Sentence examples for domesticated silver from inspiring English sources

The plausibility of this hypothesis is strengthened by the example of "domesticated" silver foxes, which have been the subject of a decades-long breeding experiment.

This may indicate that the domesticated silver perch could have adapted to spawn under different ranges of temperature after long time acclimation in pond conditions.

However, until now, the quality of eggs produced from domesticated silver perch has not been compared to those of wild broodfish.

The measured TL of the newly-hatched larvae, egg's parameters and larvae morphometric of the domesticated silver perch were significantly lower than for the parameters derived from wild broodfish as reported by Lake (1967b), except for the OgD (Table 1).

The second generation of domesticated silver perch broodfish (6 years old), reared in a farmer's pond at Gingin, Western Australia (31°20″0.5.53″S, 115°46′20.51″E), was used in this experiment.

However, it is also accepted that there are certain underlying biological reasons for why some members of a wild species are more receptive to domestication than others, and that these differences are then passed down to offspring (compare Domesticated silver fox).

The domesticated broodfish of the silver perch does not spawn naturally under the Gingin (Western Australia) pond conditions in temperatures ranging between 11 and 34 °C.

This paper delivers early life-history data on the silver perch larvae, obtained from the domesticated broodfish.

The aim of this research was to investigate the yolk sac and oil globule utilization by silver perch (Bidyanus bidyanus) larvae produced from domesticated broodfish.

Table 1 Egg and larval development of silver perch, Bidyanus bidyanus from wild and domesticated broodfish Factor After Lake (1967b) This experiment (mean ± S.E).

In contrast, the red fox -- or, more precisely, the silver fox -- has only recently been domesticated as part of a deliberate scientific experiment at the Institute of Cytology and Genetics (ICG) of the Russian Academy of Sciences in the second part of the twentieth century [for review [ 25- 28]].