首页> 外文会议>Remote sensing for environmental monitoring, GIS applications, and geology IX >MONITORING COASTAL WATER QUALITY IN A MUNICIPAL BEACH IN PAPHOS-CYPRUS USING ASTER IMAGE DATA AND SPECTRAL SIGNATURES
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MONITORING COASTAL WATER QUALITY IN A MUNICIPAL BEACH IN PAPHOS-CYPRUS USING ASTER IMAGE DATA AND SPECTRAL SIGNATURES

机译:利用星图数据和光谱信号监测帕福斯市市政海滩中的沿海水质

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Using remote sensing data to assess the quality of water bodies has proven to be successful not only in inland waters but to coastal water areas as shown by several others conducted studies. The main objective of this study is to use ASTER data to evaluate the potential of using such remotely sensed digital data, to extract information that help in the monitoring system for Cyprus coastal water quality, especially in municipal beaches that are included in the Blue Flag Programme. Reflectance signature of municipal coastal water is monitored using a GER 1500 field spectroradiometer. Simultaneous measurements of turbidity, temperature have been acquired. E-coli values have been retrieved through the sampling procedure. Such coastal water quality assessment can assist the Blue-Flag Programme in the area under investigation. ASTER images can be programmed for summer acquisitions in which Blue-Flag Programme is active so this can be considered an advantage and can be used by the local authorities as a systematic monitoring tool. It has been found after correlating the SS, Turbidity with the water reflectance obtained using the GER 1500 that high correlation was occurred for the wavelength region that corresponds to ASTER band 2 and band 3 respectively (r_2O.80 ). Temporal and spatial variations can be monitored from satellite images as shown from the in-situ validated spectroradiometric measurements.
机译:其他一些研究表明,使用遥感数据评估水体质量不仅在内陆水域而且在沿海水域也很成功。这项研究的主要目的是使用ASTER数据评估使用这种遥感数字数据的潜力,提取有助于塞浦路斯沿海水质监测系统的信息,尤其是在蓝旗计划中的市政海滩。使用GER 1500场光谱辐射计监测市政沿海水域的反射特征。同时获得了浊度,温度的测量值。大肠杆菌值已通过采样程序获取。这样的沿海水质评估可以帮助被调查地区的“蓝旗计划”。可以为夏季采集(在启用了Blue-Flag程序的情况下)编程ASTER图像,因此可以将其视为一种优势,并且可以被地方当局用作系统的监视工具。在将SS,浊度与使用GER 1500获得的水反射率相关联之后,发现分别对应于ASTER波段2和波段3的波长区域发生了高度相关性(r_2O.80)。如现场验证的光谱辐射测量所示,可以从卫星图像监视时间和空间变化。

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