| 1. | The seasonal and spatial dynamics of soil enzyme activities under kandelia candel magrove forest
秋茄红树林土壤酶活性时空动态 |
| 2. | The effect of nap and pyr on the growth of k . candel seedling leaves were similar
Nap和pyr暴污砂培“ 0天）对秋茄幼苗水分代谢的影响。 |
| 3. | Branched supporting roots that arise from the lower trunk of some mangrove species ( e . g
是在一些红树品种(如秋茄)的树干分支出来的支撑根。 |
| 4. | It could be inferred from above that nap had stronger inhibition on germination k . candel hypocotyl than pyr
上述结果表明， nap对秋茄种苗萌发的抑制作用大于pyr 。 |
| 5. | The effect on the growth of k . candel seedling exposed to pahs for 60 days could be manifested by the appearance of roots
Pahs对秋茄幼苗生长的影响从根的外部形态可明显表现出来。 |
| 6. | Four true mangrove species including kandelia candel , aegicera corniculatum , excoecaria agallocha and bruguiera gymnorrhiza are recorded in this mangrove community
53公顷面积，当中录得四种真红树品种，包括秋茄、桐花树、海漆及木榄。 |
| 7. | Correspondingly the biomass of various parts of k . candel seedling and the total biomass showed no significant difference from control group at low concentration of pyr and nap
两种处理在浓度为0 ling l对秋茄幼苗叶片细胞膜透性影响不明显，浓度为1和10mg l细胞膜透性显著提高。 |
| 8. | With increasing concentrations of pahs the biomass of various parts of k . candel seedling and the total biomass tended to decrease , the extent of inhibition by nap was obviously greater than by pyr . 3
在0 10mg l浓度范围，秋茄幼苗叶片、根尖sod与pod总活性的变化趋势相似，受pahs胁迫， sod和pod总活性提高。 |
| 9. | As for pyr , when at concentration of 0 . 1mg / l and img / l , hypocotyl germination of kandelia candel showed no significant difference from control group ; at concentration of 10mg / l , pyr produced a significant inhibition on the second pair of leaves
Pyr浓度为0 . 1mg l和1mg l对秋茄种苗萌发均没有明显的影响；在10mg l浓度组对第二对叶片展开有明显的抑制作用。 |
| 10. | So nap also had stronger inhibition on the growth of k . candel seedling roots than pyr . when at low concentration , pyr and nap simulated the high growth of k . candel seedling . at concentration of 1 mg / l , pyr produced inhibition , nap still produced stimulation
对秋茄幼苗叶片生长的影响nap和pyt非常相似，两者在低浓度组对秋茄幼苗叶片生长的作用不明显，在中、高浓度时均表现出明显的抑制作用。 |
