Agriculture & Biology
Impatiens glandulifera
100%
cadmium
63%
Arabidopsis halleri
57%
herbivores
56%
metals
50%
apical dominance
36%
Urtica dioica
35%
heavy metals
35%
plasticity
34%
Medicago truncatula
32%
Bouteloua dactyloides
30%
chronosequences
26%
branching
25%
net primary productivity
25%
phytoaccumulation
24%
compensatory growth
24%
soil
23%
Lythrum salicaria
21%
clones
21%
foraging
20%
shrublands
20%
uptake mechanisms
18%
Helianthus annuus
18%
meristems
17%
shade
17%
plant response
16%
interspecific competition
16%
stress response
15%
gardens
14%
phenotypic plasticity
12%
testing
11%
intraspecific competition
11%
introduced plants
10%
germination
10%
hyperaccumulators
10%
prediction
10%
tillers
10%
allelopathy
10%
colonizing ability
9%
soil nutrients
9%
Portulaca oleracea
8%
ecotypes
8%
genotype
8%
seed productivity
7%
plastics
7%
leaf extracts
7%
stinging
6%
natural enemies
6%
leachates
6%
metal tolerance
6%
Earth & Environmental Sciences
cadmium
60%
herbivory
46%
herbivore
45%
metal
42%
hyperaccumulation
40%
defense
39%
apical dominance
37%
plasticity
37%
heavy metal
36%
ramet
34%
plant defense
32%
weaponry
31%
competitive ability
26%
pandemics
25%
tolerance
25%
resource availability
24%
biotic interactions
24%
net primary production
23%
chronosequence
22%
light availability
22%
shrubland
22%
germination
20%
invasiveness
19%
soil
18%
damage
17%
phenotypic plasticity
15%
experiment
15%
genotype
14%
effect
14%
productivity
13%
allelopathy
12%
antiherbivore defense
12%
sea
10%
ecotype
10%
plant species
9%
amenity
8%
habitat
8%
resource
8%
contaminated soil
8%
field survey
7%
allocation
7%
weapon
7%
garden
7%
accessibility
7%
phytoremediation
7%
seed
6%
seedling establishment
6%
clonal organism
6%
urban biodiversity
5%
shoot
5%