![]() foetidus is inherent and that it is an adaptive response to the natural environment. foetidus was governed by low-dimensional chaotic dynamics, the geometry of which showed a strange attractor named the “Zazen attractor.†Our data suggest that the chaotic thermoregulation in S. foetidus using nonlinear forecasting, attractor and correlation dimension analyses. Here we report the underlying dynamics of temperature control in S. foetidus, or whether such an algorithm might exhibit linear or nonlinear thermoregulatory dynamics. However, it is not clear whether a unique algorithm controls the homeothermic behavior of S. Skunk cabbage, Symplocarpus foetidus, has been demonstrated to maintain an internal temperature of around 20 Â☌ even when the ambient temperature drops below freezing. Nonlinear dynamics of homeothermic temperature control in skunk cabbage, Symplocarpus foetidusĬertain primitive plants undergo orchestrated temperature control during flowering.
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