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• W2020777623 abstract "Over the past decade, the role of multiangle 1 remote sensing has been central to the development of algorithms for the retrieval of global land surface properties including models of the bidirectional reflectance distribution function (BRDF), albedo, land cover/dynamics, burned area extent, as well as other key surface biophysical quantities represented by the anisotropic reflectance characteristics of vegetation. In this study, a new retrieval strategy for fine-to-moderate resolution multiangle observations was developed, based on the operational sequence used to retrieve the Moderate Resolution Imaging Spectroradiometer (MODIS) Collection 5 reflectance and BRDF/albedo products. The algorithm makes use of a semiempirical kernel-driven bidirectional reflectance model to provide estimates of intrinsic albedo (i.e., directional-hemispherical reflectance and bihemispherical reflectance), model parameters describing the BRDF, and extensive quality assurance information. The new retrieval strategy was applied to NASA's Cloud Absorption Radiometer (CAR) data acquired during the 2007 Cloud and Land Surface Interaction Campaign (CLASIC) over the well-instrumented Atmospheric Radiation Measurement Program (ARM) Southern Great Plains (SGP) Cloud and Radiation Testbed (CART) site in Oklahoma, USA. For the case analyzed, we obtained approx.1.6 million individual surface bidirectional reflectance factor (BRF) retrievals, from nadir to 75deg off-nadir, and at spatial resolutions ranging from 3 m - 500 m. This unique dataset was used to examine the interaction of the spatial and angular 18 characteristics of a mixed agricultural landscape; and provided the basis for detailed assessments of: (1) the use of a priori knowledge in kernel-driven BRDF model inversions; (2) the interaction between surface reflectance anisotropy and instrument spatial resolution; and (3) the uncertainties that arise when sub-pixel differences in the BRDF are aggregated to a moderate resolution satellite pixel. Results offer empirical evidence concerning the influence of scale and spatial heterogeneity in kernel-driven BRDF models; providing potential new insights into the behavior and characteristics of different surface radiative properties related to land/use cover change and vegetation structure." @default.
• W2020777623 created "2016-06-24" @default.
• W2020777623 creator A5001588860 @default.
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• W2020777623 creator A5037889468 @default.
• W2020777623 creator A5053494128 @default.
• W2020777623 creator A5075299869 @default.
• W2020777623 date "2011-09-01" @default.
• W2020777623 modified "2023-09-29" @default.
• W2020777623 title "Variability in surface BRDF at different spatial scales (30m–500m) over a mixed agricultural landscape as retrieved from airborne and satellite spectral measurements" @default.
• W2020777623 cites W1965682604 @default.
• W2020777623 cites W1974175105 @default.
• W2020777623 cites W1978597181 @default.
• W2020777623 cites W1983731260 @default.
• W2020777623 cites W1988344592 @default.
• W2020777623 cites W1995473123 @default.
• W2020777623 cites W1995523467 @default.
• W2020777623 cites W1998397263 @default.
• W2020777623 cites W1999360935 @default.
• W2020777623 cites W2003324716 @default.
• W2020777623 cites W2005279439 @default.
• W2020777623 cites W2016972014 @default.
• W2020777623 cites W2018015533 @default.
• W2020777623 cites W2020898670 @default.
• W2020777623 cites W2022095028 @default.
• W2020777623 cites W2028847099 @default.
• W2020777623 cites W2032114037 @default.
• W2020777623 cites W2033815159 @default.
• W2020777623 cites W2034613118 @default.
• W2020777623 cites W2049024497 @default.
• W2020777623 cites W2054841301 @default.
• W2020777623 cites W2056258690 @default.
• W2020777623 cites W2060196914 @default.
• W2020777623 cites W2063623478 @default.
• W2020777623 cites W2069004625 @default.
• W2020777623 cites W2071193747 @default.
• W2020777623 cites W2072356868 @default.
• W2020777623 cites W2073749247 @default.
• W2020777623 cites W2075181453 @default.
• W2020777623 cites W2077728375 @default.
• W2020777623 cites W2081399384 @default.
• W2020777623 cites W2084091628 @default.
• W2020777623 cites W2087871586 @default.
• W2020777623 cites W2088603520 @default.
• W2020777623 cites W2089433206 @default.
• W2020777623 cites W2089913583 @default.
• W2020777623 cites W2090626095 @default.
• W2020777623 cites W2091714031 @default.
• W2020777623 cites W2097518542 @default.
• W2020777623 cites W2098065523 @default.
• W2020777623 cites W2099595329 @default.
• W2020777623 cites W2101960430 @default.
• W2020777623 cites W2102848025 @default.
• W2020777623 cites W2102970817 @default.
• W2020777623 cites W2105172715 @default.
• W2020777623 cites W2111537398 @default.
• W2020777623 cites W2113410727 @default.
• W2020777623 cites W2113724293 @default.
• W2020777623 cites W2115080712 @default.
• W2020777623 cites W2118094189 @default.
• W2020777623 cites W2123064650 @default.
• W2020777623 cites W2124471585 @default.
• W2020777623 cites W2124924503 @default.
• W2020777623 cites W2125763679 @default.
• W2020777623 cites W2129090471 @default.
• W2020777623 cites W2129874533 @default.
• W2020777623 cites W2130045338 @default.
• W2020777623 cites W2138448722 @default.
• W2020777623 cites W2138639240 @default.
• W2020777623 cites W2140858492 @default.
• W2020777623 cites W2146714017 @default.
• W2020777623 cites W2148238928 @default.
• W2020777623 cites W2151896708 @default.
• W2020777623 cites W2156431889 @default.
• W2020777623 cites W2157377838 @default.
• W2020777623 cites W2159666988 @default.
• W2020777623 cites W2160796172 @default.
• W2020777623 cites W2162899308 @default.
• W2020777623 cites W2167771689 @default.
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• W2020777623 cites W2169038785 @default.
• W2020777623 cites W2170101292 @default.
• W2020777623 cites W2170494824 @default.
• W2020777623 cites W2170846069 @default.
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• W2020777623 doi "https://doi.org/10.1016/j.rse.2011.04.012" @default.
• W2020777623 hasPublicationYear "2011" @default.
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