Abstract. By means of a simulation model we are showing that the rates of migration can be related to avoidance of competition between relatives, especially in clonal organisms. This could result in a strong selective pressure for migration, even at a high cost. In addition, if the habitat is fragmented, migration can strongly aect local dynamics and result in a dramatic decrease of the densities in some places. In parthenogenetically reproducing organisms like aphids, the level of relatedness in local populations is expected to be very high and therefore they can serve as a good model group for testing these hypotheses
Population ecology is concerned with the growth patterns of populations. This field has many applica...
We use an individual-based, spatially realistic metapopulation model to study the evolution of migra...
Richard Levins introduced fitness ets as a tool for investigating evolution within heterogeneous env...
Although dispersal is recognized as a key issue in several fields of population biology (such as beh...
We use an individual-based, spatially realistic metapopulation model to study the evolution of migra...
We use an individual-based, spatially realistic metapopulation model to study the evolution of migra...
International audienceWe consider the evolution of ecological specialization in alandscape with two ...
A computer experiment study of population evolution and its dynamics is presented for two competing ...
We use individual-based stochastic simulations and analytical deterministic predictions to investiga...
AbstractWe first investigate in a logistic model the effects of migration and spatial heterogeneity ...
We use individual-based stochastic simulations and analytical deterministic predictions to investiga...
Abstract A computer experiment study of population evolution and its dynamics is pre-sented for two ...
International audienceWe use individual-based stochastic simulations and analytical deterministic pr...
Background: Migration between local populations plays an important role in evolution- influencing lo...
Populations often experience variable conditions, both in time and space. Here we develop a novel th...
Population ecology is concerned with the growth patterns of populations. This field has many applica...
We use an individual-based, spatially realistic metapopulation model to study the evolution of migra...
Richard Levins introduced fitness ets as a tool for investigating evolution within heterogeneous env...
Although dispersal is recognized as a key issue in several fields of population biology (such as beh...
We use an individual-based, spatially realistic metapopulation model to study the evolution of migra...
We use an individual-based, spatially realistic metapopulation model to study the evolution of migra...
International audienceWe consider the evolution of ecological specialization in alandscape with two ...
A computer experiment study of population evolution and its dynamics is presented for two competing ...
We use individual-based stochastic simulations and analytical deterministic predictions to investiga...
AbstractWe first investigate in a logistic model the effects of migration and spatial heterogeneity ...
We use individual-based stochastic simulations and analytical deterministic predictions to investiga...
Abstract A computer experiment study of population evolution and its dynamics is pre-sented for two ...
International audienceWe use individual-based stochastic simulations and analytical deterministic pr...
Background: Migration between local populations plays an important role in evolution- influencing lo...
Populations often experience variable conditions, both in time and space. Here we develop a novel th...
Population ecology is concerned with the growth patterns of populations. This field has many applica...
We use an individual-based, spatially realistic metapopulation model to study the evolution of migra...
Richard Levins introduced fitness ets as a tool for investigating evolution within heterogeneous env...