Forest regeneration will play an important role in the future of tropical biodiversity, as much has been lost to deforestation and continues to be degraded. Terrestrial arthropod composition in a community could be an indicator of succession level as arthropods are a highly diverse phylum and their short generation periods allow communities to adapt to changes much faster than plants or animals. This study tests the changes in community composition of terrestrial arthropods along a successional gradient. Pitfall traps were placed in four sites of varying regeneration, from farmland to old growth. It was found that abundance, species richness, and diversity increased as site age increased. Old growth had higher abundance of Arachnida and Col...
<div><p>Abstract The stage of natural forest regeneration may influence soil fauna. This study aimed...
Several studies have confirmed that higher plant community richness facilitates greater arthropod co...
Ground dwelling invertebrate communities at five sites of successional vegetation of increasing age,...
Forest regeneration will play an important role in the future of tropical biodiversity, as much has ...
Tropical forests, the richest ecosystems on earth, are rapidly disappearing. This is causing the los...
Soil and litter arthropods represent a large proportion of tropical biodiversity and perform importa...
Abstract Ecological restoration is becoming an increasingly important tool in humanity\u27s attempt ...
The future of biodiversity depends to a great extent on the conservation value of human-dominated an...
The International Tropical Timber Organization (ITTO 2002) estimated that secondary forest make up 6...
Many abiotic factors may influence the diversity and abundance of soil arthropods in forest plots. T...
It has been estimated that there are seven million terrestrial arthropod species on Earth consisting...
The vegetation may modifies the structure and composition of the community of edaphic arthropods. Th...
Coleopterans are the most diverse animal group on Earth and constitute good indicators of environmen...
Soil and litter arthropods represent a large proportion of tropical biodiversity and perform importa...
Deforestation and fragmentation of forests contributes to dramatic loss of biodiversity and ecosyste...
<div><p>Abstract The stage of natural forest regeneration may influence soil fauna. This study aimed...
Several studies have confirmed that higher plant community richness facilitates greater arthropod co...
Ground dwelling invertebrate communities at five sites of successional vegetation of increasing age,...
Forest regeneration will play an important role in the future of tropical biodiversity, as much has ...
Tropical forests, the richest ecosystems on earth, are rapidly disappearing. This is causing the los...
Soil and litter arthropods represent a large proportion of tropical biodiversity and perform importa...
Abstract Ecological restoration is becoming an increasingly important tool in humanity\u27s attempt ...
The future of biodiversity depends to a great extent on the conservation value of human-dominated an...
The International Tropical Timber Organization (ITTO 2002) estimated that secondary forest make up 6...
Many abiotic factors may influence the diversity and abundance of soil arthropods in forest plots. T...
It has been estimated that there are seven million terrestrial arthropod species on Earth consisting...
The vegetation may modifies the structure and composition of the community of edaphic arthropods. Th...
Coleopterans are the most diverse animal group on Earth and constitute good indicators of environmen...
Soil and litter arthropods represent a large proportion of tropical biodiversity and perform importa...
Deforestation and fragmentation of forests contributes to dramatic loss of biodiversity and ecosyste...
<div><p>Abstract The stage of natural forest regeneration may influence soil fauna. This study aimed...
Several studies have confirmed that higher plant community richness facilitates greater arthropod co...
Ground dwelling invertebrate communities at five sites of successional vegetation of increasing age,...