2017
DOI: 10.1016/j.sjbs.2017.05.007
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Morphological observation and characterization of the Pseudoregma bambucicola with the scanning electron microscope

Abstract: Both leica microscopic camera system and scanning electron microscopy was used to observe and characterize the feet, back, abdomen, antennae and mouthparts of the from the bamboo,. The possible functions of all the external morphological characteristics of the were described and discussed in detail, which offers a basis for further enriching the biology, phylogeny and ecological niche of the. Moreover, the morphological results should contribute to morphological identification and differentiation of the from o… Show more

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Cited by 4 publications
(7 citation statements)
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“…This aphid infests all parts of Bambusa bamboo including stems, branches, twigs, leaves, and shoots and develops into large and high-density colonies that impair bamboo growth and even cause death (Fukatsu et al 2001;Ijichi et al 2004;. Although until now there has been significant advance of knowledge about the ecology, behavior and chemical control of P. bambucicola, it is still existing major gaps in the understanding of this aphid pest, especially in genetics and molecular epidemiology because of lacking suitable genetic markers (Nong et al 2017. Mitochondrial DNA (mtDNA) is proven to be a valuable source of molecular markers and has been widely used for genetics and molecular identification of many insect pests including plant aphids (Cameron 2014;De Mandal et al 2014;Marquina et al 2019).…”
mentioning
confidence: 99%
“…This aphid infests all parts of Bambusa bamboo including stems, branches, twigs, leaves, and shoots and develops into large and high-density colonies that impair bamboo growth and even cause death (Fukatsu et al 2001;Ijichi et al 2004;. Although until now there has been significant advance of knowledge about the ecology, behavior and chemical control of P. bambucicola, it is still existing major gaps in the understanding of this aphid pest, especially in genetics and molecular epidemiology because of lacking suitable genetic markers (Nong et al 2017. Mitochondrial DNA (mtDNA) is proven to be a valuable source of molecular markers and has been widely used for genetics and molecular identification of many insect pests including plant aphids (Cameron 2014;De Mandal et al 2014;Marquina et al 2019).…”
mentioning
confidence: 99%
“…The aphids of the genus Pseudoregma are the common insect pests of bamboos that are widely distributed throughout the warmer regions of southeastern Asia (Fukatsu et al 2001). These aphid species, for instance, Pseudoregma alexanderi, P. bambucicola, P. Carolinensis, and P. koshunensis mainly infest ornamental bamboos and cause their growth stunting and even cause death (Fukatsu et al 2001;Ijichi et al 2004;Nong et al 2017). Until now there has been significant advance of knowledge made in morphology, ecologics, behavior and chemical control as well as systematics of Pseudoregma spp., especially in P. bambucicola (Fukatsu et al 2001;Nong et al 2017Nong et al , 2019aNong et al , 2019bZhang et al 2019).…”
mentioning
confidence: 99%
“…These aphid species, for instance, Pseudoregma alexanderi, P. bambucicola, P. Carolinensis, and P. koshunensis mainly infest ornamental bamboos and cause their growth stunting and even cause death (Fukatsu et al 2001;Ijichi et al 2004;Nong et al 2017). Until now there has been significant advance of knowledge made in morphology, ecologics, behavior and chemical control as well as systematics of Pseudoregma spp., especially in P. bambucicola (Fukatsu et al 2001;Nong et al 2017Nong et al , 2019aNong et al , 2019bZhang et al 2019). Nevertheless, it is still existing gaps in the understanding P. bambucicola including its molecular epidemiology and population genetic diversity due to limited marker resources (Nong et al 2017(Nong et al , 2019a(Nong et al , 2019bZhang et al 2019).…”
mentioning
confidence: 99%
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