TAILIEUCHUNG - Influence of fly ash, organic manures and inorganic fertilizers on nutrient uptake of rice

Investigation into the effect of fly ash with three organic manures viz., Farm yard manure (FYM), green leaf manu) and Humic acid (HA) and inorganic fertilizers on the yield and uptake of rice was studied. The test crop was rice variety (ADT 49) Field experiment was conducted during 2014-15 in Krishi Vigyan Kendra, Tirur, Tamil Nadu Agricultural University. Fly ash generated from Mettur Thermal Power Station was selected for the study and examined for its physical and chemical properties. Analysis of fly ash revealed that it is neutral to alkaline (pH ) in reaction. The results confirmed that fly ash contains all the essential elements required for the plant growth as that of soil except organic carbon and nitrogen. It was observed that fly ash (@ 20 t ha-1 ) + GLM (@ t ha-1 ) with RDF (150:50:50) supported maximum growth, yield and uptake. The treatment which received fly ash + GLM with RDF (150:50:50) recorded the highest grain ( t ha-1 ) and straw yield ( t ha-1 ). The highest nutrient uptake by the grain and straw were observed under the treatment of fly ash+ GLM with RDF. Thus the integrated effect of fly ash, manures and fertilizer was well pronounced in improving the productivity of rice. | Influence of fly ash, organic manures and inorganic fertilizers on nutrient uptake of rice

• Nông nghiệp
• Yield uptake
• Influence of fly ash
• Organic manures
• Inorganic fertilizers
• Nutrient uptake of rice
• Customized fertilizer
• NPK uptake
• Micronutrient uptake
• Yield and nutrient uptake of onion
• Nutrient uptake of onion
• Humic acid
• Nutrient uptake and yield
• Chickpea to application
• Humic acid along with vermicompost
• Uptake of nutrients
• Yield attributes and yield
• Influence of different levels
• Sulphur and boron nutrition
• Nutrient uptake
• Yield of summer sesame
• Yield and nutrient uptake
• Red chilli (Capsicum annuum L
• Drip irrigation
• Sources of fertilizer on yield
• Impact of mulching and sources
• P uptake
• Bunch yield
• Placement of 32plabelled single super phosphate
• Phosphorus uptake
• Yield of ‘robusta’ banana
• Phosphorus solubilizing bacteria
• Vesicular arbuscular mycorrhiza
• Bio fertilizers on yield
• Grain yield
• Sandy loam soil
• Residual effect of levels
• Biochar and fym on growth
• Hybrid maize
• Vertic ustropept
• Hybrid maize in Vertic ustropept
• Yield and NPK uptake
• Graded levels of Fertilisers
• FYM on yield and NPK uptake
• Mn and Cu Content and uptake
• Uptake of direct sown rice
• Iron fertilization on yield
• Nutrient content
• Zinc and iron fertilization
• Uptake and economics
• Dry land condition
• Greengram (Vigna radiata L
• Wilczek)
• Nutrients influencing yield
• Uptake and soil fertility
• Yield parameters
• Nutrient uptake of roselle
• Different genotypes
• Fertilizer levels
• Organic and inorganic sources
• Fertilizer on corm yield
• Nutrient uptake of Gladiolus
• ICAR Indian agricultural
• Tillage practices
• Moisture regimes
• Triticum aestivum L
• Performance of growth
• Timely sown wheat
• Rock phosphate
• Nutrients uptake and yield
• Nutrients uptake
• Municipal solid waste compost
• Phosphate solubilizing bacteria
• Residual effect
• Segregated and unsegregated urban
• Solid waste compost
• Yield and nutrients uptake
• Nutrient uptake by cowpea
• Cattle urine
• N levels
• Growth and yield
• Nutrient uptake by maize (Fodder) grown
• Cattle urine on growth
• Nutrient uptake by maize
• Path analysis
• Groundnut (Arachis hypogaea L )
• Character association
• Path analysis of pod yield
• Nutrient uptake traits
• Integrated phosphorus management
• Integrated phosphorus management on yield
• Nutrient uptake of soybean grown
• P deficient soil
• S levels
• B levels
• Yield attributes
• Nutrient uptake by chickpea
• Vermicompost levels
• Content and uptake
• Uptake of cowpea
• Effect of vermicompost
• Biofertilizers on yield attributes
• Missing nutrient technique
• Missing nutrient technique on the yield
• Nutrient uptake of wheat
• Soil fertility experiment
• Different levels of zeolite
• Grain yield and nutrient uptake
• Maize grown in red soil
• Nitrogen levels on grain yield
• Soil fertility gradient
• Soil fertility
• Nutrient uptake and soil fertility
• Soil fertility gradient experiment
• Basis of crop yield
• Basic slag
• Nutrient status
• Uptake by paddy in acid soils
• Basic slag on yield
• Water efficiency
• Economics and chilli
• Nutrients uptake by chilli
• Impact of drip fertigation on yield