北方水稻
北方水稻
북방수도
NORTH RICE
2015年
1期
22-24
,共3页
水稻%密度%施氮量%产量
水稻%密度%施氮量%產量
수도%밀도%시담량%산량
Rice%Density%Nitrogen%Yield
通过分析不同施氮量及移栽密度对水稻新品种绥粳13产量的影响，对水稻合理密植、合理施肥技术进行探讨。结果表明：当施氮量为116.5 kg/hm2、移栽密度为33万穴/hm2时，产量最高为8935.0 kg/hm2，在此施氮量及移栽密度下种植该水稻品种较为理想。
通過分析不同施氮量及移栽密度對水稻新品種綏粳13產量的影響，對水稻閤理密植、閤理施肥技術進行探討。結果錶明：噹施氮量為116.5 kg/hm2、移栽密度為33萬穴/hm2時，產量最高為8935.0 kg/hm2，在此施氮量及移栽密度下種植該水稻品種較為理想。
통과분석불동시담량급이재밀도대수도신품충수갱13산량적영향，대수도합리밀식、합리시비기술진행탐토。결과표명：당시담량위116.5 kg/hm2、이재밀도위33만혈/hm2시，산량최고위8935.0 kg/hm2，재차시담량급이재밀도하충식해수도품충교위이상。
The effect of different nitrogen and density on the yield of Suijing-13 were researched and then discussed reasonable close-planting and rational fertilization. The result indicated when the nitrogen was 116.5 kg/hm2 and transplanting density was 330 000 hole/hm2, it can achieved the highest yield which was 8 935.0 kg/hm2, so it pointed out optimal amounts for planting Suijing-13.
