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reniform nematode
相关语句
  肾形线虫
     BIOLOGY AND CONTROL OF RENIFORM NEMATODE(Rotylenchulus reniformis)ON SOME VEGETABLE CROPS
     普通肾形线虫(Rotylenchulus reniformis)在几种蔬菜作物上的生物学和防治试验
短句来源
     ON THE HOST RANGES AND INFECTION CHARACTERS OF RENIFORM NEMATODE ON VEGETABLE
     蔬菜肾形线虫的寄主范围和侵染特点
短句来源
     STUDIES ON SPECIES OF PARASITIC NEMATODES IN COTTON FIELDS AND THE RELATIONSHIP BETWEEN RENIFORM NEMATODE AND THE INCIDENCE OF FUSARIUM WILT IN SICHUAN
     四川省棉田寄生线虫种类及肾形线虫与棉花枯萎病发生关系的研究
短句来源
     The reniform nematode (Rotylenchulus reniformis) is one of the rootpathogenic nematodes on vegetables in Sorth China. It occurs with widehost ranges.
     肾形线虫Reniforme nematode是为害蔬菜重要病原线虫之一,寄主范围广泛,分布普遍.
短句来源
     Reniform nematode,Rotylenchulus reniformis is the major pest of pigeonpea in India.
     肾形线虫Rotylenchulusreniformis是印度木豆的主要害虫。
短句来源
  “reniform nematode”译为未确定词的双语例句
     A STUDY TO THE RENIFORM NEMATODE DISEASE OF DWARF BANANA IN GUANGDONG PROVINCE OF CHINA
     广东香蕉肾状线虫病的分布为害及病原鉴定
短句来源
     We have found that the Dwarf Banana reniform nematode (DRN) is not only widespreadly distributed in the areas, but also has quite great population densities in some places, The DRN has been isolated from 61.4% of 70 samples of the roots and rhizosphere soil. The population densities can be up to 1754 /100 gram, dried soil.
     在70个根和土样中有肾状线虫的占61.4%虫口密度可高达1754/100克干土。
短句来源
  相似匹配句对
     ON THE HOST RANGES AND INFECTION CHARACTERS OF RENIFORM NEMATODE ON VEGETABLE
     蔬菜肾形线虫的寄主范围和侵染特点
短句来源
     Reniform nematode,Rotylenchulus reniformis is the major pest of pigeonpea in India.
     肾形线虫Rotylenchulusreniformis是印度木豆的主要害虫。
短句来源
     ②nematode;
     ②病原线虫 ;
短句来源
     and nematode killed by B.t.
     种类、B.t.
短句来源
     (2) pinnate ray amphicribral reniform bundle;
     ( 2 )羽线肾形周韧维管束 ;
短句来源
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  reniform nematode
The level of resistance to the reniform nematode Rotylenchulus reniformis conferred on Arabidopsis thaliana by transgenic expression of proteinase inhibitors (PI) was studied over 40 days of infection.
      
Over a three month period reniform nematode counts were significantly lower in pots where resistant varieties were grown.
      
In addition to reniform nematode resistance, B7642-2, B7154-8 and B7680-6 contained the H1 gene and breeding linePI 377741 contains the H1 and H2 gene for potato cyst nematode resistance.
      
Commercial cultivars La Rouge and possibly Red La Soda had high levels of resistance to the reniform nematode.R.
      
SeveralSolatium tuberosum clones were tested for resistance to the reniform nematode,Rotylenchulus reniformis.
      
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According to the survey in the main area producing Dwarf Banana (Musa nona Lour. ) in Cuangdong of China eg. Dongguang, Gaozhou and other counties. We have found that the Dwarf Banana reniform nematode (DRN) is not only widespreadly distributed in the areas, but also has quite great population densities in some places, The DRN has been isolated from 61.4% of 70 samples of the roots and rhizosphere soil. The population densities can be up to 1754 /100 gram, dried soil.The roots of Dwarf Banana were infected...

According to the survey in the main area producing Dwarf Banana (Musa nona Lour. ) in Cuangdong of China eg. Dongguang, Gaozhou and other counties. We have found that the Dwarf Banana reniform nematode (DRN) is not only widespreadly distributed in the areas, but also has quite great population densities in some places, The DRN has been isolated from 61.4% of 70 samples of the roots and rhizosphere soil. The population densities can be up to 1754 /100 gram, dried soil.The roots of Dwarf Banana were infected only by the young females of reni-form nematode, whose anterior part of the boby eneased in the cortes of the root for feeding. The permenent feeding site of adult female is usually initiated in the near emdodermal cell. The peak of infestation and disease period appeared a from mid April to later May.Reniform nematodes could cause the endodermal cell walls around the infecting site thicking, being broken easily; and also could cause the endodermal,pericycle and vascular parenchymal cells fusing into a syncytium.A species of the major pathogenic neraatodes infected the Dwarf Banana roots was identified to be Rotylenchulus reniformis Linford and Qliveira, 1940,according to its morphological characters, life cycle and host range.

通过对广东省香蕉(Musa nana Lour)主要产区东莞、高州等地调查,发现香蕉肾状线虫不但分布普遍,而且有些地方虫口密度很大。在70个根和土样中有肾状线虫的占61.4%虫口密度可高达1754/100克干土。肾状线虫仅以年青雌虫侵染香蕉根,以虫体前部插入皮层取食,营半内寄生生活发育至成熟。成熟雌虫固着在靠近内皮层处取食,侵染香蕉根引起侵染点附近内皮层细胞壁加厚,容易断裂;内皮层、中柱鞘和维管束薄壁细胞融合成合胞体,每年4月中旬至5月下旬为侵染发病高峰期。根据形态特征、生活史和寄主范围,初步鉴定主要种群是肾形肾状线虫(Rotylenchulus reniformis Linford and Oliveira,1940)。

The reniform nematode (Rotylenchulus reniformis) is one of the rootpathogenic nematodes on vegetables in Sorth China.It occurs with widehost ranges.According to surveys made in 1985—1986 at Guangzhou suburb,we found that this nematode was parastic on 29 species of 11 families ofvegetable crops.The species of Leguminosae,Solanaceae and Cucubitaceaeare major host plants.Among other things,the bitter gourd,chidh,chieh—qua,butter lettuce,water spinach,edible amaranth,leek,ginger,garlic,water cress,chinese...

The reniform nematode (Rotylenchulus reniformis) is one of the rootpathogenic nematodes on vegetables in Sorth China.It occurs with widehost ranges.According to surveys made in 1985—1986 at Guangzhou suburb,we found that this nematode was parastic on 29 species of 11 families ofvegetable crops.The species of Leguminosae,Solanaceae and Cucubitaceaeare major host plants.Among other things,the bitter gourd,chidh,chieh—qua,butter lettuce,water spinach,edible amaranth,leek,ginger,garlic,water cress,chinese box thorn are first reported.This nematodeinfect the host plant by young females and often attach to the cuticula ofthe root for feeding.The part of infection is generaly at the elongationzone of root.Around the infection cells,the symptoms are necrosis andbrowning.The reniform nematodes were usually located in the soil layerabout at 0—20 cm deep,but most of them were at 0—10 cm deep.

肾形线虫Reniforme nematode是为害蔬菜重要病原线虫之一,寄主范围广泛,分布普遍.通过在广州地区连续三年调查和室内接种试验得知,可寄生于11科29种蔬菜,寄生率高的有豆科、茄科和葫芦科中的各种蔬菜,其中苦瓜、节瓜、生菜、西洋菜、葱、蒜、姜等8种为首次报道。肾形线虫以年青雌虫从寄主植物幼根的伸长区侵入为害,一个侵染点常只有一条线虫侵染,侵染点周围细胞褐变。线虫在土壤中的垂直分布,主要在0—20cm耕作层。

Reniform nematode,Rotylenchulus reniformis is the major pest of pigeonpea in India.Some indigenous plant products are known to possess nematicidal properties. Hence, choppedleaves of ten plants viz, Argemone, Calotropis, Caster, Merigold, Mustara, Neem,Partheni-um,Sarifa,Sesamum and Mahua, each at 100 g/1 kg of soil were incorporated and were sowntwo seeds of pigeonpea under glass-house conditions. 250 egg sacs of Rotylenchulus reni-formis were inoculated per each pot including one set of untreated pots...

Reniform nematode,Rotylenchulus reniformis is the major pest of pigeonpea in India.Some indigenous plant products are known to possess nematicidal properties. Hence, choppedleaves of ten plants viz, Argemone, Calotropis, Caster, Merigold, Mustara, Neem,Partheni-um,Sarifa,Sesamum and Mahua, each at 100 g/1 kg of soil were incorporated and were sowntwo seeds of pigeonpea under glass-house conditions. 250 egg sacs of Rotylenchulus reni-formis were inoculated per each pot including one set of untreated pots served as control.Ob-servations recorded on plant growth parameters and total no. of Rotylenchus reniformis popu-lation at 45 days after inoculation,The highest plant growth parameters was received withneem leaves treatment.Application of chopped leaves of all the 10 plants significantly reducedegg sacs formation compared to control.

肾形线虫Rotylenchulusreniformis是印度木豆的主要害虫。相传某些土著植物有杀虫功效。因此,将Argemone,Calotropis,Caster,Merigold,Mustard,Neem,Parthenium,Sarifa,Sesamum和Mahua共10种植物的碎叶按0.067hm ̄2的1000g±100g的施用量施入土壤中并于玻璃网房中播种了两个木豆品种。每钵接种250个线虫卵囊,未施碎叶组同样进行接种作为试验对照。观测了接种后45d时植物生长量和线虫总量等,发现楝叶处理组木豆生长量最大。与对照相比,10种植物碎叶处理均显著地抑制线虫卵襄的形成。

 
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