Summary
This field trial investigated the interactive effects of arbuscular mycorrhizal fungal inoculation and variable nitrogen and phosphorus fertiliser application on rice nutrient acquisition and productivity. The work likely demonstrates the potential for mycorrhizal symbiosis to improve nutrient-use efficiency and reduce the fertiliser requirement for equivalent yield—a finding relevant to both input reduction and soil health optimisation in rice cultivation.
UK applicability
UK rice cultivation is limited by climate; findings would have limited direct application domestically but may inform cereal production systems more broadly if mycorrhizal benefits are transferable to temperate crops such as wheat or barley.
Key measures
Rice yield, nutrient uptake (nitrogen and phosphorus), mycorrhizal colonisation rates, plant biomass or growth parameters across factorial fertiliser treatments
Outcomes reported
The study examined how mycorrhizal fungal inoculation influences nutrient (nitrogen and phosphorus) uptake and grain yield in rice crops under varying fertiliser doses. Effects on plant growth parameters and nutrient accumulation were likely measured across different treatment combinations.
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