TAILIEUCHUNG - Studies on emasculation and pollination in underutilized legume-bambara groundnut- (Vigna subterranea (L.) Verdc.)

Understanding ancillary traits related to flower biology is crucial to understand the appropriate time for emasculation and pollination in order to achieve a successful cross to develop hybrids with high yield and other economically important traits. Being an underutilized crop, it has not received all the attention as received for other pulses, hence an investigation was carried out at University of Agricultural Sciences Bengaluru in kharif season of 2015 for the first time in India to study to standardize the time of emasculation and pollination of different varieties and mutants of variety SB-42. From this study, it was observed that the average interval between flower bud initiation and anthesis days was days. Therefore flower buds intended for hybridization should be 2 days old from bud initiation. Pollination timing for making cross will play an important role in seed set so with this view pollen viability and stigma receptivity has been studied and found that best time for making cross is 1 . to 3 . The results of the present investigation explored the opportunities of utilizing information in order to develop hybrids with multiple desired characters. | Studies on emasculation and pollination in underutilized legume-bambara groundnut- Vigna subterranea L. Verdc.

• Nông nghiệp
• Flower biology
• Pollen viability
• Stigma receptivity
• Underutilized legume bambara groundnut
• Pollination in underutilized legume bambara groundnut
• BMC Plant Biology
• Flower opening and closure
• Auxin controls
• Circadian flower
• Environmental stimuli
• Time course gene expression data
• Gene regulatory network
• Dynamical network biomarker
• Phase transition
• Flower development
• Flower longevity
• Phenotypic sex
• Sex allocation
• Aconitum gymnandrum
• Flower shedding
• Light reduction
• RNA Seq
• Vitis vinifera L
• Double flower
• Cultivated Camellia japonica L
• Floral morphological
• Antirrhinum majus
• Flavanone 3 hydroxylase
• Flower color
• Genome editing
• Torenia fournieri
• Dihydroflavonol 4 reductase
• Glycine max
• Glycine soja
• Redox state
• Initial development of flower primordia
• Freezing tolerance
• ZCCT2 gene
• First flower node
• High density genetic map
• Candidate genesm
• Quantitative trait loc
• Ancestral character state reconstruction
• Flower morphology
• Geometric morphometrics
• Transcription factor
• Chalcone synthase
• Flavonol synthase
• MYB114 exhibited
• Anthocyanin biosynthesis
• Differentially expressed gene
• Female flower tissue
• Fruit peel
• Plant Biology
• Lonicera japonica Thunb
• Trichome development
• Comparative transcriptomics
• Plant hormones
• Abiotic stresses
• Petal epidermal cells
• Sweet osmanthus
• RNA seq analysis
• Anthocyanin synthesis
• Flower coloration
• Gene expression
• Rhododendron sanguineum complex
• Sympatric speciation
• Journal of Vietnam Agricultural Science and Technology
• Tạp chí Khoa học Công nghệ Nông nghiệp Việt Nam
• Piper nigrum
• Anther dehiscence
• Simple sequence repeat
• Floral transcriptomic sequencing
• Valuable ornamental
• Carica papaya
• Male sterility gene
• Sex differentiation
• Flower color polymorphism
• Loss of pigmentation
• Non pollinator mediated selection
• Plant secondary metabolites
• Monocot plants
• Transcription regulation
• Transgenic tobacco
• Pink flowered strawberry
• Transcriptome analysis
• Anthocyanin biosynthesis pathway
• Gene duplications
• T hassleriana
• Brassicaceae specific PI proteins
• Witches’ broom
• Differential expression
• Glycine max L Merril
• Biotic stresses
• Persian walnut
• Walnut yield
• Fruit trees
• SOC1 genes
• Pistil differentiation
• Prunus mume
• Long non coding RNAs