Sentence examples for decrease in denitrification rates from inspiring English sources

The shifts in denitrifying communities seem to minimize the decrease in denitrification rates in the wetlands previously exposed to Cl.

Chloride significantly (p < 0.05) inhibited denitrification in forested wetlands at a Cl− dosage of 2500 or 5000 mg L−1, but the decrease in denitrification rates was less and not significant for the roadside wetlands historically exposed to elevated concentrations of Cl−.

These large differences in denitrification rates were mainly due to differences in hydrologic conditions and sediment characteristics.

A control strategy is formulated involving the on demand increase in denitrification rate by the addition of a readily metabolizable carbon source to the point in the process where denitrification occurs.

The application of ADS in the NTS decreased denitrification rates and cumulative N2O emission by 47% in comparison with RS (2.9 and 5.6 kg N2O-N ha−1, respectively).

Soil NO3− and OC availability as well as soil redox status are known to be important factors in in situ denitrification rates [14].

In situ denitrification rates were measured in a shallow unconfined glaciofluvial aquifer that had undergone large-scale nitrate contamination.

In contrast denitrification rates from biocrusts at an inland dune in Germany were five- to ten-fold higher than N fixation rates (Brankatschk et al. 2013).

A topographic index-denitrification model is a promising and simple tool that allows for scaling of in situ denitrification rates across the landscape and provides insight into the spatial organization of denitrification at the catchment scale.

We quantified denitrification fluxes from the shallow saturated zone of an agricultural landscape using a topographic index-denitrification model, which facilitates scaling of in situ denitrification rates across the landscape based on frequency and duration of saturated conditions.

High soil moisture and inorganic N pools towards the end of the growing season probably resulted in increased denitrification rates.