Fungal- Bacterial Biofilms as Microbial Ameliorators for Potatoes - Henagamage, Amila Priyashantha;Seneviratne, Gamini;Abayasekera, Charmalie
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Use chemical fertilizers (CF) to increase crop production is common, though it has been proven that excessive and imbalanced use of these synthetic inputs creates devastating impact on soil biological properties. Like for most agricultural crops, large amounts of nitrogen and phosphorus inputs are usually used in potato cropping systems in order to enhance the yield. Collapse of beneficial soil microbial communities due to the long term application of such inputs causes general decline in the yields of major cash crops like potato. In this case, the potential use of beneficial microbial…mehr

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Produktbeschreibung
Use chemical fertilizers (CF) to increase crop production is common, though it has been proven that excessive and imbalanced use of these synthetic inputs creates devastating impact on soil biological properties. Like for most agricultural crops, large amounts of nitrogen and phosphorus inputs are usually used in potato cropping systems in order to enhance the yield. Collapse of beneficial soil microbial communities due to the long term application of such inputs causes general decline in the yields of major cash crops like potato. In this case, the potential use of beneficial microbial combinations in the soil that can be developed in vitro and be used as biofilmed biofertilizers (BFBFs) to enhance the crop productivity. Therefore, this study describes the potential application of developed fungal-bacterial biofilms as a BFBFs to improve potato crop production.
Autorenporträt
Position: Senior Lecturer, Faculty of Science and Technology,Uva Wellassa University of Sri LankaBasic degree: B.Sc. in Plant Biotechnology, University of Colombo in 2006Post Graduate Qualifications: Obtained Ph.D. (Plant Sciences) from University of Peradeniya, Sri Lanka collaborated with University of Sydney Australia in 2015