Add to ORKGGoal: Elucidating the role of the eco-evolutionary feedback loop in determining evolutionarily stable life histories, with particular reference to the methodological status of the optimisation procedures of classical evolutionary ecology. Conclusion: A pure optimisation approach holds water only when the eco-evolutionary feedbacks are of a particularly simple kind
The fitness concept of evolutionary ecology differs from that of population genetics. The former is ...
Evolution takes place in an evolutionary setting that typically involves interactions with other org...
A recent Perspectives article by Gavrilets (2003) on the theory of speciation ignored advances in un...
Goal: Elucidating the role of the eco-evolutionary feedback loop in determining evolutionarily stabl...
In this paper we (i) put forward a simple notational device clarifying the, undeniable but generally...
Aim: To elucidate the role of the eco-evolutionary feedback loop in determining evolutionarily stabl...
A focus on the eco-evolutionary feedback continually operating between a populations evolution and i...
Aim: To elucidate the role of the eco-evolutionary feedback loop in determining evolutionarily stabl...
Darwinian dynamics based on mutation and selection from the core of mathematical models for adaptati...
In this Chapter we investigate how optimisation approaches fit with the ESS (Evolutionarily Stable S...
Evolution by natural selection is commonly described as ‘survival of the fittest,’ and this at first...
Life-history evolution is determined by the interplay between natural selection and adaptive constra...
The simplest behaviour one can hope for when studying a mathematical model of evolution by natural s...
In this article, we discuss some ecological-evolutionary strategies that allow synchronization of or...
In this paper we (i) put forward a simple notational device clarifying the, undeniable but generally...
The fitness concept of evolutionary ecology differs from that of population genetics. The former is ...
Evolution takes place in an evolutionary setting that typically involves interactions with other org...
A recent Perspectives article by Gavrilets (2003) on the theory of speciation ignored advances in un...
Goal: Elucidating the role of the eco-evolutionary feedback loop in determining evolutionarily stabl...
In this paper we (i) put forward a simple notational device clarifying the, undeniable but generally...
Aim: To elucidate the role of the eco-evolutionary feedback loop in determining evolutionarily stabl...
A focus on the eco-evolutionary feedback continually operating between a populations evolution and i...
Aim: To elucidate the role of the eco-evolutionary feedback loop in determining evolutionarily stabl...
Darwinian dynamics based on mutation and selection from the core of mathematical models for adaptati...
In this Chapter we investigate how optimisation approaches fit with the ESS (Evolutionarily Stable S...
Evolution by natural selection is commonly described as ‘survival of the fittest,’ and this at first...
Life-history evolution is determined by the interplay between natural selection and adaptive constra...
The simplest behaviour one can hope for when studying a mathematical model of evolution by natural s...
In this article, we discuss some ecological-evolutionary strategies that allow synchronization of or...
In this paper we (i) put forward a simple notational device clarifying the, undeniable but generally...
The fitness concept of evolutionary ecology differs from that of population genetics. The former is ...
Evolution takes place in an evolutionary setting that typically involves interactions with other org...
A recent Perspectives article by Gavrilets (2003) on the theory of speciation ignored advances in un...