Orlando-Bonaca Martina, Pitacco Valentina, Slavinec Petra, Šiško Milijan, Makovec Tihomir, Falace Annalisa
Marine Biology Station Piran, National Institute of Biology, Fornače 41, SI-6330 Piran, Slovenia.
Department of Life Sciences, University of Trieste, Via L. Giorgieri 10, 34127 Trieste, Italy.
Plants (Basel). 2021 Jan 26;10(2):239. doi: 10.3390/plants10020239.
The global decline of brown algal forests along rocky coasts is causing an exceptional biodiversity loss. Regardless of conservation efforts, different techniques have been developed for large-scale restoration strategies in the Mediterranean Sea. In this study we tested ex situ pilot restoration of (=) for the first time in Slovenian coastal waters. Healthy apical fronds of the species were collected and the development of recruits on clay tiles was followed under laboratory conditions for 20 days. Despite the experimental difficulties experienced, especially due to the lack of antibiotics to prevent the growth of the biofilm, recruits were outplanted in the sea on two concrete plates with 48 tiles each, protected by purpose-built cages to avoid grazing by herbivorous fish. The high survival rate of juveniles after four months in the field (89% of the tiles on the plate that was constantly protected) suggests that outplanting is an operable approach for restoration efforts in the northern Adriatic Sea. Our first experiment in Slovenian coastal waters provides new information for the optimization of the best practices during the laboratory cultivation and addresses the early steps of restoration and introduction of young thalli in the natural environment.
岩石海岸沿线褐藻森林的全球衰退正导致生物多样性的异常丧失。尽管采取了保护措施,但在地中海已开发出不同技术用于大规模恢复策略。在本研究中,我们首次在斯洛文尼亚沿海水域对[物种名称]进行了异地试点恢复。采集了该物种健康的顶端叶状体,并在实验室条件下跟踪了其在粘土瓦片上的幼苗发育情况,持续20天。尽管遇到了实验困难,尤其是由于缺乏防止生物膜生长的抗生素,但幼苗被移栽到海中的两块混凝土板上,每块板有48块瓦片,并由特制的笼子保护,以避免食草鱼类的啃食。在野外四个月后幼体的高存活率(持续受到保护的板上89%的瓦片)表明,移栽[物种名称]是亚得里亚海北部恢复工作的一种可行方法。我们在斯洛文尼亚沿海水域进行的首次实验为实验室培养过程中最佳实践的优化提供了新信息,并解决了在自然环境中恢复和引入幼藻体的早期步骤。