Inducing nutrient availability through microbiome
A microbiome study involving genetic-based approaches (2024)
A microbiome study involving genetic-based approaches (2024)
In 2024 we designed an experimental study set up in partnership with Biome Makers (a leading soil health research company) to dig deeper into what’s happening in the soil. To analyse microbial communities in soil the study employed advanced genetic techniques (16S and ITS). POLY4 was tested against muriate of potash (MOP), ammonium sulphate (AS) and a MOP+MgSO₄ fertiliser across two contrasting soil types: clay loam and loamy sand. The soil life was researched in a controlled greenhouse environment using pots with tomato plants.
Enhanced soil microbiome functionality was observed when using POLY4.
POLY4 had a positive impact on the microbial mobilisation of key nutrients, particularly potassium and calcium, making them more available to plants.
Microbial metabolism of potassium was enhanced, leading to greater potassium assimilation in the plant and improved yields compared to other fertilisers tested.
Microbial mineralisation of organic matter increased, contributing to more efficient nutrient cycling in the soil.
In this webinar with Anglo American and regenerative farming expert and UK farmer Ben Taylor-Davies, Biome-makers present the results of a BeCrop® Trial conducted to validate the impact of POLY4 - a low-chloride, multi-nutrient fertilizer - on soil functionality and crop performance.
"The results from these experimental trials not only demonstrate the efficacy of POLY4 as a sustainable multi-nutrient fertiliser, but also highlight its potential to improve soil health generally in agricultural systems"
Dr Kathryn Bartlett. Soil Science Principal, Anglo American
POLY4® is a trademark of Anglo American Woodsmith Limited.
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