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Chemical phenotype matching between a plant and its insect herbivore
May R. Berenbaum
, Arthur R. Zangerl
Entomology
Center for Advanced Study
Office of the Provost
Plant Biology
Natural Resources and Environmental Sciences
Prairie Research Institute
Carl R. Woese Institute for Genomic Biology
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Keyphrases
Furanocoumarins
100%
Insect Herbivory
100%
Chemical Phenotype
100%
Genetic Matching
100%
Webworm
66%
Co-evolutionary
66%
Plant Phenotyping
66%
Resistance Traits
66%
Arms Race
66%
Herbivore
33%
Pastinaca Sativa
33%
Depressaria
33%
Wild Parsnip
33%
Parsnip
33%
Landscape Scale
33%
Virulence
33%
Heritable Variation
33%
Latitudinal Gradient
33%
Inheritance of Resistance
33%
Metabolism Rate
33%
Phenotype Distribution
33%
Geographic Mosaic
33%
Sphondin
33%
Herbarium Specimens
33%
Plant Resistance to Insects
33%
Frequency Matching
33%
Major Gene
33%
Multitrait Phenotypes
33%
Stable Cycling
33%
Polygenic Inheritance
33%
Biochemistry, Genetics and Molecular Biology
Metabolic Pathway
100%
Mosaicism
100%
Herbivory
100%
Pastinaca
100%
Multifactorial Inheritance
100%
Major Gene
100%
Agricultural and Biological Sciences
Webworm
100%
Parsnip
100%
Pastinaca sativa
50%
Depressaria pastinacella
50%
Polygenic Inheritance
50%
Major Gene
50%