Not exact matches
In the simulation, they found that over decades colonies would appear and disappear (much like observations of actual
fairy circles) and that they would eventually self - organize into regularly spaced honeycomb
patterns, with each colony surrounded by six others.
In contrast to several other hypotheses, self - organization is expected to create mathematically definable
patterns whose scale and intensity differ under different conditions, as has been shown for
fairy circles.
The highest potential for a causal mechanism of
fairy circles probably lies in some form of landscape scale, self - organizing process similar to those proposed by Rietkerk et al., Couteron and LeJeune, and Tlidi et al. [11]--[16] as
patterning vegetation in a range of landscapes, especially arid ones.
Under some conditions,
patterns similar to
fairy circles were formed.
As there is not enough water in areas between desert and grassland — where
fairy circles occur — for plants to form a continuous cover, individual plants organize themselves in this beehive
pattern in order to maximize the little water that they receive.