Fossil mice and rats show isotopic evidence of niche partitioning and change in dental ecomorphology related to dietary shift in Late Miocene of Pakistan.

PLoS One · 2013 · PMC3732283 · PMID 23936324

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marginally significantp = 0.04actually significant

Hypsodonty shows no relationship with time in either clade ( Table S4 , Dataset S2 ), but ANCOVA shows the observed difference in the intercepts is marginally significant ( p = 0.04, Figure S5 , Table S3 ), meaning that Karnimata species have higher tooth crowns than the “ Progonomys clade”.

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