数字农科院2.0

Seasonal host shifts based on midgut residues of Protaetia brevitarsis (Coleoptera: Scarabaeidae)

文献类型： 外文期刊

作者： Wu, Hui;Cui, Zhuangzhi;Huang, Xiaoqing;Kong, Fanfang;Wang, Zhongyue;Cui, Haizhen;Liu, Yongqiang

作者机构：

关键词： Protaetia brevitarsis;multiple-host feeding;host shift;Vitis vinifera

期刊名称： JOURNAL OF ECONOMIC ENTOMOLOGY

ISSN： 0022-0493

年卷期： 2024 年

页码：

收录情况： SCIE（2024版）

摘要： White-spotted flower chafer adult (Protaetia brevitarsis, Coleoptera: Scarabaeidae), a serious omnivorous pest in regions with multiple fruits and crops, was studied to gain a deeper understanding of its damage patterns. DNA molecular tracking technology was used to identify host plant residues in adult P. brevitarsis midgut, and plant species with the most availability were determined during their growing season. Combining the 2019 and 2021 results, it was found that adults in the multi-cropped area fed on 32 plant species from 23 families, with grape (Vitis vinifera, 40%), peach (Prunus perisica, 23%) and mulberry (Morus alba, 14%) making up the majority of their diet. Some adults fed on multiple plant hosts, with four species detected in one adult and two to three species detected in one-third of adults. Adults shifted among host species during the season, moving from mulberry or grape to peach and then back to grape. These results provide a scientific basis for in-depth research to develop green integrated control technologies against P. brevitarsis adults.

分类号：

  • 相关文献

[1]The transport of C-14-salicylic acid in heat-stressed young Vitis vinifera plants. Wang, LJ,Huang, WD,Zhan, JC,Yu, FY.

[2]Cryopreservation of axillary buds of grape (Vitis vinifera) in vitro plantlets. Zhao, YH,Wu, YJ,Engelmann, F,Zhou, MD. 2001

[3]VvSNAT1 overexpression enhances melatonin production and salt tolerance in transgenic Arabidopsis. Yandi Wu,Xiucai Fan,Ying Zhang,Jianfu Jiang,Lei Sun,Faiz Ur Rahman,Chonghuai Liu. 2021

[4]Light-Induced Variation In Phenolic Compounds I.n Cabernet Sauvignon Grapes ( Vitis Vinifera L.) Involves Extensive Transcriptome Reprogramming Of Biosynthetic Enzymes, Transcription Factors, And Phytohormonal Regulators. Sun, RZ, Cheng, G, Li, Q, He, YN, Wang, Y, Lan, YB, Li, SY, Zhu, YR, Song, WF, Zhang, X, Cui, XD, Chen, W, Wang, J. 2017

[5]Carposphere microbiota alters grape volatiles and shapes the wine grape typicality. Liu, Menglong,Yao, Xuenan,Wang, Haiqi,Xu, Xiaobo,Kong, Junhua,Wang, Yongjian,Chen, Weiping,Bai, Huiqing,Wang, Zixuan,Setati, Mathabatha Evodia,Crauwels, Sam,Blancquaert, Erna,Fan, Peige,Liang, Zhenchang,Dai, Zhanwu. 2025

[6]VvPIP1;1 plays a role in grape berry cracking by regulating water uptake. Yu, Jun,Li, Jia,Hong, Zhangfen,Zeng, Qing,Fu, Yizheng,Deng, Rouxue,Xu, Ke,Huang, Zhenyu,Zhu, Mingtao. 2025

[7]Joint analysis of transcriptome and metabolome reveals some genes and metabolomic variations involved in postharvest stress response of Vitis vinifera to Aspergillus westerdijkiae. Yafan Hu,Gang Wang,Xiaoyu Tian,Yibing Liu,Weizhao Li,Fuguo Xing. 2025

[8]Responses of Detoxifying, Antioxidant and Digestive Enzyme Activities to Host Shift of Bemisia tabaci (Hemiptera: Aleyrodidae). Chen Long-jia,Zhang Zong-lei,Ma Wei-hua,Deng Pan,Lin Ke-jian. 2013

[9]Insect oviposition behavior affects the evolution of adaptation to Bt crops: consequences for refuge policies. Jongsma, Maarten A.,Yang, Limei,Gould, Fred,Legros, Mathieu,Yang, Limei,Yang, Limei,van Loon, Joop J. A.,Dicke, Marcel.

[10]Genome of the Giant Panda Roundworm Illuminates Its Host Shift and Parasitic Adaptation. Yue Xie,Sen Wang,Shuangyang Wu,Shenghan Gao,Qingshu Meng,Chengdong Wang,Jingchao Lan,Li Luo,Xuan Zhou,Jing Xu,Xiaobin Gu,Ran He,Zijiang Yang,Xuerong Peng,Songnian Hu,Guangyou Yang. 2022

[11]Partiti-like viruses from African armyworm increase larval and pupal mortality of a novel host: the Egyptian cotton leafworm. Xu, Pengjun,Rice, Annabel,Li, Tong,Wang, Jie,Yang, Xianming,Yuan, He,Graham, Robert, I,Wilson, Kenneth. 2021

[12]Multi-generational adaptation to Solanum nigrum increases reproduction and decreases microbial diversity of Aphis gossypii. Wang, Peng,Jing, Yu-Xi,Ma, Ya-Jie,Wang, Dan,Shan, Yong-Pan,Hu, Hongyan,Wu, Changcai,Song, Xian-Peng,Ren, Xiangliang,Ma, Yan,Ma, Xiaoyan. 2025

[13]Rapid adaptive response of population fitness of Zeugodacus tau during host shifts and implications for integrated pest management strategies. Wang, Yusha,Wu, Kaiyuan,Li, Ruwen,Wang, Guoquan,Tan, Huihua,Zhou, Zhongshi. 2025

[14]The Molecular Mechanisms Underlying Zucchini-Induced Changes in the Host Adaptation of Cotton- and Cucumber-Type Aphis gossypii. Yibin Pan,Weili Xu,Li Wang,Kaixin Zhang,Jichao Ji,Dongyang Li,Xiangzhen Zhu,Xueke Gao,Junyu Luo,Jinjie Cui. 2025

[15]Lignocellulose degradation in Protaetia brevitarsis larvae digestive tract: refining on a tightly designed microbial fermentation production line. Wang, Kui,Gao, Peiwen,Geng, Lili,Liu, Chunqin,Zhang, Jie,Shu, Changlong. 2022

[16]Influence of Trap Color, Type, and Placement on Capture Efficacy for Protaetia brevitarsis (Coleoptera: Scarabaeidae). Huanhuan Cai,Tao Zhang,Yinghua Su,Zhongyue Wang,Xiaofang Zhang,Shaoshan Wang,Yongqiang Liu. 2021

[17]De Novo Genome Assembly Of T.he White-Spotted Flower Chafer ( Protaetia Brevitarsis). Gao, Yongyang,Geng, Lili,Shu, Changlong,Wang, Kui,Li, Pengpeng,Liu, Chunqin,Wang, Qinglei,Yin, Jiao,Zhang, Jie. 2019

[18]Evaluation Of The Quality Ofprotaetia Brevitarsislarvae Through Amino Acid-Activity Relationship. Zheng, W, Sun, WW, Li, XM, Shi, DD, Zhang, HY, Yang, PL. 2020

[19]Characterization of Microorganisms from Protaetia brevitarsis Larva Frass. Huina Xuan,Peiwen Gao,Baohai Du,Lili Geng,Kui Wang,Kun Huang,Jie Zhang,Tianpei Huang,Changlong Shu. 2022

[20]Sodium alginate-based composite microspheres for controlled release of pesticides and reduction of adverse effects of copper in agricultural soils. Yu Du,Qizhen Zhang,Manli Yu,Bin Jiao,Fuliang Chen,Mingming Yin. 2023

作者其他论文 更多>>