Mineralogical and chemical characteristics of samples from a number of soils were used to demonstrate that soil materials from volcanic ash and local rock are thoroughly mixed.The mineralogy, micromorphology and grain-size distribution were studied to estimate the role of termites in mixing soil materials and in forming physical properties. Effects of other processes on mixing and on formation or decay of physical properties were also estimated.The role of termites in forming horizons free of gravel underlain by stone lines, and in slope processes, was estimated from an analysis of grainsize distribution and mineralogy of soils in a catena. Measurements of slope transport were also made.The significance of termites for soil conservation and...
Termite (Macrotermes spp.) mounds are complex biological habitats originated by the termite activity...
The determination of the geotechnical properties of inhabited termitaria (termite mounds) from three...
Termite interaction with soil and its manipulation create spatial variability via the nests and othe...
Mineralogical and chemical characteristics of samples from a number of soils were used to demonstrat...
ABSTRACT: Soil-feeding termites transport soil for mound building, and this process can affect soil ...
[Extract] This chapter reviews the advances made in our knowledge of the effects of termites on the ...
Soil-feeding termites transport soil for mound building, and this process can affect soil characteri...
An investigation on varied types of termite mounds relative to the nearby soils that are not inhabit...
This work focuses on the interactions between fungus-growing termites (Isoptera, Macrotermitinae), c...
Little is known about the effects of neotropical mound-building termites in soil chemical and physic...
Termites are one of the dominant groups of soil macrofauna in the tropics. Termites belong to the or...
In the tropics, termites are key litter decomposers and soil bioturbators. Termite foraging activity...
Si is one of the most abundant element on earth and an abundant literature shows its beneficial effe...
Termites are undoubtedly key soil organisms in tropical and subtropical soils. They are soil enginee...
Termites are undoubtedly key soil organisms in tropical and subtropical soils. They are soil enginee...
Termite (Macrotermes spp.) mounds are complex biological habitats originated by the termite activity...
The determination of the geotechnical properties of inhabited termitaria (termite mounds) from three...
Termite interaction with soil and its manipulation create spatial variability via the nests and othe...
Mineralogical and chemical characteristics of samples from a number of soils were used to demonstrat...
ABSTRACT: Soil-feeding termites transport soil for mound building, and this process can affect soil ...
[Extract] This chapter reviews the advances made in our knowledge of the effects of termites on the ...
Soil-feeding termites transport soil for mound building, and this process can affect soil characteri...
An investigation on varied types of termite mounds relative to the nearby soils that are not inhabit...
This work focuses on the interactions between fungus-growing termites (Isoptera, Macrotermitinae), c...
Little is known about the effects of neotropical mound-building termites in soil chemical and physic...
Termites are one of the dominant groups of soil macrofauna in the tropics. Termites belong to the or...
In the tropics, termites are key litter decomposers and soil bioturbators. Termite foraging activity...
Si is one of the most abundant element on earth and an abundant literature shows its beneficial effe...
Termites are undoubtedly key soil organisms in tropical and subtropical soils. They are soil enginee...
Termites are undoubtedly key soil organisms in tropical and subtropical soils. They are soil enginee...
Termite (Macrotermes spp.) mounds are complex biological habitats originated by the termite activity...
The determination of the geotechnical properties of inhabited termitaria (termite mounds) from three...
Termite interaction with soil and its manipulation create spatial variability via the nests and othe...