Summary
This field-based study investigates how long-term crop rotation sequences and fertilisation management practices influence nitrogen use efficiency and overall plant productivity in arable systems. As suggested by the title, the research evaluates interactions between precrop history and nutrient management to identify optimised approaches for enhancing nitrogen uptake and crop performance. The findings contribute to understanding of how integrated management of rotation and fertilisation can improve nutrient cycling efficiency in cereals production.
Regional applicability
The study's applicability to United Kingdom conditions depends on the geographic location and climate zone of the experimental site, which is not specified in the available metadata. If conducted in a temperate European climate with similar soil types and rainfall patterns, the rotation and fertilisation strategies may be transferable to UK arable practice; however, the full paper should be consulted to assess site-specific conditions and management variables.
Key measures
Nitrogen use efficiency, crop yield, plant nitrogen uptake, soil nitrogen availability under different rotation and fertilisation regimes
Outcomes reported
The study examined nitrogen use efficiency and plant productivity across different precrop/crop rotation sequences and fertilisation management strategies over a long-term experimental period. Effects on crop yield, nutrient uptake, and nitrogen cycling efficiency were measured.
Topic tags
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