Dung consumption and removal is a fundamental ecological process carried out by dung beetles that drive soil nutrient cycling and associated ecosystem services. In this study, the removal rate of small droppings by dung beetles was estimated in natural subtropical rainforests of southern Brazil located along an elevational gradient, in order to understand the factors influencing variation in dung removal. To do that, the comparative explanatory capacity of three main types of variables was quantified: assemblage characteristics, local climatic and habitat conditions, and seasonal variation. The complete disappearance of dung within 48 h after deposition occurs in 73% of occasions. The highest explanatory capacity correspond to the combined ...
<div><p>Dung beetle community structures changes due to the effects of destruction, fragmentation, i...
The disturbance of natural environments affects, among others, the diversity of dung beetle assembla...
The degradation and replacement of native ecosystems affects both their taxonomic and functional bio...
Basic characteristics of species assemblages are frequently related to temperature variables recorde...
1. The impacts of human activities on tropical forests are widespread and increasing. Hence, a good ...
1. The impacts of human activities on tropical forests are widespread and increasing. Hence, a good ...
In general, livestock activities affect the diversity and ecological functions of dung beetles. Howe...
The knowledge on Atlantic Forest scarab beetle fauna is quite limited. This biome is strongly degrad...
The impacts of human activities on tropical forests are widespread and increasing. Hence, a good kno...
We assessed differences in the alpha and beta diversity of dung beetles in native forest and two liv...
Scarabaeids are economically very important due to their provision of several environmental services...
Dung beetle communities have been compared across north temperate latitudes. Tropical dung beetle co...
Biodiversity loss and anthropogenic environmental changes are known to impact ecosystem functions an...
Biodiversity drives ecological functioning, ultimately providing ecosystem services. Ecosystem proce...
The loss of natural habitats is one of the main drivers of biodiversity decline. Anthropogenic land ...
<div><p>Dung beetle community structures changes due to the effects of destruction, fragmentation, i...
The disturbance of natural environments affects, among others, the diversity of dung beetle assembla...
The degradation and replacement of native ecosystems affects both their taxonomic and functional bio...
Basic characteristics of species assemblages are frequently related to temperature variables recorde...
1. The impacts of human activities on tropical forests are widespread and increasing. Hence, a good ...
1. The impacts of human activities on tropical forests are widespread and increasing. Hence, a good ...
In general, livestock activities affect the diversity and ecological functions of dung beetles. Howe...
The knowledge on Atlantic Forest scarab beetle fauna is quite limited. This biome is strongly degrad...
The impacts of human activities on tropical forests are widespread and increasing. Hence, a good kno...
We assessed differences in the alpha and beta diversity of dung beetles in native forest and two liv...
Scarabaeids are economically very important due to their provision of several environmental services...
Dung beetle communities have been compared across north temperate latitudes. Tropical dung beetle co...
Biodiversity loss and anthropogenic environmental changes are known to impact ecosystem functions an...
Biodiversity drives ecological functioning, ultimately providing ecosystem services. Ecosystem proce...
The loss of natural habitats is one of the main drivers of biodiversity decline. Anthropogenic land ...
<div><p>Dung beetle community structures changes due to the effects of destruction, fragmentation, i...
The disturbance of natural environments affects, among others, the diversity of dung beetle assembla...
The degradation and replacement of native ecosystems affects both their taxonomic and functional bio...