TAILIEUCHUNG - Study on morpho-physiological traits in Isabgol (Plantago ovate Forsk.) influenced by different fertilizer levels

A field experiment entitled Morphophysiological analysis of growth and yield of Isabgol (Plantago ovata Forsk) as influenced by fertilizer levels” was conducted at Dhanwantari farm, Department of Botany, Central Campus, MPKV, Rahuri, Dist. Ahmednagar (MS) during rabi season of 2006 – 07. An experiment was laid out in a factorial randomized block design (FRBD) with four replications. In this experiment three varieties (V1:GI-1, V2:HI-5 and V3:Niharika) with two fertilizer levels ( L1 :50:25:00, L2 : 100: 50: 00 NPK kg/ha) were used. The observations on different morphological characters viz., Growth studies, dry matter studies, days required for different growth stages, yield attributes and yield along with the nutrient uptake was recorded. The studies revealed that among the three genotypes, variety Niharika responded well to fertilizer level resulting in significant increase in growth, yield contributing characters and yield of the crop. Further it was found that application of fertilizer dose of 100:25 NP kg/ha recorded numerically higher values for growth, yield and quality characters and it was statistically found at par with 50:25 NP kg/ha fertilizer dose. Therefore, the application of 50 :25 NP kg/ha dose to Niharika genotype would result to achieve higher isabgol yield rather than 100:25 NP kg/ha dose. | Study on morpho-physiological traits in Isabgol (Plantago ovate Forsk.) influenced by different fertilizer levels

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• Isabgol and yield
• Morpho physiological traits
• Morpho physiological traits in Isabgol
• Plantago ovate Forsk
• Different fertilizer levels
• Variability studies in M4 generation
• M4 generation for yield
• Seed yield attributing traits
• Seed yield attributing traits of Isabgol
• Induced mutation breeding
• Vallabh isabgol 1
• Gujarat isabgol 2
• INM treatments
• Varieties with INM
• Integrated nutrient management
• Yield parameters of isabgol
• Yield attributes parameters
• Different nitrogen fertilizer levels on yield
• Different nitrogen fertilizer levels on leave color
• Different nitrogen fertilizer levels on content of bioactive compounds
• Pouzolzia zeylanica L Benn
• Nitrogen fertilizer level
• Pouzolzia zeylanica plant
• Solanum melongena L
• Drip fertigation
• Traditional method
• Fertilizer application
• Growth and yield
• Different levels of fertilizer
• Levels of fertilizer
• Growth and yield of okra
• Yield of okra
• Okra crop
• Comparative efficiency of bio phos
• Phosphate solubilizing bacteria
• Castor yield at different levels
• Different levels of phosphorus fertilizer
• Rainfed conditions
• Chemical properties of soil
• Levels of inorganic fertilizer
• Organic manure
• Bio fertilizer on physico chemical properties
• Soil in pea
• Panchgavya along with different levels
• Fertilizer and fym on soil properties
• Kharif clusterbean
• Kharif clusterbean (Cyamopsis tetragonoloba)
• Ground nut
• Plant density
• Fertilizer level
• Fertilizer levels during summer season
• Productivity dynamics of groundnut
• Plant densities
• Ascorbic acid
• Nitrogenous fertilizer
• Economics of guava
• Levels of nitrogenous fertilizer
• Polymerization of leuco anthocyanins
• Soil fertility and nutrient uptake
• Nutrient uptake
• Maize yield and soil fertility
• Organic manure on maize yield
• Different levels of fertilizer application
• Yield parameters
• Nutrient uptake of roselle
• Different genotypes
• Fertilizer levels
• Drip irrigation
• Fertilizer use efficiency
• Fertilizer expense efficiency
• Marketable yield
• Nitrogen use efficiency
• Response of potato cultivars
• Different levels of nitrogen
• Levels of nitrogen
• Sugarcane ratoon wheat (S R W) system
• Early maturing sugarcane varieties
• Fertility levels
• Recommended dose of fertilizer (RDF)
• Commercial cane sugar
• Millable canes
• N/P fertilizer ratios
• Seed yield
• Oil yield
• Quality and economics
• Levels of nitrogen and phosphorus
• Nano fertilizer
• Nano polymer
• Different levels of chemical
• Nano nitrogenous fertilizers
• Yield and yield attributes
• Sorghum crop
• Nitrogen levels
• Cane yield
• Juice quality
• Nitrogen fertilizer
• Promising midlate maturing sugarcane varieties
• Mycorrhizal fungi
• Super phosphate
• Piper mullesua
• Plant biomass and phosphatase
• Piper mullesua plantlets
• Polymer coated urea (PCU)
• Normal urea
• Slow releasing fertilizer
• Rice (Oryza sativa L )
• Growth and yield of rice
• Nitrogen application on growth
• BMC Plant Biology
• Agronomic traits
• Differentially expressed gene transcripts
• Genotyping by sequencing
• QTL mapping
• Illumina RNA seq
• Grain yield
• Straw yield
• High zinc rice genotypes
• Plant geometry on yield attribute
• Polymer coated urea
• Wheat (Triticum aestivum L )
• Growth and yield of wheat
• Planting material
• Turmeric and size of the rhizome
• Size of the rhizome
• Yield attributes of turmeric
• Legume fodder intercropping
• Seed cotton yield
• Green fodder yield
• Net income
• Benefit cost ratio
• Growth parameters
• Plant and ratoon crop
• Ratoon crop