The phrase "aerial phase" is correct and usable in written English.
It can be used in contexts related to aviation, meteorology, or any situation involving airborne activities or stages.
Example: "During the aerial phase of the mission, the drones will survey the area for any potential threats."
Alternatives: "airborne stage" or "flight phase".
There are at least four different saltatory patterns, but all are similar in that the simultaneous retraction or extension of the hind legs is followed by an aerial phase of movement.
The aerial phase in all patterns is governed by the physical principles of ballistics (the flight characteristics of an object): the height and the length of the jumps are functions of the takeoff velocity and angle.
"Because [SOD] has an aerial phase and it has such a broad host range, instead of eradication we should be thinking of suppression".
In the second experiment, we investigated the aerial phase typical of many disciplines, comparing our protocol with: (1) an absolute reference, the parabolic regression of the vertical CoM trajectory during the time of flight; (2) two common approaches to estimate CoM kinematics in gait, known as sacrum and reconstructed pelvis methods.
With no "aerial phase", the fast gait does not meet all the criteria of running, although the elephant uses its legs much like other running animals, with the hips and shoulders falling and then rising while the feet are on the ground.
Wild-type mallards and Indian runner ducks are able to run with an aerial phase [87].
Recognized accuracy indexes proved that the results obtained were comparable to the GRF; what is more, during the aerial phases our protocol showed to be significantly more accurate than the two other methods.
Running typically involves ballistic aerial phases (although many birds show 'grounded running', Gatesy & Biewener 1991; Abourachid 2001; Usherwood et al. 2008) with spring-like (but possibly 'pseudo-elastic' (Ruina et al. 2005)) stance periods (figure 1 c).
The walk run transition in many birds is much less discrete than in adult humans, with running including completely unsupported aerial phases often occurring only at very high speeds.
This means that in contrast to running mammals, Plateosaurus probably did not use gaits with aerial, unsupported phases.
Two short chaplins, chpE and chpH, are expressed at high levels during both the vegetative and aerial mycelial phases, whereas the other chp genes are only expressed during aerial hyphae formation.
