Geographical distribution and genetic analysis reveal recent global invasion of whitefly, Bemisia tabaci, primarily associated with only three haplotypes

航程(航空) 生物 单倍型 遗传多样性 中国 多样性(政治) 粉虱 物种复合体 入侵物种 分布(数学) 进化生物学 生态学 系统发育树 地理 基因型 遗传学 人口学 人口 基因 社会学 材料科学 考古 复合材料 数学分析 数学 人类学
作者
Jing Peng,Xiaolu Lv,Ran Xia,Vikas Jindal,Geetika Banta,Veena Gupta,Vivek Kumar,Qingjun Wu,Bharathi Mohindru,Cindy L. McKenzie,Lance S. Osborne,Muhammad Z. Ahmed,Bao‐Li Qiu
出处
期刊:Bulletin of Entomological Research [Cambridge University Press]
卷期号:115 (2): 194-206 被引量:4
标识
DOI:10.1017/s0007485324000828
摘要

The whitefly, Bemisia tabaci is a cryptic species complex in which one member, Middle East-Asia Minor 1 (MEAM1) has invaded globally. After invading large countries like Australia, China, and the USA, MEAM1 spread rapidly across each country. In contrast, our analysis of MEAM1 in India showed a very different pattern. Despite the detection of MEAM1 being contemporaneous with invasions in Australia, the USA, and China, MEAM1 has not spread widely and instead remains restricted to the southern regions. An assessment of Indian MEAM1 genetic diversity showed a level of diversity equivalent to that found in its presumed home range and significantly higher than that expected across the invaded range. The high level of diversity and restricted distribution raises the prospect that its home range extends into India. Similarly, while the levels of diversity in Australia and the USA conformed to that expected for the invaded range, China did not. It suggests that China may also be part of its home range. We also observed that diversity across the invaded range was primarily accounted for by a single haplotype, Hap1, which accounted for 79.8% of all records. It was only the invasion of Hap1 that enabled outbreaks to occur and MEAM1's discovery.

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