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Strategic partnership for improved basin-scale water quality parameter retrieval from optical Signatures - WaterS.

机译:从光学签名 - 水域改进盆地水质参数检索的战略伙伴关系。

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As the inland and near-coastal waters are under the strongest anthropogenic impact there is need for a better way to monitor their ecological status. European network FP7 project WaterS focuses on creating conditions for strategic dynamic partnerships in the form of long-term cooperation between three research groups and three enterprises with unique complementary expertise and tools. The research objectives are: 1) Improve the interpretation of optical signals from remote sensing platforms for the optically complex Nordic waters through bio-optical modeling of characterized variability in optical properties. 2) Innovation in development of spectral instruments to perform state-of-the-art measurements optimized for aquatic environments. 3) Improved understanding of optically complex waters by means of classification and typification for mapping water bodies by optical signature. 4) Using EO capacities, water quality retrieval algorithms and GIS systems develop of novel product for lake water quality and ecological assessment.
机译:随着内陆和近沿海水域受到最强的人为影响,需要更好的方式来监测其生态地位。欧洲网络FP7项目水域侧重于以三个研究小组和三家企业在独特的互补专业知识和工具之间的长期合作形式为战略性动态伙伴关系创造条件。研究目标是:1)通过对光学特性的特征可变性的生物光学建模,改善光学复杂北欧水域的光学信号的光学信号的解释。 2)谱仪开发开发的创新,以对水生环境进行优化的最先进的测量。 3)通过光学签名通过分类和典型来改进对光学复杂水域的理解。 4)利用EO能力,水质检索算法和GIS系统开发用于湖水质量和生态评估的新产品。

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