TAILIEUCHUNG - Nutrient content and uptake by wheat (Triticum aestivum L) as influenced by iron and zinc enriched fym in salt affected soils of gujarat

A field experiment was conducted for 4 successive years, consisting of eight treatments laid out in randomized block design to evaluate the nutrient content and uptake by wheat (Triticum aestivum L) as influenced by iron and zinc enriched FYM on salt affected soils of Gujarat. The results reveal that application of recommended dose of fertilizer (120-60- 00 NPK kg ha-1 ) on the basis of STV + t FYM ha-1 enriched with kg Zn and kg Fe (T8) recorded significantly higher grain and straw yields of wheat over T1 (Recommended dose of fertilizer on the basis of STV only) on pooled basis. Significantly higher nitrogen (), phosphorus () and iron ( mg kg-1 ) content in grain and highest nitrogen (), phosphorus (), potassium (), iron ( mg kg-1 ) and zinc ( mg kg-1 ) content in wheat straw were observed with the application of RDF (based on STV) along with t FYM ha-1 En. with kg Zn and kg Fe on pooled basis. While, significantly higher potassium content in wheat grain was observed with the application of recommended dose of fertilizer (120-60-00 NPK kg ha-1 ) on the basis of STV+ t FYM ha-1 (T5) on pooled basis. The results revealed that significantly maximum nitrogen ( and kg ha-1 ), phosphorus ( and kg ha-1 ), potassium ( and kg ha-1 ) and iron ( and 2098 g ha-1 ) uptake by wheat grain and straw was recorded under treatment T8 (T1 + t FYM ha-1 En. with kg Zn and kg Fe) on pooled basis; but in case of zinc uptake by wheat grain ( g ha-1 ) was higher under treatment T5 (T1 + kg Zn + kg Fe ha-1 ) on pooled basis. | Nutrient content and uptake by wheat (Triticum aestivum L) as influenced by iron and zinc enriched fym in salt affected soils of gujarat

• Hoá học
• Nutrient content
• Nutrient content and uptake by wheat
• Triticum aestivum L
• Iron and zinc enriched fym
• Salt affected soils of gujarat
• Integrated nutrient management
• Nutrient uptake
• Protein content
• Grain yield
• Maize and wheat
• Varieties on nutrient content
• Mulches on nutrient content
• Quality of green gram
• Phosphorus levels
• Packages on nutrient content
• Various parts of the crop
• Nutrient status
• Soil in bold seeded summer groundnut
• Maize growth
• Nutrient management
• Zea mays L
• Nutrient content of maize
• Inorganic sources
• Nutrients and biofertilizers
• Yield of rice crop
• Rice crop in Inceptisol
• Growth regulators
• Uptake and transplanted pigeonpea
• Transplanted pigeonpea
• Transplanted pigeonpea in northern transition zone
• Plant nutrient uptake
• Liquid Bio fertilizers
• Nutrient content in plant
• Soybean (Glycine max L )
• Nutrient content in soybean
• Bradyrhizobium and PSB
• Indian bean
• Nutrient content and uptake
• Land configuration
• Uptake of Indian bean
• Khasi mandarin
• Recommended doses of fertiliser
• Acidic soil of Assam
• Integrated nutrient management on growth
• Nutrient content of khasi mandarin
• Yield and yield attributes
• Influence of spacing
• Nutrient content of okra
• Different fertilizer levels
• RSC water
• Soil dehydrogenase enzyme
• Different residual sodium carbonate waters
• Soil nutrient availability
• Maize organic farming
• Organic carbon
• Comparison of nutrient content
• Protein content in varieties
• Different types of maize
• Organic farming
• Nutrient module
• Soil properties
• NPK content in plant
• Plant nutrient contents
• Economics in banana
• Nutrient modules on soil characteristics
• Agro chemicals
• Sowing date and yield
• Wheat (Triticum aestivum L )
• Agro chemicals on yield
• Glycine max
• Enriched compost and biofertilizers
• Physio chemical
• Abelmoschus esculentus
• Physico chemical properties
• Available content
• Organic liquid fertilizer
• Net return
• Greengram to different level
• Phosphorus and organic liquid fertilizer
• Balanced nutrient management
• Oil content
• Lateritic soils
• Balanced nutrient management on Niger
• Leaf fall
• Organic manures
• Inorganic fertilizers
• Soybean yield
• Calcium ammonium nitrate
• Yield and leaf nutrient
• Micro nutrient content in leaf
• Production potential of guava
• Influenced by nitrogen
• Boron levels
• Mapping soil nutrient content
• Geo statistical techniques
• Kuppam Mandal
• Soil nutrient mapping
• Precision farming
• Geostatistical technique
• Quality parameters
• Saline water
• Canal water
• Chickpea + Mustard intercropping
• Replacement series
• Additive series
• Yields of mustard grown