TAILIEUCHUNG - Influence of different sources of liming materials with soil test dose & nutrient expert on concentration & uptake of the micronutrients and heavy metals for maize crop grown in acid soil of Odisha, India

A field experiment was conducted to study the “Influence of different sources of Liming materials with soil test dose & nutrient expert on Concentration & Uptake of the micronutrients & heavymetals for Maize crop grown in Acid Soil of Odisha” in the village MV-13 in Malkangiri district of Odisha. The soil was ameliorated with three different sources of liming materials (paper mill sludge @ , Stromatolyte@ LR and Calcium Silicate @ LR) added with soil test dose and nutrient expert. Results indicated that the application of FYM significantly increase the concentration & uptake of Fe, Mn, Cu, Zn, Pb & Cr by the crop compare to the control treatment. The concentration of Mn, Cu, Zn & Pb was more in stover than root than grain but the concentration of Fe & Cr was more in root than stover than grain. The maximum concentration of micronutrients follows the order : Fe>Cu>Mn>Zn and in heavy metals Cr was greater concentration than Pb. The uptake of Cu, Zn, Pb & Cr was more in stover, than grain than root but the uptake of Fe was more in root than stover than grain and uptake of Mn was more in stover than root than grain. The maximum uptake of micronutrients follows the order: Fe>Cu>Mn>Zn and in heavy metals Pb was greater uptake than Cr. The total uptake of Fe, Mn, Zn & Pb was more in NE+ST+FYM treatment 16, , & kg/ha but in Cu total uptake was more in STD+ST+FYM kg/ha and in Cr was more in NE+CS+FYM . kg/ha. Among the three liming materials the stromatolyte gives the greater efficiency than the calcium silicate than the paper mill sludge and the application of liming materials with NE gives the higher efficiency than the soil test dose. | Influence of different sources of liming materials with soil test dose & nutrient expert on concentration & uptake of the micronutrients and heavy metals for maize crop grown in acid soil of Odisha, India

• Hoá học
• Calcium silicate
• Paper mill sludge
• Chromium and acid soil
• Heavy metals for maize crop grown
• Acid soil of Odisha
• Tạp chí Khoa học công nghệ và Thực phẩm
• Synthesis of calcium silicate hydrate
• Vietnam rice hush
• Synthesize calcium silicate hydrate
• Calcium silicate hydrate
• Rice hush ash
• Tạp chí y học
• Bài viết về y học
• Xi măng trám bít ống tủy calcium silicate
• Mô ngà răng
• Hạn chế vi kẽ
• Tricalcium silicate
• Độc tính tế bào
• Tăng sinh tế bào
• BioRoot RCS
• Nguyên bào xương người
• Đánh giá tính tương hợp sinh học của loại vật liệu
• Leuconostoc mesenteroides
• Malolactic fermentation
• Bacteriocin purification
• Diatomite calcium silicate
• Sodium dodecyl sulfate
• Thời sự y học
• Y học Việt Nam
• Điều trị tủy răng sống
• Xi măng calcium silicate
• Khả năng duy trì tủy sống
• Vùng lộ tủy răng
• Nội nha bảo tồn tủy
• Che tủy trực tiếp
• Vật liệu sinh học Calcium silicate
• Mineral Trioxide Aggregate MTA
• Đánh giá đau
• Che tủy trực tiếp
• Viêm tủy không hồi phụ
• Điều trị bảo tổn tuỷ sống
• Vật liệu calcium silicate
• Chóp viêm tủy
• Che tủy gián tiếp
• Viêm tủy có hồi phục
• Tổn thương sâu răng lớn
• Hiệu tạo ngà sửa chữa
• Surface modification
• Silane coupling agent
• Grafting yield
• Hydrolysis method
• Effect of hydrothermal treatment temperature
• Hydrothermal treatment temperature
• Vietnam Rice Husk Ash
• Obtained calcium silicate
• Bám dính tế bào
• Phase transition
• Mathematical sciences
• Physical sciences
• Molecular dynamics simulation
• Tạp chí Y học Việt Nam
• Sang thương quanh chóp
• Điều trị nội nha
• Xi măng trám bít ống tủy
• Nền Calcium Silicate
• Calcium oxalate silicate
• Crystal morphology
• Calcium oxalate monohydrate
• X ray diffraction methods
• Rhomboidal crystals
• Nguồn cung cấp calcium oxide
• Tổng hợp wollastonite
• Phương pháp thủy nhiệt
• Khoáng calcium silicate hydrate
• Phổ hồng ngoại biến đổi Fourrier
• thiết kế nội thất
• nội thất nhà
• không gian sống
• bê tông cốt thép
• phong thủy nhà cửa
• Trám bít ống tủy chân răng
• Xi măng nội nha
• Xi măng BioRootTM RCS
• Đo mức thâm nhập phẩm nhuộm
• Diatomaceous earth
• Rice hull ash
• Scirpophaga incertulas
• Silicon against yellow stem borer
• Scirpophaga incertulas Walker
• Calcium silicate cấu trúc xốp
• Magnesium aluminometasilicate cấu trúc xốp
• Giải phóng hoạt chất cyclosporine A
• Sắc kí lỏng hiệu năng cao
• Hình thành vi nhũ tương