Microalgae for aquaculture
Microalgae for aquaculture
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水产养殖用微藻
DOI：
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发表时间：
2015
期刊：
影响因子：
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通讯作者：
M. Michels
中科院分区：
文献类型：
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作者：
M. Michels
2007年，在荷兰泽兰省的支持下，成立了“Zeeuwse Tong”(Zeland Sole)项目。Zeeuwse童项目的目的是建立一个创新的陆上综合多营养水产养殖业部门，在与自然紧密和谐的情况下生产比目鱼、沙丁虫、藻类、贝类和盐生作物。该项目分为两个子项目：综合海水养殖场和综合苗圃。本文所描述的研究是在综合苗圃子项目中进行的。在该项目中，将养殖比目鱼鱼苗与培养微藻相结合，作为温室内贝类幼体和鱼苗的饲料。温室中的综合苗圃有几个优点：具有多用途空间的温室，与微藻和贝类幼体或鱼苗培养相结合的单一养殖，综合温度调节，以及在封闭式光生物反应器(PBR)中重复利用鱼池废水中的营养物质生产微藻。在本论文中，需要设计和建造一个水平管式PBR来研究微藻作为贝类幼体或幼体饲料的生产力和产量，在综合苗圃的背景下。
In 2007, the project ‘Zeeuwse Tong’ (Zeeland Sole) was founded with support of the province of Zeeland, the Netherlands. The aim of the Zeeuwse Tong project was to establish an innovative land-based integrated multi-trophic aquaculture sector, which is producing sole, ragworms, algae, shellfish and saline crops in close harmony with nature. The project was divided into two sub-projects: The integrated saline aquaculture farm and the integrated nursery. The research described in this thesis resides within the integrated nursery subproject. In this project the rearing of fingerlings of sole would be combined with the cultivation of microalgae as feed for shellfish larvae and spat inside a greenhouse. An integrated nursery in a greenhouse has several advantages: a greenhouse with a multipurpose use of space, sole culture combined with the cultivation of microalgae and shellfish larvae or spat, an integrated thermoregulation and the reuse of nutrients from the wastewater of the fish basins for the production of microalgae in closed photobioreactors (PBRs). For this thesis, a horizontal tubular PBR needed to be designed and constructed to investigate the productivity and yield of microalgae applied as feed for shellfish larvae or spat, within the context of an integrated nursery.