In this study we investigate aggregated patterns as a consequence of post-feeding larval dispersal in three blowfly species, based on the frequency distribution of sampling units in the substrate having 0, 1, 2, ..., n pupae. Statistical analysis revealed that aggregated patterns of distribution emerge as a consequence of larval dispersal, and Cochliomyia macellaria has higher levels of aggregation when compared to Chrysomya megacephala and C. putoria. Aggregation during dispersal is associated with a spatial pattern where most larvae in the species tend to pupariate near the food source. The possible consequences for the population ecology of these species are discussed.120742342
The spatial dynamics of three blowfly species was investigated using a spatially extended model of d...
Blowflies utilize discrete and ephemeral sites for breeding and larval nutrition. After the exhausti...
This paper presents a diffusion model of larval dispersal especifically designed to account for part...
In this study we investigate aggregated patterns as a consequence of post-feeding larval dispersal i...
In this study we investigated the larval dispersal associated with larval predation in experimental ...
In this study we investigated the larval dispersal associated with larval predation in experimental ...
In this study we investigated the larval dispersal associated with larval predation in experimental ...
Horizontal and vertical frequency distribution of larvae in three species of Calliphoridae were stud...
Chrysomya albiceps and Chrysomya megacephala are exotic blowfly species known by producing myiasis i...
The aims of this work was to study the life stages of Chrysomya megacephala in a circular arena allo...
Blowflies utilize discrete and ephemeral sites for breeding and larval nutrition. After the exhausti...
Blowflies use discrete and ephemeral substrates to feed their larvae. After they run out of food, th...
In the present study, a single procedure was established to investigate the effect of the spatial di...
Blowflies utilize discrete and ephemeral breeding sites for larval nutrition. After the exhaustion o...
Vectors of aggregation are well known for some arthropod species, but not for many others. We aimed ...
The spatial dynamics of three blowfly species was investigated using a spatially extended model of d...
Blowflies utilize discrete and ephemeral sites for breeding and larval nutrition. After the exhausti...
This paper presents a diffusion model of larval dispersal especifically designed to account for part...
In this study we investigate aggregated patterns as a consequence of post-feeding larval dispersal i...
In this study we investigated the larval dispersal associated with larval predation in experimental ...
In this study we investigated the larval dispersal associated with larval predation in experimental ...
In this study we investigated the larval dispersal associated with larval predation in experimental ...
Horizontal and vertical frequency distribution of larvae in three species of Calliphoridae were stud...
Chrysomya albiceps and Chrysomya megacephala are exotic blowfly species known by producing myiasis i...
The aims of this work was to study the life stages of Chrysomya megacephala in a circular arena allo...
Blowflies utilize discrete and ephemeral sites for breeding and larval nutrition. After the exhausti...
Blowflies use discrete and ephemeral substrates to feed their larvae. After they run out of food, th...
In the present study, a single procedure was established to investigate the effect of the spatial di...
Blowflies utilize discrete and ephemeral breeding sites for larval nutrition. After the exhaustion o...
Vectors of aggregation are well known for some arthropod species, but not for many others. We aimed ...
The spatial dynamics of three blowfly species was investigated using a spatially extended model of d...
Blowflies utilize discrete and ephemeral sites for breeding and larval nutrition. After the exhausti...
This paper presents a diffusion model of larval dispersal especifically designed to account for part...