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首页> 外文期刊>Ciência e Agrotecnologia >Intensity of angular leaf spot and anthracnose on pods of common beans cultivated in three cropping systems
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Intensity of angular leaf spot and anthracnose on pods of common beans cultivated in three cropping systems

机译:三种种植方式栽培的普通豆荚上角叶斑和炭疽病的强度

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摘要

With the purpose to evaluate the intensity of angular leaf spot (ALS) and anthracnose (ANT) on pods, nine genotypes of common bean were planted in three cropping systems: monocrop (MC), monocrop grown on trellises (MCT), and intercrop with maize (ICM). In MC, beans were planted 0.5 m apart. Trelisses were set up with 1.8 m high bamboos and beans were sown 0.65 m apart. In ICM, beans were planted simultaneously with maize and in its rows. This cereal was sown 1.0 m apart with four plants per meter. Each cropping system was an independent trial installed close to each other. Climbing genotypes of beans most susceptible to ALS had less diseased pods in ICM than in both MC and MCT, but the less susceptible genotypes, regardless of their growth type, as well as the susceptible bush and semiclimbing genotypes, were similarly attacked by ALS in the three systems. ANT on pods of the susceptible bean cv. Pérola was less intense in MCT than in MC, and less intense in ICM than in MCT. ANT seed transmission was 11 %, 9.1 %, and 4.4 % when seeds come from MC, MCT, and ICM, respectively.
机译:为了评估豆荚上角叶斑(ALS)和炭疽病(ANT)的强度,在三种种植系统中种植了9种基因型普通豆:单作(MC),在格子上生长的单作(MCT)以及间作玉米(ICM)。在MC中,豆子相距0.5 m。用1.8 m高的竹子架起花架,并相距0.65 m播种豆子。在ICM中,豆子与玉米同时种植并排成一排。该谷物每米播种1.0 m,每棵播种四株。每个种植系统都是一个相互靠近安装的独立试验。与MC和MCT相比,IC最易受ALS侵袭的豆类的上升基因型在豆荚中患病的豆荚较少,但无论其生长类型如何,易感的基因型以及易感的灌木和半攀爬基因型也受到ALS的类似攻击。三个系统。易受感染的豆荚的豆荚上的蚂蚁。 Pérola在MCT中的强度不如MC,而ICM中的强度则不如MCT。当种子分别来自MC,MCT和ICM时,ANT种子传播率分别为11%,9.1%和4.4%。

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