| 1. | Plant regeneration from callus of changiums myrnioides
明党参愈伤组织诱导及植株再生 |
| 2. | C . smyrnioides and a . sylvestri took different growth and reproduction strategy
明党参和峨参的生长和生殖策略不同。 |
| 3. | The recovery of c . violaceum was better than that of c . smyrnioides
明党参光合生长能力对土壤水分变化的可塑性大于峨参。 |
| 4. | Effect of seedling and fertilizering on yield and quality of cultivated changium smyrnioides
种苗与施肥对明党参产量和质量的影响 |
| 5. | The leaf number and aboveground biomass ratio of c . smyrnioides were far less than those of a . sylvestri
明党参地上生物量比率和叶片数也远低于峨参。 |
| 6. | The photosynthetic carbon assimilation ability of c . smyrnioides was lower than that of a . sylvestris under natural environment
野外自然条件下，明党参光合碳闹定能力远低于峨参。 |
| 7. | For a . sylvestris , it is usually the second year that plant flower and procreate and company with clone . the time of procreate would be delayed for
二年龄明党参和川明参未有死亡，而干旱条件下的峨参在营养生长期仍有40植株死亡。 |
| 8. | The seasonal fluctuation of pn of c . smyrnioides was larger than that of a . sylvestri : the pn of c . smyrnioides was 84 % lower in may that of in february , while a . sylvestri was only 19 %
明党参光合的季节变化远大于峨参：明党参5月份的光合速率较2月份下降了84 ，而峨参仅下降了19 。 |
| 9. | C . smyrnioides germinates in december and a . sylvestri in september , begin dormancy in june and bear fleshy storage roots . the growing season of c . smyrnioides is therefore 160 days shorter than that of
明党参1月萌发，峨参9月萌发，都在6月份进入休眠，明党参的生长时间比峨参短了160天左右。 |
| 10. | C . smyrnioides would allocate more biomass to root for store with growing . the ratio of biomass stored in root of two year old plant was more than one year old , and drought than saturation , the last period of growth than start period
明党参植株分配较多的生物量到根进行储备，干旱条件下较湿润条件下更大，二年龄较一年龄分配的比例更大，生长末期较初期更多。 |
