Paper Title
THE STUDY OF ECOLOGICAL AND AGRICULTURAL PRODUCT BENEFITS WITH SUSTAINABLE INTELLIGENT CIRCULAR AGRICULTURE AND FISHERY SYSTEM

Abstract
Abstract - All parts of the world are facing problems such as climate change, environmental pollution, soil degradation, food safety incidents and the proportion of the elderly population increasing year by year. Aiming at the above problems, this study designed a smart sustainable circular agriculture and fishery system (SIAF) with a length of 240cm×width 210cm×height 210cm. The combination of large modules also adds the concepts of water circulation and fish and vegetable symbiosis and combines IoT devices. This study mainly discusses the growth benefits and ecological richness of the intelligent sustainable circular agriculture and fishery system for crops. After research throughout the year, soil N, P, and K increased by more than 40%, 33%, and 27% respectively through organic fertilization of poultry In terms of plants, the growth index of sweet potato leaves Ipomoea batatas (L.) Lam. and water spinach Ipomoea aquatica are more than 100%, accounting for 60% of the total area of agricultural planting; ecological survey found a total of 37 species, common are the western honey bee Apis mellifera, The oriental red stinkbug Pyrrhopeplus carduelis, etc., and the blowfly Calliphoridae due to poultry manure, and the black soldier fly Hermetiaillucens that help decompose manure, etc. This study hopes to provide future users of this system, ecological landscape and architectural design personnel as a reference. Keywords - Sustainable Circulation、Aquaponics、Poultry Manure、Agriculture、Ecology、Internet of Things