Agriculture & Biology
Eucalyptus aggregata
70%
Eucalyptus rubida
45%
sex ratio
39%
gene flow
28%
interspecific hybridization
26%
pollinators
25%
flower color
22%
genetic rescue
22%
flowers
21%
Angiospermae
20%
Antirrhinum
20%
reproductive isolation
19%
Persoonia
19%
Eucalyptus viminalis
19%
ecological genetics
19%
gender
17%
sexual dimorphism
17%
Antirrhinum majus
17%
genomics
17%
robbing
17%
seed productivity
17%
Populus
16%
sympatry
15%
insect surveys
15%
demographic statistics
15%
hybridization
15%
parallel evolution
14%
pollination
14%
Proteaceae
14%
resource allocation
14%
mating systems
14%
paternity
14%
pollen
13%
nectar robbing
13%
population characteristics
13%
avocados
13%
Acer
12%
life cycle (organisms)
12%
habitat fragmentation
12%
pollen flow
12%
population size
12%
genetic variation
12%
DNA barcoding
11%
flowering
11%
heterosis
11%
plant density
11%
fruit set
11%
nectar
11%
phylogeny
11%
asymmetry
10%
Medicine & Life Sciences
Gene Flow
100%
Antirrhinum
73%
Eucalyptus
52%
Flowers
41%
Population
41%
Magnoliopsida
32%
Sex Ratio
28%
Reproductive Isolation
27%
Populus
25%
Hybrid Vigor
19%
Environmental DNA
18%
Seed Dispersal
18%
Acer
17%
Persea
17%
Pollen
16%
Genome
16%
Phylogeny
15%
Color
14%
Demography
14%
Genomic Islands
14%
Arthropods
13%
Inbreeding
13%
Population Genetics
13%
Population Characteristics
12%
Sex Characteristics
12%
Maintenance
11%
Life Cycle Stages
11%
Cluster Analysis
11%
Sex Chromosomes
11%
Genetic Selection
11%
Genetic Variation
10%
Haplotypes
10%
Genetic Markers
9%
Molecular Evolution
9%
We 201
9%
Ecosystem
8%
Nucleotides
8%
Seedlings
8%
Seeds
8%
Food
7%
Ecology
7%
Pollination
7%
RNA
7%
Genetic Recombination
6%
Sympatry
6%
Genotype
6%
Statistics
5%
Pedigree
5%
Earth & Environmental Sciences
plant population
31%
sex ratio
26%
fitness
26%
pollen
25%
pollinator
21%
paternity
21%
divergence
20%
flower
19%
heterosis
18%
DNA
17%
food production
17%
seedling
17%
pollination
16%
hybrid zone
16%
production system
16%
seed production
15%
gene flow
15%
population characteristics
14%
reproductive strategy
14%
genetic diversity
14%
habitat fragmentation
13%
local adaptation
13%
genomics
13%
plant species
13%
population size
13%
future prospect
13%
resource allocation
12%
angiosperm
12%
restoration
12%
reproductive cost
12%
arthropod
12%
phenotype
11%
seed
11%
farming system
11%
flowering
11%
crop yield
11%
polymorphism
11%
cropping practice
10%
fragmentation
9%
allocation
9%
chromosome
9%
sexual dimorphism
8%
seed dispersal
8%
molecular ecology
8%
autogamy
7%
introgression
7%
antioxidant
7%
cost
6%
pest
6%
herb
6%