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Grafting Watermelons Crop – Non Chemical Methyl Bromide Alternative

机译:嫁接西瓜作物-非化学溴甲烷替代品

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摘要

In Romania, the watermelons represent one of the most popular crop. The watermelons crop is particularly sensitive to the attack by soil diseases and nematodes. Since crop rotation is rarely adopted, the reduction of yield, both in quantity and quality, progressively affects the crops, thus making necessary the adoption of soil disinfestations practices or, other methods. The treatment of soil with methyl bromide was used only by large commercial farmers (107.72 tons methyl bromide in 2003). Since the adhesion to the Montreal Protocol, Romania government decided to phase out methyl bromide use starting 2005. Results of the demonstrative plots (MAKIS-project) obtained in 2009 indicated for the Romanian conditions, the following methyl bromide alternatives were suitable for soil disinfestation: metham sodium (chemicals methods), and grafting watermelons (non-chemical method). Grafting watermelons cultivars with high quality and productivity on rootstocks that are resistant to the soil pests and diseases is a method known for years ago, but which was improved and quickly spread in the last years. The main result of the grafting process is the increase of the resistance against soil diseases.
机译:在罗马尼亚,西瓜是最受欢迎的作物之一。西瓜作物对土壤病和线虫的侵袭特别敏感。由于很少采用轮作,数量和质量上的单产下降会逐渐影响作物,因此有必要采用土壤除虫措施或其他方法。仅大型商业农场主使用甲基溴处理土壤(2003年为107.72吨甲基溴)。自从加入《蒙特利尔议定书》以来,罗马尼亚政府决定从2005年开始逐步淘汰甲基溴的使用。2009年获得的示范性样地(MAKIS项目)表明了罗马尼亚的情况,以下甲基溴替代品适用于土壤除害:甲胺钠(化学方法)和嫁接西瓜(非化学方法)。在抗土壤病虫害的砧木上嫁接高质量,高产的​​西瓜品种是一种多年以前的方法,但是在最近几年中得到了改进并迅速传播。嫁接过程的主要结果是提高了对土壤疾病的抵抗力。

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