… amount of carbon in forest soils is restricted to the total amount. An understanding of the
turnover of soil organic matter and its role in the cycling of nutrients in forests demands that we …

… in forest soils, though there are still large gaps in the knowledge regarding specific
functions of microbes in this context. This includes overall microbial biomass and related …

… for the distribution of P stocks within the soil and bedrock … P stocks at MIT and CON would
force P cycling to proceed to deeper soil depths as opposed to the sites with higher subsoil P …

… P isotope techniques. Isotope techniques used for studying P cycling in agricultural and
forest soils … A brief discussion of the properties of P isotopes and their measurements is included …

… P deposits are finite, a better management of the P cycle is mandatory. This requires a good
understanding of the processes of soil P … of P cycling and management in temperate forest …

… over phosphorus (P) cycling. Given that mycorrhizal fungi are instrumental for P acquisition
and … different strategies for acquiring P, we hypothesized that P cycling would differ in stands …

… per se but the P status of soils is the main driver of the tightness of P cycling. According to …
they assigned to increasing acidification of forest soils and subsequent P fixation. In addition, …

… in these soils. To test this hypothesis, we investigated two contrasting beech forest soils:
One of them with high P … As a consequence, the fungal contribution to soil P cycling might be …

… An absence of depletion in most labile P fractions masks major restructuring of soil P …
During 28 years of forest growth, decreases were significant and substantial in slowly cycling Po …

… The effect sizes of N-cycling processes were significantly correlated with mean annual …
forest soil N and P cycling and increases the soil fertility, which are conducive to improving forest …