This research-based service program aims to seek develop the research results of proposing team for community empowerment. The application was carried out on biofloc technology in local shrimp farming systems an effort increase economy and as educational village Pante Ceureumen District, West Aceh which is a potential aquaculture that must be developed. system with technology. Biofloc cultivati...

Success of the shrimp aquaculture industry requires technological advances that increase production and environmental sustainability. Indoor, superintensive, aquaculture systems are being developed that permit year-round production of farmed shrimp at high densities. These systems are intended to overcome problems of disease susceptibility and of water quality issues from waste products, by ope...

FLOCponics is an alternative type of aquaponics that integrates biofloc technology (BFT) with soilless plant production. The aims this paper are to present a detailed overview the system's designs and performance, discuss their sustainability, highlight current challenges, give directions for future research. Data sources include papers containing keywords bioflocs hydroponics, and/or In view s...

ABSTRAKBakteri membentuk bioflok, menghasilkan protein mikroba dan memungkinkan untuk mendaur ulang pakan yang tidak terpakai. Flok terdiri atas organisme seperti bakteri, plankton, jamur, alga, partikel tersuspensi mempengaruhi struktur nutrisinya. Pembentukan bioflok bertujuan meningkatkan pemanfaatan nutrien, menghindari stres lingkungan predasi. Akuaponik merupakan kombinasi sistem akuakult...

To increase catfish productivity, the Directorate General of Aquaculture continues to innovate and develop technology that results in a more efficient enlargement system. The purpose this study is find out most economically feasible sangkuriang system between biofloc conventional systems. From water quality measurements temperatures 25-27oC, pH 7, DO 1.2 – 2.2, FCR 0.9 1.1 are still good range....

Abstract The use of biofloc technology has positive effects on the quality water and utilization feed through recycling microbial protein during culture commercially important finfishes. This is also used in rearing ornamental fish to address limitations land space as well minimize impacts wastewater discharge. Therefore, current study evaluated plant wastes production for culture. A 30-day tri...