Sentence examples for we examined this problem from inspiring English sources

Furthermore, we examined this problem within the context of novices as well as proficient learners.

We examined this problem in a human-induced pine savanna in the La Sepultura Biosphere Reserve in Chiapas, Mexico.

In our previous work [19], we examined this problem in the small limit of AB ring using the scaling method [20].

We examined this problem using DNA sequencing to profile soil animal diversity across two Alaskan ecosystems and compare the results with morphological analyses.

We examined this problem by assessing changes in cross-taxonomic associations over time between the surrogate (birds) and target vertebrate taxa (mammals, reptiles) that demand high sampling effort, in a heterogeneous mosaic landscape comprising pine monoculture, eucalypt woodland remnants and agricultural land.

Here, we examined this problem by using HLA-B*35:01-restricted CD8+ T lymphocytes specific for Nef epitopes, i.e., RY11 (RPQVPLRPMTY), VY8 (VPLRPMTY), and RM9 (RPQVPLRPM), in which VY8 and RM9 were contained entirely within RY11, in combination with a T cell receptor (TCR) reconstruction system as well as HLA-B35 tetramers and a set of a single-variant peptide library.

Here we examine this problem through the lens of Cyanobacteria — the first taxa to observe significant fluxes of intracellular dioxygen.

We examine this problem for a class of vacua of the heterotic string compactified on an orbifold.

We examine this problem in some detail and show that for the two most commonly used effective dispersion models (axial dispersion and tanks-in-series or cell model), the widely used relationship N=Pe/2, (Pe≫1, N= number of cells and Pe= Peclet number), derived in the absence of a reaction, also holds for all slow reactions characterized by 0⩽Da| f ′ cN |

In this article we examine this learning problem in the framework of stochastic games.

Here we re-examine this problem through a phylogenomic approach using 68 different protein-coding genes from the acoel Convoluta pulchra and 51 metazoan species belonging to 15 different phyla.