The goal was to investigate biochars’potential as carrier for commercial Trichoderma-based biopesticides,facilitating their application in soil or growing media.Thirty-five biochars produced from various feedstocks a...The goal was to investigate biochars’potential as carrier for commercial Trichoderma-based biopesticides,facilitating their application in soil or growing media.Thirty-five biochars produced from various feedstocks and pyrolysis temperatures were chemically characterized.Incubation and cold storage tests using a commercial Trichoderma-based biopesticide were done.Properties leading to good Trichoderma carrier capacity(TCC)are wood-based feedstocks and low pyrolysis temperatures(p<0.001).Multivariate linear regression showed that TCC=exp(23.0(±2.21)-1.03(±0.25)*pH-H_(2)O-0.94(±0.32)*inorganic carbon-0.10(±0.02)*total phosphorus+0.0005(±0.0002)*water-soluble carbon).展开更多
基金the BASTA project(S000119N)funded by Research Foundation Flanders(FWO).
文摘The goal was to investigate biochars’potential as carrier for commercial Trichoderma-based biopesticides,facilitating their application in soil or growing media.Thirty-five biochars produced from various feedstocks and pyrolysis temperatures were chemically characterized.Incubation and cold storage tests using a commercial Trichoderma-based biopesticide were done.Properties leading to good Trichoderma carrier capacity(TCC)are wood-based feedstocks and low pyrolysis temperatures(p<0.001).Multivariate linear regression showed that TCC=exp(23.0(±2.21)-1.03(±0.25)*pH-H_(2)O-0.94(±0.32)*inorganic carbon-0.10(±0.02)*total phosphorus+0.0005(±0.0002)*water-soluble carbon).
