INIS
acidification
26%
arabidopsis
89%
auxins
24%
availability
13%
bacteria
47%
berries
12%
communities
32%
comparative evaluations
11%
control
16%
dynamics
22%
embryos
11%
environment
49%
ethylene
17%
fertilization
11%
flowers
12%
fruits
15%
fungi
12%
genes
100%
genetics
12%
grapes
12%
growth
53%
hormones
16%
in vitro
14%
inoculation
11%
insects
13%
interactions
60%
juveniles
11%
levels
26%
life cycle
22%
microorganisms
13%
mutants
18%
oceans
26%
organic compounds
11%
pathogens
13%
performance
14%
ph value
14%
plant growth
59%
plasticity
31%
populations
38%
production
12%
regulations
19%
reviews
12%
roots
21%
salinity
11%
salts
19%
strains
27%
synthesis
20%
tolerance
28%
upwelling
19%
variations
15%
Keyphrases
APETALA3
9%
Arabidopsis
33%
Arabidopsis Thaliana
40%
Auxin Signaling
15%
Biomechanical Properties
9%
Burkholderia Phytofirmans
40%
Coastal Upwelling
9%
Copper Mining
9%
Developmental Stages
12%
Differentially Expressed
9%
Ethylene Signaling
13%
Expression Level
10%
Fe Content
9%
Fertilization
12%
Fruit Development
15%
Fungi
12%
Gene Expression
25%
Grapevine
30%
Growth Promotion
9%
Growth Rate
17%
Heat Shock Protein 70 (HSP70)
15%
HSP70 Expression
12%
Inflorescence
9%
Inoculation
16%
Life-history Traits
15%
MADS-box
9%
Microorganisms
10%
Molecular Response
12%
Nutrient Sources
9%
Ocean Acidification
22%
Ontogenetic Stages
12%
Organic Compounds
9%
Phenotypic Plasticity
15%
Physiological Characteristics
13%
Physiological Response
13%
PISTILLATA
11%
Plant Development
11%
Plant Growth
22%
Plant Growth Promotion
29%
Plant Growth-promoting Bacteria
11%
Plant Growth-promoting Rhizobacteria
9%
Plant Holobiont
12%
Pollination
12%
Proteobacteria
10%
Rhizosphere
17%
Sustainable Agriculture
9%
Tenebrio Molitor
12%
Thermal Environment
10%
Vitis Vinifera
15%
β-Class
9%
