Traduction française de l'article "Periodic Matrix Population Models: Growth Rate, Basic Reproduction Number, and Entropy" paru dans le volume 71 du Bulletin of Mathematical BiologyMan studiert drei verschiedene Aspekte der periodischen Matrizmodelle für die Bevölkerungsdynamik. Erstens erhält man eine Formel für die Sensibilität der Wachstumsrate lambda, die einfacher als die Formel von Caswell und Trevisan ist. Zweitens verallgemeinert man die Formel für die Nettoreproduktionsrate R0 im Fall einer periodischen Umgebung. Man verallgemeinert auch eine von Cushing und Zhou gefundene Ungleichheit zwischen lambda und R0. Drittens werden einige Bemerkungen über die Bevölkerungsentropie von Demetrius und ihre Beziehung mit der Wachstumsrate lamb...
There is a growing body of biological investigations to understand impacts of seasonally changing en...
Many biological populations are subject to periodically changing environments such as years with or ...
Article from the journal: Journal of Applied Mathematics. Also avialable from Hindawi: http://dx.doi...
Traduction française de l'article "Periodic Matrix Population Models: Growth Rate, Basic Reproductio...
This article considers three different aspects of periodic matrix population models. First, a formul...
Traduction française de l'article "Growth rate and basic reproduction number for population models w...
Author Posting. © The Author(s), 2012. This is the author's version of the work. It is posted here ...
Periodic matrix population models are a useful approach to modelling cyclic variations in demographi...
Periodic matrix population models are a useful approach to modelling cyclic variations in demographi...
Demetrius Lloyd. Demography, Growth Rate and Entropy. The formal theory of thermodynamics is closely...
Traduction française de l'article "On the basic reproduction number in a random environment" paru da...
For continuous-time population models with a periodic factor which is sinusoidal, both the growth ra...
This paper is concerned with the connection between two classes of population variables: measures of...
Many biological populations are subject to periodically changing environments such as years with or ...
This thesis focuses on the qualitative study of several parabolic equations of the Lotka-Volterra ty...
There is a growing body of biological investigations to understand impacts of seasonally changing en...
Many biological populations are subject to periodically changing environments such as years with or ...
Article from the journal: Journal of Applied Mathematics. Also avialable from Hindawi: http://dx.doi...
Traduction française de l'article "Periodic Matrix Population Models: Growth Rate, Basic Reproductio...
This article considers three different aspects of periodic matrix population models. First, a formul...
Traduction française de l'article "Growth rate and basic reproduction number for population models w...
Author Posting. © The Author(s), 2012. This is the author's version of the work. It is posted here ...
Periodic matrix population models are a useful approach to modelling cyclic variations in demographi...
Periodic matrix population models are a useful approach to modelling cyclic variations in demographi...
Demetrius Lloyd. Demography, Growth Rate and Entropy. The formal theory of thermodynamics is closely...
Traduction française de l'article "On the basic reproduction number in a random environment" paru da...
For continuous-time population models with a periodic factor which is sinusoidal, both the growth ra...
This paper is concerned with the connection between two classes of population variables: measures of...
Many biological populations are subject to periodically changing environments such as years with or ...
This thesis focuses on the qualitative study of several parabolic equations of the Lotka-Volterra ty...
There is a growing body of biological investigations to understand impacts of seasonally changing en...
Many biological populations are subject to periodically changing environments such as years with or ...
Article from the journal: Journal of Applied Mathematics. Also avialable from Hindawi: http://dx.doi...