Line of sight (LoS) measurements have more stable direct components that extend beyond the one meter measured length.
Frozen sediment samples were weighed and measured (length, height and width).
All specimens, including diaphyses and rib shafts, were sorted, counted, and measured (length, width, and thickness) using a digital caliper (Mitutoyo 500 463).
These called for lengthening to take place, in agreement with the measured length changes.
Such studies also reveal that apparent duration remains proportional to the objectively measured length of the interval.
Footpads were measured (length - l, width - w, three thicknesses – t1, t2, t3) at various time points using a digital vernier calliper and changes in the swelling based on volume of the foot was calculated as per Supplementary Fig. S5.
Subsequent automatic data analysis of recorded ultrasonic signals proved their high correlation to the measured length changes (expansion) and their high sensitivity to microstructural changes.
This study only measured length of the metatarsals, and did not account for possible changes due to the skeletal elements having a more in vivo 3D shape while in suspension vs. flattened tissues compressed by their own weight.
The measured length outside the 2D film is due to this mechanism only.
We have measured length, width, and step height using the proposed method, which is relatively easy and accurate (Table 1).
The Bernard & Hertel quadrant was drawn and its dimensions measured (length. width) in Adobe illustrator were related to the real distance reported in Radian DICOM viewer picture.
