Lin Hao Yu, Wang Jia Jin, Mao Xin Jie, Liao Song Kai, Chen Hui
College of Forestry and Landscape Architecture, South China Agricultural University, Guangzhou, China College of Forestry and Landscape Architecture, South China Agricultural University Guangzhou China.
Biodivers Data J. 2023 Aug 30;11:e108794. doi: 10.3897/BDJ.11.e108794. eCollection 2023.
Westwood is a notorious defoliator of Nees that causes large economic and ecological losses in planted forests. To understand the importance of suppressing the population of on natural parasitoids, a four-years investigation was conducted in the field. Four egg parasitoid species Howard, Ishii, sp. and Sheng & Wang were captured in the wild. One of these is the dominant endoparasitoid species , which has a quicker developmental time (8.33 d), more offspring (8.39/egg) and a greater parasitism rate (89.54%). With different elevation distributions, the parasitism rates for Qian & He, (Cameron), (Gupta) and (Krieger) were 17.29%, 2.10%, 4.23% and 0.83%, respectively. Female longevity (47.75 d), offspring (13.36/pupa) and sex ratio (1.16:1) were compared in four pupal parasitoids and was the most abundant species of in Fujian Province.
韦氏叶蜂是一种臭名昭著的食叶害虫,会给人工林造成巨大的经济和生态损失。为了解自然寄生蜂对控制其种群数量的重要性,开展了为期四年的野外调查。在野外捕获了四种卵寄生蜂,分别是霍华德氏(Howard)、石井氏(Ishii)、某物种(sp.)以及盛氏和王氏(Sheng & Wang)。其中一种是优势内寄生蜂物种,其发育时间较短(8.33天)、后代数量较多(8.39个/卵)且寄生率较高(89.54%)。不同海拔分布下,钱氏和何氏(Qian & He)、卡梅伦氏(Cameron)、古普塔氏(Gupta)以及克里格氏(Krieger)的寄生率分别为17.29%、2.10%、4.23%和0.83%。对四种蛹寄生蜂的雌蜂寿命(47.75天)、后代数量(13.36个/蛹)和性别比(1.16:1)进行了比较,[此处缺失物种名]是福建省该叶蜂的最优势物种。