This reaction is the simplest to exhibit the thermokinetic oscillations characterizing cool flames.
It is a simple measure to exhibit how well one variable predicts the other (Kurumbein and Graybill 1965).
Cyanobacteria are the simplest organisms known to exhibit circadian rhythms [1].
The circadian clock is an endogenous biological timing mechanism found in almost all organisms [29], however Cyanobacteria are the simplest organisms known to exhibit circadian rhythms.
Some of the top-ranked genes from the simple statistic, however, tend to exhibit lower expression levels.
Note that it is possible for a simple conductance-block model to exhibit frequency/use dependence at the AP scale, as the roles of a current may change depending on pacing rate.
While fuel reduction burning has the potential to create unburnt patches in some circumstances, these are likely to exhibit simpler vegetation structure than those arising due to microclimate.
An even simpler population model known to exhibit limit cycle oscillations is a recurrent excitatory network with synaptic depression.
This E-I network is one of the simplest population models known to exhibit limit cycle oscillations in the deterministic limit, and forms the basic module in various studies of stimulus-induced oscillations and synchronization in visual cortex [37, 38].
Simple example problems are presented to exhibit the utility of the technique.
However, Antarctic continental vegetation is unlikely to exhibit such simple and predictable responses, as warming is inconsistent over the continent1,3, and species distributions are largely determined by local availability of ice-free habitats and water, rather than temperature per se6,20,21,22.
