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fungi
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  真菌
    A PRELIMINARY STUDY ON THE RHIZOSPHERE FUNGI OF CITRUS
    柑桔根际真菌研究
短句来源
    Degradation rates of indigenous strains to pyrene and benzo(a)pyrene were in a range between 40% and 95%,after screening,while indigenous strains B02,B07,B09 and fungi F02,F05,F06 were immobilized strains.
    土著菌对芘和苯并(a)芘的降解率可达40%~95%,经过筛选后确定,土著细菌B02、B07、B09和土著真菌F02、F05、F06作为固定化包埋的菌种。
短句来源
    Results show that 1 mg kg-1 concentration of sulfamethazine in soil resulted in an apparent decrease in populations of bacteria and fungi(p<0.05).
    结果显示:在土壤磺胺二甲嘧啶浓度为1mg kg-1时,土壤中细菌和真菌数量明显减少(p<0.05),但随时间延长,该抑制作用变缓;
短句来源
    STUDY ON SELECTING VA MYCORRHIZAL FUNGI SPECIES ADAPTABLE TO ACID SOIL
    酸性土壤适生VA真菌菌种筛选研究
短句来源
    Study on degradation of petroleum by marine filamentous fungi
    海洋丝状真菌降解原油研究Ⅱ.砂砾中油污去除室内模拟试验
短句来源
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  霉菌
    Pigna sinensis was inoculated with vesicular arbuscular mycorrhiza(VAM) fungi Acaulospora lavis (strain No.34) and Glomus caledonium (strain No.90036) respectively to study the effects of VAM on degradation of DEHP at different concentrations (4、20、100?mg/kg) in mycorrhizosphere(A), hyphosphere(B) and formal soil(C).
    以豇豆为供试植物 ,分别接种泡囊丛枝菌根 (VAM)真菌Acaulosporalavis(光壁无梗球囊霉 ,菌号 :34)和Glomuscaledoni um(苏格兰球囊霉 ,菌号 :90 0 36 ) ,研究VA菌根对菌根际 (A)、菌丝际 (B)和常规土 (C)土层中不同浓度DEHP(4、2 0、10 0mg kg)降解的影响 .
短句来源
    Results The counts of bacteria and fungi were 76-21 758 cfu/m3 and 1 538-4 179 cfu/m3 respectively, which were 63.8% and 36.2% of the total count of air microorganism respectively.
    结果 空气细菌和霉菌计数分别为76-21 758cfu/m3和1538~4179cfu/m3,分别占空气微生物总数的63.8%和36.2%。
短句来源
    Fungi consisted of Martin's fungi (20.4%) and high osmotic pres-sure- resistant fungi (15.8%).
    霉菌包括马丁霉菌(20.4%)和耐高渗透压霉菌(15.8%)。
短句来源
    The dominant strain was Bacillus (52.4%) for bacteria, Aspergillus (19.0%) for Martin's fungi and Penicillium (32.6%) for high osmotic pressure- resistant fungi respectively.
    细菌、马丁霉菌和耐高压霉菌的优势菌株分别为芽孢杆菌(52.4%)、曲霉菌(19.0%)和青霉菌(32.6%)。
短句来源
    The percentage of air samples with pollution grade or higher pollution grades were 45.6% for bacteria, 72.1% for Martin's fungi and 63.3% for high osmotic pressure- resistant fungi respectively.
    空气样本中细菌、马丁霉菌和耐高渗透压霉菌含量达污染级别及以上的分别为45.6%、72.1%和63.3%。
短句来源
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  菌物
    Research and Application of Fungi in Environment Protection
    菌物在环境保护中的研究与应用
短句来源
  “fungi”译为未确定词的双语例句
    BASIC RESEARCH ON VA MYCORRHIZAL FUNGI IN MINE RECLAMATION
    VA菌根用于矿山复垦的基础研究
短句来源
    The results showed the optimal conditions were as following: pH 4.4,initial concentration of Cu2+ 50 mg/Land culture time 72 h,highest accumulation 12.87 mg/gdry fungi. The exorcize coefficient was 84.65%.
    对铜离子浓度与菌体生长以及影响富集量的因素进行了研究,结果表明:在pH 4.4,初始铜离子浓度50 mg/L,培养时间为72 h,最大富集量为12.87 mg/g干菌体,对铜的最大去除率为84.65%.
短句来源
    Results: A competent fungi F7 producing oils which was identified to be Cunningha mella echinulata,was obtained. The biomass achieved 19.375g/L,the oils production rate was 45.1%.
    结果:筛选出一株刺孢小克银汉霉F7,生物量为19.375g/L,含油量为45.1%。
短句来源
    Study on Biodegradation of TNT by White Rot Fungi
    白腐真菌生化降解TNT的研究
短句来源
    Study on the biodegradation of TNT packing wastewater by white rot fungi
    白腐真菌生物降解TNT装药废水的研究
短句来源
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  fungi
The aqueous and solvent extracts when tested against 11 gram-negative and 2 gram-positive bacteria and 3 fungi expressed activity to most of the organisms.
      
Rapid Screening and Identification of Brefeldin A in Endophytic Fungi Using HPLC-MS/MS
      
trifoliata seedlings was increased by inoculation with AM fungi.
      
Effects of arbuscular mycorrhizal fungi on leaf solutes and root absorption areas of trifoliate orange seedlings under water str
      
Thus, effects of AM fungi on plants were probably positively related to the extent of root colonization by AM fungi.
      
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The total killing number of green algae, Scenedesmus, blue green algae, Oscillatria, bacteria, Ferrobacillus and Desulforibrio, and fungi, Aspergillus in industrial recirculating cooling water samples were assayed by means of mixing dichlorophen into the media of algae culture, heterotrophic bacteria plate culture, autotrophic bacteria solution culture, and solid medium cultur fungi. The experimente fully proved that dichlorophen synthesized in different ways had high killing percentage. The percentage...

The total killing number of green algae, Scenedesmus, blue green algae, Oscillatria, bacteria, Ferrobacillus and Desulforibrio, and fungi, Aspergillus in industrial recirculating cooling water samples were assayed by means of mixing dichlorophen into the media of algae culture, heterotrophic bacteria plate culture, autotrophic bacteria solution culture, and solid medium cultur fungi. The experimente fully proved that dichlorophen synthesized in different ways had high killing percentage. The percentage with regard to green algae Scenedesmus is 50—70%, blue-green algae Oscillatoria, 100%, heterotrophic bacteria, 74—90%, Ferrobacillus, 99.9%, Desulfolvibo, 99.9, fungi Aspergillus, 93—98%. Therefore dichlorophen is a high efficient microbiocide in the industrial coolig water.

本文报导了不同工艺的双氯酚在再循环冷却水中对异养菌、铁细菌、硫酸盐还原菌以及霉菌的杀菌率。还研究了双氯酚对兰藻和绿藻细胞生长的影响。数据证明,双氯酚具有高的杀生作用,是工业循环水中高效杀菌灭藻剂。

The total killing number of green algae,Scenedesmus,blue green algae, Oscillatria,bacteria,Ferrobacillus and Desulforibrio,and fungi,Aspergillus in industrial recirculating cooling water samples were assayed by means of mi- xing dichlorophen into the media of algae culture,heterotrophic bacteria plate culture,autotrophic bacteria solution culture,and solid medium cultur fungi. The experimente fully proved that dichlorophen synthesized in different ways had high killing percentage.The percentage with...

The total killing number of green algae,Scenedesmus,blue green algae, Oscillatria,bacteria,Ferrobacillus and Desulforibrio,and fungi,Aspergillus in industrial recirculating cooling water samples were assayed by means of mi- xing dichlorophen into the media of algae culture,heterotrophic bacteria plate culture,autotrophic bacteria solution culture,and solid medium cultur fungi. The experimente fully proved that dichlorophen synthesized in different ways had high killing percentage.The percentage with regard to green algae Scene- desmus is 50—70%,blue-green algae Oscillatoria,100%,heterotrophic bacteria, 74—90%,Ferrobacillus,99.9%,Desulfolvibio,99.9,fungi Aspergillus,93—98%. Therefore dichlorophen is a high efficient microbiocide in the industrial coolig water.

本文报导了不同工艺的双氯酚在再循环冷却水中对异养菌、铁细菌、硫酸盐还原菌以及霉菌的杀菌率。还研究了双氯酚对兰藻和绿藻细胞生长的影响。数据证明,双氯酚具有高的杀生作用,是工业循环水中高效杀菌灭藻剂。

Air-borne microfungi population over Beijing in 1956-1967 and 1979-1981 were analyzed and compared. The population density has increased 350% from 1967 to 1981. This is probably due to the reason that air dusting is getting heavier in the past 24 years. The dominant species of the air-borne fungi are Cladosporiam, Alternaria, Aspergillus and Penicillium. In summer time the density of the Aspergillus population increases considerably, while the largest number of the identified genera appears in winter....

Air-borne microfungi population over Beijing in 1956-1967 and 1979-1981 were analyzed and compared. The population density has increased 350% from 1967 to 1981. This is probably due to the reason that air dusting is getting heavier in the past 24 years. The dominant species of the air-borne fungi are Cladosporiam, Alternaria, Aspergillus and Penicillium. In summer time the density of the Aspergillus population increases considerably, while the largest number of the identified genera appears in winter. This is probably due to lack of the plant coverage at that time. On the other hand, autumn is the cleanest season in a year because of its better plant covering, and less air-borne dust.

比较了1957年和1981年两次对气挟真菌的调查结果,证明北京上空气挟真菌的密度由1957年至1981年增加到原来的350%,这反映出空气挟尘量的急剧增加。经鉴定得知:优势菌种有四种即Cladosporium、Aspergillus、Alternaria和Penicillium,从全年的累计菌的群体比例上看,夏季Aspergillus密度增高。从已鉴定的真菌的属的数目上看,冬日菌种最多,这显然是因为植被枯萎、风砂严重所致,秋季是最清洁的季节,这和植被覆盖好、风砂少有关。

 
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