Traditional organic fertilizer substitution is an effective measure for increasing crop yield and
soil quality while reducing chemical fertilizer input. However, the effects of commercial …

BACKGROUND Optimum cultivation and management measures are needed to increase
the phosphorus (P) absorption efficiency of crops for sustainable agricultural production …

Land use change has a significant effect on soil nutrient cycling. However, data on soil
phosphorus (P) fractions following land use change are scarce, especially in the subalpine …

Intensive clear-cutting of natural forests and conversion to monoculture plantations are
ongoing worldwide, leading to the degradation of soil quality and microbial functions. Here …

Long-term droughts can significantly reduce forest productivity due to water deficiency and
associated changes in the availability of soil nutrients. Phosphorus (P) is a critical but limited …

Nitrogen (N) deposition usually increases plant tissue N concentrations and thus
phosphorus (P) demand in young and/or N‐limited forests, but the N deposition effect on …

Biochar has been proved to be an important soil amendment to alleviate soil phosphorus (P)
in the paddy crops. However, the role of specially prepared biochar (N-enriched biochar) on …

Background Elevated nitrogen deposition can alter the soil P (phosphorous) composition
and availability, thereby affecting long-term plant growth. However, the effects of N (nitrogen) …

Microorganisms play an integral role in driving phosphorus (P) transformation in forest soils;
however, studies on soil P cycling and the molecular mechanisms of microbes activated in …

Soil phosphorus (P) is a critical factor that limits plant productivity. Enhanced nitrogen (N)
deposition has the potential to modify P transformation and availability, thereby potentially …