Keyphrases
Abscisic Acid
27%
Agricultural Settings
26%
Annual Plants
38%
Apical Dominance
27%
Aristotle
27%
Attitudes toward Plants
27%
Blob
27%
Carbon Dioxide
27%
Competitive Effect
24%
Developmental Responses
27%
Drought
85%
Ecological Implications
58%
External Cues
27%
External Signal
27%
Future Environment
27%
Future Perceptions
27%
Growth Response
27%
Immediate Environment
27%
Internal Signal
31%
Interplant
47%
Lifetime Performance
27%
Low-rank
27%
Medicago Truncatula
27%
Naturalists
27%
Neighboring Plants
28%
Non-self
31%
Nutrient Availability
27%
Nutrient Level
27%
Phenotypic Plasticity
24%
Pisum Sativum
45%
Plant Communication
39%
Plant Growth
31%
Plant Performance
32%
Plant Sensing
27%
Portulaca
27%
Ramet
30%
Resource Availability
60%
Resource Level
29%
Root Communications
28%
Saline Water
27%
Scala Naturae
27%
Self-nonself Discrimination
54%
Sense-and-respond
27%
Soil Eating
27%
Split-root
28%
Stress Cues
28%
Theophrastus
27%
Tomato Plant
27%
Variable Resources
27%
Water Availability
32%
Agricultural and Biological Sciences
Abscisic Acid
27%
Acclimation
40%
Acropora
13%
Adaptive Response
27%
Annuals
100%
Anthesis
31%
Apical Dominance
22%
Auxin
15%
Body Water
18%
Branches
59%
Clover
23%
Compensatory Growth
18%
Cynodon Dactylon
27%
Digitaria sanguinalis
13%
Drought Resistance
13%
Evolution
29%
Feed Supplementation
27%
Fruit Quality
13%
Hippocrepis
13%
Irrigation
13%
Lateral Root
27%
Medicago truncatula
18%
Meristem
21%
Meta-Analysis
13%
Natural Selection
13%
Nutrient Availability
27%
Onobrychis
13%
Pea
84%
Phenotypic Plasticity
31%
Photometer
13%
Photosystem
18%
Plant Community
39%
Plant Development
15%
Plant Growth
21%
Plant Reproduction
16%
Poaceae
18%
Population Dynamics
13%
Portulaca
27%
Remediation
13%
Reproductive Efficiency
13%
Reproductives
57%
Rooting
29%
Seeds
24%
Shrubland
13%
Soil Resource
15%
Stenotaphrum secundatum
40%
Stoma
18%
Symbion
13%
Trifolium repens
13%
Trophic Level
20%