propylaea

propylaea

1. ecological system in cotton fields,transgenic Bt cotton,arthropod community,Helicoverpa armigera,Propylaea japonica.

01棉田生态系统,转基因棉花,节肢动物群落,棉铃虫,龟纹瓢虫

2. Preliminary study on occurring rules, conservation and utilization of Propylaea japonica in transgenic Bt cotton fields

Bt抗虫棉田龟纹瓢虫发生规律及保护利用研究初报

3. The dominant species among 16 species were Coccinella septempuntata Linnaeus, Propylaea aponica (Thunberg) and Harmonia axyridis.

其中优势种为七星瓢虫、龟纹瓢虫、异色瓢虫。

4. Survival and Development of Immature Chrysopa sinica and Propylaea japonica Feeding on Bemisia tabaci Propagated on Transgenic Bt Cotton

取食Bt棉的棉粉虱对中华草蛉和龟纹瓢虫幼虫存活和发育的影响

5. The Propylaea, the monumental entrance to the sacred area was also constructed in the same period.

山门则在作为同一时期进入祭祀区域的入口。

6. the Propylaea

希腊雅典卫城(Acropolis)的入口

7. The occurrence of Propylaea japonica in cotton field in Dongting lake area and its utilization

洞庭湖棉区龟纹瓢虫发生及利用

8. Respiration rate and metabolic rate of ladybeetles,Propylaea japonica(Thunberg),were determined at six different temperatures in laboratory.

测定了不同温度下龟纹瓢虫的呼吸率和代谢率。

9. So far offers a full exhibit on the Propylaea and the first phases of a project on the Temple of Athena Nike.

迄今为止,提供通廊的全面展示和阿西娜胜利女神殿第一期工程。

10. Propylaea japonica

龟纹瓢虫

11. Studies on the Characteristics and Application of the Distribution Parameters of Propylaea japonica in Cotton Fields

龟纹瓢虫在棉田分布型参数特征及其应用研究

12. Research of the predated and hunted functional response of Propylaea japonica to wheat aphid

龟纹瓢虫对麦蚜的捕食功能反应及寻找效应研究

13. STUDIES ON THE PREDATORY FUNCTION RESPONSES AND SEARCHING EFFICIENCY OF PROPYLAEA JAPONICA ON APHIS

龟纹瓢虫捕食棉蚜的功能反应与寻找效应研究

14. Studies on the Predatory Function Responsts and Searching Efficiency of Propylaea japonica on Eggs of Heliothis armigera

龟纹瓢虫捕食棉铃虫卵的功能反应与寻找效应研究

15. The predatory functional responses and searching efficiency of Propylaea japonica on Rhopalosiphum maidis

龟纹瓢虫捕食玉米蚜的功能反应与寻找效应研究

16. Propylaea japonica (Thunberg) and Leis axyridis (Pallas) had the widest niche overlap;Leis axyridis (Pallas) and Lysiphlebia japonica (Ashmead) had the smallest ecological niche overlap.

龟纹飘虫与异色飘虫的生态位重叠最大，异色飘虫与棉蚜茧蜂的生态位重叠最小。