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1·Tocabbage black rot, no cultivar was highly resistant, 75 were tolerant, 4were resistant and 61 shsceptible.

抗黑腐病的4份，耐病的75份，感病的61份，未发现高抗材料。

2·Chestnut is a famous fruit but it can get black ret easily. The losses produced by black rot are as high as 70%.

板栗是著名的果实，但储藏中易发生黑斑病，造成高达70%的损失。

3·Results of correlation analysis indicated that there was not any correlation between resistance to black rot of varieties and its main economic characters.

相关分析显示，甘薯品种抗黑斑病性与其它主要经济性状间没有相关关系。

4·The results showed that illumination affected the growth rate and resistance of Azolla against black rot disease, both of which were lower under weak light (Tables 1,2).

结果表明，光照影响各满江红品系的生长速率与抗霉腐病能力，随着光照强度减弱，各品系的生长速率和抗霉腐病能力都下降。

5·More than 30 kinds of diseases and pests have been reported, but the damage of sweetpotato black rot, sweetpotato root rot, sweetpotato stem nematode and sweetpotato bacterial wilt is serious.

我国甘薯病虫害危害严重，已经发现报导的有30多种，其中发生比较广泛、为害比较严重的有甘薯黑斑病、甘薯根腐病、甘薯瘟病、甘薯茎线虫病。

6·The invention relates to a method for quickly detecting pathogenic bacteria carried by plant seeds of bacterial black rot, and relates to the biological detection of plant pathogenic bacteria.

本发明“植物种子携带细菌性黑斑病致病菌的快速检测方法”，涉及植物病菌生物检测。

7·Black rot in cruciferous vegetables, caused by Xanthomonas campestris pv. campestris is a global disease, generally occurs, resulting in cruciferous vegetables a serious decline in quality and yield.

由野油菜黄单胞菌野油菜致病变种引起的十字花科蔬菜黑腐病是一种全球性的病害，可造成十字花科蔬菜品质和产量严重下降。

8·Those diseases which had been formerly found but not identified in detail, such as tobacco Blank death, Black root rot, Wild fire, Angular spot and root-knot nematode were studied more thoroughly.

对过去虽有发现，但无详细鉴定的烟草低头黑病、烟草根黑腐病、烟草野火病、烟草角斑病、烟草根结线虫病等进行了研究。

9·As Lloyd, with short combed-back hair and wearing a dark suit, black tie and white shirt, was led out by two security officers, one of the victims shouted: Rot in hell.

当梳着整齐的头发，穿着黑色西服，系着黑色领带，内装白衬衣的劳埃德被两名警官带离法庭的时候，其中一名受害者冲着他怒喝：“下地狱吧！”

10·The mechanism on alkaline pulp black liquor was degraded by acid-producing white rot fungus was studied.

在复杂的黑液污染体系内，探索了产酸白腐菌处理碱性造纸黑液的机制。