Phosphorus (P) is considered to be one of the most limiting elements in terrestrial
ecosystems, especially in the subtropical forests in China. However, little is known about …

Background Transforming coniferous plantation into broadleaved or mixed broadleaved-
coniferous plantations is the tendency of forest management strategies in subtropical China …

Background and aims Phosphorus (P) fertilization affects plant diversity and ecosystem
function by changing the abundance and composition of functional soil microorganisms and …

Microbial phosphorus (P) turnover is critical in C utilization efficiency in agroecosystems. It is
therefore necessary to understand the P mobilization processes occurring during P …

Introduction Soil physicochemical properties and nutrient composition play a significant role
in shaping microbial communities, and facilitating soil phosphorus (P) transformation …

Microbial community and functional genes associated with phosphorus (P) cycling are
intrinsic to soil P transformation. Yet, how the P fertilization rates affect the interactions of the …

Soil Phosphorous (P) availability is a limiting factor for plant growth and regulates biological
metabolism in plantation ecosystems. The effect of variations in soil microbial P cycling …

Replanting broadleaved trees in monoculture conifer plantations has been shown to
improve the ecological environment. However, not much is known about the distribution …

Nitrogen (N) and phosphorus (P) are two important nutrient elements that limit the growth of
plants and microorganisms. The effect of the N supply on soil P cycling and its mechanism …

Nitrogen (N) and phosphorus (P) have significant effects on soil microbial community
diversity, composition, and function. Also, trees of different life stages have different …