The sensitivity of these four consortia to the inhibition of REEs was in an order: bacteria decomposing cellulose ammonifying bacteria nitrifying bacteria nitrogen fixation bacteria.

4種土壤微生物生理類群對(duì)混合稀土抑制敏感性依大小排序?yàn)椋豪w維素分解菌氨化細(xì)菌硝化細(xì)菌自生固氮菌。

Most probable number ( MPN) method was employed to determine distribution of the nitrogen-cycle bacteria in a pond water, including ammonifying bacteria, denitrifying bacteria, nitrosobacteria and nitrobacteria.

采用最大可能數(shù)法分析了不同季節(jié)池塘水體中氨化細(xì)菌、亞硝化細(xì)菌、硝化細(xì)菌和反硝化細(xì)菌的種群數(shù)量。

The continuous accumulation of REEs exhibited alternative effects of stimulation, inhibition and re-stimulation on soil ammonifying bacteria, nitrifying bacteria, nitrogen fixation bacteria and bacteria decomposing cellulose.

結(jié)果表明，外源低劑量稀土的持續(xù)積累會(huì)對(duì)土壤氨化細(xì)菌、硝化細(xì)菌、纖維素分解菌和自生固氮菌產(chǎn)生刺激、抑制、再刺激的交替作用。

The effects of Cd on the cellulose decomposing bacteria, the ammonifying bacteria and the nitrobacteria varied with the culture-time and concentrations of Cd.

Cd對(duì)纖維素分解菌、氨化細(xì)菌、硝化細(xì)菌的作用隨培養(yǎng)時(shí)間、Cd濃度的不同分別表現(xiàn)出不影響、刺激和抑制。

The aerobic and anaerobic bacteria is in same system, making the reaction of oxidizing, ammonifying, nitrifying and denitrifying also in same device.

使氧化、氨化、亞硝化、硝化、反硝化等反應(yīng)在同一裝置中進(jìn)行。

Abundance of heterotrophic bacteria, ammonifying bacteria and nitrite bacteria, and heterotrophic bacterial population dynamics in the coastal waters of Zhejiang were investigated.

文章報(bào)道了浙江海島沿岸水域中異養(yǎng)細(xì)菌、氨化細(xì)菌和反硝化細(xì)菌的數(shù)量分布及異養(yǎng)細(xì)菌的種群組成。

Effects of different conservation tillage on amount and distribution of soil ammonifying bacteria, nitrobacteria and nitrogen-fixing bacteria

不同保護(hù)性耕作措施對(duì)三種土壤微生物氮素類群數(shù)量及其分布的影響

Under the stress of high accumulation of Ce, the population structures of actinomycetes, fungi, cellulolytic fungi and ammonifying microbes were changed in different degrees.

在高積累Ce的脅迫下放線菌、真菌、分解纖維素真菌和氨化微生物的種群結(jié)構(gòu)發(fā)生了不同程度的改變。

Drought stress changed the correlation of NH4+-N and NO3& N with protease, urease activity, ammonifying bacteria and nitrifying bacteria.

干旱脅迫改變了玉米根際NH4+-N和NO3&N與蛋白酶、脲酶、氨化細(xì)菌和硝化細(xì)菌的相關(guān)性。