TAILIEUCHUNG - Evaluation of urea ammonium nitrate application on the performance of wheat

An experiment was carried out to know the influence of application of different basal dose (50 and 80 % N) of liquid fertilizer Urea Ammonium Nitrate at different application depth (7 and 9 cm) on wheat growth parameters. The basal dose was provided with UAN and thereafter by foliar spray of UAN. Different crop growth parameters like germination count, plant height, number of tillers per m row length, grain yield and biological yield of wheat crop were studied. Plot with urea application was taken as control plot. The minimum germination count was observed when UAN in higher amount (80% N as basal dose) was placed at depth of 7 cm from surface. This may be because of toxicity of higher concentration of UAN placed in close proximity (3 cm distant) of seed. Number of tillers per m in the treatment 80% basal does of UAN (120 kg N/ha) at 9 cm depth were either at par or significantly higher compared to number of tillers observed in recommended dose of fertilizer (50% basal dose of Nitrogen through Urea @ 150 kg N/ha). Among all the treatments, placement of 80% basal does of UAN at 9 cm from soil surface give the highest number of tillers per metre row length. The highest and lowest biological yield of 1680g/ m2 and 1320 g/m2 was observed in treatments observed when 80% basal dose of N was applied at 9 cm and 7 cm, respectively. The higher biological yield observed in 80% N as basal dose compared to 50% N may be due to effect of Nitrogen on vegetative growth of wheat. | Evaluation of urea ammonium nitrate application on the performance of wheat

• Sinh học
• Ammonium nitrate
• Growth parameters
• Urea ammonium nitrate application
• Performance of wheat
• Foliar spray of UAN
• Nuclear engineering and technology
• Study of the changes in composition of ammonium diuranate
• Progress of precipitation
• Ammonium diuranate and its subsequent products produced
• Both uranyl nitrate and uranyl fluoride solutions
• nitrate uptake
• transport within
• Ammonium uptake
• molecular basis
• Nitrate uptake and transport
• Công nghệ hóa
• Graft polymerization
• Acrylic acid onto bamboo
• Ceric ammonium nitrate
• Trùng hợp ghép
• Sợi tre
• Nấm đầu khỉ
• Môi trường nhân giống nấm đầu khỉ
• Cơ chất nuôi trồng nấm đầu khỉ
• Cao nấm men
• Ammonium sulfate
• Handbook of inorganic chemistry
• Inorganic chemistry
• Ammonium phosphate
• Barium hydroxide
• Argon hydroquinone clathrate
• Varium nitrate boron
• Bismuth nitrate pentahydrate
• BMC Plant Biology
• Zea mays
• Gene expression
• Nitrogen linked
• Nitrate transporters
• Nitrogen compound
• Nitrate onto rice husk biochar
• Nitrogen removal
• Rice husk biochar
• Low cost absorbent
• Recirculating aquaculture system
• đồng hóa
• quá trình khử nitrate
• phân tử
• acid amine
• amid hưu cơ
• protei
• Quá trình đồng hóa amon
• cố định ni tơ
• amid
• Bryostatin Fragments
• Fluorocarbocyclic Nucleoside
• Enantiomer of Hennoxazole
• Synthesis of Taxol
• Camphorsulphonic acid
• Forage sorghum
• Reduced rate
• Petroleum oil
• Methylated seed oil
• N urea ammonium nitrate
• Forage sorghum injury
• Calcium ammonium nitrate
• Yield and leaf nutrient
• Micro nutrient content in leaf
• Production potential of guava
• Influenced by nitrogen
• Boron levels
• Plant Biology
• Low temperature
• Cucumis sativus
• Inhibited accordingly
• Thermophilic plants
• Journal of Chemistry
• Cerium(IV) ammonium nitrate
• Radical cyclization
• Candida albicans
• Aspergillus fumigatus
• Turkish Journal of Chemistry
• Tạp chí Hóa học
• Single side conductive film
• Single side polypyrrole
• Cerium ammonium nitrate
• Differential scanning calorimetry