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Latitudinal variation in radial growth phenology of Cryptomeria japonica D. Don trees in Japan

机译:粳稻径向生长候毒性的纬度变异。日本唐树唐树木

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摘要

We investigated the latitudinal variation in radial growth phenology (onset, cessation, and duration of radial growth) of Cryptomeria japonica D. Don trees in Japan. The radial growth was observed using dendrometers in 16 stands at multiple latitudes throughout Japan. The onset of radial growth showed a clear latitudinal gradient: at high-latitude sites, C. japonica growth started later than at low-latitude sites. However, cessation of radial growth was independent of latitude. Consequently, the duration of radial growth (defined based on the onset and cessation dates) showed a weak but significant latitudinal gradient: at high-latitude sites, C. japonica trees grew for a shorter period than trees at low-latitude sites. The onset and duration of growth were respectively strongly and weakly affected by temperature, although growth cessation was not explained by temperature or precipitation. The latitudinal gradient for duration of radial growth weakly but significantly supports the hypothesis that regional variation in growth phenology is a key factor responsible for the regional variation in long-term growth. Furthermore, we found that growth duration was more variable at low latitudes than at high latitudes.
机译:我们研究了日本Cryptomeria japonica D. Don树的径向生长候选(发病,停止和持续时间)的纬度变化。使用16个在日本多个纬度的级别的树枝间观察到径向生长。径向生长的发作显示出明显的纬度梯度:在高纬度地点,C.粳稻生长在低纬度地点开始。然而,径向生长的停止与纬度无关。因此,径向生长的持续时间(基于发病和停止日期定义)显示出弱但显着的纬度梯度:在高纬度地点,C. japonica树比低纬度地点的树木增长较短。虽然未通过温度或沉淀解释生长停止,但生长的发病和持续时间分别受到温度的强烈和弱弱。潜伏期渐变的径向生长弱且显着支持生长候选区域变异的假设是对长期增长的区域变异的关键因素。此外,我们发现生长持续时间在低纬度的低纬度比高纬度更具变化。

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  • 来源
    《Forestry》 |2018年第2期|共11页
  • 作者单位

    Forestry &

    Forest Prod Res Inst Dept Forest Management 1 Matsunosato Tsukuba Ibaraki 3058687 Japan;

    Toyama Forestry &

    Forest Prod Res Ctr 3 Yoshimine Tateyama Toyama 9301362 Japan;

    Univ Tokyo Forests Ecohydrol Res Inst 11-44 Goizuka Seto Aichi 4890031 Japan;

    Univ Tokyo Chiba Forest 770 Amatsu Kamogawa Chiba 2995503 Japan;

    Forestry &

    Forest Prod Res Inst Shikoku Res Ctr 2-915 Asakura Nishimachi Kochi 7808077 Japan;

    Hokkaido Res Org Forestry Res Inst Donan Stn 372-2 Kikyo Hakodate Hokkaido 0410801 Japan;

    Univ Miyazaki Fac Agr 11300 Tano Cho Miyazaki 8891702 Japan;

    Forestry &

    Forest Prod Res Inst Dept Plant Ecol Tsukuba Ibaraki 3058687 Japan;

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  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类 林业;
  • 关键词

  • 入库时间 2022-08-20 03:31:51

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