Feasibility of vermicomposting for vegetable greenhouse waste recycling.

摘要: Abstract This study was conducted in order to evaluate the feasibility of Eisenia andrei for vermicomposting heterogeneous-plant (HP), tomato-plant (P), and damaged tomato-fruit (T) greenhouse vegetable wastes. Earthworm growth reproduction were monitored over a 12-week period, variations chemical parameters, enzyme activity, phytotoxicity test, genetic fingerprinting bacterial communities evaluated. While high rates salinity prevented earthworm survival HP P (>10 dS m−1), T vermicomposted recording an adequate cocoon production. The latter waste successfully stabilized, as indicated by significant decrease its TOC content (∼13–26%) C:N ratio (∼16–36%) germination indices (∼39–72%). similar activities levels community fingerprintings recorded diverse vermicomposts obtained from indicate that this type favoured existence analogous responsible degree stabilization maturity detected.