Faculty

Institution

Unit

Venue

J. Daniel Hare

Emeritus Professor of Entomology

University of California, Riverside

Affiliations

College of Natural & Agricultural Sciences (CNAS)

Entomology

J. Daniel Hare is currently serving as a College Of Natural & Agricultural Sciences (Cnas) Emeritus Professor of Entomology at University of California, Riverside.

Honors

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Experiences

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Education

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J. Daniel Hare

University of California, Riverside

Emeritus Professor of Entomology

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ecology entomology botany plant science environmental science avian biology insect science chemical ecology plant-insect interactions evolutionary biology genetics applied entomology plant physiology plant ecology economic entomology datura wrightii horticulture research pest management citrus red mite sustainable agriculture ecological entomology plant genetics colorado potato beetle genetic variation microbial ecology evolutionary ecology behavioral ecology conservation biology ecological chemistry pest control animal ecology plant biology leptinotarsa decemlineata zoology systematics crop science evolutionary genetics wildlife ecology vegetation science horticultural science parasitic wasp gas exchange fruit size california red scale mimulus aurantiacus wildlife agricultural biotechnology livestock science crop production host-parasite relationships rodent ecology biological evolution breeding behavior predator-prey interactions natural selection habitat management wildlife management phenology crop improvement insect conservation phytochemistry crop physiology herbivorous insects rapid evolution experimental test glandular trichomes seasonal variation life history parameters host-plant suitability biotic interactions environmental biology crop yields crop cultivation agricultural impacts antimicrobial susceptibility fungal pathogens functional ecology

Notable Scholarly Works

Notable Federal Grants

Collaborators

A De Novo Long-Read Genome Assembly of the Sacred Datura Plant (Datura Wrightii) Reveals a Role of Tandem Gene Duplications in the Evolution of Herbivore-Defense Response. BMC Genomics (2024)

Jay K. GoldbergAaron OlcerstMichael McKibbenJ. Daniel HareMichael S. BarkerJudith L. Bronstein

plant biotechnologyherbivore-defense responsegeneticsevolutionary ecologygenomicsmolecular ecologyplant geneticstandem gene duplicationsgenome biologybotanymolecular evolutionphylogenomicsphylogeneticscomparative genomicsplant genomicsplant scienceevolutionary biologynatural selectionlong-read genome assemblymolecular biologysacred datura plantecology evolution

Herbivore-Mediated Negative Frequency-Dependent Selection Underlies a Trichome Dimorphism in Nature. Evolution Letters (2020)

Jay K. GoldbergCurtis M. LivelySonya R. SternliebGenevieve PintelJ. Daniel HareMichael B. MorrisseyLynda F. Delph

evolutionary geneticsevolutionary ecologyenvironmental scienceecologytrichome dimorphismevolutionary biologymolecular evolution

Experimental Test of an Eco-Evolutionary Dynamic Feedback Loop Between Evolution and Population Density in the Green Peach Aphid. The American Naturalist (2013)

Martin M. TurcotteDavid N. ReznickJ. Daniel Hare

evolutionary ecologyavian biologyenvironmental scienceecologypopulation densitygreen peach aphidexperimental testevolutionary biology

Abiotic Induction Affects the Costs and Benefits of Inducible Herbivore Defenses in Datura Wrightii. Journal of Chemical Ecology (2012)

H. M. KruidhofJeremy D. AllisonJ. Daniel Hare

datura wrightiienvironmental scienceecologyplant ecologyabiotic inductioninducible herbivore defensesabiotic damageagricultural economicsabiotic stressplant-abiotic interactionplant physiologyentomologychemical ecology

How Insect Herbivores Drive the Evolution of Plants. Science (2012)

J. Daniel Hare

wildlife biologyevolutionary ecologyenvironmental scienceecologyplant ecologyplant biologyinsect herbivoresevolutionary biologyentomologybreeding behavior

Experimental Assessment of the Impact of Rapid Evolution on Population Dynamics. Evolutionary ecology research (2011)

Martin M. TurcotteDavid N. ReznickJ. Daniel Hare

evolutionary biologyevolutionary ecologyexperimental assessmentrapid evolution

Production of Herbivore-Induced Plant Volatiles is Constrained Seasonally in the Field but Predation on Herbivores is Not. Journal of Chemical Ecology (2011)

J. Daniel HareJia J. Sun

chemical ecologyherbivore-induced plant volatilesecologyplant ecology

Production of Induced Volatiles by Datura Wrightii in Response to Damage by Insects: Effect of Herbivore Species and Time. Journal of Chemical Ecology (2011)

J. Daniel HareJia J. Sun

datura wrightiienvironmental scienceecologyplant-insect interactionsinduced volatilesherbivore speciesinsect scienceentomologychemical ecology

The Impact of Rapid Evolution on Population Dynamics in the Wild: Experimental Test of Eco-Evolutionary Dynamics. Ecology Letters (2011)

Martin M. TurcotteDavid N. ReznickJ. Daniel Hare

rapid evolutionexperimental testeco-evolutionary dynamicsecology

Ecological Role of Volatiles Produced by Plants in Response to Damage by Herbivorous Insects. Annual Review of Entomology (2010)

J. Daniel Hare

herbivorous insectsentomologyecologyplant ecology

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J. Daniel Hare

Emeritus Professor of Entomology

University of California, Riverside

Affiliations

College of Natural & Agricultural Sciences (CNAS)

Entomology

J. Daniel Hare is currently serving as a College Of Natural & Agricultural Sciences (Cnas) Emeritus Professor of Entomology at University of California, Riverside.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

J. Daniel Hare

University of California, Riverside

Emeritus Professor of Entomology

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A De Novo Long-Read Genome Assembly of the Sacred Datura Plant (Datura Wrightii) Reveals a Role of Tandem Gene Duplications in the Evolution of Herbivore-Defense Response. BMC Genomics (2024)

Jay K. GoldbergAaron OlcerstMichael McKibbenJ. Daniel HareMichael S. BarkerJudith L. Bronstein

Herbivore-Mediated Negative Frequency-Dependent Selection Underlies a Trichome Dimorphism in Nature. Evolution Letters (2020)

Jay K. GoldbergCurtis M. LivelySonya R. SternliebGenevieve PintelJ. Daniel HareMichael B. MorrisseyLynda F. Delph

evolutionary geneticsevolutionary ecologyenvironmental scienceecologytrichome dimorphismevolutionary biologymolecular evolution

Experimental Test of an Eco-Evolutionary Dynamic Feedback Loop Between Evolution and Population Density in the Green Peach Aphid. The American Naturalist (2013)

Martin M. TurcotteDavid N. ReznickJ. Daniel Hare

evolutionary ecologyavian biologyenvironmental scienceecologypopulation densitygreen peach aphidexperimental testevolutionary biology

Abiotic Induction Affects the Costs and Benefits of Inducible Herbivore Defenses in Datura Wrightii. Journal of Chemical Ecology (2012)

H. M. KruidhofJeremy D. AllisonJ. Daniel Hare

How Insect Herbivores Drive the Evolution of Plants. Science (2012)

J. Daniel Hare

wildlife biologyevolutionary ecologyenvironmental scienceecologyplant ecologyplant biologyinsect herbivoresevolutionary biologyentomologybreeding behavior

Experimental Assessment of the Impact of Rapid Evolution on Population Dynamics. Evolutionary ecology research (2011)

Martin M. TurcotteDavid N. ReznickJ. Daniel Hare

evolutionary biologyevolutionary ecologyexperimental assessmentrapid evolution

Production of Herbivore-Induced Plant Volatiles is Constrained Seasonally in the Field but Predation on Herbivores is Not. Journal of Chemical Ecology (2011)

J. Daniel HareJia J. Sun

chemical ecologyherbivore-induced plant volatilesecologyplant ecology

Production of Induced Volatiles by Datura Wrightii in Response to Damage by Insects: Effect of Herbivore Species and Time. Journal of Chemical Ecology (2011)

J. Daniel HareJia J. Sun

datura wrightiienvironmental scienceecologyplant-insect interactionsinduced volatilesherbivore speciesinsect scienceentomologychemical ecology

The Impact of Rapid Evolution on Population Dynamics in the Wild: Experimental Test of Eco-Evolutionary Dynamics. Ecology Letters (2011)

Martin M. TurcotteDavid N. ReznickJ. Daniel Hare

rapid evolutionexperimental testeco-evolutionary dynamicsecology

Ecological Role of Volatiles Produced by Plants in Response to Damage by Herbivorous Insects. Annual Review of Entomology (2010)

J. Daniel Hare

herbivorous insectsentomologyecologyplant ecology

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Similar Faculty Members

S. Fleischer

Institution

Pennsylvania State University

evolutionary biology

forest entomology

Robert F. Luck

Institution

University of California, Riverside

biological control

entomology

David Crowder

Institution

Washington State University

community (ecology)

biotic interaction

David James

Institution

Washington State University

conservation policy

sustainability science

Jared Gregory Ali

Institution

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applied entomology

chemical ecology

Casey Hoy

Institution

Ohio State University

agroforestry system

food system

Timothy Paine

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biological control

entomology

Kelli Hoover

Institution

Pennsylvania State University

chemical ecology

community (ecology)

Pedro Barbosa

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University of Maryland, College Park

evolutionary biology

plant-insect interaction

Andrei Alyokhin

Institution

University of Maine

ecological entomology

chemical ecology