TAILIEUCHUNG - Floral biology and fruit set of mango (Mangifera indica L.) as influenced by different chemicals

Field experiment was carried out at mango orchard, Department of Crop Sciences, Faculty of Agriculture, Mahatma Gandhi Chitrakoot Gramodaya Vishwavidyalaya, Chitrakoot, Satna (.) India, during 2016-17 and 2017-18 to study the response of different mango cultivars viz. Bombay Green, Dashehari and Langra to various chemicals namely potassium nitrate, potassium di-hydrogen orthophosphate, di-potassium hydrogen orthophosphate. The results of the experiment revealed that the per cent of bud swelling, panicle emergence and flowering shoot and length of panicle were higher with application of KH2PO4-1%+KNO3-1%. In case of cultivars, mango cv. Langra produced lengthier panicle than Bombay Green and Dashehari in both treated and untreated trees. Significantly narrowest sex ratio and higher number of hermaphrodite flowers, fruit set, fruit retention per panicle and number of fruits per tree were recorded with application of KH2PO4-1%+KNO3-1% treatment. In case of mango cultivars the narrowest sex ratio and higher number of hermaphrodite flowers, fruit set per panicle and number of fruit per tree were observed with Langra. | Floral biology and fruit set of mango (Mangifera indica L.) as influenced by different chemicals

• Sinh học
• Floral biology
• Fruit set of mango
• Mangifera indica L
• Different chemicals
• Observed with Langra
• Plant Biology
• Floral reversion
• Floral organ identity
• Floral determinacy
• Spatiotemporal precision
• Framework mediated
• Minor fruits
• Floral biology of some minor fruits
• Minor fruits of Assam
• belonging to different families
• CMS lines in chilli
• Floral biology of CMS lines in chilli
• Capsicum annuum L
• Eight maintainer lines
• Floral organs
• MADS box genes
• Functional analysis
• Inflorescence structure
• Several floral traits
• Genome Biology
• Chimonanthus praecox
• Floral scent
• Cold tolerance
• Molecular mechanisms underlying
• Floral transition
• BMC Plant Biology
• Keel blossom
• Landing platform
• Floral vasculature
• Organ asymmetry
• Dof like factor
• Vigna radiata
• Malus spp
• Floral variation
• Frequency distribution
• Phenotypic variation
• Apple trees
• Fatty acids
• Floral induction
• RNA seq
• Floral pigmentation
• Cream color
• Hub gene
• Transcriptome analyses
• E3 ubiquitin ligase
• Mass spectrometry
• Protein degradation
• Floral proteomics
• Malus x domestica
• Floral inhibition
• Alternate bearing
• SEP genes
• Prunus mume
• Floral organ development
• Expression analysis
• Yeast two hybrid assay
• Anther cap
• Floral mimicry
• Intermediate stage
• Epipactis veratrifolia
• Floral organ size
• Gossypium hirsutum
• MADS box transcription factor
• SPL gene
• Ovule production
• Floral organ number
• Petal identity
• Glycine max
• MADS box transcription factors
• Hybrid breeding programs
• Flowering time
• Sugar transporter
• Floral transition initiates
• Endogenous signals
• Arabidopsis thaliana
• Non coding RNA
• Transcription factors
• DNA motif
• Brassica napus
• Oilseed rape
• Time series
• Raphanus sativus L
• Floral organogenesis
• Genome wide analysis
• Medicinal values
• MADS box gene
• Breeding system
• Cucurbita moschata
• Non pseudogamous agamospermy
• Pollination ecology
• Duch
• ex Poir
• varieties
• Mango cultivars
• Pollen viability
• Sex ratio
• Pollen viability of some mango
• Year round flowering
• Fruit set
• Certain lesser known species of jasmine
• Certain lesser known species
• Floral biology studies
• biology
• biological research
• applied biology
• modern biology
• biological engineering research
• metazoan systems
• Simple sequence repeat
• Transcription factor
• Floral transcriptomic sequencing
• Valuable ornamental