The phrase "abundance analysis" is correct and usable in written English.
It can be used in contexts related to research, data evaluation, or assessments where the focus is on measuring or understanding abundance in a particular area, such as ecology or economics.
Example: "The abundance analysis revealed significant trends in the population dynamics of the species over the last decade."
Alternatives: "population assessment" or "resource evaluation".
To obtain additional information regarding taxonomic diversity, we subjected the tags to OTU abundance analysis.
Fig. 2 Results of the rarefaction, Shannon, Specaccum accumulation and relative abundance analysis.
The amoA gene abundance analysis and DGGE profile analysis showed that the abundance and diversity of AOA were higher than that of AOB in fluvo-aquic soil.
Based on abundance analysis, there were more AOB in middle treatment cells, with abundance highly correlated to concentrations of ammonium and phosphate.
The sub-pixel invasive species abundance analysis showed that MESMA performs well when unmixing at the pixel scale and for mapping invasive species fractions in a complex neotropical environment, at pixel and crown scales with 1-m spatial resolution data.
Comparative abundance analysis of the two cellulolytic bacterial species F. succinogens and R. flavefaciens obtained by qPCR with the taxonomic distribution as predicted by MG-RAST on the basis of ribosomal RNA genes annotation showed ambiguous results (Additional file 3: Online Resource 3 and Additional file 4: Online Resource 4).
An abundance analysis of nearest and next-nearest configurations in crystals modelled on the basis of 21 Warren-Cowley short-range order parameters obtained from the experiment yields no signs for characteristic elements of the D7 structure (which has been suggested on the basis of electronic structure calculations), but for the L12 structure of the γ′ phase.
DOTUR abundance analysis showed that R8 was the predominant OTU that represented 15 sequences.
Abundance analysis also showed that xylanase genes related to Bacteroides were dominant in goat rumen (Table S1).
Abundance analysis also showed that xylanase genes related to Ruminococcus are dominant in goat rumen (Table S2).
Abundance analysis using distance-based operational taxonomic unit and richness determination (DOTUR) software [23] showed that GR117 was the predominant operational taxonomic unit (OUT) that represented 30 sequences.
