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温度、叶片湿度及分离菌株对链格孢菌侵染明尼奥拉橘柚叶片的影响

Temperature, Leaf Wetness, and Isolate Effects on Infection of Minneola Tangelo Leaves by Alternaria sp.

作者信息

Canihos Y, Peever T L, Timmer L W

机构信息

Assistant Professor, Department of Plant Protection, University of Cukurova, Adana, Turkey.

Visiting Assistant in Plant Pathology.

出版信息

Plant Dis. 1999 May;83(5):429-433. doi: 10.1094/PDIS.1999.83.5.429.

Abstract

Alternaria brown spot causes necrotic lesions on immature leaves, twigs, and fruit of tangerines and their hybrids, reducing yield and fruit quality. The effect of temperature, leaf wetness, and isolate was evaluated in an in vitro system using immature detached leaves of Minneola tangelo Infection was greatest at 27°C, decreased gradually as the temperature declined to 24, 20, and 17°C, and dropped sharply at 32°C. Levels of infection were low at 4 and 8 h of leaf wetness and continued to increase with longer wetting periods up to 36 h. A polynomial equation was developed that provided a good fit for the data (adjusted R = 0.93). Isolates differed in aggressiveness, but there was no significant difference among isolates in their response to temperature and leaf wetness duration.

摘要

链格孢褐斑病会在蜜柑及其杂交品种的未成熟叶片、嫩枝和果实上造成坏死斑,从而降低产量和果实品质。在一个体外系统中,使用明尼奥拉橘柚的未成熟离体叶片评估了温度、叶片湿度和菌株的影响。在27°C时感染最为严重,随着温度降至24、20和17°C,感染率逐渐下降,而在32°C时急剧下降。在叶片湿度为4小时和8小时时感染水平较低,随着湿润时间延长至36小时,感染水平持续上升。建立了一个多项式方程,该方程与数据拟合良好(调整后R = 0.93)。不同菌株的致病力存在差异,但各菌株对温度和叶片湿润持续时间的反应没有显著差异。

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