Barely Significant
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Habitat-Driven Sexual Dimorphism in <i>Triplophysa strauchii</i> Between Oxbow Lake and Stream: A Geometric Morphometric Analysis.

Ecol Evol · 2026 · PMC13160657 · PMID 42125743

2
hedged sentences
0.0010
closest p · 0.0× alpha
0.0500
boldest claim

The sentences

highly significantp < 0.001actually significant
In contrast, highly significant sexual dimorphism was detected in operculum shape (Tables S7 and S9 ) ( p < 0.001), indicating highly pronounced sexual shape dimorphism in the operculum of both basins.

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marginally significantp = 0.05actually significant
And sexual dimorphism in eye morphology was significant in both size‐related and size‐corrected values in DL ( p = 0.003) ( p < 0.05), and significant in size‐related values ( p = 0.000) ( p < 0.001) but marginally significant in size‐corrected residuals ( p = 0.05) in LS (Table S12 ). 3.1.2 Allometric Growth Reduced Major Axis Regression (RMA) showed that male T. strauchii from Dacao Lake grew significantly faster than females in long torso ( p < 0.01) and snout length ( p < 0.05), whereas females grew significantly faster than males in body width ( p < 0.01) (Figure 3 ).

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