Zhang Feng-Ping, Yang Da-Rong
Xishuangbanna Tropical Botanical Garden, Chinese Academy of Sciences, Kunming, China.
Ying Yong Sheng Tai Xue Bao. 2009 Aug;20(8):2005-11.
Through the behavioral observation of Ficus curtipes fig wasps and the counting of various kinds of flowerets in F. curtipes figs, the oviposition timing and community structure of 12 F. curtipes fig wasp species were studied. Besides the agaonid wasp Eupristina sp., the two non-agaonid wasps Diaziella yangi and Lipothymus sp. could enter into F. curtipes figs and oviposit. The other nine non-agaonid fig wasps ( Walkerella sp., Micranisa sp., Sycophilomorpha sp., Philotrypesis sp., Sycosapter sp., Sycobia sp., Ficomila sp., Ormyrus sp. and Sycophila sp.) oviposited outside the figs. In the fig wasp community, Eupristina sp. was the dominant species, accounting for 62.11% of the total, D. yangi and Lipothymus sp. accounted for 27.19% and 4.71%, respectively, while the other nine non-agaonid fig wasp species only occupied 5.99%. The non-agaonid fig wasps produced their progeny through the reproduction strategies of oviposition timing and diet allocation of female flowerets, so as to sustain the fig-wasp mutualism. The individuals of non-agaonid fig wasp progeny had significant negative correlation with those of agaonid fig wasp progeny, but no correlation with F. curtipes seed production.
通过对斜叶榕榕小蜂的行为观察以及对斜叶榕隐头果内各类小花的计数,研究了12种斜叶榕榕小蜂的产卵时间和群落结构。除了榕小蜂Eupristina sp. 外,两种非榕小蜂杨氏榕树金小蜂Diaziella yangi和Lipothymus sp. 也能进入斜叶榕隐头果并产卵。其他9种非榕小蜂(Walkerella sp.、Micranisa sp.、Sycophilomorpha sp.、Philotrypesis sp.、Sycosapter sp.、Sycobia sp.、Ficomila sp.、Ormyrus sp. 和Sycophila sp.)在隐头果外产卵。在榕小蜂群落中,Eupristina sp. 是优势种,占总数的62.11%,杨氏榕树金小蜂Diaziella yangi和Lipothymus sp. 分别占27.19%和4.71%,而其他9种非榕小蜂仅占5.99%。非榕小蜂通过在雌花产卵时间和食物分配的繁殖策略产生后代,以维持榕-蜂共生关系。非榕小蜂后代个体数与榕小蜂后代个体数呈显著负相关,但与斜叶榕种子产量无相关性。