Add to ORKGSoil termites have been studied in detail in a rain forest, a secondary forest and two agroforestry plantation sites at the Embrapa Amazonia Ocidental, Manaus-AM (Brasil), using soil (0 cm-5 cm) and litter samples taken at random within the study sites, using a soilsampler of 21 cm diameter. As results is presented a list of termite genus diversity, then compare termite biomass and individuals numbers in litter and in soil at the different sites, and discuss possible factors that determine termite distribution in the field
Termites are frequently dominant invertebrate decomposers and bioturbators in lowland tropical fores...
Termites are important ecosystem engineers in tropical and sub-tropical terrestrial regions where th...
Termites are globally dominant and functionally important soil organisms. While their role in ecosys...
Soil termites have been studied in detail in a rain forest, a secondary forest and two agroforestry ...
Litter and soil termites were collected with soil cores (21cm diameter) in a primary forest site, a ...
Termites exhibit several characteristics that emphasize their potential as bioindicators of habitat ...
In tropical rainforests, termites constitute an important part of the soil fauna biomass, and as for...
The spatial distribution of species is affected by dispersal barriers, local environmental condition...
<div><p>In tropical rainforests, termites constitute an important part of the soil fauna biomass, an...
<p>Termites are very abundant in tropical ecosystems and play active roles in nutrient cycling and s...
In tropical rainforests, termites constitute an important part of the soil fauna biomass, and as for...
Termite biomass and abundance were estimated in three remnant areas of Atlantic Forest in northeaste...
Termites are abundant organisms in tropical ecosystems and strongly influence the litter decompositi...
The Atlantic Forest of South America is one of the most degraded tropical forests and the cultivatio...
Termites are the most important insects in the tropical rain forest. As ecosystem engineers, they pl...
Termites are frequently dominant invertebrate decomposers and bioturbators in lowland tropical fores...
Termites are important ecosystem engineers in tropical and sub-tropical terrestrial regions where th...
Termites are globally dominant and functionally important soil organisms. While their role in ecosys...
Soil termites have been studied in detail in a rain forest, a secondary forest and two agroforestry ...
Litter and soil termites were collected with soil cores (21cm diameter) in a primary forest site, a ...
Termites exhibit several characteristics that emphasize their potential as bioindicators of habitat ...
In tropical rainforests, termites constitute an important part of the soil fauna biomass, and as for...
The spatial distribution of species is affected by dispersal barriers, local environmental condition...
<div><p>In tropical rainforests, termites constitute an important part of the soil fauna biomass, an...
<p>Termites are very abundant in tropical ecosystems and play active roles in nutrient cycling and s...
In tropical rainforests, termites constitute an important part of the soil fauna biomass, and as for...
Termite biomass and abundance were estimated in three remnant areas of Atlantic Forest in northeaste...
Termites are abundant organisms in tropical ecosystems and strongly influence the litter decompositi...
The Atlantic Forest of South America is one of the most degraded tropical forests and the cultivatio...
Termites are the most important insects in the tropical rain forest. As ecosystem engineers, they pl...
Termites are frequently dominant invertebrate decomposers and bioturbators in lowland tropical fores...
Termites are important ecosystem engineers in tropical and sub-tropical terrestrial regions where th...
Termites are globally dominant and functionally important soil organisms. While their role in ecosys...