Resonance and attenuation in then-periodic Beverton–Holt equation

Cymra Haskell, Yi Yang, Robert J. Sacker
2013 Journal of difference equations and applications (Print)  
An exact expression is derived relating the state average of the periodic solution {x j } to the average of the environmental carrying capacities {K j } for the periodic Beverton -Holt equation for arbitrary period. By studying numerically period 3 case, we show that the correlation coefficient of the intrinsic growth rates {u j } and {K j }, is not relevant in determining attenuation or resonance. By studying period 4 case, it is shown that if the intrinsic growth rate jumps upward along with
more » ... upward along with steadily increasing carrying capacities, then resonance prevails. A period 7 example using out-of-step step functions is also seen to produce resonance.
doi:10.1080/10236198.2012.726988 fatcat:hertnscxyrht3go365az5psxxq