Sentence examples for n turnover from inspiring English sources

Legume N rhizodeposition is an important process for understanding the N turnover in legume-based cropping systems.

The combination of higher gross N mineralization, NH4+ and NO3− immobilization turnover and higher NO3− retention promotes a faster N turnover, resulting in greater N availability and N retention capacity in the late successional stages.

The addition of up to 50% local soil increased the microbial diversity and enzyme activities for C and N turnover, with a respiratory quotient similar to that of the local soil.

The relative contribution of in situ N turnover processes versus inflow of N to the greater N supply in groundwater discharge as compared to that in recharge areas is not known.

The objective of the study was to determine the effect of feeding sainfoin (SF; Onobrychis viciifolia) and birdsfoot trefoil (BT; Lotus corniculatus), 2 temperate climate forage legumes that contain condensed tannins (CT), on ruminal fermentation and N turnover in dairy cows.

Our findings indicate that soil C and N kinetic parameters might be a more sensitive indicator of tillage effects on C and N turnover than the whole soil organic matter (SOM) and POM fraction, with a potential consequence for the soil CO2 emissions and N transformation rates.

These results suggested that there were differences in straw-N turnover and uptake by maize in the soil-maize system due to the influences of plastic film mulching and different N sources of inorganic and organic fertilizers, especially showing that inorganic fertilizer positively primed straw-N distribution to plant compared to organic fertilizer.

The development and improvement of agro-ecosystem and N-turnover models like Expert-N provide operational integrated knowledge on the dynamics of actual crop production systems, which can be directly applied in decision support systems helping the farmer and his consultant to improve agricultural management and land use practice both ecologically and economically.

RNA is an important source of P and N, and turnover of this molecule should be important for P and N homeostasis.

Based on the cost-benefit theory, the benefit (increasing absorption of N) of accelerating turnover of lower-order roots was greater than the cost of maintaining fine roots (C consumption).

The study population was further limited to women with complete data on BLLs and markers of bone turnover (n = 4,255).