Summary
This field study characterises seasonal and depth-dependent variation in soil physico-chemical properties under three contrasting crops monitored over a six-month winter-spring period. The findings demonstrate distinct crop-mediated influences: maize maintained stable pH, triticale enhanced nitrite accumulation particularly at depth, and clover supported greater overall soil stability. The results suggest that crop-specific, depth-aware management approaches are necessary to optimise nutrient availability and microbial processes in agricultural soils.
UK applicability
The study's winter-to-spring monitoring window and temperate crop selection (clover, maize, triticale) are broadly relevant to UK farming systems. However, the geographic origin of the study is not specified in the abstract, so direct applicability to UK soil types, climate regimes, and management practices cannot be confirmed without additional information.
Key measures
Soil pH, redox potential (Eh), electrical conductivity (EC), and nitrite (NO2−) concentration measured monthly at four soil depths (0–20, 20–40, 40–60, 60–80 cm)
Outcomes reported
The study monitored monthly variation in soil pH, redox potential, electrical conductivity, and nitrite concentration across four soil depth profiles (0–80 cm) under three crop types—clover, maize, and triticale—from November to May. Results revealed crop-specific effects on soil stability, redox dynamics, and nitrogen cycling patterns over time and space.
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