Keyphrases
Rice
100%
Alternative Splicing
75%
Irrigation
72%
Grain Yield
72%
Abscisic Acid
54%
Grain Quality
39%
Phosphorus Use Efficiency
36%
Rice Varieties
27%
Milled Rice
27%
Germination
26%
Continuous Flooding
26%
China
24%
P Fertilizer
23%
Nitrogen Use Efficiency
23%
Water Use Efficiency
22%
Physiological Adaptation
21%
Seed Germination
21%
Rhizosphere Microorganisms
20%
Upland Rice
20%
Lowland Rice
20%
Rice Seed
20%
Whole Genome Duplication
18%
Grass
18%
LFY Gene
18%
Phosphorus Rate
18%
Architecture Development
18%
Reduced Phosphorus
18%
Phosphorus Fertilizer Application
18%
Sequencing Platforms
18%
Illumina HiSeq4000
18%
BGISEQ-500
18%
Salt Tolerance
18%
Transcription Factor Genes
18%
Rice Seedlings
18%
Trehalose Content
18%
OsNAC2
18%
Switchgrass
18%
Irrigation Rate
18%
Lower Reaches of the Yangtze River
18%
Positive Behavior
18%
Circadian Clock
18%
Arabidopsis Thaliana Ecotypes
18%
ABA Catabolism
18%
Negative Actions
18%
Hydrotropic
18%
Rice Plant
18%
Transcriptome Analysis
18%
Drought Stress Response
18%
Metal Accumulation
18%
Woody Plants
18%
Seed Dormancy
18%
Root Hydrotropism
18%
Rhizosheath
18%
Bacterial Infection
18%
Brassinosteroids
18%
Comparative Analysis
18%
Root Architecture
18%
Cultivation Practices
18%
Stress Effect
18%
Radicle
18%
Alternative Translation
18%
Seed Aging
18%
Water Use
18%
Abiotic Stress
18%
Yield Loss
18%
H2O2 Accumulation
18%
Wheat
18%
Regulatory Role
18%
Stress-induced
18%
Metabolic Profiling
18%
Controlled Release
18%
Nutritional Quality
18%
Paddy Rice
18%
N Level
18%
Nitrogen Levels
18%
Nitrogen Effect
18%
Japonica Rice
18%
Controlled-release Urea
15%
Plant Growth
14%
ALAMO
13%
Host-microbiome Interactions
13%
Phosphorus Pentoxide
13%
N Application Rate
13%
Traditional Varieties
13%
Seed Vigor
12%
Salt Stress
11%
Irrigation Regime
11%
Fertilizer Application
11%
Soil Drying
11%
Stress Resistance
11%
Transcriptome
10%
ABA Metabolism
10%
Proteome Diversity
10%
Splicing Factor
9%
Nitrogen Application
9%
Floral Development
9%
Partial Factor Productivity
9%
Trehalose
9%
OsNCED3
9%
Fertilizer Application Level
9%
Irrigation Events
9%
Irrigation Water Use
9%
Heavy Metal Content
9%
Abscisic Acid Signaling
9%
Drought Stress
9%
Alternative Translation Initiation
9%
Rice Grain
9%
Phylogeny
9%
Lodging Index
9%
N Application
9%
Starch
9%
Amylose Content
9%
Chalkiness
9%
Consistent Patterns
9%
Peak Viscosity
9%
Gel Consistency
9%
Overexpression
8%
Amino Acids
8%
Irrigation Water
8%
Ammonium Nitrogen
7%
Application Strategy
7%
Rhizosphere
7%
Col-0
7%
Crop Yield
7%
Alkaloids
7%
Phenolic Acids
7%
Lipid Acids
7%
Yield Grain
7%
Nutrient Use Efficiency
7%
Mineral nutrients
7%
Harvest Index
7%
Irrigation Strategy
7%
Root System
7%
Phosphorus P
7%
Plant Hormones
7%
Plant Development
6%
Drought Stress Conditions
6%
Hydrotropism
6%
Plant Stress
6%
H+ Efflux
6%
Root Growth
6%
Basal Internode
6%
Overexpressing
6%
Rice Production
6%
Regulatory Mechanism
6%
Environmental Conditions
6%
Hydrogen Peroxide
6%
Aging Treatment
6%
Gene Regulatory Network
5%
Differentially Expressed Genes
5%
ICP1
5%
Dormancy Release
5%
Non-rhizosphere
5%
Anthesis
5%
Culture Method
5%
P Rate
5%
Root Length
5%
Rhizosphere Soil
5%
Combined Application
5%
Nitrogen Content
5%
Molecular Analysis
5%
Resource Efficiency
5%
Grain Nitrogen
5%
Biochemistry, Genetics and Molecular Biology
Alternative Splicing
60%
Abscisic Acid
54%
Seed Germination
42%
Ecotype
36%
Genomics
30%
Gene Expression Profiling
21%
Metabolite
20%
Woody Plant
18%
Floral Development
18%
Circadian Rhythm
18%
Arabidopsis
18%
Trehalose
18%
Panicum virgatum
18%
Hydrogen Peroxide
18%
Seed Dormancy
18%
Brassinosteroid
18%
Salt Tolerance
18%
Abiotic Stress
18%
Flowering
18%
Next Generation Sequencing
18%
Transcription Factor
18%
Cladistics
18%
Poaceae
12%
Transcriptome
12%
Transcriptomics
12%
Plant Physiology
11%
Metabolic Pathway
10%
Splicing Factor
9%
Liverwort
9%
Cell Proliferation
9%
Functional Divergence
9%
Subfunctionalization
9%
Synteny
9%
Plant Evolution
9%
Multigene Family
9%
Vascular Plant
9%
Streptophyta
9%
Gene Duplication
9%
Arabidopsis thaliana
9%
Bradyrhizobium
9%
Translation Initiation
9%
Nitrogen Metabolism
9%
Microorganism
9%
Absorption
9%
Evolution
9%
Photosynthetic Rate
9%
Chlorophyll
9%
Enzyme Activity
9%
RNA Sequence
8%
Stress
7%
Homeostasis
6%
Root Growth
6%
Single-Nucleotide Polymorphism
6%
Indel
6%
Small RNAs
6%
DNA Sequence
6%
Seedling Establishment
6%
RNA Splicing
6%
Morphology
6%
Amino Acid
6%
Messenger RNA
5%
Proteome
5%
Regulatory Network
5%
Plant Development
5%
Dormancy
5%
Agricultural and Biological Sciences
Abscisic Acid
56%
Irrigation
54%
Grains
54%
Rhizosphere
36%
Fertilizer Application
27%
Phosphorus Fertilizers
21%
Lowlands
20%
Seed Germination
19%
Woody Plant
18%
Salt Tolerance
18%
Arabidopsis
18%
Seed Dormancy
18%
Trehalose
18%
Ecotype
18%
Paddies
18%
Hydrotropism
18%
Brassinosteroid
18%
Alternative Splicing
18%
Seeds
18%
Heavy Metal
18%
Anthesis
18%
Plant Hormone
16%
Water Use Efficiency
15%
Irrigation Management
13%
Microorganism
11%
Irrigation Water
9%
Nitrogen Metabolism
9%
Bradyrhizobium
9%
Enzyme Activity
9%
Photosynthetic Capacity
9%
Leaf Area Index
9%
Chlorophyll
9%
Spring Wheat
9%
Root System
8%
Homeostasis
8%
Plant Physiology
7%
Salt Stress
7%
Dormancy
7%
Table Salt
6%
Root Growth
6%
Nutrient Use Efficiency
5%