Microbiological Effectivity Evaluation of New Poultry Farming Organic Waste Recycling

Due to the intensification of poultry sector, manure is being produced in increasing quantities, and its on-site management becoming a critical problem. Animal health problems can be solved by stricter veterinary environmental standards. The off-site coupled industrial chicken recycling technology (Hosoya compost tea) fundamentally affects agricultural value new organic-based products. limited information available on technology-related microbiological changes, this was examined study. A pot experiment with pepper test plant set up, using two different soils (Arenosol, slightly humous Arenosol) doses (irrigation once week 40 mL tea: dose 1, D1; irrigation twice 2, D2) tea. Compost tea raw materials, tea, treated were tested. products (granulated manure, their effects characterized following parameters: aerobic bacterial count (log CFU/g), fluorescein diacetate activity (3?,6?-diacetylfluorescein, FDA, µg Fl/g soil), glucosidase enzyme (GlA; PNP/µmol/g), identification microorganisms matrix-assisted laser desorption ionization time-of-flight mass spectrometry (MALDI-TOF MS). Furthermore, we aimed investigate how indicators tested, effect tested plant, could interpreted. Based our results, characteristics showed an increase activity, case FDA +0.26 ?g soil at D1, while GlA increased +1.28 PNP/µmol/g Arenosol +2.44 +0.15 log CFU/g D2, +0.35 +0.85 W8. MALDI-TOF MS results that dominant genera analyzed Bacillus sp., Lysinibacillus Pseudomonas sp. Overall, microbial inducers investigated good alternative for evaluating solutions soil–plant systems. In both types, total chlorophyll content tea-treated (Capsicum annuum L.) had as result D1 recommended and, D2 soil.