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Citation:

Coppice Performance ofEucalyp tus urophylla clone U6

  • Received Date: 2008-09-02
  • Eucalyp tus urophylla clone U6 w as one o f the most common eucalypt c lone planted in Southern China.The resu lts show ed that the number of sprout spo,t copp ice number and he ight at the age of 2months fellow ed theW eibull d istribut ion, the kurtosis w as over 3, higher than no rma l schoo,l the skewness over 0, as an an isomerousd istr ibution. The number o f sprout spotw as related w ith b io log ica l features but no t related w ith height and d iam etero f stumps as it changed w ith random ic ity. Copp ice number a ffected by he ight and diameter o f stumps. The b iggerthe d iam eter, the more the coppice number, it show ed a linearity relat ionship. The coppice number increased w iththe he ight of stumpsw hen the heightw as under 16 cm, itw ould decreasewhen the he igh twas over 16 cm, it fo lloweda thrice parabola. The copp ice heightw as affected by the height of stumps, it increased when stump he igh twas under12 cm, then decreased wh ile over 12 cm; The coppice height w as negat ively related by stump d iameter.
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    [2] 李逸. 海南岛山地尾叶桉U6 无性系幼林的抚育和保护[J].热带林业, 2005, 33(1) : 39- 42

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Coppice Performance ofEucalyp tus urophylla clone U6

  • 1. Central SouthU n iversity ofForestry andT echnology, Changsha 410004, Hunan, Ch ina
  • 2.  Ch ina Eucalypt Research Centre, Zhan jiang 524022, Guangdong, Ch ina
  • 3. Ch ina Eucalypt Research Centre, Zhan jiang 524022, Guangdong, Ch ina

Abstract: Eucalyp tus urophylla clone U6 w as one o f the most common eucalypt c lone planted in Southern China.The resu lts show ed that the number of sprout spo,t copp ice number and he ight at the age of 2months fellow ed theW eibull d istribut ion, the kurtosis w as over 3, higher than no rma l schoo,l the skewness over 0, as an an isomerousd istr ibution. The number o f sprout spotw as related w ith b io log ica l features but no t related w ith height and d iam etero f stumps as it changed w ith random ic ity. Copp ice number a ffected by he ight and diameter o f stumps. The b iggerthe d iam eter, the more the coppice number, it show ed a linearity relat ionship. The coppice number increased w iththe he ight of stumpsw hen the heightw as under 16 cm, itw ould decreasewhen the he igh twas over 16 cm, it fo lloweda thrice parabola. The copp ice heightw as affected by the height of stumps, it increased when stump he igh twas under12 cm, then decreased wh ile over 12 cm; The coppice height w as negat ively related by stump d iameter.

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