Directory UMM :Data Elmu:jurnal:S:Soil Biology And Chemistry:Vol33.Issue2.Jan2001:
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Turn-over (i.e. production and consumption) of ethylene was examined in contrasting soil types to evaluate the effect of environmental changes on C 2 H 4 dynamics.. The results
repens was included among the defoliated species (Fig. Relative to the control, shoot mass at the ®nal harvest was lower in those defoliation treatments, which included T. 3a), and
A plot of these percentage inhibition values versus log metal concentration in the bacterial suspension has earlier been shown to follow the logistic model (DõÂaz-RavinÄa et al.,
Separation of light from heavy materials in metatungstate solutions by gravity sedimentation, used on temperate soils and soil fractions by Cambardella and Elliott (1992, 1994),
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
both native Atlantic climate soils (Haldon and Friston) and the boreal JaÈdraaÊs soil transplanted to Haldon, the generally favourable seasonal patterns of moisture and
Thus the reduced blood osmolality in the organotin groups in this study could be a reflection of the increased osmotic water influx rates caused by stress-induced increase in
We address the following aspects of within-site variation: (i) does variation in the wa- ter level regulate the within-site distribution of soil mesofauna in all stages of
