Fundação de Amparo à Pesquisa do Estado de São Paulo (FAPESP)We experimentally and theoretically investigated the persistence of hosts and parasitoids interacting in a metapopulation structure consisting of ephemeral local patches (MELPs). We used a hostparasitoid system consisting of necrophagous Diptera species and their pupal parasitoids. The basal resources used by the host species were assumed to be ephemeral, supporting only one generation of individuals before completely disappearing from the environment. We experimentally measured the hostparasitoid persistence and the effects of local demographic processes in two scenarios: 1) constant occurrence of basal resources at a single site (no dispersion or colonization of other sites) and...
Habitat structure has broad impacts on many biological systems. In particular, habitat fragmentation...
The dynamics of ecological communities depend partly on species interactions within and among trophi...
Models of host-parasitoid dynamics often assume constant levels of spatial heterogeneity in parasito...
We experimentally and theoretically investigated the persistence of hosts and parasitoids interactin...
1. We investigate the metapopulation dynamics of an extinction-prone host-parasitoid interaction. 2....
Within many agricultural systems, insect pests and their natural enemies are forced to persist as a ...
Local extinction and colonisation rates are key factors in host-parasitoid metapopulation theory, bu...
Interspecific interactions and the evolution of dispersal are both of interest when considering the ...
Metapopulation ecology has developed to explain the population dynamics that occur in spatially stru...
Many species inhabit fragmented landscapes, where units of resource have a patchy spatial distributi...
In this paper we develop a novel discrete, individual-based mathematical model to investigate the ef...
We present a time discrete spatial host-parasitoid model. The environment is a chain of patches conn...
We explore the problem of persistence of multiple obligate parasitoids on a single host in a discre...
The role of evolutionary dynamics in understanding host-parasitoid interactions is interlinked with ...
Habitat structure increases the persistence of many extinction-prone resource-consumer interactions....
Habitat structure has broad impacts on many biological systems. In particular, habitat fragmentation...
The dynamics of ecological communities depend partly on species interactions within and among trophi...
Models of host-parasitoid dynamics often assume constant levels of spatial heterogeneity in parasito...
We experimentally and theoretically investigated the persistence of hosts and parasitoids interactin...
1. We investigate the metapopulation dynamics of an extinction-prone host-parasitoid interaction. 2....
Within many agricultural systems, insect pests and their natural enemies are forced to persist as a ...
Local extinction and colonisation rates are key factors in host-parasitoid metapopulation theory, bu...
Interspecific interactions and the evolution of dispersal are both of interest when considering the ...
Metapopulation ecology has developed to explain the population dynamics that occur in spatially stru...
Many species inhabit fragmented landscapes, where units of resource have a patchy spatial distributi...
In this paper we develop a novel discrete, individual-based mathematical model to investigate the ef...
We present a time discrete spatial host-parasitoid model. The environment is a chain of patches conn...
We explore the problem of persistence of multiple obligate parasitoids on a single host in a discre...
The role of evolutionary dynamics in understanding host-parasitoid interactions is interlinked with ...
Habitat structure increases the persistence of many extinction-prone resource-consumer interactions....
Habitat structure has broad impacts on many biological systems. In particular, habitat fragmentation...
The dynamics of ecological communities depend partly on species interactions within and among trophi...
Models of host-parasitoid dynamics often assume constant levels of spatial heterogeneity in parasito...