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乳牛肝菌 meaning in English

salted boletus edulis

Examples

  1. The experiments were conducted in vitro , and a pot experiment was also carried out to investigate the effect of inoculation of one of the ectomycorrhizal fungi ( suillus granulatus ( l . ex fr . )
    在此基础上,探讨了重金属cd和zn污染条件下,接种真菌点柄乳牛肝菌对宿主植物油松( pinustabulaeformiscarr )的生长及其对重金属耐性的影响。
  2. Two hundred and ten sporocarps of c . rulilus and 260 sporocarps of s . granulatus were collected from pinus tabulaeformis stand in this study . c . rutilus population was divided into 108 genotypes and formed a large genet of 450 m , and 5
    Rams分析将210个血红铆钉菇子实体和260个点柄乳牛肝菌子实体分别分为108和99个基因型,最大基因型分别是450m和84m 。
  3. When the fungi were grown in substrate supplied with - n , suillus granulatus subsequently showed the highest adsorption of pb and paxillus involutus had the highest adsorption of zn , but when the fungi were grown in substrate supplied with nh _ ( 4 ) ~ ( + ) - n , suillus granulatus then showed the highest adsorption of cd
    以no _ 3 ~ - - n为n源条件下,点柄乳牛肝菌吸附pb能力最强,卷缘桩菇吸附zn能力最强;以nh _ 4 ~ + - n为n源时,点柄乳牛肝菌吸附cd的能力最强。
  4. Concentrations of zn and cd were significantly lower in mycorrhizal plants , but p concentrations did not differ substantially between mycorrhizal and non - mycorrhizal treatments . the results indicate that the higher metal tolerance of mycorrhizal plants was due to the direct involvement of the mycorrhizal fungi in plant tolerance to heavy metals rather than a p - mediated nutritional effect
    通过盆栽试验研究了接种外生菌根真菌对油松幼苗耐重金属能力的影响,结果表明在重金属zn和cd污染条件下,点柄乳牛肝菌侵染油松后,显著改善了植株生长状况,大幅度降低了植株体内zn和cd含量,而菌根与非菌根处理植株磷营养差异不大。
  5. The tolerance of suillus granulatus and paxillus involutus to zn , cd , and pb was then compared using liquid culture medium without agitation . compared to suillus granulatus , paxillus involutus was more tolerant to zn and pb , but more sensitive to cd than suillus granulatus . the adsorption of heavy metals in ectomycorrhizal fungi might be related to the base exchange capacity of the fungal mycelium
    在此基础上,研究了两种外生菌根真菌对不同浓度重金属cd和zn的耐性能力,发现不同真菌对不同重金属的耐性不同,表现在卷缘桩菇对zn的耐性高于点柄乳牛肝菌,而两种真菌对cd的耐性则相反。

Related Words

  1. 乳牛
  2. 产乳牛
  3. 乳牛饲料
  4. 乳牛畜牧业
  5. 乳牛学
  6. 乳牛业
  7. 烤乳牛
  8. 乳牛心愿
  9. 乳牛场
  10. 乳牛通道
  11. 乳牛改良协会
  12. 乳牛改良注册制
  13. 乳牛肝菌属
  14. 乳牛栏
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