| Article ID | Journal | Published Year | Pages | File Type |
|---|---|---|---|---|
| 4382488 | Applied Soil Ecology | 2012 | 10 Pages |
Abstract
⺠All soil microbial variables had higher values at 0-15 cm than at 15-30 cm under NT. ⺠The NT system decreased both enzymes activity and fungal biomass at 15-30 cm. ⺠P fertilization had no effect on enzyme activity, and microbial community structure. ⺠P addition increased SMB-P at 0-15 cm, decreased SMB-C and SMB-P at 15-30 cm in NT. ⺠Soil microbial status differed more because of tillage than of P fertilization.
Keywords
Soil microbial biomass nitrogenTPFAMFTTCPLFAPM3RDAPCASOMphospholipid fatty acidNo-tillMicrobial biomassredundancy analysisPrincipal component analysisTriphenyl Tetrazolium ChlorideSOCEnzyme activityArbuscular mycorrhizal fungiSoil organic matterNo tilltotal nitrogenMoldboard plowSoil organic carbonSoil microbial biomass carbonTotal phosphorustotal carbonP fertilization
Related Topics
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Authors
Yichao Shi, Roger Lalande, Noura Ziadi, Min Sheng, Zhengyi Hu,