The effect of forest fertilization on soil microbial activity and biomass was studied in 11 coniferous forests with different site fertility. Soil microbial activity was measured as respiration rate and the microbial biomass was estimated using ATP content and substrate-induced respiration rate (SIR). At all sites, except those with the highest site fertility, the microbial activity and biomass were reduced in the fertilized treatments compared with the control. The general trend indicated that the lower the site fertility, the more pronounced was the reduction of microbial biomass and activity. Some possible explanations for this effect are discussed
The effects of forest plantation management on soil microbial biomass and functional diversity can o...
Microbial activity in post-agrogenic sod-podzolics, grey and dark-grey forest soils was studied. The...
Substantial clearance of forests and conversion of forest into various land use types contribute to ...
Carbon content and indices of microbial biomass and activity were determined in 1985 in different so...
The purpose of this research was to compare soil chemistry, microbially mediated carbon (C) and nitr...
The study was conducted at the fertilization demonstration plots of the Salal Cedar Hemlock Integrat...
We assessed whether the microbial biomass of an old-growth mixed-conifer forest soil was N limited b...
ii The world’s forest ecosystems store approximately 80 % of above-ground and 40 % of below-ground t...
In the face of ever increasing atmospheric CO₂ a better understanding of soil properties and process...
Climate warming could increase rates of soil organic matter turnover and nutrient mineralization, pa...
Understanding the functioning of different forest ecosystems is important due to their key role in s...
Microbial carbon use efficiency (CUE), or the partitioning of assimilated C into growth or respirati...
Different forest types exert essential impacts on soil physical-chemical characteristics by dominant...
This study evaluated the soil fertility, biomass and microbial activity of the soil under forest cov...
A combination of laboratory and field experiments showed substantial differences in microbial activi...
The effects of forest plantation management on soil microbial biomass and functional diversity can o...
Microbial activity in post-agrogenic sod-podzolics, grey and dark-grey forest soils was studied. The...
Substantial clearance of forests and conversion of forest into various land use types contribute to ...
Carbon content and indices of microbial biomass and activity were determined in 1985 in different so...
The purpose of this research was to compare soil chemistry, microbially mediated carbon (C) and nitr...
The study was conducted at the fertilization demonstration plots of the Salal Cedar Hemlock Integrat...
We assessed whether the microbial biomass of an old-growth mixed-conifer forest soil was N limited b...
ii The world’s forest ecosystems store approximately 80 % of above-ground and 40 % of below-ground t...
In the face of ever increasing atmospheric CO₂ a better understanding of soil properties and process...
Climate warming could increase rates of soil organic matter turnover and nutrient mineralization, pa...
Understanding the functioning of different forest ecosystems is important due to their key role in s...
Microbial carbon use efficiency (CUE), or the partitioning of assimilated C into growth or respirati...
Different forest types exert essential impacts on soil physical-chemical characteristics by dominant...
This study evaluated the soil fertility, biomass and microbial activity of the soil under forest cov...
A combination of laboratory and field experiments showed substantial differences in microbial activi...
The effects of forest plantation management on soil microbial biomass and functional diversity can o...
Microbial activity in post-agrogenic sod-podzolics, grey and dark-grey forest soils was studied. The...
Substantial clearance of forests and conversion of forest into various land use types contribute to ...