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首页> 外文期刊>Archives of Agronomy and Soil Science >EFFECT OF LEVELS AND SOURCES OF NITROGEN ON CONCENTRATION AND UPTAKE OF NITROGEN BY A HIGH YIELDING VARIETY AND A HYBRID OF RICE
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EFFECT OF LEVELS AND SOURCES OF NITROGEN ON CONCENTRATION AND UPTAKE OF NITROGEN BY A HIGH YIELDING VARIETY AND A HYBRID OF RICE

机译:氮素水平和来源对高产和杂交水稻氮素吸收利用的影响。

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Field experiments were made on a sandy clay loam soil at the Indian Agricultural Research Institute, New-Delhi to study the effect of levels and sources of nitrogen on concentration and uptake of nitrogen by a high yielding variety Pusa 834 and a hybrid PRH3 of rice. Nitrogen concentration in hybrid PRH 3 remained lower than in Pusa 834, but N uptake was significantly more in the hybrid PRH 3. Nitrogen fertilization increased N concentration as well as N uptake by rice. At 30 days after transplanting(DAT) N uptake was more in Pusa 834, but at 60 DAT and at harvest hybrid PRH 3 recorded significantly more N uptake than Pusa 834. Use of neem oil blended urea (PNGU) and neem coated urea (NCU) increased N concentration and uptake by rice in both Pusa 834 and hybrid PRH 3. Use of neem coated/blended urea is recommended for rice.
机译:在New-Delhi的印度农业研究所的沙质壤土上进行了田间试验,以研究氮素水平和来源对高产品种Pusa 834和水稻PRH3杂交对氮素浓度和氮素吸收的影响。杂交PRH 3中的氮浓度仍然低于Pusa 834中的氮浓度,但杂交PRH 3中的氮吸收量则明显更高。氮肥的施用增加了水稻的氮含量和氮吸收量。移植后30天(DAT),Pusa 834的N吸收更多,但是在杂交后60天DAT和收获时PRH 3记录的N吸收明显高于Pusa834。使用印em油混合尿素(PNGU)和印em包膜尿素(NCU) )在Pusa 834和杂交PRH 3中都增加了水稻的氮素浓度和对水稻的吸收。建议将印em包衣/混合尿素用于水稻。

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