tailieunhanh - Temporal and axial variations for secondary nutrient concentrations in leaves of litchi

Litchi is one of the important subtropical fruit crops in the state of Jharkhand, occupying around thousand hectare and production is about thousand metric tonnes. Considering the importance of plant analysis in fruit crops, the present investigation was carried out in an established orchard (since, 1979) at ICAR Research Complex for Eastern Region, Ranchi Centre to study the nutrient concentration in leaves of Litchi orchard as well as interrelationship between available nutrients present in leaf with crop productivity for developing a sound fertilizer management programme. Collection of leaf samples from established orchard was done during the 2006-07; analysis of leaf samples for secondary nutrients (Ca, Mg and S) in plant (leaf) part was carried out. The concentration of secondary nutrients varied from to , to and to percent for Ca, Mg and S, respectively. However, mean leaf nutrient concentration was , and percent for Ca, Mg and S, respectively. Highest concentration of Ca, Mg and S was observed for the 4th pair of leaves. Significant negative relationship between yield and concentration were observed in 2nd and 4th pair of leaves. | Temporal and axial variations for secondary nutrient concentrations in leaves of litchi

• Hoá học
• Leaf analysis
• Secondary nutrient
• Temporal and axial variation
• Correlation coefficient
• Leaves of litchi
• Secondary nutrient concentrations
• Leaf hopper
• Selected insecticides against leaf hopper
• Statistical analysis of data
• Cost benefit ratio fruit yield
• Leaf hopper population
• Leaf hopper population of okra
• Earth Sciences
• Coexistence approach
• Leaf margin analysis
• Climate leaf analysis multivariate program
• European leaf physiognomic approach
• Finite Element Analysis
• Mono parabolic leaf spring
• Mono steel leaf spring
• Mono leaf spring
• Glass Reinforced Plastic
• BMC Genomics
• Leaf development
• Leaf blade
• Leaf sheath
• Blade sheath boundary
• In situ hybridization
• Brown leaf spot
• Paramyrothecium roridum
• Plant pathogen
• Phylogenetic analysis
• Brown leaf spot of mulberry
• Cassava leaf protein
• Proteomic analysis
• Cassava mosaic virus
• Responsive proteins in cassava leaf
• Responsive proteins
• Triticum aestivum L
• Proteomic analysis in wheat
• Effect of heat stress on flag leaf
• Heat stress on flag leaf
• Crop improvement programme
• Cotton leaf curl Multan virus
• Cotton leaf curl disease
• Satellite molecules
• Recombination analysis
• Juniperus oxycedrus
• Red Juniper leaf
• Anatomical analysis
• Anatomical characteristics
• Descriptive analysis
• Discriminant canonical analysis
• The Last Leaf by O
• Henry
• My impressions
• The Final Analysis
• The Last Leaf
• English short stories
• Short story or English
• Hengduan Mountains
• Leaf physiognomy
• Western Yunnan
• Climate–Leaf Analysis Multivariate Program
• SSR markers
• Late leaf spot
• Groundnut (Arachis hypogaea L )
• SSR markers to late leaf spot
• Rust resistance in groundnut
• Morphological traits
• Leaf yield
• Morus alba
• Alkali soil
• Leaf yield in mulberry (Morus alba L )
• Salt affected soils in India
• Rice germplasm
• Genetic diversity
• Cluster analysis
• Bacterial leaf blight resistance
• Bacterial leaf blight resistance in indigenous rice
• Genotypic assessment
• BMC Bioinformatics
• Image analysis
• Depth maps
• Image segmentation
• Digital leaf area
• Fruit to leaf ratio
• Leaf classification
• Vitis vinifera
• Plant Biology
• Salt tolerance
• Salt removal ability
• Fundamental parenchyma cells
• Static Structural analysis
• Computer Aided Engineering
• Static structural CAE analysis
• Symmetrical 65Si7 leaf springs
• Light commercial vehicle
• Genetic advance
• Grain yield
• Improve yield
• Resistance to bacterial leaf blight
• Bacterial leaf blight in rice
• Oryza sativa L
• Coconut leaf
• Genomic framework
• Resistance gene analog
• Evolutionary analysis
• RGAs in Arecaceae
• Northern leaf blight
• Generation means
• Duplicate gene interaction
• Reciprocal recurrent selection
• Maize (Zea mays L )
• Genetic analysis of resistance
• BMC Plant Biology
• Leaf senescence
• Transcription factors
• Global analysis
• Gossypium hirsutum L
• Enicostemma axillare
• Antibacterial activity
• Phytochemical profiling
• GC MS analysis of methanol leaf extract
• Bioactive compounds
• Eumusae leaf spot disease
• Gene expression
• Subtractive suppression hybridization
• Musa–M
• eumusae interaction system
• Mycosphaerella eumusae
• Leaf vascular pattern
• Black nodules
• Secretory canals
• Translucent glands
• Genus Hypericum L
• Arid zone
• Cluster and PCA analysis
• Grewia villosa
• Hairy leaf cross berry (Grewia villosa Willd)