMojdeh SaadatiZi K DengJayanth KoushikTalukder Z JuberyDaren S MuellerMatthew O’NealNirav MerchantAarti SinghAsheesh K SinghSoumik SarkarArti SinghBaskar Ganapathysubramanian

insect sciencereal-time identificationdata sciencemachine learning

Persistent Monitoring of Insect-Pests on Sticky Traps Through Hierarchical Transfer Learning and Slicing-Aided Hyper Inference. Frontiers in Plant Science (2024)

sticky trapsslicing-aided hyper inferencepersistent monitoringhierarchical transfer learningplant science

Effects of Seed Treatments and Storage Duration on Myzus Persicae (Hemiptera: Aphididae) and Amaranth Fresh Leaf Yield. Environmental Entomology (2023)

Esther L NampeeraMatthew E O’NealGail R NonneckeLucy K MurungiMary O Abukutsa-OnyangoJohn M Wesonga

seed treatmentsstorage durationplant sciencebotanyecological entomologyecologyentomologyhorticulture research

Native Vegetation Embedded in Landscapes Dominated by Corn and Soybean Improves Honey Bee Health and Productivity. Journal of Applied Ecology (2023)

Ge ZhangCaroline J. MurrayAshley L. St. ClairRandall P. CassAdam G. DolezalLisa A. SchulteAmy L. TothMatthew E. O'Neal

Self‐Supervised Learning Improves Classification of Agriculturally Important Insect Pests in Plants. The Plant Phenome Journal (2023)

Soumyashree KarKoushik NagasubramanianDinakaran ElangoMatthew E. CarrollCraig A. AbelAjay NairDaren S. MuellerMatthew E. O'NealAsheesh K. SinghSoumik SarkarBaskar GanapathysubramanianArti Singh

computer scienceplant scienceclassification methodself-supervised learningentomology

Association of Voltage-Gated Sodium Channel Mutations With Field-Evolved Pyrethroid Resistant Phenotypes in Soybean Aphid and Genetic Markers for Their Detection. Scientific Reports (2022)

Ivair ValmorbidaJessica D. HohensteinBrad S. CoatesJúlia G. BevilaquaJames MengerErin W. HodgsonRobert L. KochMatthew E. O’Neal

Attitudes About Honey Bees and Pollinator-Friendly Practices: A Survey of Iowan Beekeepers, Farmers, and Landowners. Journal of Integrated Pest Management (2022)

Randall P CassErin W HodgsonMatthew E O’NealAmy L TothAdam G Dolezal

Evidence of Enhanced Reproductive Performance and Lack‐of‐Fitness Costs Among Soybean Aphids, Aphis Glycines, With Varying Levels of Pyrethroid Resistance. Pest Management Science (2022)

Ivair ValmorbidaBrad S. CoatesErin W. HodgsonMolly RyanMatthew E. O’Neal

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