ammonifiers

ammonifiers

1. La below 10%(ADC) had some stimulation effect on the soil ammonifiers, yet above 10%(ADC) had strong inhibitory effects.

10%吸附容量以下对氨化微生物刺激作用不明显，但10%以上对其产生强烈的抑制作用。

2. Identification of functional bacteria showed predominant ammonifiers were Shewanella, Variovorax, Chryseobacterium, Bacillus or Aeromonas;

对各功能菌群中的优势菌的鉴定表明，优势的氨化细菌为希瓦氏菌属，产碱菌属，黄杆菌属，芽孢杆菌属或气单胞菌属；

3. The amounts of aerohic azotobacteria, ammonifiers and anti-nitrifiers were lower in CRNF application than those in urea application.

控释氮肥配施有机肥，土壤好氧自生固氮菌、氨化细菌、硝化细菌、反硝化细菌的数量均高于控释氮肥和70%控释氮肥处理。

4. but the effect of ammonifiers amount, microbial quotient, metabolic quotient on the evaluation of the soil biological fertility quality is quite smaller.

氨化细菌数量、微生物熵、代谢熵等微生物活性指标在土壤生物学肥力评价中也具有一定的作用，但对土壤肥力质量评价的影响较小。

5. Numbers and metabolic activities of heterotrophic bacteria, ammonifiers and ammonia oxidizing bacteria in the Nereis close- recirculating culture system

沙蚕闭合循环式养殖系统中细菌的数量及其代谢活性

6. The results showed that low temperature, high content of salt and acidic condition inhibited ammonifiers growth, and alkalescent condition showed little effect on ammonifiers.

结果表明,低温、高盐度和酸性条件会抑制氨化菌的生长;中、碱性条件下,氨化菌仍能维持正常生长;苏州河的氨化菌无法以无机氮和尿素作为生长所需的氮源;

7. Study on the effect of Environmental conditions on ammonifiers and utilization of N in Suzhou Creek by using microbiological analysis to separate has been conducted.

运用微生物分析方法,对苏州河中的氨化菌群进行分离,并就环境条件对氨化菌生长的影响,及氨化菌对各类氮源的利用特性进行了实验分析。