TY - JOUR
TI - The vertical distribution of phosphorus nutrient salts in large-scale dairy farming
AU - Li Yan-Li
AU - Li Jiang
AU - Zhou Hang
AU - Liu Jian-Guo
AU - Zhang Ting
AU - Jiao Li-Na
AU - Xue Peng
AU - Wang Ya-Jun
AU - Li Guo-Qing
AU - Yang Li-Peng
AU - He Xiao-Song
AU - Cui Li-Peng
AU - Mei Ying
JN - Thermal Science
PY - 2025
VL - 29
IS - 3
SP - 2069
EP - 2076
PT - Article
AB - The rapid development of large-scale livestock breeding and poultry raising  industries in China has led to the emergence of a novel approach to the  treatment of dairy farm waste - the use of dairy farm waste as organic  fertilizer to farmland soil. However, the high phosphorus content of dairy  farm waste may pose a risk of environmental contamination to farmland soil  and groundwater. The study primarily focused on the alterations in the  concentrations of various phosphorus forms in soil and the occurrences of  soil phosphorus leaching and depletion. The results indicate that the SQ5075  field management mode exhibits the highest total phosphorus content, which  is conducive to the improvement of soil fertility. In comparison to the  background value, the phosphorus content under SQ5025 is observed to be  lower. Consequently, it results in a continuous depletion of phosphorus,  which is detrimental to soil improvement and crop cultivation. The total  phosphorus content in soil solution under SQ5050 is the largest, which may  increase the risk of soil phosphorus leaching.