Agriculture & Biology
Taraxacum
100%
epigenetics
98%
Taraxacum officinale
49%
DNA methylation
49%
parthenogenesis
22%
dopamine receptors
18%
phenotypic plasticity
17%
jasmonic acid
17%
salt marshes
15%
Brassica oleracea
15%
personality
15%
flowering time
14%
phenotype
11%
genotype
11%
Parus major
10%
flowering
9%
methylation
9%
herbivores
9%
RNA
9%
shoots
8%
amplified fragment length polymorphism
8%
nutrients
8%
organisms
7%
genetic variation
7%
inheritance (genetics)
6%
habitats
6%
genes
6%
animals
5%
Medicine & Life Sciences
Epigenomics
73%
Taraxacum
71%
DNA Methylation
43%
Methylation
42%
DNA Transposable Elements
35%
Dopamine D4 Receptors
20%
hydrogen sulfite
20%
Wetlands
19%
Epigenome
18%
Genome
17%
Genetic Variation
16%
Genes
14%
High-Throughput Nucleotide Sequencing
13%
Ecosystem
12%
Personality
12%
Salts
12%
Cognition
10%
Population
10%
Learning
10%
RNA
9%
CpG Islands
8%
Droughts
7%
Asexual Reproduction
7%
Exploratory Behavior
6%
Animals
6%
Brain
6%
Memory
6%
Behavioral Research
6%
Salicylic Acid
6%
Single Nucleotide Polymorphism
5%
Physiological Adaptation
5%
Software
5%
Mammals
5%
Earth & Environmental Sciences
methylation
56%
DNA
38%
parthenogenesis
30%
RNA
28%
range expansion
22%
phenotypic plasticity
20%
genotype
18%
footprint
17%
genetic variation
17%
flowering
16%
environmental gradient
15%
asexual reproduction
15%
saltmarsh
14%
sexual reproduction
13%
gene
13%
pest
12%
divergence
12%
transect
11%
habitat
10%
pathogen
10%
organism
9%
animal
9%
plant population
8%
ploidy
7%
microbial community
6%
salicylic acid
6%
inoculation
6%
phenotype
6%
polymorphism
6%
drought stress
6%
environmental stress
5%