In agricultural soils, plant-available nitrogen (N) and phosphorous (P) may be inadequate for
crop production although total N and P concentrations are high. Therefore, N and/or P …

Phosphorus is one of the most limiting macronutrients for plant productivity in agriculture
worldwide. The main reasons are the limited rock phosphate reserves and the high affinity of …

Phosphorus (P) adsorption–desorption in soil is an important internal cycle related to soil
fertility problems, as well as for determining the environmental fate of P. Soil organic matter …

Put Theory into Practice Scarcity of natural resources, higher costs, higher demand, and
concerns about environmental pollution-under these circumstances, improving food supply …

Green roofs have increasingly been designed and applied to relieve environmental
problems, such as water loss, air pollution as well as heat island effect. Substrate and …

One of the most commonly used models for describing solute sorption to soils is the
Langmuir model. Because the Langmuir model is nonlinear, fitting the model to sorption …

The chemical interaction between soil organic matter and the orthophosphate anion
(phosphate [P]) is important for reactions of P at the soil solid phase, in soil solution, and in …

Phosphorus (P) sorption processes in soils contribute to important problems in agriculture: a
deficiency of this plant nutrient and eutrophication in aquatic systems. Soil organic matter …

Continuous excessive application of phosphorus (P) fertilizer and/or manure in areas with
intensive agriculture can lead to an accumulation of P in soils and progressive saturation of …

While P sorption in mineral soils has been extensively studied, P sorption behavior in
organic‐rich soils is less known. This study was conducted to determine the relationships …