Bacterial mobilization of S and P in biochar amended soils
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Biochar has exhibited many potential agricultural benefits, such as plant growth promotion effects, increased soil water retention and neutralisation of acidic soil pH. Its impact on microbial-mediated macronutrient bio-availability, however, is largely unknown. This is particularly the case with sulfur (S) and phosphorous (P). Plants rely on microorganisms to mineralize organic and inorganically bonded S and P for their metabolic requirements. The results presented herein suggest that increased numbers of S and P mobilising bacterial colonizers in biochar amended soil could be beneficial for ...
Biochar has exhibited many potential agricultural benefits, such as plant growth promotion effects, increased soil water retention and neutralisation of acidic soil pH. Its impact on microbial-mediated macronutrient bio-availability, however, is largely unknown. This is particularly the case with sulfur (S) and phosphorous (P). Plants rely on microorganisms to mineralize organic and inorganically bonded S and P for their metabolic requirements. The results presented herein suggest that increased numbers of S and P mobilising bacterial colonizers in biochar amended soil could be beneficial for plant growth through enhanced nutrient mobilisation.
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