Summary
This 2022 study examined the eutrophication risk posed by fertiliser application in Thai agricultural systems, assessing the potential for nutrient losses from farming practices to aquatic environments. The research appears to have evaluated current fertiliser use patterns and their environmental impact, likely identifying hotspots or crop–soil combinations of particular concern. The work contributes to understanding how regional agricultural intensification affects water quality and ecosystem health in Southeast Asian contexts.
UK applicability
Whilst Thailand's tropical climate, crop types, and soil conditions differ substantially from the UK, the methodological approach to assessing fertiliser-driven eutrophication risk and the underlying nutrient loss mechanisms may inform UK fertiliser best management practice evaluation, particularly regarding regulatory compliance and catchment protection strategies.
Key measures
Eutrophication potential indicators; nutrient losses (nitrogen, phosphorus); fertiliser application rates; water quality risk metrics
Outcomes reported
The study assessed the potential for nutrient runoff and eutrophication resulting from fertiliser application practices across Thai agricultural systems. It likely quantified nitrogen and phosphorus losses or environmental impact indicators under current farming conditions.
Topic tags
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