Sentence examples for were more detectable from inspiring English sources

Different groupings of lichen cover were tried as response variables in addition to usnic lichens to see if other lichen color groups were more detectable.

Overall, direct effects on benthic assemblages in the dredged channels were more detectable than the possible secondary effects in the surrounding shallow ponds, where the higher spatial heterogeneity can mask any relevant effects.

Generally, in the long term, weathering process could obviously increase the value of Gmax of both sand types such that the changes were more detectable during the first 6 months, and more importantly, the majority of these alterations took place in the first 2 months.

Among greenfinches, the small differences in colouration between males and females led to small differences in detectability, but only against brown backgrounds (males being more detectable than females, brown backgrounds, 1.3 jnd; green backgrounds, -0.08 - -0.012 jnd).

Next season, when this charismatic 18-year-old returns to play the big room next door, the potential harm of the precedent-setting selling of a schoolboy might be more detectable to the gaping eye.

However, some researchers reported that magnetic resonance imaging (MRI) might be more detectable to confirm the extent of the cancer.

In line with this finding, nuclear staining for NF-κB p65 was more detectable in WT than in HDC−/− mice after sepsis induction (Fig. 7c).

Arguments about whether families or unrelated individuals provide more power for gene mapping have been erroneously debated as issues of whether linkage or LD are more detectable sorts of correlation.

Conversely, the effect of legumes on soil carbon sequestration is more detectable for forage, green-manures and cover-crops which return to the soil large amounts of organic C and N [52].

In the context of watermarking, adaptation is achieved through different directions, so as to avoid watermark embedding in edged areas where changes are more detectable [30, 31] or to improve the imperceptibility of the watermarked image by simulating models based on the Human Visual System HVSS) [32, 33].

Some areas of the image could not be suitable to embed the message (e.g., a periodic texture, a sharp area, and so forth where changes could be more detectable), but a first-order statistic modeling is not able to discriminate such areas.