| 1. | Bio - diversity of primary productivity of water bodies
试看水体初级生产力的生物多样性 |
| 2. | The net primary production simulation of terrestrial ecosystems in china by avim
的中国陆地生态系统净初级生产力模拟 |
| 3. | Net primary productivity
净初级生产力 |
| 4. | They were alexandrtum tamarense . gymnodinium sp . and niuschia pungens
由此可见， ? ?湖初级生产力极其异常，有爆发赤潮的高度危险。 |
| 5. | The fishery production from the north part of the south china sea using the primary production method
应用初级生产力估算南海北部的渔业资源量 |
| 6. | The potential supply to phy ' toplankion nitrogen demand was smail in both ecosystems . 4
但两者的微型浮游动物排泄的氨氮对初级生产力的贡献都较低。 |
| 7. | Influence of seasonal distribution of precipitation on primary productivity of stipa krylovii community
降水量季节分配对克氏针茅草原群落初级生产力的影响 |
| 8. | Npp of harbin area is also discussed in the simulating of vegetation growth for die sake of contrast analyzing to mohe area
为了对比分析，在植被生长试验模拟中，也模拟了哈尔滨附近的净初级生产力( npp ) 。 |
| 9. | The fluxes of nh4 - n contributed only 5 . 9 % of n in spring , 3 . 0 % of n in summer and 7 . 0 % of n in autumn requirements for phytoplankton production
春季研究区域范围内的沉积物仅能向海水提供维持初级生产力所需po4一p的0 . 9 % 。 |
| 10. | Excretion of phytoplanktonederived nitrogen by microzoopiankton was 2 . 14mg / ( m ' - d ) , which couid potentiaiiy supply 0 . 2 % of phytoplankton nitrogen demand
厦门西港微型浮游动物的氨氮排泄率为2二4mg （ m ‘ ? d ） ，对初级生产力的贡献为0 |
