西非蝉叶蝉生物学及玉米条纹病毒病流行病学

N. Bosque-Pérez, I. Buddenhagen
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引用次数: 16

摘要

在尼日利亚开展了关于玉米条纹病毒(MSV)的蝉叶蝉载体生物学、本地禾草作为病毒和载体的储库的作用以及MSV的发病率和严重程度与玉米品种的易感性/抗性水平之间的关系的研究。在稀树草原,雨结束前和森林地区,雨结束后蝉的数量达到高峰。毒叶蝉的比例随着季节的进展而增加。蠓是优势病媒;其他四种不太常见。MSV和病媒的淡季生存发生在河流地区的草地和旱季种植玉米的水态土壤地区。然而,在尼日利亚的许多禾草中发现的条纹病并不容易传染给易感的大田玉米。最有可能使具有流行病学能力的MSV玉米品系永久化的杂草是压缩轴虫(引进的多年生植物)、拉臂蒿(Brachiaria lata)和barbata蛇尾草(土生一年生植物)。MSV流行病只发生在……
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Biology of Cicadulina leafhoppers and epidemiology of maize streak virus disease in West Africa
Studies have been conducted in Nigeria on biology of Cicadulina leafhopper vectors of maize streak virus (MSV), the role of indigenous grasses as reservoirs of virus and vectors, and on incidence and severity of MSV in relation to maize varietal susceptibility/resistance levels. Cicadulina populations peak before rains end in the savanna and after the rains in the forest zone. The proportion of viruliferous leafhoppers increases as the season progresses. C. mbila is the predominant vector species; four other species are less common. Off-season survival of MSV and vectors occurs in riverine areas in grasses and in areas with hydromorphic soils where maize is grown during the dry season. However, streak found in many grasses in Nigeria is not readily transmissible to susceptible field maize. Weeds most likely to perpetuate an epidemiologically-competent MSV maize strain are Axonopus compressus (an introduced perennial), Brachiaria lata and Setaria barbata (indigenous annuals). MSV epidemics occur only in ye...
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