| 1. | Chemical constitutents from litsea rubescens lec . var . yunnanensis
滇木姜子化学成分初步研究 |
| 2. | Oil of litsea cubeba litsea cubeba pers .
木姜子油山苍子pers |
| 3. | The individuals of neolitsea aurata var . glauca in gaps showed clumped distribution
林隙内白毛新木姜子种群为集群分布。 |
| 4. | Thus , we concluded that seeds of n . acuminatissima have nondeep physiological dormancy
因此，我们推论高山新木姜子种子具有非深度的生理休眠。 |
| 5. | Pattern v ( 7 . 7 % ) , continuous growth suppression . it was found that 56 . 6 - 100 % of neolitsea aurata var
00的白毛新木姜子有释压现象，平均释压次数为1 |
| 6. | . oils of litsea cubeda and lemongrass . determination of citral neral geranial content . gas chromatographic method on packed and capillary column
木姜子荜澄茄和柠檬香茅香精油.柠檬醛 |
| 7. | Fresh seeds of neolitsea acuminatissima germinated slowly at 30 / 20 in light ( with a 12 - h daily photoperiod ) and required > 20 wk to complete germination
摘要新鲜采收的高山新木姜子种子在变温30 / 20和每天12时光照下发芽缓慢，需要20周以上的时间才能全部发芽完毕。 |
| 8. | Analysis of size structure showed that each size class of neolitsea aurata var . glauca had quite a lot of individuals . it implies that the regeneration of neolitsea aurata var
结果表明：缙云山白毛新木姜子种群各径级都有一定数量的个体，种群更新在时间上是连续的。 |
| 9. | The radial growth of canopy neolitsea aurata var . glanca in jinyun mountain exhibited 5 distinct patterns . pattern i ( 29 . 4 % ) , the radial growth was not suppressed obviously
其中56 . 6 100的白毛新木姜子有受压过程，平均受绍云山白毛新木姜子（ neolistseaauratavar |
| 10. | Gap disturbance had different effects on the density , frequency , distribution of size class , spatial distribution pattern , radial growth pattern of neolitsea aurata var . glauca population
林隙干扰对缙云山白毛新木姜子种群密度、频度、径级分布、空间分布格局、径向生长都有不同程度影响。 |
