本論文主要分析水產養殖業為環境帶來的問題，而設計一個新的養殖環境的原型，解決並改善現有的困境與現況。在此以台灣為觀察與設計之對象。

台灣，水產養殖業的發展相當早，養殖技術發展的相當卓越，更是市場魚貨量供應重要來源之一。但在養殖過程中，為了塑造與維持良好的養殖環境，需要相當大量的淡水供應；而地下水就成了最佳首選。因此導致地下水超抽，造成地層下陷與等等衍生問題，若不提出辦法解決，如此的惡性循環只會無止盡的破壞整個土地的平衡。

本設計積極去了解漁民的需求、面對的環境與氣候，重新整合利用，在當中置入"吞光罩"與"肥水囊"兩項機制來產生潔淨能源與儲存雨水，改變現有的用水機制，建立一個新型的魚塭原型，可不用再抽取地下水，自己也能產生電能，供給各種用電所需，甚至更多。當將來不再消耗自然環境資源時，大環境就會慢慢自我修復，以挽回我們造成的傷害。

This thesis analyzes environmental problems coming along with the development of Aquaculture Industry. To respond existing problems, this thesis provides a new environmental prototype system, and takes Taiwan as the study background, where the prototype is demonstrated.

Taiwan has been developing aquaculture industry for a long time, possessing outstanding techniques and providing major fish sources. To sustain fine aquaculture environment, pure water is largely needed when groundwater is the optimum source. However, over pumping groundwater causes several problems such as land subsidence which becomes a vicious circle and destroys natural balances. This thesis seeks solution to solve this problem.

After actively understanding the demands and problems from the aquaculture population, this thesis devises 2 systems, Light-Breeding Shelter and Water-Storing Tank, to breed clean energy and harvest rainwater. This fish farm prototype provides a new water use mechanism, which avoids over pumping groundwater, and solar power system bringing self-sufficient energy or moreover supplying energy. Once when aquaculture industry barely consumes natural resources, the nature would recover itself gradually.

01.Churchman, C. W. 1968, The system approach, New York: Dell Pub. Co.
02.胡興華，2009年，《台灣的養殖漁業》，9月，遠足文化事業股份有限公司，台灣。
03.龔柏閔，2010年，《復耕》，6月，國立成功大學碩士論文，台南。
04.黃玫娟，2011年，《丁解》，7月，國立成功大學碩士論文，台南。