Effect of biomass ash vermicompost on Sorghum bicolor var. saccharatum (L.) Mohlenbr under hot and dry agro ecological condition

Generation of the huge amount bio-waste and their residues, including incineration ash, is a major technical sustainability problem. To solve this problem, incorporating nutrient-rich residues into crop production has become an efficient practice to increase production. Vermicomposting these wastes could be viable option manage both biowastes products in environmentally friendly manner close material loop bioenergy Therefore, main objective study was investigate effect vermicompost from biomass ash under hot dry climatic conditions summer on growth, yield components sweet sorghum (Sorghum bicolor var. saccharatum (L.) Mohlenbr). The high photosynthetic activity important for biofuel solar energy water scarcity. This provides general overview feasibility vermicomposting processes potential use as nutrient source C4 Bitlis ecological low availability. Under conditions, best obtained when applied with content 10.0% (T3). Plant height, plant weight, sugarcane juice yields were reported 133 cm, 146 g, 180 kg/da 105 L/da, respectively.