Australian Journal of Ecology · 1989 · 108 citations · 9 references
Life SciencesEcologySoil SciencesSoil EcologySoil ScienceTerrestrial EcologySoil ErosionSoil FormationChemical PropertiesForest Soil FaunaMound LandscapesPhysiological Growth ResponsesTermite Ecology
Abstract In the semi‐arid woodland of eastern Australia, soil mounds are often associated with fallen mulga (Acacia aneura) trees. Measurements of the physical and chemical properties of the soils in these mounds compared with surrounding soils, together with differences in herbage growth responses, indicate that these mounds are fertile patches, with possible importance as habitats for soil fauna and as refugia for a range of organisms during drought. The mound soil material may accumulate by fluvial, aeolian or rain‐splash deposition about the fallen log, however, some of the mound material was derived from termite feeding gallery structures. The surface feeding gallery material may be comprised of soil particles from within the mound or from tunnels and storage galleries below the mound, and probably depends on the termite species.
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Patches and Structural Components for a Landscape Ecology
Michel Godron · BioScience · 1981 · 843 citations
K. M. Perroux, Ian White · Soil Science Society of America Journal · 1988 · 699 citations