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BRDF/Albedo retrievals from the Terra and Aqua MODIS systems at 500-m spatial resolution and 10-day intervals

机译:BRDF / Albedo从Terra和Aqua Modis Systems以500米的空间分辨率和10天间隔的检索

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Surface bi-directional reflectance distribution function (BRDF) and albedo properties are retrieved over the Atmospheric Radiation Measurement (ARM) Program Southern Great Plains (SGP) area. A landcover-based fitting approach is employed by using a newly developed landcover classification map and the MODIS 10-day surface reflectance product (MOD09). The surface albedo derived by this method is validated against other satellite systems (e.g. Landsat-7 and MISR) and ground measurements made by an ASD spectroradiometer. Our results show good agreements between the datasets in general. The advantages of this method include the ability to capture rapid changes in surface properties and an improved performance over other methods under a frequent presence of clouds. Results indicate that the developed landcover-based fitting methodology is valuable for generating spatially and temporally complete surface albedo and BRDF maps using MODIS observations.
机译:表面双向反射率分布函数(BRDF)和Albedo属性在大气辐射测量(ARM)程序南部大平原(SGP)区域上检索。采用新开发的Landcover分类图和MODIS 10日表面反射产品(MOD09)采用基于地理包的配合方法。通过该方法衍生的表面反照官员针对其他卫星系统(例如Landsat-7和MisR)和ASD光谱辐射器制成的地面测量验证。我们的结果一般上显示了数据集之间的良好协议。该方法的优点包括在频繁存在下捕获表面性质的快速变化以及在频繁存在下的其他方法的能力。结果表明,使用MODIS观察,开发的Landcover的配合方法是用于在空间和时间完整的Albedo和BRDF地图中产生空间和时间完整的拟合方法。

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