日惹地区可可树血管条纹病病原真菌研究

H. Hendra, A. Wibowo, S. Suryanti
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引用次数: 0

摘要

可可是一种经济价值很高的优质农作物。印尼的可可豆产量位居世界第三,仅次于象牙海岸和加纳。维管条纹枯梢病(VSD)是造成可可产量和质量下降的重要病害之一。这种疾病是由担子菌真菌Ceratobasidium theobromae(同名Oncobasidium theobromae)引起的。孢子通过风传播,感染嫩叶,并通过自然开口进入木质部导管,从而抑制植物组织中的运输系统。有几种真菌病原体与可可的VSD病有关。本研究旨在研究与日惹省特别地区可可VSD病有关的真菌。在Gunungkidul、Kulon Progo、Bantul和Sleman等县的可可种植园进行了调查和抽样。Gunungkidul县和Kulon Progo县的VSD严重程度较高,而Sleman县和Bantul县的VSD严重程度为中等。从侵染的叶柄和茎中分离到88株真菌。体外致病性试验筛选了32株真菌分离株,对有伤和无伤的健康可可幼叶产生坏死和褪绿症状。接种后8 ~ 12 d出现首发症状,接种后1 ~ 3 d真菌菌丝可生长。所收集的分离株菌落形态具有高度的多样性。根据分生孢子形态鉴定出Lasiodiplodia sp.、Fusarium sp.、Colletotrichum sp.和拟盘多毛孢sp.。
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Fungal Pathogens Associated with Vascular Streak Dieback (VSD) Disease on Cacao in Special Region of Yogyakarta Province
Cacao is one of the pre-eminent crops plantation with high economic value. Indonesia's cacao beans production is the third largest in the world after Ivory Coast and Ghana. Vascular Streak Dieback (VSD) is one of the important diseases of cacao which caused a decreased yield either in quantity or quality. The disease is caused by the basidiomycete fungus Ceratobasidium theobromae (syn. Oncobasidium theobromae). Spores are carried by wind to spread, infect young leaves and penetrate through natural openings and colonize xylem vessel which could inhibit the transportation system in the plant tissue. There are several fungal pathogens associated with VSD diseases on cacao. This research aimed to study the fungi associate with VSD diseases on cacao in Special Region of Yogyakarta Province. Survey and sampling were conducted in cacao plantations in regencies of Gunungkidul, Kulon Progo, Bantul and Sleman. The severity of VSD disease in the regencies of Gunungkidul and Kulon Progo were high, while in the regencies of Sleman and Bantul were moderate. Eighty eight fungal isolates were isolated from infected petiole and stem. The in vitro pathogenicity test screened 32 fungal isolates causing necrotic and chlorotic symptoms on young healthy cacao leaves with and without wounding. The first symptoms appeared at 8-12 days after inoculation and fungal mycelium could grow at 1−3 days after inoculation. Those isolates collected showed a high diversity of colony morphology. Lasiodiplodia sp., Fusarium sp., Colletotrichum sp., and Pestalotiopsis sp. had been identified based on conidial morphology.
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