tailieunhanh - Soil fertility status after harvest of wheat (Triticum aestivum L) in salt affected soils of gujarat as influenced by iron and zinc enriched FYM

The abiotic stresses, such as soil salinity and sodicity are mainly accountable for the low productivity of crops largely due to low availability of micro-nutrients especially zinc and iron. For that reason, sensible management of plant nutrients in these soils is as vital as their reclamation. A field experiment was conducted for 4 successive years, consisting of eight treatments laid out in randomized block design to evaluate the soil fertility status after harvest of wheat (Triticum aestivum L) in salt affected soils of Gujarat as influenced by iron and zinc enriched FYM. 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 recorded significantly higher the grain and straw yields of wheat over control. Application of recommended dose of fertilizer (120-60-00 NPK kg ha-1 ) on the basis of STV+ t FYM ha-1 resulted in significantly higher organic carbon, available P2O5 and K2O contents in soil after harvest of wheat crop over rest of the treatments. The DTPA- extractable Fe content in soil was significantly higher with treatment T1 + kg Zn ha-1 + kg Fe ha-1 over control. The maximum DTPA- extractable Zn content was observed in the treatment which received recommended dose of fertilizer (120-60-00 NPK kg ha-1 ) on the basis of STV along with kg Zn ha-1 + kg Fe ha-1 . Hence, the results reveal that application of FYM has a remedial effect on soil fertility along with decreasing soil salinity. | Soil fertility status after harvest of wheat (Triticum aestivum L) in salt affected soils of gujarat as influenced by iron and zinc enriched FYM

• Hoá học
• Salt affected soil
• Nutrient status
• Enriched FYM
• Triticum aestivum L
• Salt affected soils of gujarat
• Iron and zinc enriched FYM
• Tree cropping systems
• Physical properties
• Physical properties of salt affected soil
• Recorded higher
• Soil conditioner
• Soil conditioner on yield
• Yield of Mungbean
• Grown on partially reclaimed coastal salt
• Partially reclaimed coastal salt affected soil
• Integrated nutrient management
• Soil properties
• Soil properties and yield of wheat
• Integrated nitrogen management
• Agricultural science
• Soil chemical characteristics
• Elemental content of wheat plants grown
• Low quality water
• Bio organic
• Costal salt affected soils
• Exchangeable cations
• Land configuration
• Chickpea (Cicer arietinum L )
• Genetic variability
• Genetic advance
• Rice (Oryza sativa L )
• Heritability and genetic advance
• Electrical conductivity
• False colour composite
• Satellite imagery
• Haryana using soil techniques
• Quantifying salt affected soils
• Green onion
• Nitrogen fixation bacteria Salt affected soil
• Salt tolerance bio product NPISi
• Soil property
• Oil properties DEH enzyme maize proline
• Influence of exogenous compounds
• Exogenous compounds
• Maize crop residue
• Biological activities
• Morphological traits
• Leaf yield
• Morus alba
• Alkali soil
• Leaf yield in mulberry (Morus alba L )
• Salt affected soils in India
• Water use efficiency
• Rice crop harvesting
• Exogenous foliar sprayed glycinebetaine
• Salt stress
• Catharanthus roseus
• Photosynthetic pigment
• Medicinal plant
• NaCl treated plants
• Organic manures
• Fertilizer levels
• Yields and economics etc
• Partially reclaimed coastal
• Gangavathi sona
• Technology gap
• Extension gap
• Kabini command area