As discussed a few posts back, the length of the femur (thigh bone) is a pretty good indicator of size so I used this as a way of scaling both the lengths of the tails of these species, and then also the length of the head and body of the same animal or a related species.
To ensure that a valid K-expression can be obtained, the length of the gene will be set such that (t=h n-1) +1), where h, t=h n-1n are, respectively, the length of the head, the length of the tail, and the maximum number arguments of a function.
These four dogs and their offspring modified the look of the Scottie, particularly the length of the head, closeness to the ground and the squareness of body.
The length of the head is the most obvious difference among various populations – individuals from Stična, Slovenia, have shorter heads on average than those from Tržič, Slovenia, and the Istrian peninsula, for example.
The ratio of the length of the head to the rump was approximately 1∶1.
The first relative warp explains 23.58% of the total variation and describes the length of the head, placement of the dorsal and pelvic fin, body depth at the midsection, and caudal peduncle region.
The lengths of the head, trunk and limb segments, trunk circumference as well as withers and pelvic heights were measured on the left body side using palpable skeletal landmarks and a traditional measuring tape (accuracy 5 mm, Figure 1).
Cut a wide strip of light card that matches the length of this head measurement.
The combined length of the radial head and neck was 22.47 ± 2.84 mm.
Hill Sachs lesions contribute to the risk of glenohumeral instability by shortening the rotational arc length of the humeral head on the glenoid.
The size difference at the mandibular body unit was relatively small, and the mediolateral length of the condylar head showed the least differences.
