Sentence examples for manufacture behaviour from inspiring English sources

The properties of raw materials affected several aspects of NC crows' manufacture behaviour.

This sample is insufficient for formal statistical analyses, but the repeatability of results is qualitatively consistent with an effect of raw materials on manufacture behaviour.

Our results suggested that some of the variation observed in crows' tool manufacture behaviour (Experiment 1) could be explained by the properties of raw materials (Experiment 2).

Although it is admittedly difficult at present to reconcile all available pieces of evidence, our analyses provide important first pointers that changes in raw materials may influence NC crows' hook tool manufacture behaviour.

Although we had attempted to collect stems of fairly standardised properties for Experiment 1, we noticed seasonal changes both in the properties of stems we could find in our study site, and in the crows' manufacture behaviour (Fig.  5a).

Our discovery of novel manufacture behaviours indicates a plausible scenario for the evolutionary origins, and gradual refinement, of New Caledonian crows' hooked stick tool making.

Our discovery of novel tool manufacture behaviours in NC crows enabled us to construct a plausible scenario for the evolutionary origins, and gradual refinement, of the species' remarkable hooked stick tool making.

The properties of raw materials are an obvious, but largely overlooked, source of variation in tool-manufacture behaviour.

The absence of age-dependent changes in tool-manufacture behaviour (Fig.  2) was surprising, since NC crows have been previously reported to hone their tool-related skills during a protracted developmental period [ 48– 50].

At the other extreme, some subjects in our sample were evidently still very young, based both on their physical appearance and behaviour (e.g., persistent begging by EU8), yet exhibited highly dexterous tool-manufacture behaviour (see Additional file 8: Movie 3).

This paper presents an experimental study on the manufacture and behaviour of geopolymer concrete produced with a combination of granulated lead smelter slag (GLSS) and fly ash.