数字农科院2.0

Biological And Ecological Evidences Suggest S.tipa Krylovii (Pooideae), Contributes T o Optimal Growth Performance And Population Distribution Of The Grasshopper Oedaleus Asiaticus

文献类型： 外文期刊

作者： Tu, X. B.;Tu, X. B.;Qin, X. H.;Qin, X. H.;Zhang, Z. H.;Zhang, Z. H.;Wang, G. J.;Wang, G. J.;Nong, X. Q.;Huang, X. B.;Huang, X. B.;Cao, G. C.;Cao, G. C.;McNeill, M. R.;Nong, X. Q.;Ma, J. C.;Ma, J. C.

作者机构：

关键词： Stipa krylovii Roshev; Oedaleus asiaticus; grassland

期刊名称： BULLETIN OF ENTOMOLOGICAL RESEARCH

ISSN： 0007-4853

年卷期： 2017 年 107 卷 3.0 期

页码：

收录情况： JCR（2021版）

摘要： Oedaleus asiaticus Bey. Bienko is a significant grasshopper pest species occurring in north Asian grasslands. Outbreaks often result in significant loss in grasses and economic losses. Interestingly, we found this grasshopper was mainly restricted to Stipa-dominated grassland. We suspected this may be related to the dominant grasses species, Stipa krylovii Roshev, and hypothesized that S. krylovii contributes to optimal growth performance and population distribution of O. asiaticus. A 4 year investigation showed that O. asiaticus density was positively correlated to the above-ground biomass of S. krylovii and O. asiaticus growth performance variables (survival rate, size, growth rate) were significantly higher in Stipa-dominated grassland. A feeding trial also showed that O. asiaticus had a higher growth performance when feeding exclusively on S. krylovii. In addition, the choice, consumption and the efficiency of conversion of ingested food (ECI) by O. asiaticus was highest for S. krylovii compared with other plant species found in the Asian grasslands. These ecological and biological traits revealed why O. asiaticus is strongly associated with Stipa-dominated grasslands. We concluded that the existence of S. krylovii benefited the growth performance and explained the distribution of O. asiaticus. These results are useful for improved pest management strategies and developing guidelines for the monitoring of grasshopper population dynamics against the background of vegetation succession and changing plant communities in response to activities such as grazing, fire and climate change.

分类号：

  • 相关文献

[1]Spatial patterns and driving factors of aboveground and belowground biomass over the eastern Eurasian steppe. Ding L., Li Z., Shen B., Wang X., Xu D., Yan R., Yan Y., Xin X., Xiao J., Li M., Wang P.. 2022

[2]Biological and ecological evidences suggest Stipa krylovii (Pooideae), contributes to optimal growth performance and population distribution of the grasshopper Oedaleus asiaticus. Ma, J. C.,Qin, X. H.,Tu, X. B.,Cao, G. C.,Wang, G. J.,Nong, X. Q.,Zhang, Z. H.,Huang, X. B.,Ma, J. C.,Qin, X. H.,Tu, X. B.,Cao, G. C.,Wang, G. J.,Nong, X. Q.,Zhang, Z. H.,McNeill, M. R..

[3]Role Of Ptp/Ptk Trans Activated I.nsulin-Like Signalling Pathway In R egulation Of Grasshopper (Oedaleus Asiaticus) Development. Chang, Babar Hussain,Wang, Guangjun,Ullah, Hidayat,Tu, Xiongbing,Wang, Guangjun,McNeill, Mark Richard,Nong, Xiangqun,Tu, Xiongbing,Ullah, Hidayat,Nong, Xiangqun,Li, Shuang,Li, Shuang,Chang, Babar Hussain,Zhang, Zehua,Zhang, Zehua,Cui, Boyang,Cui, Boyang,Hao, Kun,Huang, Xunbing,Hao, Kun. 2019

[4]Synergy in Efficacy of Artemisia sieversiana Crude Extract and Metarhizium anisopliae on Resistant Oedaleus asiaticus. Shuang Li,Chaomin Xu,Guilin Du,Guangjun Wang,Xiongbing Tu,Zehua Zhang. 2021

[5]Distinct Drivers Of Core And Accessory Components Of Soil Microbial Community Functional Diversity Under Environmental Changes. Zhang, XM, Johnston, ER, Wang, YS, Yu, Q, Tian, DS, Wang, ZP, Zhang, YQ, Gong, DZ, Luo, C, Liu, W, Yang, JJ, Han, XG. 2019

[6]Latitudinal Variation In Reproductive Performance O.f Leymus Chinensis: Implications F or Its Response To Future Climate Warming. Zhang, B, Chen, HJ, Hou, XY, Ma, HL, Fang, QE, Hua, LM, Jiang, J, Shi, SL, Zhang, DG, Zhao, GQ, Han, WJ, Oxana, V, Leonid, U. 2018

[7]Responses Of Herbage Yield And S.oil Phosphorus Fractions To P hosphorus Fertilisation On A Degraded Arid Steppe. Wang, DJ, He, ZB, Zhang, Z, Du, QF, Zhang, Y, Hou, XY, Guo, YJ. 2018

[8]Livestock Grazing Significantly Accelerates Soil Erosion More Than Climate Change In Qinghai-Tibet Plateau: Evidenced From Cs-137 And (210)Pbex Measurements. Li, Y, Li, JJ, Are, KS, Huang, ZG, Yu, HQ, Zhang, QW. 2019

[9]Long-Term Overgrazing-Induced Memory Decreases Photosynthesis O.f Clonal Offspring In A Perennial Grassland Plant. Ren, WB, Hu, NN, Hou, XY, Zhang, JZ, Guo, HQ, Liu, ZY, Kong, LQ, Wu, ZN, Wang, H, Li, XL. 2017

[10]Differential Responses Of Soil Microbial C.ommunity To Four-Decade Long G razing And Cultivation In A Semi-Arid Grassland. He, YT, Xu, MG, Qi, YC, Dong, YS, He, XH, Li, JW, Liu, XC, Sun, LJ. 2017

[11]Effects of mowing frequency on soil nematode diversity and community structure in a chinese meadow steppe. Zhao Jinling,Chen Jiale,Wu Honghui,Li Linghao,Pan Fengjuan. 2021

[12]Disturbances consistently restrain the role of random migration in grassland soil microbial community assembly. Ping Wang,Shuang Pang,Minjie Xu,Wei Liu,Zijia Zhang,Baoming Ji,Ximei Zhang. 2021

[13]Stress memory and phyllosphere/soil legacy underlie tolerance and plasticity of Leymus chinensis to periodic drought risk. Li X., Jimoh S.O., Li Y., Duan J., Cui Y., Jin K., Wang Z., Zhang Y.. 2022

[14]Examining Relationships between Heat Requirement of Remotely Sensed Green-Up Date and Meteorological Indicators in the Hulun Buir Grassland. Jian Guo,Xiuchun Yang,Fan Chen,Jianming Niu,Sha Luo,Min Zhang,Yunxiang Jin,Ge Shen,Ang Chen,Xiaoyu Xing,Dong Yang,Bin Xu. 2021

[15]Warming And Precipitation Addition Interact To Affect Plant Spring Phenology In Alpine Meadows On The Central Qinghai-Tibetan Plateau. Ganjurjav, H, Gornish, ES, Hu, GZ, Schwartz, MW, Wan, YF, Li, Y, Gao, QZ. 2020

[16]Disturbance-level-dependent post-disturbance succession in a Eurasian steppe. Junjie Yang,Minjie Xu,Shuang Pang,Lili Gao,Zijia Zhang,Zhiping Wang,Yunhai Zhang,Xingguo Han,Ximei Zhang. 2021

[17]Relationships Between Aboveground Biomass And P.lant Cover At Two S patial Scales And Their Determinants In Northern Tibetan Grasslands. Jiang, YB, Zhang, YJ, Wu, YP, Hu, RG, Zhu, JT, Tao, J, Zhang, T. 2017

[18]Nitrogen Deposition Reduces the Diversity and Abundance of cbbL Gene-Containing CO2-Fixing Microorganisms in the Soil of the Stipa baicalensis Steppe. Jie Qin,Ming Li,Haifang Zhang,Hongmei Liu,Jianning Zhao,Dianlin Yang. 2021

[19]The Roles of Bacteria in Soil Organic Carbon Accumulation under Nitrogen Deposition in Stipa baicalensis Steppe. Yang, Dianlin,Yang, Dianlin,Zhang, Haifang,Zhao, Jianning,Zhao, Jianning,Zhao, Jianning,Zhang, Haifang,Zhang, Haifang,Zhang, Naiqing,Yang, Dianlin,Qin, Jie,Liu, Hongmei,Qin, Jie,Qin, Jie,Liu, Hongmei,Wang, Hui,Wang, Hui,Liu, Hongmei,Wang, Hui. 2020

[20]Artemisia Frigida (Asterales: Asteraceae) Improves The Growth Of Grasshopper Calliptamus Abbreviatus And Increases The Risk Of Damaging Populations. Huang, XB, Ullah, H, Zhang, ZH, Lv, SJ. 2020

作者其他论文 更多>>