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Utility of the aviris hyperspectral data in Case 2 waters

机译：在2个水域中的Aviris Hyperspectral数据的效用

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New Jersey is richly endowed by a multi billion dollar coastal economy associated with ports and maritime commerce, coastal tourism, commercial and recreational fisheries and aquaculture. A seasonal field survey was conducted to examine the spectral characteristics of the estuarine and coastal (Case 2) waters of New Jersey to maximize information from AVIRIS data. AVIRIS reflectance spectra were retrieved using the solar and atmospheric contributions with the Modtran radiative transfer model. The spectra from the georeferenced locations representing various water conditions (i.e., riverine and estuarine) were matched with the simulated specific inherent optical properties (SIOP) and verified with in situ measurements. The goal of the project is to develop remote sensing methodology as a too in aiding the measurement of the water quality (i.e., harmful algal blooms and their long term consequences of ecosystem changes) in nearshore waters.
机译：新泽西州富裕地赋予了与港口和海事商务，沿海旅游，商业和娱乐渔业和水产养殖相关的多亿美元的沿海经济。进行了季节性实地调查，以研究新泽西州河口和沿海（案例2）水的光谱特征，以最大限度地从Aviris数据中最大限度地提高信息。使用Modtran辐射转移模型使用太阳能和大气贡献来检索Aviris反射光谱。来自地理导流位置的光谱与模拟的特异性固有光学性质（SIOP）匹配并用原位测量验证的与模拟特异性固有光学性质（即，河流和苯胺）匹配。该项目的目标是开发近岸水域中的水质（即有害藻类盛开的测量）作为一种遥感方法，以便在近岸水域中测量水质（即有害的藻类绽放及其长期后果）。

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