2018
DOI: 10.20546/ijcmas.2018.703.013
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Performance of Wheat (Triticum aestivum L.) under Need based Nitrogen Management Strategies and Different Tillage Options

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“…From the outcomes, it was in this way concluded that the use of NPK = 120:60:60 kg ha-1, and the use of 2% boron to the leaves at tillering stage was better contrasted with different medicines. Haque M. et al (2018) [42] at Bihar announced that 105 kg N for wheat through supplement master and green searcher directed apparatus lead to great supplement supply all through the developing times of wheat and it can save around 45 kg N for each hectare (30%) when contrasted and ordinary proposal rehearses (150kg N ha -1 ) without influencing the grain yield of the yield. The dirt of the trial plot was sandy topsoil in surface, low in nitrogen (179 kg/ha) and natural carbon (0.55) and medium in accessible P 2 O 5 (23 kg/ha) and K 2 O (183 kg/ha), unbiased in response (soil pH 7.05) and non-saline in nature.…”
Section: Crop Growth and Yield Nutrient Managementmentioning
confidence: 99%
“…From the outcomes, it was in this way concluded that the use of NPK = 120:60:60 kg ha-1, and the use of 2% boron to the leaves at tillering stage was better contrasted with different medicines. Haque M. et al (2018) [42] at Bihar announced that 105 kg N for wheat through supplement master and green searcher directed apparatus lead to great supplement supply all through the developing times of wheat and it can save around 45 kg N for each hectare (30%) when contrasted and ordinary proposal rehearses (150kg N ha -1 ) without influencing the grain yield of the yield. The dirt of the trial plot was sandy topsoil in surface, low in nitrogen (179 kg/ha) and natural carbon (0.55) and medium in accessible P 2 O 5 (23 kg/ha) and K 2 O (183 kg/ha), unbiased in response (soil pH 7.05) and non-saline in nature.…”
Section: Crop Growth and Yield Nutrient Managementmentioning
confidence: 99%