Background Soil organic phosphorus transformation during ecosystem development exerts
a crucial influence on soil fertility and ecosystem properties. Scope This paper reviews the …

Chronosequences and associated space-for-time substitutions are an important and fruitful
means for investigating the rates and directions of soil and ecosystem evolution across …

Utilization of alternative soil substrates for minesoil reconstruction can affect the nutrient
status of reclaimed minesoil (RMS), particularly the availability of phosphorus. This study …

Wetlands reclamation has been a traditional and effective practice for obtaining new land to
alleviate the pressure induced by population growth. However, the evolution of soil-dwelling …

Long-term rice and non-rice cultivation following coastal tidal flat reclamation can
significantly influence the soil organic carbon (SOC) and total nitrogen (TN) sequestration …

Identification and quantification of different soil phosphorus (P) fractions level are important
for improving agricultural productivity and developing sustainable management practices in …

Future phosphorus (P) shortages could seriously affect terrestrial productivity and food
security. We investigated the changes in topsoil available P (AP) and total P (TP) in China's …

Abstract Information on phosphorus (P) transformation during long-term paddy soil evolution
is important for maintaining rice yield and nutrient management. This study was aimed to …

Periphyton is ubiquitous in paddy field, but its importance in influencing the bioavailability of
phosphorus (P) in paddy soil has been rarely recognized. A paddy field was simulated in a …

A paddy soil chronosequence consisting of five profiles derived from calcareous marine
sediments with cultivation history from 0 to 1000 years was studied to understand the …