This review covers more than twenty-five years of research listing and discussing the
biogeochemical, mineralogical, and physical impacts of fungus-growing termites (or FGT …

Groundwater is one of the most dynamic and renewable natural resources found in the
earth's crust. A spatio-temporal assessment of groundwater potential zone (GWPZ) …

Termites are amongst the most abundant and ecologically-important groups of insects in
tropical forests. However, the destructive potential of some species amounts to billions of …

Termites are ecosystem engineers, they play a major role in the biotransformation and
modification of soil physicochemical and morphological properties. This study was …

The long-term leakage of surface contaminants can severely affect the quality of shallow
groundwater, thereby significantly affecting human health. This paper analyzed the spatial …

Termites (Isoptera) are among the most globally dominant macroinvertebrates in terrestrial
environments and are an ecologically important group of soil biota in tropical and …

This study delineates groundwater potential zones by following an “equifinality” approach
and adopting a standard methodology using remote sensing, geospatial modeling …

Termite nests represent a typical ecosystem engineered to produce a solid and long-lasting
home where individuals are protected from predators, rainfall, and sunlight, while …

Termite mounds contribute to the heterogeneity and productivity of many semi‐arid
ecosystems worldwide. Regular spatial patterns of termite mounds are well documented but …

Termite mounds are traditionally presumed to be good indicators of groundwater in places
they inhabit but this hypothesis is yet to be scientifically substantiated. To confirm this …