Faculty

Institution

Unit

Venue

Tory Hendry

Associate Professor

Cornell University

Affiliations

College of Agriculture and Life Sciences

Department of Microbiology

Tory Hendry is currently serving as a College Of Agriculture And Life Sciences Associate Professor at Cornell University.

Honors

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Experiences

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Education

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Tory Hendry

Cornell University

Associate Professor

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biology microbiology evolutionary biology symbiosis bacteria microbial ecology microorganisms phylogenetics systematics molecular ecology molecular evolution genome biology phylogenomics plant-microbe interactions botany entomology biological pest control environmental microbiology plant taxonomy genetics plant science molecular plant-microbe interactions plant-pathogen interactions plant-insect interactions evolutionary microbiology microbial diversity pest management phylogeny comparison evolutionary taxonomies microbial systematics microbial genetics applied entomology ecological entomology ethology plant-parasite coevolution marine genomics bioluminescence gene evolution maximum likelihood systematic entomology hydrobiologia fish biology plant disease animal behavior phylogenetic methods pest control host specificity prokaryotic system deep sea breeding behavior interspecific behavioral interaction marine biota marine ecology land plants mitochondrial genes internal microbiome aphid presence photobiology protists unicellular organism plant protection pathogen detection biotic interactions avian locomotion aquatic organisms deepest divergences angiosperm phylogeny within rosids identical topologies bootstrap support rapid radiation gymnosperm lineages mitochondrial gene analyses information content sweet potato whitefly pathogen infection microbiome luminous bacteria insect science

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Common Fluorescent Pseudomonas in the Phyllosphere Can Influence Aphid Behavior in Diverse Ways. Authorea (Authorea) (2025)

Kathryn HerrJonah SchieberZahavah RojerTory Hendry

diverse waysenvironmental microbiologycommon fluorescent pseudomonasmicroorganismsphage biologymicrobiologybiologybacteriabiological pest controlplant-microbe interactionsaphid behaviorapplied microbiologymicrobial ecology

Increased Host Diversity Limits Bacterial Generalism but May Promote Microbe-Microbe Interactions. ISME Communications (2025)

Iris A HolmesJosé G Martínez-FonsecaRudolf von MayBriana A SealeyPeter A CerdaMaggie R GrundlerErin P WesteenDaniel NondorfJoanna G LarsonChristopher R MyersTory A Hendry

bacterial generalismmicrobe-microbe interactionsmicrobiologybiologybacteriafood microbiologymicrobial diversityhost diversityenvironmental microbiologymicrobial ecologyhost-microbe interactions

Changes in Capture Availability Due to Infection Can Lead to Detectable Biases in Population-Level Infectious Disease Parameters. PeerJ (2024)

Iris A. HolmesAndrew M. DursoChristopher R. MyersTory A. Hendry

epidemiologypopulation biologyinfectious diseaseskey metricscapture availabilityinfection controlselection biassamplingparasitologyepidemiological dynamicdetection probabilitiesinfectious diseases (medical specialty)disease ecologycommunicable diseasescomputational epidemiologyinfectious disease modellingstatistics

Draft Genome Sequences of Eight Bacterial Isolates From Pisum Sativum Leaf Surfaces. Microbiology Resource Announcements (2024)

Melanie R. SmeeKathryn L. HerrSakinah Abdul-KhaliqChris E. A. CadetTory A. Hendry

draft genomesmicroorganismsplant healthmicrobiologybiologybacteriamicrobial geneticsbacterial isolatesplant-microbe interactionsmicrobial diversityapplied microbiologymicrobial ecologygenome biology

Genome Evolution Following an Ecological Shift in Nectar-Dwelling Acinetobacter. mSphere (2024)

Vivianna A. SanchezTanya RennerLydia J. BakerTory A. Hendry

floral nectarecological shiftecology evolutionmolecular plant-microbe interactionsmolecular evolutionary ecologymolecular ecologycomparative genomicsplant pathogensphylogeneticsevolutionary biologygeneticsmolecular evolutionphylogenomicsgene evolutiongenome biology

Increased Host Diversity Limits Bacterial Generalism but May Promote Microbe-Microbe Interactions. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Iris A HolmesJosé G Martínez-FonsecaRudolf von MayBriana A SealeyPeter A CerdaMaggie R GrundlerErin P WesteenDaniel NondorfJoanna G LarsonChristopher R MyersTory A Hendry

ecology evolutiongeneralist taxaevolutionary microbiologymicrobe-microbe interactionsfunctional ecologycommunity (ecology)evolutionary biologymicrobial diversityecologyhost diversitymicrobiomemicrobial ecology

Cyclic-DI-Gmp Promotes Bacteria–Host Association. Nature Microbiology (2023)

Tory A. HendryKelley A. Gallagher

cyclic-di-gmp promotesapplied microbiologypathogenic bacteriahost-microbe interactionsmicrobiologybacteriamicrobial cell factorymicrobiomemicrobial pathogenesis

Acinetobacter Pollinis Sp. Nov., Acinetobacter Baretiae Sp. Nov. and Acinetobacter Rathckeae Sp. Nov., Isolated From Floral Nectar and Honey Bees. INTERNATIONAL JOURNAL OF SYSTEMATIC AND EVOLUTIONARY MICROBIOLOGY (2021)

Sergio Alvarez-PerezLydia J. BakerMegan M. MorrisKaoru TsujiVivianna A. SanchezTadashi FukamiRachel L. VannetteBart LievensTory A. Hendry

microbial systematicssymbiosisacinetobacter pollinis spsystematic entomologynew isolatesmicrobiologybiologyphylogeneticssystematicsbacterial isolatesphylogenomics

Context-Dependent Benefits of Aphids for Bacteria in the Phyllosphere. The American Naturalist (2021)

Melanie R. SmeeTory A. Hendry

symbiosisplant-insect interactionsmolecular plant-microbe interactionsmolecular plant pathologycontext-dependent benefitsmicroorganismsaphid presencemicrobiologybiologyplant-parasite coevolutionplant-microbe interactionsecologymicrobial ecologypea aphid

Epiphytic Strains of Pseudomonas Syringae Kill Diverse Aphid Species. Applied and Environmental Microbiology (2021)

Melanie R. SmeeImperio Real-RamirezCatalina Zuluaga AriasTory A. Hendry

crop pestssymbiosisplant-insect interactionsmolecular plant-microbe interactionsplant-associated bacteriamicrobiologybiologybiological pest controlplant-parasite coevolutionplant-pathogen interactionsepiphytic bacteriaplant-microbe interactionspest sciencemicrobial ecology

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Tory Hendry

Associate Professor

Cornell University

Affiliations

College of Agriculture and Life Sciences

Department of Microbiology

Tory Hendry is currently serving as a College Of Agriculture And Life Sciences Associate Professor at Cornell 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

Tory Hendry

Cornell University

Associate Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Common Fluorescent Pseudomonas in the Phyllosphere Can Influence Aphid Behavior in Diverse Ways. Authorea (Authorea) (2025)

Kathryn HerrJonah SchieberZahavah RojerTory Hendry

Increased Host Diversity Limits Bacterial Generalism but May Promote Microbe-Microbe Interactions. ISME Communications (2025)

Iris A HolmesJosé G Martínez-FonsecaRudolf von MayBriana A SealeyPeter A CerdaMaggie R GrundlerErin P WesteenDaniel NondorfJoanna G LarsonChristopher R MyersTory A Hendry

bacterial generalismmicrobe-microbe interactionsmicrobiologybiologybacteriafood microbiologymicrobial diversityhost diversityenvironmental microbiologymicrobial ecologyhost-microbe interactions

Changes in Capture Availability Due to Infection Can Lead to Detectable Biases in Population-Level Infectious Disease Parameters. PeerJ (2024)

Iris A. HolmesAndrew M. DursoChristopher R. MyersTory A. Hendry

Draft Genome Sequences of Eight Bacterial Isolates From Pisum Sativum Leaf Surfaces. Microbiology Resource Announcements (2024)

Melanie R. SmeeKathryn L. HerrSakinah Abdul-KhaliqChris E. A. CadetTory A. Hendry

draft genomesmicroorganismsplant healthmicrobiologybiologybacteriamicrobial geneticsbacterial isolatesplant-microbe interactionsmicrobial diversityapplied microbiologymicrobial ecologygenome biology

Genome Evolution Following an Ecological Shift in Nectar-Dwelling Acinetobacter. mSphere (2024)

Vivianna A. SanchezTanya RennerLydia J. BakerTory A. Hendry

Increased Host Diversity Limits Bacterial Generalism but May Promote Microbe-Microbe Interactions. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Iris A HolmesJosé G Martínez-FonsecaRudolf von MayBriana A SealeyPeter A CerdaMaggie R GrundlerErin P WesteenDaniel NondorfJoanna G LarsonChristopher R MyersTory A Hendry

Cyclic-DI-Gmp Promotes Bacteria–Host Association. Nature Microbiology (2023)

Tory A. HendryKelley A. Gallagher

cyclic-di-gmp promotesapplied microbiologypathogenic bacteriahost-microbe interactionsmicrobiologybacteriamicrobial cell factorymicrobiomemicrobial pathogenesis

Sergio Alvarez-PerezLydia J. BakerMegan M. MorrisKaoru TsujiVivianna A. SanchezTadashi FukamiRachel L. VannetteBart LievensTory A. Hendry

microbial systematicssymbiosisacinetobacter pollinis spsystematic entomologynew isolatesmicrobiologybiologyphylogeneticssystematicsbacterial isolatesphylogenomics

Context-Dependent Benefits of Aphids for Bacteria in the Phyllosphere. The American Naturalist (2021)

Melanie R. SmeeTory A. Hendry

Epiphytic Strains of Pseudomonas Syringae Kill Diverse Aphid Species. Applied and Environmental Microbiology (2021)

Melanie R. SmeeImperio Real-RamirezCatalina Zuluaga AriasTory A. Hendry

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