Journal of Tropical Ecology · 1995 · 209 citations · 16 references
Life SciencesEcologyLandscape EcologyDisturbance EcologyForest EcologyTerrestrial EcologyForest Disturbance DynamicsForest Insect DiversitySavanna EcologySpecies Composition AssessmentSpecies RichnessTermite BiologyDisturbance Effects On Insect DiversityDominant SpeciesForest Disturbance EcologyForest Soil FaunaSpecies Composition Of RegenerationTermite DiversityTermite EcologyUnderstory Species Richness
ABSTRACT Five forest plots of differing disturbance levels were sampled qualitatively for termites in the Mbalmayo Forest Reserve, southern Cameroon, using 100 m belt transects. Results showed a large reduction in species richness in two severely disturbed plots compared with a Near Primary plot, but little difference in two less disturbed regenerating plots; there is some evidence for a slight increase in species richness in the regenerating plots. Soil-feeders predominate in the primary and regenerating plots, but are greatly reduced in the severely disturbed plots. Wood-feeders appear to be more resilient to disturbance than soil-feeders, although their species richness is low in the most disturbed plots. The Termitinae are the dominant taxonomic group in the Near Primary plot, the Apicotermitinae in the less disturbed regenerating plots and the Macrotermitinae in the clear felled areas. There appears to be no secondary invasion of plots by savanna-associated species, and the small apparent increase in species richness in the less disturbed regenerating plots appears to be due to the influx of forest species usually associated with natural gaps.
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Estimating Species Richness Using the Jackknife Procedure
James F. Heltshe, Nancy E. Forrester · Biometrics · 1983 · 684 citations
The Estimation of Species Richness by Extrapolation
Michael W. Palmer · Ecology · 1990 · 631 citations
Production Ecology of Ants and Termites
William A. Sands, M. V. Brian · Journal of Animal Ecology · 1978 · 328 citations
Life Sciences, Ecology, Entomology +12
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