PubMed · 2006 · 12 citations · 0 references
AgricultureEcologySoil SciencesForest RestorationRestoration EcologySoil MicrobiologySoil - Vegetation InteractionsSoil BiodiversitySoil Fauna EcologySoil Microbial BiomassSoil RespirationSoil RestorationMicrobial Biomass DynamicsMicrobial Biomass In Forest SoilsMicrobial Biomass MeasurementMicrobial Biomass Response To Land UseMicrobial Soil EcologyMountain Soil EcologySoil Microbial Community RestorationVegetation Effects On Soil Respiration
This paper measured the numbers and biomass of soil microbes as well as the soil respiration rate under mixed coniferous--broadleaved forest, mixed coniferous forest, pure coniferous forest, pure deciduous broadleaved forest, shrubs, and bare land in Taihang Mountain area, aimed to evaluate the soil microbial characters under different vegetation communities in this area. The results showed that shrub land had the greatest numbers and biomass of soil microbes, followed by deciduous broadleaved forestland, mixed coniferous--broadleaved forestland, pure coniferous forestland, and bare land. Soil respiration rate had the similar trend. When restoring the vegetations on degraded mountain land, more attention should be paid to the natural restoration capability of forest ecosystems.