This paper investigates the impact of heterogeneous intensity in the optimal control of invasive species. By simulating a spatial dynamic optimal control model with eradication and suppression decision variables we find that the intensity of an invasion, as well as the carrying capacity of the landscape, are both important factors that should be taken into account when control decisions are being made
In addressing the problem of invasive species, decision makers have a variety of options, each targe...
This article presents a model for population interactions between an invasive and a native species, ...
The management of non-native invasive species is a complex but crucial task given the potential for ...
This paper investigates the impact of heterogeneous intensity in the optimal control of invasive spe...
This study examines the spatial nature of optimal bioinvasion control. We develop and parameterize a...
Invasive species are significant threats to biodiversity, natural ecosystems and agriculture leading...
Invasive species are significant threats to biodiversity, natural ecosystems and agriculture leading...
The effect of heterogeneous environments upon the dynamics of invasion and the eradication or contro...
Identifying the optimal switching point between different invasive alien species (IAS) management po...
We consider the problem of management of an aquatic invader spreading in a lake system. We assume th...
The removal of invasive species is the first step toward restoring an ecosystem following invasion. ...
The paper develops a simple economic model of a biological invasion. The natural growth of the invas...
This paper examines how optimal prevention and control policies depend on the economic and biologica...
Invasive species have been a growing problem throughout the world. Using mathematical modelling, we ...
In addressing the problem of invasive species, decision makers have a variety of options, each targe...
In addressing the problem of invasive species, decision makers have a variety of options, each targe...
This article presents a model for population interactions between an invasive and a native species, ...
The management of non-native invasive species is a complex but crucial task given the potential for ...
This paper investigates the impact of heterogeneous intensity in the optimal control of invasive spe...
This study examines the spatial nature of optimal bioinvasion control. We develop and parameterize a...
Invasive species are significant threats to biodiversity, natural ecosystems and agriculture leading...
Invasive species are significant threats to biodiversity, natural ecosystems and agriculture leading...
The effect of heterogeneous environments upon the dynamics of invasion and the eradication or contro...
Identifying the optimal switching point between different invasive alien species (IAS) management po...
We consider the problem of management of an aquatic invader spreading in a lake system. We assume th...
The removal of invasive species is the first step toward restoring an ecosystem following invasion. ...
The paper develops a simple economic model of a biological invasion. The natural growth of the invas...
This paper examines how optimal prevention and control policies depend on the economic and biologica...
Invasive species have been a growing problem throughout the world. Using mathematical modelling, we ...
In addressing the problem of invasive species, decision makers have a variety of options, each targe...
In addressing the problem of invasive species, decision makers have a variety of options, each targe...
This article presents a model for population interactions between an invasive and a native species, ...
The management of non-native invasive species is a complex but crucial task given the potential for ...