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Algorithm Model for the Determination of Cimandiri Estuarine Boundary using Remote Sensing

机译:使用遥感测定CIMandiri偏乐滨边界算法模型

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Estuarine zone is a typical ecosystem, because this areacontinuously receives organic materials from the river and sufficient light illuminating the water. It has also salinity level from mesohaline to eurihaline. The zone must be protected from waste discharge (liquid or solid) coming from domestic and industrial activities along the riverside. The determination of estuarine boundary still cannot be confirmed until now due to the transformation of existing water dynamics changes over time according to the season changes. One of technologies in the determination of estuarine boundary is using remote sensing technology.The advantage of this technology is on its temporal and spatial resolution. Some research have been done in tropical water of Northern Java Coast and Makassar Strait, however none has been done in tropical high seas such as in Cimandiri Estuary. The algorithm model resulted from this research is different with existing algorithm. Estuarine boundary will be made based on salinity level. This model can also be used for different area and used by stakeholder and local government in order to protect estuary in sustainable way.
机译:河口区是一种典型的生态系统,因为这一大面积地接收来自河流的有机材料和充分的光照明水。它还从中奥林到Euriohaline的盐度水平。该区域必须免受来自河边的国内和工业活动的废物放电(液体或固体)。依据季节变化随着时间的变化,目前仍然无法确认雌曲线边界的测定仍然无法确认。雌曲线边界测定的技术之一使用遥感技术。该技术的优势在其时空和空间分辨率上。爪哇北部海岸的热带水和帕米萨尔海峡的热带水中已经完成了一些研究,但在热带海域中没有人在Cimandiri河口中完成。该研究产生的算法模型与现有算法不同。河口边界将基于盐度水平进行。该模型也可用于不同的区域,并由利益相关方和地方政府用于保护河口以可持续的方式保护。

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