Directory UMM :Data Elmu:jurnal:S:Soil Biology And Chemistry:Vol32.Issue10.Sep2000:
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The absence of a signi®cant N effect on net CH4 oxidation at Perridge contrasts with a number of other studies, which have reported elevated N deposition inhibits in situ CH4 uptake
The Compost FA chromatogram showed four well- de®ned peaks (elution times > 8.33 min) representing fractions of less than 10,000 Da and a less well-de®ned peak (elution time
Whether the observed increase in mi- crobial biomass and soil respiration in the FACE rings is driven by altered or increased litter input is not com- pletely clear as other
Brazilian bare soil exhibit dierent spatial variability for each day of measurement and such models are similar to the ones of soil properties studied. Also, the results indicate
The addition of bacterial inocula to carrier materials may enhance cell survival by physically separating bacteria from environmental in¯uences, through attachment to a surface or
dry soil) of culturable bacteria growing on King's B agar isolated from soils polluted with heavy metals. The soils PS1 and PS19 were either enriched with ARE or enriched
In the ®rst part of this study, it was possible to recognize a group of bacterial isolates, Ps4±C4, present with high frequency in barley MC soil and character- ized by an
For instance, Table 5 shows the percent increase in nutrient ef®ciency (average of all 27 plots) for individual tree parts from age 15 to 41 months. All tree parts show
