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Identification Acroporidae and Favidae by a newly approach called Reef Identification Knowhow Application-Reconstructed by 3D Imagery (RIKA-R3DI) Method

机译:通过一种称为“珊瑚礁识别技术”的新方法来识别 Acroporidae Favidae -由3D图像重建的珊瑚礁识别专有技术(RIKA-R3DI)方法

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With an increase on coral reefs vulnerability worldwide, an efficient and an integrated monitoring technique are required. Photographic and video methods are now becoming more attractive rather than conventional technique to optimize diver time. In this research, the level of effectiveness of RIKA-R3DI method was evaluated using Agisoft Photoscan. The method was based on the reconstructed images in three dimensional image assisted by a computer with Agisoft Photoscan to facilitate data processing. This research aims to identify Acroporidae and Favidae as the models of coral reef-building species. The samples were collected from the waters of Beralas Pasir Island, Bintan Regency. Visual engineering was conducted in the form of 3D viewing with attention to the corallite shape and size, as well as the color of the corals. The result was successful in identifying 4 species, i.e. Acropora microphthalma, A. sarmentosa, Favia maritima, F. vietnamensis. The keys benefit of this methodologies are:?The RIKA-R3DI method allows to reduce diving time during direct visual observation.?The method has high accuracy and is non-invasive, since it does not touch directly to the coral.?The application of RIKA-R3DI can be used to identified the coral species and evaluate the coral health status base on the percent coverage.
机译:随着世界范围内珊瑚礁脆弱性的增加,需要一种有效且集成的监测技术。与传统的优化潜水员时间的技术相比,摄影和视频方法现在变得更具吸引力。在这项研究中,使用Agisoft Photoscan评估了RIKA-R3DI方法的有效性。该方法基于带有Agisoft Photoscan的计算机辅助的三维图像中的重构图像,以方便数据处理。这项研究的目的是确定鳄梨科和Fa科为造礁珊瑚物种的模型。样品是从民丹摄政区Beralas Pasir岛的水域采集的。视觉工程以3D观看的形式进行,并注意珊瑚岩的形状和大小以及珊瑚的颜色。结果成功地鉴定了4个物种,即小眼棘孢,沙门氏菌,海地Favia,越南F.。这种方法的主要优点是:RIKA-R3DI方法可以减少直接目视观察期间的潜水时间。该方法具有很高的准确性,并且是非侵入性的,因为它不直接接触珊瑚。 RIKA-R3DI可用于识别珊瑚种类并根据覆盖率评估珊瑚健康状况。

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