TAILIEUCHUNG - Combined effect of enriched compost and microbial inoculants on soil nutrients and phosphorus uptake by rice

Preparation of compost enriched with rock phosphate may be considered as a suitable option for utilizing the reserves of low-grade rock phosphate for enhancing the phosphorus use efficiency of crops. This research was carried out to study the effect of combined inoculation of mycorrhiza and selected rhizobacteria on soil nutrients and P uptake by rice. The experiment was conducted in Randomized Block Design with 10 treatments having three replications. The treatments included a control and a complete recommended fertilizer dose along with different combinations of rock phosphate enriched compost, mycorrhiza and rhizobacterial isolates at a lower P dose. Results from laboratory analysis of experimental soil and plant samples suggest that the treatment with rock-phosphate enriched compost @ 100% of the phosphorus dose along with phosphorus solubilizing bacteria and mycorrhiza proved to be the most effective treatment for maintaining a higher nutrient status in soils. On the other hand, rock-phosphate enriched compost @ 50% of the phosphorus dose amended with 50% of the recommended phosphorus from chemical fertilizers along with co-inoculation of phosphorus solubilizing bacteria and mycorrhiza resulted in a higher P uptake by rice. Co-inoculation of microbial inoculants in presence of organic matter can be considered as possible strategies towards improving nutrient status in soils as well as P nutrition to plants for a sustainable soil health. | Combined effect of enriched compost and microbial inoculants on soil nutrients and phosphorus uptake by rice

• Sinh học
• Rock phosphate
• Enriched compost
• Microbial inoculants
• Soil nutrients
• Phosphorus uptake by rice
• Nutrients uptake and yield
• Nutrients uptake
• Municipal solid waste compost
• Phosphate solubilizing bacteria
• Phosphorus fetilizers
• Rock phosphorus
• Spent wash
• Low grade udaipur rajasthan rock phosphate
• Spent wash from Faizabad
• Animal and plant based organics
• Manure quality
• Compost enriched with rock phosphate
• Studies on manurial quality
• Total sugar and total starch
• Wheat in an Inceptisol
• Levels of phosphorus
• Rock phosphate on protein
• Preceding crops
• Organic cultivation of groundnut
• Preceding crops on soil enzymes
• Rock phosphate application to preceding crops
• Aspergillus niger
• Tricalcium phosphate
• Organic acid
• Phosphate solubilising fungi
• Crop residues
• Nutrient availability
• Composting with crop residues
• Phosphorus solubility from rock phosphate
• Nano rock phosphate
• Phosphate solubilisation
• P solubilising fungi
• P solubilising bacteria
• Microbial solubilisation
• Organic manures
• Green manuring
• Yield traits performance
• Bio fertilizers
• Cow urine
• Yield and economics of groundnut
• Economics of groundnut
• Groundnut (Arachis hypogea L
• Hybrid napier grass
• Udaipur rock phosphate
• Acid soils
• Farmyard manure
• Acid soils of Odisha
• Organic condition
• Soil microbial population
• Phosphorus management
• Phosphorus rich compost
• Vermiculture and maize
• Composted rock phosphate
• Organic materials on yield
• Nutrient uptake
• Soil fertility after harvest
• Low grade Rock phosphate
• Single super phosphate
• Loamy acidic soil
• Maize Groundnut crop
• Murate of potash
• Lime requirement (LR)
• Pikovskaya medium
• Inorganic fractions
• Release pattern
• Mussoorie rock phosphate
• Laboratory incubation experiment
• Inorganic P fractions in soils
• Nutrient management practice
• Pisum sativum
• Pod yield
• Garden pea (Pisum sativum var hortense L )
• Nitro phosphosulpho compost
• Wheat straw
• Shredded cotton stalk
• Improving quality of enrich compost
• Phosphate rock
• Relative agronomic efficiency
• Economics of rabi groundnut
• Different phosphorus sources
• Rabi groundnut (Arachis hypogaea L)