Agriculture & Biology
Orchidaceae
100%
Cypripedium calceolus
86%
genetic variation
55%
Sorbus
40%
Equisetaceae
40%
Orchis
36%
Equisetum
34%
polyploidy
31%
microsatellite repeats
31%
Amaryllidaceae
30%
tetraploidy
26%
Rosaceae
26%
genome
22%
Tristachya
19%
loci
19%
Estonia
18%
Ophrys
18%
phylogeny
17%
apomixis
17%
Sorbus aucuparia
17%
Taxus baccata
16%
gene flow
16%
Gilliesia
16%
Robertsonian translocation
16%
nuclear genome
16%
vascular plants
15%
plant genetic resources
15%
plastid DNA
14%
plastids
14%
tribal peoples
14%
alleles
14%
Sorbus aria
13%
phylogeography
13%
introduced plants
12%
hybridization
12%
buried seeds
12%
taxonomy
12%
Madagascar
12%
biogeography
12%
stable isotopes
11%
Portugal
11%
Ipheion
11%
Poaceae
11%
England
11%
corolla
11%
heterozygosity
11%
Nothoscordum
10%
genotyping
10%
fossils
10%
paraphyly
10%
Earth & Environmental Sciences
genetic diversity
59%
plastid
36%
genetic differentiation
32%
genome
28%
genetic variation
27%
gene flow
27%
allele
25%
heterozygosity
24%
ploidy
23%
phylogenetics
20%
plant genetics
18%
constancy
18%
polyploidy
18%
hybrid zone
17%
biogeographical region
17%
translocation
16%
genetic resource
16%
phylogeography
14%
apomixis
14%
flow cytometry
14%
subspecies
13%
DNA
13%
analysis
13%
Postglacial
12%
amplification
11%
seed
10%
karyotype
10%
fungus
10%
stable isotope
9%
science
9%
genetic structure
9%
Africa
8%
germplasm
8%
heavy metal
8%
library
7%
population genetics
7%
seedling
7%
pollution
7%
wild population
7%
divergence
7%
genomics
6%
conservation management
6%
sampling
6%
marker
6%
disjunct distribution
5%
Europe
5%
provenance
5%
fragmentation
5%
population dynamics
5%
Medicine & Life Sciences
Genome Size
32%
Melanthiaceae
27%
Pulsatilla
21%
Satellite DNA
20%
Genome
20%
Endangered Species
18%
Polyploidy
16%
Microsatellite Repeats
13%
Heavy Metals
13%
Gene Flow
11%
Fluorescence In Situ Hybridization
11%
Population
10%
Genitalia
10%
Chromosomes
10%
Libraries
10%
Genetic Variation
8%
DNA
8%
Silene
7%
Zinc
7%
Orchidaceae
7%
Population Genetics
6%
Ecotype
6%
Datasets
6%
Alleles
5%