Sentence examples for microbial respiration rate from inspiring English sources

The microbial respiration rate was calculated over a linear time scale.

We investigated the pulse effects of simulated precipitation (to reach 55% soil water-holding capacity) on the soil microbial respiration rate (RS).

The authors attributed the elevated microbial respiration rate in the 'pristine' soil to a stress response, inferring that a larger proportion of the soil's microbiota may have been vulnerable to glyphosate toxicity.

However, in contrast to the conclusions of Zabaloy et al. [59], the PICT assays found that microbial response to a GBH treatment was unrelated to a previous history of herbicide exposure (the microbial respiration rate was not significantly different between soils) and the study as a whole identified no clear evidence for localised microbial adaptation to GBHs.

Our results indicate that the responses of soil microbial respiration to simulated precipitation are rapid and strong and that microbial respiration rate per gram C can be used to precisely determine the precipitation pulse of different soil samples as well as the effects of changing precipitation patterns on soil C content under various scenarios of global climate change.

Microbial respiration rate was highest in soils mulched with composted yard wastes (17.2 and 15.3 mg CO2 kg−1 per day for non-fertilized and fertilized plots, respectively) and lowest in bare soil plots (5.0 and 9.4 mg CO2 kg−1 per day for non-fertilized and fertilized plots, respectively).

Soils below shrubs showed lower microbial respiration rates, lower CAI, and higher Q10 than soils below grassland.

Industrial wastewater with wide ranges of pHs and hypersalinities inhibits microbial respiration rates, reduces enzymes' activity, and elevates osmotic pressure of cells.

The warming significantly decreased soil microbial respiration rates, 16S rDNA transcription activity, and dispersion of total procaryotic community structures, but significantly increased the α diversity of active procaryotes.

The microbial respiration rates from LMWOAs and monosaccharides are primarily regulated by substrate availability and microbial biomass in the tropical soils, while mineralization of multivalent LMWOAs can be limited by sorption especially in the clayey soil horizon or profile.

Microbial population, respiration rate and some quality parameters were compared with NaOCl treated kiwifruits.