Sentence examples for sampling of organisms from inspiring English sources

Biological sampling of organisms observed by acoustic was performed using nets.

More secondary structure diagrams are continually determined to increase the sampling of organisms that span the entire tree of life, thus capturing more of the variations that are usually diagnostic of a group of related organisms.

The results presented in this study about fungal P-Type II ATPases show that predictions about the evolution of gene families should rely in the future on analyses including a broad sampling of organisms for a given phylum.

We have thus carried out an extensive analysis of the taxonomic distribution and phylogeny of the enzymes of the sterol pathway in a large sampling of organisms representing eukaryotic diversity for which complete genomic sequences are available.

Prefectural research institutes connected with Japan Fisheries have been conducting sampling of organisms for environmental monitoring in this area since the early 1970s, and have accumulated data on the appearance of phytoplankton and zooplankton [ 15].

However, the recent availability of sequence data from an expanding range of vertebrate and invertebrate species from interspersed time points has provided an unprecedented opportunity to test two main competing hypotheses by employing the deepest and more diverse sampling of organisms.

The students spent four months collecting 217 samples of organisms in their neighborhoods and found that they were surrounded by traces of 95 species in their daily lives.

In this commonly-used technique, a series of crosses between two extreme forms (in this case, the surface populations and the cave populations) generate a sample of organisms that vary both in genotype and in the trait of interest (see Conner and Hartl 2005 for a review).

Either or both of these claims could be true but the present empirical knowledge that generated either one is not even remotely close to being based on a sample of organisms that could be taken to be representative of all species.

While this provides one possible metric for experimental design, it is unclear that full control over the number of reads per species is reasonable due to uncertainty regarding the number of species present in an uncontrolled sample of organisms and the degree to which genetic heterogeneity between organisms of the same species exists.

The mass-specific metabolic rate model of Gillooly et al. [7] used thermodynamic equations to relate temperature and body size to metabolic rate and Gillooly et al. [8] demonstrated that body mass, temperature and metabolic rate explain a significant fraction of the variance in nucleotide substitution rates in a broad sample of organisms.