Sentence examples for contribution of species from inspiring English sources

High species richness was due to the contribution of species unique to the boundary side.

Ionic strength is a measure of total concentration of ions, which emphasizes increased contribution of species with charges greater than one to solution non-ideality (Domenico and Schwartz 1998).

The contribution of species present in the plasma to the incorporation of functional groups onto the ePTFE surface was evaluated with charged species observed to play an equally important role to neutral species in this study.

Multiple linear regression analysis to establish the relative contribution of species density, particle size and compacting pressure in the prediction of the relaxed density of briquette and the mathematical relationship between the dependent variable relaxed density and the independent variables, species density, particle size and compacting pressure, is indicated in Table 5.

Using isotopic labelled H13COOH the contribution of species from formic acid and CO during the electrooxidation of the coadsorbate can be distinguished: the oxidation of the chemisorbates from formic acid is followed by the mass signal m/z=45 (13CO2) whereas for CO the corresponding mass signal is m/z=44 (12CO2).

At present, however, the relative contribution of species richness, abundance or biomass to ecological function remains an area of uncertainty within the biodiversity, ecosystem, and functional lines of research.

As there are currently no computational methods to distinguish functional from non-functional species-specific splicing, at this stage it is impossible to determine the contribution of species-specific alternative splicing to the fraction of functional alternative exons.

Comparisons between the urban- and the heritage-tree populations, and between the LEV of individual species, indicated the uniqueness of heritage species composition and relative landscape-ecological contributions of species groups.

We did not detect a relationship between diversity and C storage; however, the relative contributions of species to C storage per hectare in forests and agroforests were highly skewed and often were not proportional to species' relative abundances.

Overall this process enables the number of fluorescent species and contribution of the species to be determined by an assessment of both the linear combination of the species, and morphology (width) of the clusters, without the requirement for spectral unmixing or prior knowledge of the spectra of each individual labeled component.

Also, the contribution of tree species to total species richness classified by three plant types viz.