Soil phosphorus dynamics during grassland establishment after deforestation and intensive agricultural use

Summary

This field study (2025) examined how soil phosphorus dynamics respond during grassland establishment on land previously subjected to deforestation and intensive agriculture. The research, published in Biology and Fertility of Soils, contributes to understanding phosphorus cycling recovery in restored grassland systems—a process relevant to both soil health and the nutritional quality of pasture-fed livestock systems. The work appears to bridge gaps between intensive agricultural legacies and regenerative grassland management.

UK applicability

Findings may be relevant to UK grassland restoration and conversion from arable or degraded pasture systems, particularly in lowland regions where phosphorus overloading from historical intensive farming remains a soil management concern. However, Spanish soil and climate conditions may limit direct transferability; UK practitioners should consider local pedological and hydrological context.

Key measures

Soil phosphorus fractions, bioavailable phosphorus, phosphorus cycling rates, soil biological activity related to phosphorus transformations

Outcomes reported

The study examined soil phosphorus dynamics and transformations during the transition from intensive agricultural use to grassland establishment on previously deforested land. As suggested by the title and journal focus, the work likely quantified changes in soil phosphorus pools, availability, and cycling processes across this land-use transition.

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