tailieunhanh - Effect of iron application and rhizobium inoculation on uptake of nutrients in grain and stover of chickpea (Cicer arietinum L.)

An experiment was conducted in cemented pot in “screen house” of the Department of Soil Science and Agricultural Chemistry, Chandra Shekhar Azad University of Agriculture and Technology, Kanpur during Rabi season 2011-2012, to assess the response of inoculation of rhizobium and application of different doses of iron on nutrient uptake in chickpea. Treatments consisted four levels of iron . 0, , and ppm and two levels of microbial inoculation . un-inoculation and inoculation of rhizobium. The treatments were replicated four times in completely randomized design (factorial). The results indicated that among the iron levels, ppm showed better expression on uptakeof nitrogen ( mg pot-1 , mg pot-1,), phosphorus ( mg pot-1 , mg pot-1 ), iron ( mg pot-1 , mg pot-1 ) and consequently recorded significantly higher in comparison to 0, and ppm levels. The seed treatment of chickpea with rhizobium culture significantly increased the nutrient uptake in grain and stover. | Effect of iron application and rhizobium inoculation on uptake of nutrients in grain and stover of chickpea Cicer arietinum L.

• Nông nghiệp
• Nutrient uptake
• Iron application
• Rhizobium inoculation on uptake
• Nutrients in grain
• Stover of chickpea (Cicer arietinum L )
• Integrated nutrient management
• Plant nutrient uptake
• Plant nutrient uptake in maize
• Soil properties
• Missing nutrient technique
• Missing nutrient technique on the yield
• Nutrient uptake of wheat
• Soil fertility experiment
• Customized fertilizer
• NPK uptake
• Micronutrient uptake
• Yield and nutrient uptake of onion
• Nutrient uptake of onion
• Nutrient use efficiency
• Water use efficiency
• Nutrient and irrigation levels
• Magnesium ratios in soil
• Soil on nutrient uptake
• Soil on nutrient uptake by pummelo
• Nutrient into plant root
• Pummelo growing soils
• Nutrient concentrations in pummelo leaves
• Apparent nutrient recovery and phosphate
• Potash solubilizing bacteria
• Wheat (Triticum aestivum L )
• Nutrient content
• Protein content
• Grain yield
• Maize and wheat
• Growth regulators
• Uptake and transplanted pigeonpea
• Transplanted pigeonpea
• Transplanted pigeonpea in northern transition zone
• Nutrient status
• Soil in bold seeded summer groundnut
• Uptake and weed
• Weed management practices on growth
• Spring planted sugarcane
• Nutrient uptake in sugarcane
• Uptake and use efficiency
• Efficiency of onion (Allium cepa L )
• Potassium levels
• Application on nutrient uptake
• Nutrient concentration
• Evaluation of nutrient concentration
• Uptake in magnesium
• Iron deficient gerbera
• Coconut shell biochar
• Soybean nutrient uptake
• Nutrient concentrations
• Nutrient uptake by soybean
• Levels of coconut shell biochar
• Soil physic chemical properties
• Physico chemical properties of soil
• Nutrient management
• Total nutrient uptake
• Cultivars during rabi season
• Economics of pigeonpea
• Nutrient management practices
• Organic and inorganic nitrogen
• Nutrient concentration and uptake
• Grafted tomato
• Tillage practices
• Nutrient level
• Effect of nutrient management
• Economics of maize
• Finger millet
• Finger millet (Eleusine coracana L Gaertn )
• Yield of finger millet
• Integrated nutrient management practices
• Nutrient sources
• Quality and acid soil
• Inorganic nutrient sources on yield
• Nutrient uptake by cabbage
• Cabbage (Brassica oleracea L var capitata)
• Acid inceptisol
• Nutrient management on the growth
• Yield of wheat
• Lateritic belt of west bengal
• Cotton in dry land condition
• Dry land condition
• Nutrient uptake of cotton
• Influence of INM on nutrient uptake
• Nutrient uptake and yield
• Influence of different levels
• Sulphur and boron nutrition
• 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
• Soil fertility gradient
• Soil fertility
• Nutrient uptake and soil fertility
• Soil fertility gradient experiment
• Basis of crop yield
• Yield parameters
• Nutrient uptake of roselle
• Different genotypes
• Fertilizer levels