The phrase "a consequence of height" is correct and usable in written English.
It can be used when discussing the effects or results that are directly related to a person's height or the height of an object.
Example: "The increased risk of certain health issues can be seen as a consequence of height, particularly in individuals who are significantly taller than average."
Alternatives: "an effect of height" or "a result of height".
But the disaster was not a consequence of the height but the concrete panel systems and the shoddy construction methods often used to put them up.
This was because of the increase in vertically overlapped leaves between smaller- and larger-sized trees as a consequence of large height-growth of smaller-sized trees.
This is a consequence of the extreme height of the VM walls compared to the detachment elevation of most terrestrial landslides (i.e., higher energy relief) which resulted in high potential energy involved despite the lower gravity field on Mars.
This may suggest a less fine tuned host manipulation in Brazil, potentially as a consequence of a wider height range of appropriate growth conditions.
As a consequence of increased density, height and leaf area, the introduced lineage produced anywhere from 151 to 250 % more total biomass (aboveground + belowground) (Table 3).
None of the students discussed potential energy in terms of systems or fields, although some did talk about gravitational potential energy, but only as a consequence of the object's height above the ground, rather than in more general terms of the relative positions of objects in fields.
Thus in the present study it is unlikely that on-line visual feedback would have been used to 'fine tune' toe clearance and instead margins of clearance would have been a consequence of uncertainty in determining step height during the approach.
As trees with dbh > 50 cm were more abundant in the NAF plots, we assume that the greater maximum tree height in these stands is a consequence of greater age and not intrinsically higher height growth rates.
As a consequence of this, with typical E region peak heights during the day of 110 km, and typical F region peak heights of above 210 km during the night, PRF values from 80 to 120 Hz during the day and from 20 to 40 Hz at night are used.
These simulations also reveal thermal shrinking of the mesosphere as a consequence of cooling, which reaches near the height of 80 km and about 1 km from 1960 to mid-1990s, which coincides well with the shrinking revealed by the observations of the LF radio wave phase reflection heights in Germany (Lübken et al. [2013]).
