Tea (Camellia sinensis L), is a popular agricultural product enjoyed by people around the world. Bio-fertilizers that use bacteria found in soil called endophytes, have proven effective for increasing growth and plant productivity. Endophite can also produce hormones such as auxins, ethylene, cytokinins. This research aims to determine effectiveness of auxin-producing endophytic bacterial micro...

The glass house experiment involving compost tea and harvest age was conducted to investigate the effect of giving (cricket rabbit feces) harvesting on productivity, nutrient content, in vitro digestibility value Cichorium intybus. Compost (CT) is an aqueous extract from that can correct deficiencies during crop production protect cultivation. research treatment consisted two factors, namely: d...

The morning tea break performs several useful and evidence-based functions, in providing a space for networking exchanging information, building relationships, reducing stress. However, higher education context predicated on outputs performance, the time spent talking to colleagues over cuppa is often considered wasteful indulgence, even harder organise meaningfully with our post-Covid hybrid p...

This study investigated the effects of two organic fertilizer (compost tea and humic acid) compared to chemical on plant growth, productivity, pests predatory insects associated with eggplant Solanum melongena var. Black beauty under net house in 1st April at 2019 2020 seasons. Application fertilizers through fertigation enhanced significantly number leaves, stem fresh weight, average fruit wei...

Background: Tannase can be obtained from the various sources for example tannin rich plants; however microbial sources are preferred for industrial production. In microbial sources, the Aspergillus and Penicillium genus and lactic acid bacteria mostly produce tannase. However, it has been identified that this enzyme is produced by many fungi and bacteria, but research...