There was an error published in J. Exp. Biol. (2018) 221, jeb168625 (doi: 10.1242/jeb.168625).

In Figs 2 and 3, the numbers on the x-axis for body mass were incorrect. The corrected figures are shown below.

Fig. 2.
Scaling of femur volume (VF) with body mass (Mb) across development in western grey kangaroos. The equation for the in-pouch data is VF=1.9×10−4Mb1.48±0.05 and that for the post-pouch data is VF=2.0×10−2Mb0.85±0.05. The dotted lines represent 95% confidence intervals for each regression mean. The breakpoint occurs at 1–5 kg according to the broken-stick analysis.
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Scaling of femur volume (VF) with body mass (Mb) across development in western grey kangaroos. The equation for the in-pouch data is VF=1.9×10−4Mb1.48±0.05 and that for the post-pouch data is VF=2.0×10−2Mb0.85±0.05. The dotted lines represent 95% confidence intervals for each regression mean. The breakpoint occurs at 1–5 kg according to the broken-stick analysis.

Fig. 2.
Scaling of femur volume (VF) with body mass (Mb) across development in western grey kangaroos. The equation for the in-pouch data is VF=1.9×10−4Mb1.48±0.05 and that for the post-pouch data is VF=2.0×10−2Mb0.85±0.05. The dotted lines represent 95% confidence intervals for each regression mean. The breakpoint occurs at 1–5 kg according to the broken-stick analysis.
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Scaling of femur volume (VF) with body mass (Mb) across development in western grey kangaroos. The equation for the in-pouch data is VF=1.9×10−4Mb1.48±0.05 and that for the post-pouch data is VF=2.0×10−2Mb0.85±0.05. The dotted lines represent 95% confidence intervals for each regression mean. The breakpoint occurs at 1–5 kg according to the broken-stick analysis.

Fig. 3.
Scaling of femoral bone blood flow rate index (Qi) with Mb across development in western grey kangaroos. The equation for the in-pouch data is Qi=7.9×10−7Mb0.96±0.09 and that for the post-pouch data is Qi=0.11Mb−0.59±0.90. The dotted lines represent 95% confidence intervals for each regression mean. The breakpoint occurs at 1–5 kg according to the broken-stick analysis. The dashed line represents interspecific scaling of Qi across different species of diprotodonts (Qi=4.1×10−8Mb0.76±0.32).
View largeDownload slide

Scaling of femoral bone blood flow rate index (Qi) with Mb across development in western grey kangaroos. The equation for the in-pouch data is Qi=7.9×10−7Mb0.96±0.09 and that for the post-pouch data is Qi=0.11Mb−0.59±0.90. The dotted lines represent 95% confidence intervals for each regression mean. The breakpoint occurs at 1–5 kg according to the broken-stick analysis. The dashed line represents interspecific scaling of Qi across different species of diprotodonts (Qi=4.1×10−8Mb0.76±0.32).

Fig. 3.
Scaling of femoral bone blood flow rate index (Qi) with Mb across development in western grey kangaroos. The equation for the in-pouch data is Qi=7.9×10−7Mb0.96±0.09 and that for the post-pouch data is Qi=0.11Mb−0.59±0.90. The dotted lines represent 95% confidence intervals for each regression mean. The breakpoint occurs at 1–5 kg according to the broken-stick analysis. The dashed line represents interspecific scaling of Qi across different species of diprotodonts (Qi=4.1×10−8Mb0.76±0.32).
View largeDownload slide

Scaling of femoral bone blood flow rate index (Qi) with Mb across development in western grey kangaroos. The equation for the in-pouch data is Qi=7.9×10−7Mb0.96±0.09 and that for the post-pouch data is Qi=0.11Mb−0.59±0.90. The dotted lines represent 95% confidence intervals for each regression mean. The breakpoint occurs at 1–5 kg according to the broken-stick analysis. The dashed line represents interspecific scaling of Qi across different species of diprotodonts (Qi=4.1×10−8Mb0.76±0.32).

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© 2018. Published by The Company of Biologists Ltd
2018