Within the context of the dynamics of populations described by first order difference equations detailed study of the Gompertz growth model is performed. This is mainly achieved by proving several theorems for a class of difference equations generalizing the Gompertz equation. Some interesting features of the discrete Gompertz model, not exhibited by other well known growth models, are finally pointed out
The Gompertz model is well known and widely used in many aspects of biology. It has been frequently ...
First order nonlinear difference equations are formulated to model population growth processes chara...
In this paper, we propose a flexible growth model that constitutes a suitable generalization of th...
Within the context of the dynamics of populations described by first order difference equations deta...
In this paper logistic and Gompertz equations are briefly discussed by using the terminology of popu...
AbstractWe considered the general growth equation y′ = ayα + byβ that encompasses the well-known gro...
<div><p>The Gompertz model is well known and widely used in many aspects of biology. It has been fre...
We propose a new deterministic growth model which captures certain features of both the Gompertz and...
The Gompertz model is well known and widely used in many aspects of biology. It has been frequently ...
First order nonlinear difference equations are formulated to model population growth processes chara...
In this paper, we propose a flexible growth model that constitutes a suitable generalization of th...
Within the context of the dynamics of populations described by first order difference equations deta...
In this paper logistic and Gompertz equations are briefly discussed by using the terminology of popu...
AbstractWe considered the general growth equation y′ = ayα + byβ that encompasses the well-known gro...
<div><p>The Gompertz model is well known and widely used in many aspects of biology. It has been fre...
We propose a new deterministic growth model which captures certain features of both the Gompertz and...
The Gompertz model is well known and widely used in many aspects of biology. It has been frequently ...
First order nonlinear difference equations are formulated to model population growth processes chara...
In this paper, we propose a flexible growth model that constitutes a suitable generalization of th...