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Background and Aims Studies verify that intercropping increases soil macro-aggregates but the mechanism underlying the increase is poorly understood. Methods Three long-term field experiments were conducted starting in 2009 at three sites in an oasis in northwest China. The first was a split-plot design: Rhizobium (with or without inoculation) and three cropping systems (faba bean/maize intercropping...
Background and aims Enhanced crop productivity by intercropping is commonly assumed to be driven by resource complementarity. However, relatively few studies have directly measured resource acquisition to assess potential mechanisms underlying enhanced performance of intercropping. Methods A long-term field experiment with three P application rates (0, 40, 80 kg P ha−1 yr.−1) and four maize-based...
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