The resistant heredity of the fusarium wilt is controlled by many genes, when a variety is in a complicated colony , these disease-resistant genes may exist in different individuals separately .
棉花对枯萎病的抗性遗传是由多基因控制，当一个品种处于一种复杂的群体状态时，这些抗病基因可能分别存在于不同个体上。
This study provides some evidence for control of cotton Fusarium wilt through peppermint-cotton rotation, and opens up a possibility for its control with peppermint preparation.
本研究为薄荷-棉花轮作防治棉花枯萎病提供了一些依据，展示了利用薄荷制剂防治该病害的可能性。
The resistance to Fusarium wilt of long-fibre cotton selected from sea-land hybrid was appraised by using sea-land hybrid techniques.
利用海陆杂交技术所选育的长绒棉抗病材料在枯萎病病圃、重病田等抗病性鉴定，都表现很好的抗病性。
It is highly resistant to fusarium wilt and anthracnose.
植株生长健壮，抗枯萎病，兼抗炭疽病。
The relationship between incidence of fusarium wilt in chilly and the amount and preparation of N. P. K fertilizer was studied on the bases of soil chemical analysis.
在土壤化学分析的基础上研究分析用不同n、P、K配方施肥与辣椒枯萎病发生的关系。
As for control fusarium wilt of cotton (caused by Fusarium oxysporum f. sp. vasinfectum ), chitin additives increased the efficacy of all tested strains.
对于防治棉花枯萎病来说 ，几丁质添加物能提高所有测定菌株的防治效果。
In recent years, watermelon Fusarium wilt has become an increasing threat to watermelon production around the world.
近年来，西瓜枯萎病菌引起的西瓜枯萎病害范围逐渐扩大，危害日益突出。
The present paper dealt with the review of achievement to Fusarium wilt disease in agricultural crops in China.
对中国农作物枯萎病的研究进行综述。
The medicaments of controlling watermelon-anthracnose are triazole germicides and some other protective germicides, but it wasn't specific medicaments to control watermelon-fusarium wilt.
目前用于防治西瓜炭疽病的药剂是三唑类杀菌剂及其它一些保护性杀菌剂，而防治西瓜枯萎病尚无特别有效的药剂。
The progresses of cotton disease research in the recent 50 years which mainly focused on cotton Fusarium wilt and cotton Verticillium wilt were reviewed.
以棉花枯、黄萎病为主，就我国近50年来，在棉花病害研究方面取得的进展做了较详细的总结。
But in recent years, melon diseases especially Fusarium wilt of fungi diseases had a negative effect on melon's products and quality.
但近年来，甜瓜病害尤其是真菌病中的枯萎病严重影响了甜瓜的产量和品质。
The main method to prevent Fusarium wilt is using chemical pesticide which brings about potential danger to health of people and environment.
目前防治甜瓜枯萎病的主要途径仍然是运用化学方法，这对人类的健康和生活环境存在着巨大的潜在威胁。
The fusarium wilt disease strain was inoculated and cultured in the modified Richard's liquid medium.
用改良理查德液体产毒培养基培养棉花枯萎病菌，取其培养滤液作为毒素液。
So these identified that the isozymes Electrophoresis was of important consult value on identification of physiologic RACES of cotton-wilt fusarium, especially esterase isozyme and soluble protein.
据此可以看出，同工酶谱和可溶性蛋白质谱对棉花枯萎病菌生理小种的鉴定具有重要的参考价值，其中以酯酶同工酶谱和可溶性蛋白质谱分析为好。
It could come to a conclusion that induced systemic resistance was one of biocontrol mechanisms combined with the control efficiencies of Bacillus subtilis B29 to cucumber Fusarium wilt disease.
结合枯草芽孢杆菌b 29菌株对黄瓜枯萎病的田间防效试验，可以说明诱导抗性是其生防作用机制之一。
The control effects against the cucumber fusarium wilt were studied in the condition of different spraying concentration and time.
通过田间小区防效试验，测定了在黄瓜苗期和成株期，菌株的不同施菌浓度、施菌时间对枯萎病的防治效果。
The research was carried on the effect of solid agent controlling the cucumber fusarium wilt and the green pepper phytophthora bligh by the field plot experiment.
利用田间小区试验进行固体生物肥料防治黄瓜枯萎病和青椒疫病的效果研究，对田间应用效果进行评价。
The effect of 12 different kinds of organic amendments on the control of cucumber Fusarium wilt and on the cucumber growth were investigated by antifungal experiment and potted plant trial.
采用室内抑菌测定及盆栽防治试验相结合的方法，测定了12种有机物对黄瓜枯萎病发生及其对黄瓜植株生长的影响。
Its advantages are high survival rate of graft, low-temp fast growth of watermelon seedlings, easy fruit bearing, resisting fusarium wilt and increasing yield of watermelon by 30% or more.
利用该品种做西瓜砧木，嫁接西瓜成活率高，幼苗在低温下伸长快、西瓜易坐果、抗枯萎病，提高产量30%以上。
Due to the lack of effective chemical fungicides and resistant varieties, fusarium wilt has become the limiting factor in cucumber production.
由于常规农药对枯萎病防效甚微，并且抗病性品种缺乏，枯萎病已经成为制约黄瓜生产的限制性因素。
The above mentioned soil antagonistic strains were tested for controlling cotton fusarium wilt disease in the field. The results showed that T 03 was the best, the control effect was 76.5%.
用上述7个土壤拮抗菌进行棉花枯萎病田间小区防效试验的结果表明，T-03对棉花枯萎病的防效最高，达76．5％；
The antagonism mechanisms between Trichoderma harzianum and cucumber Fusarium wilt were analyzed combined with indoor selection and field efficacy.
采用室内筛选与田间防效相结合的方法，对哈茨木霉抑制黄瓜尖孢镰刀菌的拮抗机制进行了研究。
The antigen of Fusarium wilt is seldom. Therefore, using conventional breeding methods to improve resistance of cucumber Fusarium wilt has limitation.
由于黄瓜本身枯萎病抗原材料较少，因此，利用常规育种手段提高黄瓜枯萎病抗病性具有一定的局限性。
Tolerant to fusarium wilt and anthracnose.
抗蔓割病和炭疽病。
Tolerant to fusarium wilt and anthracnose.
抗蔓割病和炭疽病。
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