Keyphrases
Ash Dieback
100%
Ash Tree
20%
Bark Extract
20%
Biodiversity
16%
Biodiversity Monitoring
16%
Chemical Defense
20%
Chemical Families
20%
Chemotype
20%
Community-based
16%
Community-weighted Mean
16%
Community-weighted Variance
16%
Coumarin
60%
Emerging Fungi
20%
Environmental Variables
16%
Esculetin
20%
Europe
20%
Flavonoids
20%
Fraxetin
20%
Fraxinus Excelsior
100%
Fungal Growth Inhibition
20%
Genotype
80%
Geographical Location
16%
Global Analysis
16%
Global Change
16%
Global Datasets
100%
Global Diversity
16%
Global Vegetation
16%
Ground Truth Data
16%
High Susceptibility
20%
Hymenoscyphus Fraxineus
20%
Increased Vulnerability
20%
Level of Measurement
16%
Lignans
20%
Local Area
16%
Low Susceptibility
80%
Metabolomics
20%
Methanolic
20%
Motivation
16%
Naturalness
16%
Open Dataset
16%
Partially Overlapped
16%
Phenylethanoids
20%
Physiological Concentrations
20%
Plant Community
33%
Plant Database
16%
Plant Functional Traits
16%
Plant Species
16%
Plant Taxa
16%
Plot Level
33%
Reduced Susceptibility
40%
Release Data
16%
Remote Sensing Application
16%
Resampling
16%
S-plot
33%
Secoiridoids
20%
Slope Aspect
16%
Spatial Grain
16%
Spatial Location
16%
TRY Plant Trait Database
16%
Variable Types
16%
Vascular Plant Species
16%
Vascular Plants
16%
Vegetation Database
16%
Vegetation Layers
16%
Vegetation Plot
100%
Vegetation Type
16%
Agricultural and Biological Sciences
Chemical Defense
20%
Chemotype
20%
Dieback
100%
Flavonoid
20%
Fraxinus
20%
Fraxinus excelsior
100%
Global Change
50%
Grains
100%
Hymenoscyphus fraxineus
20%
Metabolite
100%
Metabolome
20%
Plant Community
100%
Remote Sensing
50%
Vascular Plant
100%
Vegetation Type
50%
Medicine and Dentistry
Chemical Defense
33%
Coumarin Derivative
100%
Esculetin
33%
Flavonoid
33%
Fraxinus
100%
Fungus Growth
33%
Growth Inhibition
33%
In Vitro
33%
Lignan
33%
Metabolite
100%
Metabolome
33%
Pathogen
33%
Secoiridoid
33%