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    魏春阳, 薛超群, 金立锋, 奚家勤, 王广山, 王信民. 县级区域尺度下烤烟烟叶厚度的区域特征[J]. 中国烟草科学, 2010, 31(4): 52-55.
    引用本文: 魏春阳, 薛超群, 金立锋, 奚家勤, 王广山, 王信民. 县级区域尺度下烤烟烟叶厚度的区域特征[J]. 中国烟草科学, 2010, 31(4): 52-55.
    WEI Chunyang, XUE Chaoqun, JIN Lifeng, XI Jiaqin, WANG Guangshan, WANG Xinmin. Regional Feature of Leaf Thickness of Flue-cured Tobacco at County Scale[J]. CHINESE TOBACCO SCIENCE, 2010, 31(4): 52-55.
    Citation: WEI Chunyang, XUE Chaoqun, JIN Lifeng, XI Jiaqin, WANG Guangshan, WANG Xinmin. Regional Feature of Leaf Thickness of Flue-cured Tobacco at County Scale[J]. CHINESE TOBACCO SCIENCE, 2010, 31(4): 52-55.

    县级区域尺度下烤烟烟叶厚度的区域特征

    Regional Feature of Leaf Thickness of Flue-cured Tobacco at County Scale

    • 摘要: 采用2003—2008 年全国烤烟中部烟叶厚度数据,通过Kriging 插值用Surfer 8.0 软件绘制烟叶厚度等值线图,研究县级区域尺度下烟叶厚度的空间分布特征。结果表明,我国西北部、东北部及黄淮地区为烤烟相对较厚的区域,西南地区次之,长江流域、皖南及东南地区为烤烟相对较薄的区域。烤烟烟叶厚度具有较为明显的区域特性。采用地统计学原理与等值线图相结合的方法研究全国烤烟烟叶厚度的空间分布,可直观展现全国烤烟烟叶厚度的区域性差异。

       

      Abstract: In order to understand the diversity of the regional feature of flue cured tobacco leaf thickness, the leaf tobacco thickness data from 2003 to 2008 were used, the regional feature of leaf thickness of flue cured tobacco was studied by using county scale. The data were analyzed by the Kriging interpolation method in the SURFER software. The results showed that the leaf thickness of flue-cured tobacco was relatively thick in northwestern and northeastern China, and Huanghe and Huaihe valley, but the thickness was relatively thin in Yangtze valley, southern Anhui and southeastern China. The leaf thickness varied with region. The regional feature distribution of leaf thickness of flue cured tobacco could be displayed visually by use of geostatistical analysis and contour map approaches.

       

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