首页> 外文期刊>Journal of Applied Phycology >Development of Saccharina latissima (Phaeophyceae) kelp hatcheries with year-round production of zoospores and juvenile sporophytes on culture ropes for kelp aquaculture
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Development of Saccharina latissima (Phaeophyceae) kelp hatcheries with year-round production of zoospores and juvenile sporophytes on culture ropes for kelp aquaculture

机译:全年在海带水产养殖用养殖绳上生产游动孢子和幼小孢子体,从而发展Saccharina latissima(Phaeophyceae)海带孵化场

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摘要

Saccharina latissima is attractive for industrial cultivation for different usages, such as biofuels, feed supplements, and derivation of chemicals. A continuous supply of kelp sporelings throughout the year may ensure a year-round production of kelp juveniles on ropes. In this study, induction of sporangial areas (sorus portions) on the blade of S. latissima was performed throughout the year at three locations: Trondheim (Norway), Grenaa (Denmark), and Sylt island (Germany). The results indicate that a year-round sorus induction in S. latissima is possible and that this induction is controlled by applying short-day treatment of adult sporophytes throughout the year and by the removal of the basal blade meristem. The artificially induced and released zoospores formed viable sporelings at all seasons, but cultivation in the sea in Norway was successful only during autumn, winter, and spring, while the growth conditions were poor during the summer. The results are important for industrial scale-up and continuous production of kelp biomass.
机译:Saccharina latissima吸引了各种用途的工业种植,例如生物燃料,饲料补充剂和化学药品的衍生。全年持续供应海带孢子粉可确保全年在绳索上生产海带幼鱼。在这项研究中,全年在以下三个地点对S. latissima叶片上的孢子囊区域(大腹部分)进行诱导:特隆赫姆(挪威),格勒纳(丹麦)和叙尔特岛(德国)。结果表明,可能在全年无病链球菌中发生索罗氏菌诱导,并且通过全年对成年孢子体进行短日治疗和去除基底叶片分生组织来控制这种诱导。人工诱导和释放的游动孢子在所有季节都形成有活力的孢子,但是挪威的海洋养殖仅在秋季,冬季和春季才成功,而夏季的生长条件很差。这些结果对于海藻生物质的工业规模生产和连续生产非常重要。

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