Leaf litter samples were used to study arthropod diversity in the University of South Florida Ecological Research Area. Arthropods were collected from different plots of different prescribed burn frequencies (1year, 2 year, 5 year, 7 year and no burn frequencies). Differential responses of arthropods to burn frequency were studied. It was expected that burn frequency would affect arthropod richness and diversity and that the pattern of diversity and richness would follow the Intermediated Disturbance Hypothesis. It was also expected that richness and diversity would be correlated with the amount of leaf litter present. Preliminary results suggest that there are short-term and long-term differences among arthropod communities in response to ...
We studied evenness and species richness in two assemblages of soil arthropods at six contiguous stu...
Fire supports landscape openness; thus, prescribed burning could be an effective management in open ...
Among ecological communities, insects are important bio-indicators of wildfire disturbance due to th...
The purpose of our study was to examine relationships between the plant diversity and arthropod dive...
Fires are a significant source of landscape scale disturbance in forested ecosystems, but fire effec...
Abstract Arthropods are abundant and diverse animals in many terrestrial food webs. In western Oklah...
Fire is an important agent of disturbance in tropical savannas, but relatively few studies have anal...
Fire is a natural process in grasslands that maintains an open canopy and creates variable vegetativ...
Fire is a major driver in many ecosystems. Yet, little is known about how different ground-living ar...
Fire management in protected areas requires an understanding of the consequences of fire regimes. In...
Fire management in protected areas requires an understanding of the consequences of fire regimes. In...
Fire management in protected areas requires an understanding of the consequences of fire regimes. In...
In tropical ecosystems, the influence of fire can have dramatic effects on the arthropod community ...
We studied evenness and species richness in two assemblages of soil arthropods at six contiguous stu...
Differences in the assemblages of terrestrial arthropod communities in burnt and adjacent unburnt ar...
We studied evenness and species richness in two assemblages of soil arthropods at six contiguous stu...
Fire supports landscape openness; thus, prescribed burning could be an effective management in open ...
Among ecological communities, insects are important bio-indicators of wildfire disturbance due to th...
The purpose of our study was to examine relationships between the plant diversity and arthropod dive...
Fires are a significant source of landscape scale disturbance in forested ecosystems, but fire effec...
Abstract Arthropods are abundant and diverse animals in many terrestrial food webs. In western Oklah...
Fire is an important agent of disturbance in tropical savannas, but relatively few studies have anal...
Fire is a natural process in grasslands that maintains an open canopy and creates variable vegetativ...
Fire is a major driver in many ecosystems. Yet, little is known about how different ground-living ar...
Fire management in protected areas requires an understanding of the consequences of fire regimes. In...
Fire management in protected areas requires an understanding of the consequences of fire regimes. In...
Fire management in protected areas requires an understanding of the consequences of fire regimes. In...
In tropical ecosystems, the influence of fire can have dramatic effects on the arthropod community ...
We studied evenness and species richness in two assemblages of soil arthropods at six contiguous stu...
Differences in the assemblages of terrestrial arthropod communities in burnt and adjacent unburnt ar...
We studied evenness and species richness in two assemblages of soil arthropods at six contiguous stu...
Fire supports landscape openness; thus, prescribed burning could be an effective management in open ...
Among ecological communities, insects are important bio-indicators of wildfire disturbance due to th...