比利时菜花黄萎病的研究。

J Debode, K Spiessens, L De Rooster, M Höfte
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引用次数: 0

摘要

几年来,比利时的商品花椰菜受到血管性枯萎病的严重影响。可以观察到植物枯萎和花椰菜茎的维管变色。病原菌造成严重的产量和质量损失。本研究的第一个目的是分离和表征这种疾病的致病因子。黄萎病菌可以从有症状的花椰菜维管组织中分离出来。形态和生理特征表明,从菜花中分离的病原菌可鉴定为芸苔属近缘新种长孢弧菌。其次,在自然侵染土壤中进行田间试验,评价了几种菜花品种对长孢弧菌的敏感性。在收获时,血管变色通过视觉评分进行评估。这些试验表明,不同品种对长孢弧菌的易感性存在相当大的差异。本研究的最终目的是找到一种控制花椰菜枯萎病的方法。田间试验表明,在花椰菜残渣、两种芥菜绿肥(芥菜芽孢杆菌或黑芽孢杆菌)或两种商业生物制品中施用花椰菜维管变色剂,可显著减少花椰菜维管变色。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Verticillium wilt of cauliflower in Belgium.

Since several years commercial cauliflower in Belgium is severely affected by a vascular wilt disease. Plants wilt and a vascular discoloration of the cauliflower stems can be observed. The pathogen causes significant yield and quality losses. The first objective of this study was to isolate and characterise the causal agent of this disease. Verticillium species could be isolated out of the vascular tissue of symptomatic cauliflower plants. Morphological and physiological characteristics indicated that the isolates from cauliflower could be identified as the new and brassica-related species V. longisporum. Secondly, the susceptibility of several cauliflower cultivars to V. longisporum was evaluated by way of field experiments in naturally infested soil. At harvest, vascular discoloration was evaluated by a visual score. These experiments pointed to considerable differences between cultivars in their susceptibility to V. longisporum. The final goal of this study was to find a way to control the wilt disease on cauliflower. A field experiment showed that vascular discoloration of cauliflower was significantly reduced when soil was incorporated with broccoli residues, two Brassica green manures (B. juncea or B. nigra) or two commercial biological products based on Talaromyces flavus or Trichoderma sp..

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