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攀枝花烟区不同施氮量对云烟85生长和产质量的影响
引用本文:杜薇,王昌全,李冰,伍仁军,胡建新,张宗景,韩利红,雷彬.攀枝花烟区不同施氮量对云烟85生长和产质量的影响[J].西南农业学报,2012,25(1):193-197.
作者姓名:杜薇  王昌全  李冰  伍仁军  胡建新  张宗景  韩利红  雷彬
作者单位:1. 四川农业大学资源环境学院,四川雅安,625014
2. 四川省烟草公司攀枝花市公司,四川攀枝花,617000
基金项目:四川省烟草公司攀枝花市公司重点项目“烤烟精准化施肥管理系统研究与应用”(201015)
摘    要:在攀枝花烟区选择肥力中等的试验田,研究在磷钾施用量固定的情况下,不同施氮量对烤烟生长和产质量的影响。结果表明:在0~7 kg/667m2范围内增施氮肥能促进烤烟的生长发育,提高产量产值和中上等烟比例,协调化学成分;在7~10 kg/667m2范围内增施氮肥,虽然产量稍有增加,却会导致产值、中上等烟比例和化学品质下降,影响烤烟的工业可用性。综合衡量,在该试验条件下,攀枝花烟区云烟85的最优施氮量为7 kg/667m2。

关 键 词:攀枝花  施氮量  云烟85  生长

Effects of Different Nitrogen Rate on Yunyan85' s Growth, Yield and Quality in Panzhihua Tobacco Area
DU Wei , WANG Chang-quan , LI Bing , WU Ren-jun , HU Jian-xin , ZHANG Zong-jing , HAN Li-hong , LEI Bin.Effects of Different Nitrogen Rate on Yunyan85' s Growth, Yield and Quality in Panzhihua Tobacco Area[J].Southwest China Journal of Agricultural Sciences,2012,25(1):193-197.
Authors:DU Wei  WANG Chang-quan  LI Bing  WU Ren-jun  HU Jian-xin  ZHANG Zong-jing  HAN Li-hong  LEI Bin
Institution:1 (1.Resources and Environment College of Sichuan Agricultural University,Sichuan Ya’an 625014,China;2.Sichuan Panzhihua Branch Tobacco Company,Sichuan Panzhihua 617000,China)
Abstract:Medium fertility plots in Panzhihua tobacco area were selected to be the experimental plots.Effects of different nitrogen rates on tobacco’s growth,yield and quality were studied under the condition of fixed phosphorus and potassium fertilizer.The results showed that when the nitrogen rate increased within in 0-7 kg/667m2,the growth of flue-cured tobacco was promoted and the production,output and proportion of superior tobacco were increased,also the chemical composition was coordinated.While within the rage of 7-10 kg/667m2,the increasment of nitrogen reduced the production,output,chemical quality and proportion of superior tobacco,which affect the availability of tobacco industry.In comprehensive measurement,the optimal amount of nitrogen rate of Yunyan 85 in Panzhihua tobacco area was 7 kg/667m2 under the experimental condition.
Keywords:Panzhihua  Nitrogen rate  Yunyan85  Growth
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