Agriculture & Biology
Erythranthe guttata
86%
herbivores
71%
Phrymaceae
69%
phytochemicals
41%
Populus tremuloides
23%
meta-analysis
22%
glycosides
20%
phenylpropanoids
20%
trichomes
16%
life history
16%
genotype
16%
chemistry
15%
chemical defenses
14%
phenotypic plasticity
13%
salicortin
11%
plant ecology
11%
flower size
10%
hydrosols
9%
biocenosis
9%
ecology
8%
Salicaceae
8%
insect communities
8%
insects
8%
epigenetics
8%
seed characteristics
7%
browsing
7%
allelochemicals
7%
genetic correlation
7%
gardens
7%
ungulates
7%
chronic exposure
7%
tremulacin
7%
genetic variation
6%
dry environmental conditions
6%
blight
6%
quantitative traits
6%
climate change
6%
mating systems
6%
coevolution
6%
Lepidoptera
6%
prediction
6%
genetic background
6%
Populus
6%
water use efficiency
6%
climate
6%
community structure
6%
testing
5%
inheritance (genetics)
5%
seed size
5%
carbon dioxide
5%
Earth & Environmental Sciences
herbivore
63%
defense
48%
herbivory
40%
trichome
28%
plant defense
25%
genotype
25%
genetic variation
21%
meta-analysis
21%
competitive ability
21%
life history
20%
insect
19%
phenotypic plasticity
17%
generalist
17%
chemical defense
16%
fitness
15%
plant-herbivore interaction
14%
ecology
13%
phenotype
12%
lepidopteran
12%
allocation
11%
flower
11%
garden
10%
seed size
10%
allelochemical
10%
local adaptation
9%
reproductive strategy
8%
drought stress
8%
browsing
8%
community composition
8%
intraspecific variation
7%
water use efficiency
7%
ungulate
7%
coevolution
7%
aridity
7%
North America
7%
pathogen
7%
effect
7%
shoot
6%
seedling
6%
test
6%
outcrossing
6%
diet
6%
tolerance
6%
gene
5%
seed
5%
germination
5%
community structure
5%
disease resistance
5%
tannin
5%
annual plant
5%
Medicine & Life Sciences
Mimulus
100%
Populus
48%
Herbivory
45%
Phytochemicals
26%
Glycosides
23%
Ecotype
16%
Gardens
16%
Genotype
15%
Insecta
14%
Population
13%
salicortin
11%
Plant Genes
11%
Quantitative Trait Loci
11%
Ecosystem
11%
Life History Traits
10%
Ants
10%
Forests
10%
Seedlings
10%
Betula
9%
Climate Change
9%
Ecology
8%
Drive
8%
Genetic Variation
8%
Near-Infrared Spectroscopy
7%
Genetic Linkage
7%
Seeds
6%
Reproduction
6%
Genetic Recombination
6%
Growth
6%
tremulacin
6%
High Pressure Liquid Chromatography
5%
Droughts
5%