松材线虫

采用特异引物组合对枯死松树内分离的松材线虫、拟松材线虫及其他线虫进行检测。

Bursaphelenchus xylophilus , B.mucronatus and other nematodes separated from dead pine wood were detected using specific primer pair .

这二种虫生菌的分离培养成功，为松材线虫病的综合防治提供了方法。

The success isolation and culture of the above two fungi could provide comprehensive control techniques to Bursaphelenchus xylophilus .

应用GIS对松材线虫病进行信息管理

Use of GIS for pinewood nematodes information management

几种松树松材线虫病木和健木pH值差异的研究

A study on difference of pH between healthy and pine wilt diseased woods of several pine species

在健康的水培马尾松枝上分别接种松材线虫接种液、菌株C接种液、松材线虫与菌株C的混合接种液。

Aquacultural exercised twigs of Pinus massoniana were inoculated with pine wood nematodes , strain C , and the mixture of the two former , respectively .

菌株C可能抑制了松树上的内生病原菌和松材线虫携带的病原微生物，或提高了松树的生长力和抗逆能力。

It was suggested that strain C inhibited pathogenic microbes accompanying nematodes and microbial endophytes of pine tree , or improved vitality and anti-adversity ability of pine tree .

运用GIS的空间分析功能和空间建模方法对云南省松材线虫病的风险进行了分析评价。

The spatial analysis function and spatial modeling method of GIS are used to analyze and assess the risk ofBursaphelenchus xylophilusdisease in Yunnan province .

通过风险性分析和计算，得出拟松材线虫是松树的重要病害种类，其R值为1.74，属于中度危险的林业有害生物。

Analysis and calculation found that B.mucronatus is an important pest of pine trees in Guizhou with the R value of 1.74 , belong to medium danger pest .

基于3S技术的松材线虫入侵前后马尾松林动态变化研究

The Research on Dynamic of Pinus Massoniana Forest by Pine Wood Nematode Invasion Based on 3S Technology

用12~无毒拟松材线虫诱导接种四月生黑松苗，处理后1d就能产生诱导抗性，诱导间隔期为3d时诱抗效果达最好；

By inoculated 12 # B. mucronatus . avirulent isolates , the 4-month-old black pine seedlings the induced resistance in 1d and reach best in 3d ;

干旱胁迫和松材线虫的感染能迅速破坏松苗体内保护酶（CAT）的活性，而加快其死亡速度；

Drought stress and infection of PWN could dramatically damage the activity of the endogenous enzymes of protective system ( CAT ) in the trees and increase their death speed .

松材线虫病（Pinewiltdisease）是一种森林毁灭性病害，对松林危害严重，传播蔓延极快，防治极其困难。

Pine wilt disease is a devastating forest disease and has very serious harm to the Pine forest . It has spreaded fast , the prevention and treatment is extremely difficult .

结果表明，黑松病、健木pH值的差异极显著，因此，通过适当指示剂在伐倒木上的颜色反应进行松材线虫病的检验是可靠的，其可靠性可达95%以上。

And therefore the rapid quarantine test for pinewood nematode , that through the colour reaction made on felled wood by use of the suitable pH indicator was carried , was reliable and its reliability was over 95 % .

向该菌株的NB培养液的无细胞滤液中添加松材线虫后测定其毒性，结果表明无菌松材线虫对其毒性并无显著影响。

Toxicity of cell free fluid filtrated of the culture of bacterial strain on NB medium , in which pine wood nematode had been added , was not significantly changed .

运用MuPS标记识别马尾松抗松材线虫病个体

Using MuPS marker technique to identify individual of Pinus massoniana resistance to pine wilt disease

松材线虫Bursaphelenchusxylophilus是一种松树寄生线虫，引起松树萎蔫病，给林业生产造成极大的危害。

Pine wood nematode ( Bursaphelenchus xylophilus ) is a kind of parasitic nematode that can cause serious pine wilt disease .

松材线虫病是极具危险的松树病害，其病原松材线虫（Bursaphelenchusxylophilus）是我国重要的林木检疫性有害生物。

Pine wilt disease is greatly serious to Pinus , and the pathogenic nematode ( Bursaphelenchus xylophilus ) is a well-known important quarantine organism .

研究了水杨酸（SA）对黑松幼苗抗松材线虫病的诱导抗性效果以及诱导互作过程中黑松苗体内PAL和POD酶活性的变化。

Effects of salicylic acid ( SA ) on the induced resistance in Japanese black pine ( Pinus thunbergii ) seedlings to pine wilt disease and the changes of PAL and POD in the seedlings during induced phase with SA were studied .

松材线虫病是一种重要的林业病害，向来有松树的癌症的称号，对松树的危害十分严重，它的病原是松材线虫（Bursaphelenchusxylophilus）。

Pine wood nematode ( Bursaphelenchus xylophilus ), one of the most important quarantine organisms , is the great threat to the pine forestry in Asia .

因此利用450W高压汞灯监测松墨天牛及松材线虫种群有应用价值，有待进一步试验完善。

It is suggested that 450W ( GGC ) light be applied in monitoring population dynamics of JPS and PWN after further test .

松材线虫萎蔫病是由松材线虫[Bursaphelenchusxylophilus（Steiner&Buhoror）Nickle]引起的松属树种上一种毁灭性的病害，目前对该病的致病机理尚不十分清楚。

Pine wilt disease caused by pine wood nematode [ Bursaphelenchus xylophilus ( Steiner & Buhrer ) Nickle ] is a ruinous disease for pine , but the pathogenesis has not been quite clear so far .

拟松材线虫与其伴生细菌之间可能也存在类似关系。

The same relationship may exist between bacteria and B. mucronatus .

松材线虫病在纯松林内自然扩散规律的研究

Study on natural spread regularity of pinewood nematode sin pine stands

松材线虫携带细菌的致病性研究

A Study on Pathogenicity of Bacteria Carried by Pine Wood Nematodes

航空摄像技术在松材线虫病监测上的应用

Application of aerial video techniques to the monitoring of pinewood nematodes

区分松材线虫病材与健康材的研究

Study on distinguishing between pine wilt diseased wood and sound wood

松材线虫病疫木安全利用新途径

New method of safe application of pine wood nematode infected wood

浙江省松材线虫病的发生与防治

Occurrence and Control of Nematode Disease in Pine Forest of Zhejiang

松材线虫病疫木的微波除害处理技术

Study on Processing Timber Infected with Pine Wood Nematode Using Microwave

日本的抗松材线虫育种研究

Research on Breeding of Resistance to Pine Wood Nematode in Japan