ABSTRACT Urbanization can alter the organization of ant communities and affect populations of urban pest ants. In this study, we sampled ant communities in urban and suburban yards to understand the habitat factors that shape these communities and inßuence the abundance of a common pest species, Tapinoma sessile (Say). We used pitfall traps to sample ant communities and a combination of pitfall traps and baiting to collect T. sessile at 24 sites in Knoxville, TN. In total, we collected 46 ant species. Ant species richness ranged from seven to 24 species per yard. Ant species richness tended to be lowest near houses, whereas T. sessile abundance was highest near houses. The best predictors of ant species richness in yards were canopy cover a...
Invasive species and habitat disturbance threaten biodiversity worldwide by modifying ecosystem perf...
The ant fauna in 33 Perth gardens was surveyed by hand collecting, and pitfall trapping. The resulti...
Urbanization is thought to lead to the loss of biodiversity both because of habitat disturbance and ...
Abstract As rapid urbanization continues, existing natural areas within urban zones will play a crit...
Urbanization, the creation of cities and their growth, is a process with profound implications for t...
Numerous studies have examined the effect of urbanization on species richness and most studies impli...
Through modifying ecosystem performance and displacing native organisms, invasive species have becom...
Ants have been shown to be a useful bioindicator taxon for environmental quality and biodiversity. I...
We collected ants from six urban and one forest land-use types in Raleigh, NC to examine the effects...
Despite being conspicuous and influential features of the biosphere, urban ecosystems have been negl...
Human populations continue to grow, and increasing numbers of people are moving from rural environme...
Habitat complexity is a major determinant of structure and diversity of ant assemblages. Following t...
During the last decades, urbanization has been highlighted as one of the main causes of biodiversity...
Urbanisation and agricultural expansion are two of the most prevalent and intense forms of land use ...
The conversion of rural land to residential use is occurring rapidly as the global trend of city exp...
Invasive species and habitat disturbance threaten biodiversity worldwide by modifying ecosystem perf...
The ant fauna in 33 Perth gardens was surveyed by hand collecting, and pitfall trapping. The resulti...
Urbanization is thought to lead to the loss of biodiversity both because of habitat disturbance and ...
Abstract As rapid urbanization continues, existing natural areas within urban zones will play a crit...
Urbanization, the creation of cities and their growth, is a process with profound implications for t...
Numerous studies have examined the effect of urbanization on species richness and most studies impli...
Through modifying ecosystem performance and displacing native organisms, invasive species have becom...
Ants have been shown to be a useful bioindicator taxon for environmental quality and biodiversity. I...
We collected ants from six urban and one forest land-use types in Raleigh, NC to examine the effects...
Despite being conspicuous and influential features of the biosphere, urban ecosystems have been negl...
Human populations continue to grow, and increasing numbers of people are moving from rural environme...
Habitat complexity is a major determinant of structure and diversity of ant assemblages. Following t...
During the last decades, urbanization has been highlighted as one of the main causes of biodiversity...
Urbanisation and agricultural expansion are two of the most prevalent and intense forms of land use ...
The conversion of rural land to residential use is occurring rapidly as the global trend of city exp...
Invasive species and habitat disturbance threaten biodiversity worldwide by modifying ecosystem perf...
The ant fauna in 33 Perth gardens was surveyed by hand collecting, and pitfall trapping. The resulti...
Urbanization is thought to lead to the loss of biodiversity both because of habitat disturbance and ...