Sentence examples for foliar δ15N from inspiring English sources

Across P sites, B. aegyptiaca had similar foliar δ15N values.

The significant increase in foliar δ15N in the biosolid treatments in both species suggested that a large proportion of the total nitrogen uptake came from the applied biosolids.

However, foliar δ15N levels in seedlings of P. violacea growing in a high nutrient environment in flood debris piles did not differ from levels recorded in seedlings of the reference tree.

We found that foliar δ15N levels were significantly lower in all life stage classes of P. violacea compared with the reference plant D. mespiliformis growing in open riparian forest.

On the high soil P site, A. senegal had significantly lower foliar (15N levels than neighboring non-leguminous species (Balanites aegyptiaca), while foliar δ15N values in A. senegal on the low P site exhibited no significant difference with our reference plant, B. aegyptiaca.

Logging increased foliar δ15nitrogen, attributed to increased rates of mineralisation and nitrification, and decreased nutrient demand.

We designed a new gas exchange system that concurrently measures foliar H2O, O3, and CO2 flux (HOC flux system) while delivering known O3 concentrations.

This is further supported by bulk foliar δ13C values, which are 13C-enriched during the period of leaf flush, relative to the end of the growing season.

The higher growth of pine seedlings attained in the liquid biosolid treatment was coupled with a significant decrease in foliar δ13C, suggesting lower water use efficiency.

Foliar δ13C measured at the end of the growing season was higher in longleaf pine than in loblolly pine but not slash pine.

We measured n-alkane δ2H, leaf water δ2H, xylem water δ2H, and bulk foliar δ13C and evaluated the variability of n-alkane δ2H values and net biosynthetic fractionation (εlw-wax) over a whole growing season.