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Soil legacy effects on aboveground plant-insect interactions
R. Heinen
NIOO - Terrestrial Ecology (TE)
Research output
:
PhD Thesis
›
PhD thesis
452
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Overview
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Research output
(5)
Press/Media
(3)
Activities
(19)
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Dive into the research topics of 'Soil legacy effects on aboveground plant-insect interactions'. Together they form a unique fingerprint.
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Keyphrases
Aboveground Herbivory
14%
Agricultural Land Use
14%
Belowground Interactions
14%
Biodiversity
14%
Biotic Components
14%
Cabbage Moth
28%
Caterpillar
42%
Chewing Herbivore
14%
Defense Pathways
14%
Diverse Environment
14%
Effect on Plants
42%
Exudation
14%
Fast-growing
14%
Fast-growing Plants
14%
Fast-slow
14%
Focal Plant
14%
Forbs
28%
Functional Interaction
14%
Functional Plants
14%
Grass
28%
Herbivore-induced
14%
Insect Herbivory
28%
Iridoid Glycosides
14%
Jasmonic Acid
14%
Leaf Consumption
14%
Legacy Effects
42%
Mamestra Brassicae
14%
Marker Genes
14%
Microbes
14%
Microbiome
42%
Mutualist
14%
Organic Matter
14%
Phase Response
14%
Phloem-feeding Insects
14%
Phytohormonal
14%
Plant Biomass
14%
Plant Community
14%
Plant Functional Types
42%
Plant Growth
14%
Plant Growth Rate
28%
Plant Species
57%
Plant-insect Interactions
100%
Plant-soil Feedback
14%
Plant-specific
28%
Plantago Lanceolata
14%
Polyphagous
14%
Salicylic Acid Signaling
14%
Secondary Metabolites
14%
Slow-growing
14%
Soil Communities
57%
Soil Legacy
57%
Soil Legacy Effects
100%
Soil Microbiome
28%
Soil Organisms
14%
Species-specific Pattern
14%
Urbanization
14%
Agricultural and Biological Sciences
Arable Land
33%
Biodiversity
33%
Brassica Oleracea Var. Capitata
66%
Forb
66%
Gene Expression Assay
33%
Grand Unified Theory
33%
Host Plant
33%
Iridoid glycosides
33%
Jasmonate
33%
Jasmonic Acid
33%
Land Use
33%
Mamestra brassicae
33%
Mastication
66%
Microbiome
100%
Phloem
33%
Plant Community
33%
Plant Defense
33%
Plant Functional Type
100%
Plantago lanceolata
33%
Poaceae
33%
Secondary Metabolite
33%
Soil Microbiome
66%
Immunology and Microbiology
Biodiversity
14%
Gene Expression Assay
14%
Herbivory
14%
Infectious Agent
14%
Mamestra brassicae
14%
Marker Gene
14%
Mastication
28%
Microbiome
71%
Phloem
14%
Plant Growth
28%
Plant Insect Interaction
100%
Plantago lanceolata
14%
Poaceae
14%
Salicylic Acid
14%
Secondary Metabolite
14%
Soil Organism
14%
Taxon
14%
Biochemistry, Genetics and Molecular Biology
Biodiversity
14%
Gene Expression Profiling
14%
Grand Unified Theory
14%
Herbivory
14%
Infectious Agent
14%
Iridoid glycosides
14%
Jasmonate
14%
Mamestra brassicae
14%
Marker Gene
14%
Microbiome
71%
Plant Defense
14%
Plant Insect Interaction
100%
Plantago lanceolata
14%
Poaceae
14%
Secondary Metabolite
14%
Soil Organism
14%
Taxon
14%
Earth and Planetary Sciences
Phloem
25%
Salicylic Acid
25%