Pusat Penelitian dan Pengembangan Budidaya Perikanan dengan Pendekatan Arsitektur Biophilic

I. Dwiyanti, M. Rijal, Wahyu ' Hidayat
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Abstract

Kampar Regency is one of the regencies with a quit spacious aquaculture area with pisciculture business activities as one of the livelihoods of most of the people. Freshwater fish farming in Kampar Regency includes the pisciculture of karamba or in ponds. The request for freshwater fish production in Riau province is also quite high, such as catfish, carp, tilapia, pomfret and baung fish for daily consumption or industrial needs. The high request for fish production in Kampar regency cannot always be fulfielld. This is due to the failure of aquaculture caused by various factors such as climate, environment, pests and diseases. So to avoid the occurrence of these failures required skilled human resources and adequate facilities. Research and Development Center for Aquaculture which functions as a center for development, research and public education in advancing the community's economy, which includes a research center, laboratory and also commercial functions in the fisheries sector. In designing the Center for Aquaculture Research and Development, the Biophilic architectural approach is used. Biophilic architecture is a good relationship between nature, humans and architecture. The concept of the building takes the concept of "River Water Flow" as an implementation of natural formations by considering the three aspects ofarchitecture Biophilic into a single unit.
生物物理建筑方法渔业研发与发展中心
坎帕县是水产养殖面积非常大的县之一,渔业经营活动是大多数人的生计之一。坎帕县的淡水鱼养殖包括卡兰巴鱼养殖或池塘养殖。廖内省对淡水鱼生产的要求也相当高,如鲶鱼、鲤鱼、罗非鱼、鲳鱼和鲍鱼,供日常消费或工业需要。坎帕摄政对鱼类生产的高要求不能总是得到满足。这是由于气候、环境、病虫害等多种因素造成的养殖失败所致。因此,为了避免这些故障的发生,需要熟练的人力资源和足够的设施。水产养殖研究和发展中心,作为促进社区经济的发展、研究和公共教育中心,包括渔业部门的研究中心、实验室和商业功能。在设计水产养殖研究与发展中心时,采用了亲生物建筑方法。亲生物建筑是自然、人与建筑之间的良好关系。建筑的概念以“河流水流”的概念作为自然形态的实现,将建筑亲生物的三个方面考虑为一个单一的单元。
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