Center for Coastal Marine Sciences, Cal Poly, San Luis Obispo, USA.
Center for Corrosion and Biofouling Control, Florida Institute of Technology, Melbourne, USA.
Biofouling. 2020 Nov;36(10):1149-1158. doi: 10.1080/08927014.2020.1857742. Epub 2020 Dec 20.
Biofouling communities are spatiotemporally diverse, underscoring the need to assess fouling-release (FR) coating performance against common biofouling taxa at multiple field sites. Adhesion strength assessments of FR coatings incorporate few taxa into standardized protocols. This study tested the feasibility of incorporating existing ASTM barnacle protocols on tubeworms and encrusting bryozoans (EB). Additionally, trends in adhesion strength among these taxa were compared at two field sites. EB adhesion at both field sites showed consistent results and adhesion strength followed the same trend: tubeworms > barnacles >EB. Testing EB adhesion was feasible and enhanced assessments of FR coatings by increasing the diversity of assessed taxa.
生物污损群落具有时空多样性,这凸显了需要在多个现场地点针对常见生物污损生物类群评估防污释放(FR)涂层的性能。FR 涂层的附着力评估仅纳入了少数生物类群的标准化协议中。本研究测试了将现有的 ASTM 藤壶协议纳入管蠕虫和固着苔藓虫(EB)的可行性。此外,还比较了这两个生物类群在两个现场地点的附着力强度趋势。两个现场的 EB 附着力均显示出一致的结果,且附着力强度遵循相同的趋势:管蠕虫>藤壶>EB。测试 EB 附着力是可行的,并通过增加评估的生物类群的多样性来增强 FR 涂层的评估。