Summary
This field trial by Bender and colleagues (2018) investigated the practical establishment of an arbuscular mycorrhizal fungal inoculant in commercial Swiss maize production and assessed its effects on crop growth. The work addresses a key gap between laboratory evidence of mycorrhizal benefits and real-world agronomic outcomes under temperate European conditions. Results contribute to understanding whether deliberate microbial inoculation can improve soil–plant interactions and productivity in intensive arable systems.
UK applicability
Findings from Swiss temperate arable conditions are directly relevant to UK maize production and broader cereal rotations, particularly regarding soil microbial management and inoculant efficacy under similar climatic and soil conditions. However, UK adoption would depend on commercial inoculant availability, cost-effectiveness relative to conventional management, and regulatory approval pathways.
Key measures
As suggested by the title: arbuscular mycorrhizal fungal establishment success (colonisation rates), crop growth metrics (plant biomass, height, yield-related parameters), and possibly nutrient acquisition in maize
Outcomes reported
The study examined whether inoculation with an arbuscular mycorrhizal fungus successfully established in Swiss corn fields and whether it affected crop growth performance. Field measurements likely included fungal colonisation rates, plant biomass, yield components, and nutrient uptake metrics.
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