Keyphrases
Cryptocoryne
100%
Araceae
90%
Genetic Diversity
51%
Denmark
45%
Forbs
40%
Apple
40%
Glucosinolates
40%
Genebank Collection
38%
Urban Environment
30%
Ploidy Level
30%
Population Structure
26%
Apple Cultivars
26%
Genetic Variation
26%
Genotyping-by-sequencing
26%
Genome-wide Association Study
25%
Local Biodiversity
25%
Cardamine Pratensis
22%
Epimeric
20%
Ciliata
20%
Semi-natural
20%
Sumatera
20%
S Allele
20%
Borneo
20%
High Performance Liquid Chromatography-tandem Mass Spectrometry (HPLC-MS/MS)
20%
Aquatic Plant Species
20%
Phylogenetic Framework
20%
Flora of Thailand
20%
Food Stores
20%
Coluteocarpeae
20%
Sarawak
20%
Microthlaspi
20%
Tetraploid
20%
Crocus
20%
Breeding Potential
20%
S-RNase Alleles
20%
Kalimantan
20%
Sugar Composition
20%
Structure Level
20%
Ericales
20%
Primula Vulgaris
20%
Intraspecific Variation
20%
Harvest Date
20%
Molly
20%
Plant Phenotyping
20%
Recombination
20%
Community Development
20%
Southeast Asian
20%
Genebank
20%
Saffron Crocus
20%
L-series
20%
Agricultural and Biological Sciences
Araceae
100%
Genetic Divergence
60%
Genetic Variability
42%
Parentage
40%
Tetraploidy
40%
Brassicaceae
40%
Glucosinolate
40%
Cultivar
27%
Cardamine
21%
Barbarea vulgaris
21%
Forb
20%
Ciliata
20%
Growth Retardation
20%
Genome-Wide Association Study
20%
Microthlaspi
20%
Iridaceae
20%
Crocus
20%
Interspecific Hybridization
20%
Introgression
20%
Primula vulgaris
20%
Ericales
20%
Harvest Date
20%
Cisgenes
20%
Liquid Chromatography-Mass Spectrometry
20%
Single Nucleotide Polymorphism
20%
Transgenic Plant
20%
Biodiversity
15%
Biochemistry, Genetics and Molecular Biology
Genetic Divergence
78%
Genotyping
60%
Allele
45%
Cultivar
36%
Single-Nucleotide Polymorphism
27%
Genome-Wide Association Study
24%
Genetic Variation
23%
Population Structure
22%
Microsatellite DNA
22%
Ploidy
22%
Microsatellite
20%
Aroma
20%
Microsatellite Marker
20%
Araceae
20%
Homeobox
20%
Primulaceae
20%
Ericales
20%
Primula
20%
Ribonuclease
20%
Crocus
20%
Iridaceae
20%
Crocus sativus
20%
Transgenic Plant
20%
Relatedness
20%
Next Generation Sequencing
20%
Malus
15%