TAILIEUCHUNG - Appraisement of total organic carbon under different levels of +nitrogen in different size soil aggregates in cereal-pulse based cropping system in rained condition

The effect of increasing levels of nitrogen on organic carbon and nutrient status under finger millet, maize and field bean, cultivated soil was studied in the experiment. Experiment was conducted at AICRPDA, under rainfed condition. Split plot design was used which consist of three levels of nitrogen viz., high (100% Recommended dose RD), medium (50% RD) and low (no application of nitrogen) as subplot and type of crop grown as finger millet, field bean and maize were grown as main plot under rainfed condition. Apart from nitrogen, other cultural practices were followed as per the package of practices. Soil samples were separated in to two size aggregates, macro (>250 µm) and micro (>250 µm) using wet sieving method. Total organic carbon (TOC) was analysed in each group of aggregates under cultivation of field bean, finger millet and maize separately and available nutrients of soil were analysed and recorded after the harvesting of crop. It was found that increased level of nitrogenous fertilizer enhanced the total organic carbon in all the crops and impact was more pronounced under maize (cereal crop). Macro aggregates recorded with higher accumulation of TOC as compared to micro aggregates. Available nitrogen and micronutrients were recorded in increasing trend with increase in the nitrogen level. Available phosphorus and potassium content in soil a decreased in content with increasing the levels of nitrogen. The interaction effect of crop grown and level of nitrogen was recorded non-significant under available nutrients content in rainfed condition. The Thus, it was concluded that higher nitrogen level increased the TOC as well as maintained the soil nutrient status in the soil as compared to low level. Cultivation of different crops has differential impact on soil nutrient status and plays an important role in the soil fertility. | Appraisement of total organic carbon under different levels of +nitrogen in different size soil aggregates in cereal-pulse based cropping system in rained condition

• Hoá học
• Nitrogen level
• Crop type
• Available nutrient status
• Cereal pulse based cropping system
• Different size soil aggregates
• Zea mays L
• Irrigation regime and nitrogen level
• Nitrogen level on yield
• Yield attributes
• Summer Maize
• 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
• Bt cotton BollgardII
• nBt cotton
• Cry1Ac expression
• Improved Cry1Ac expression level
• Nitrogen content
• Optimization of nitrogen content
• Seeding density on growth
• Nitrogen fertilizer level on growth
• Yield of MT10 rice in Ninh Thuan
• Nitrogen fertilizer dosage
• MT10 rice variety
• Grain yield
• Nitrogen and rice straw incorporation
• Barley (Hordeum vulgare L
• Rice straw incorporation
• Different nitrogen level
• Integrated nitrogen management
• Level of nitrogen
• Growth and yield
• Wheat (Triticum aestivum L )
• Growth and yield of wheat
• Soil test crop response
• Brown top millet
• Different nitrogen levels
• Plant geometry
• Relation to growth characters
• Yield of brown top millet
• NPK content and uptake
• Brachiaria ramosa L
• Aerobic rice
• Line sowing
• Physical and economic optimum
• Nitrogen for aerobic rice
• Dry weight
• Number of irrigation on growth
• Yield of wheat
• Available nitrogen
• Organic carbon
• Planting geometry
• Yield attribute
• Yield of rice
• Rice (Oryza sativa L
• Gangetic plains region
• Stubble height
• Seed yield
• Quality in KRH 4 hybrid rice
• KRH 4 hybrid rice seed production
• Dry matter and popcorn
• Phosphorus level on dry matter yield
• Growth stages of popcorn
• Nitrogen on dry matter yield
• Different growth stage
• Different level of nitrogen
• Phosphorus on soil health
• Soil health
• Yield attributes of radish
• Biennial crop
• Fertilizer application
• Vegetables cultivation
• Different kinds of vegetables
• Nitrogen application
• Tsukuba international cooperation center
• Date of sowing
• Barley (Hordeum vulgare L )
• Yield of barley
• Finger millets
• Plant growth
• Yield and quality
• Finger millets (Eleusine coracana)
• Boro rice
• New alluvial zone
• New alluvial zone of west Bengal
• Protein content
• Economics of barley
• BMC Plant Biology
• Nitrogen application level
• Differentially expressed miRNAs
• Grain development
• miRNA mediated networks
• Wheat cultivars phenology
• Nitrogen doses
• Regression model
• Growing degree days
• Oryza sativa
• Nitrogen levels
• kharif seasons
• N4 level
• Hybrid rice
• PA 6201
• Plant spacing
• Growth attributes
• Grain and fodder yield
• Fodder yield
• Summer pearlmillet
• Varietal performance on growth