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- W2019092234 abstract "Land‐surface and biogeochemical research is growing in its dependence upon quantitative vegetation structural and functional information from remote sensing. Multiple view angle (MVA) remote sensing has rapidly evolved from a few modeling and measurement efforts to operational algorithms and spaceborne instruments capable of analyzing the information contained in the angular reflectance signature of the Earth's surface and atmosphere. The shape of the bidirectional reflectance distribution function (BRDF) of vegetation and atmospheric constituents is most sensitive to the orientation and location of the photon scatterers in 3‐dimensional space (e.g., foliage at canopy and landscape scales). Early evidence indicates that MVA measurements will contribute the most to land‐surface and biogeochemical research efforts: (1) by providing unique information on changes in the spatial distribution of the scatterers (e.g., foliage) associated with vegetation structural changes that result from disturbance such as land‐use, wildfire, and wind, and (2) by accounting of artifacts inherent to single‐angle optical remote sensing time series data resulting from solar and view geometry changes and atmospheric perturbations (e.g., aerosols). Examples of each are developed and presented as a means to highlight some issues for land‐surface and biogeochemical research and the ways in which MVA measurements can make a contribution." @default.
- W2019092234 created "2016-06-24" @default.
- W2019092234 creator A5033205837 @default.
- W2019092234 date "2000-09-01" @default.
- W2019092234 modified "2023-09-26" @default.
- W2019092234 title "Contributions of multi‐view angle remote sensing to land‐surface and biogeochemical research" @default.
- W2019092234 cites W1626806761 @default.
- W2019092234 cites W1964836220 @default.
- W2019092234 cites W1969045984 @default.
- W2019092234 cites W1969697536 @default.
- W2019092234 cites W1970527729 @default.
- W2019092234 cites W1970703469 @default.
- W2019092234 cites W1971228277 @default.
- W2019092234 cites W1971350329 @default.
- W2019092234 cites W1974180061 @default.
- W2019092234 cites W1978869941 @default.
- W2019092234 cites W1987168669 @default.
- W2019092234 cites W1995103915 @default.
- W2019092234 cites W1998438756 @default.
- W2019092234 cites W2001106510 @default.
- W2019092234 cites W2002932942 @default.
- W2019092234 cites W2003324716 @default.
- W2019092234 cites W2006864113 @default.
- W2019092234 cites W2007468519 @default.
- W2019092234 cites W2007497595 @default.
- W2019092234 cites W2009867302 @default.
- W2019092234 cites W2010036012 @default.
- W2019092234 cites W2010824774 @default.
- W2019092234 cites W2017834853 @default.
- W2019092234 cites W2018027183 @default.
- W2019092234 cites W2018403684 @default.
- W2019092234 cites W2020017172 @default.
- W2019092234 cites W2023589971 @default.
- W2019092234 cites W2025056962 @default.
- W2019092234 cites W2025967407 @default.
- W2019092234 cites W2028884629 @default.
- W2019092234 cites W2032429134 @default.
- W2019092234 cites W2033547198 @default.
- W2019092234 cites W2036225928 @default.
- W2019092234 cites W2036706101 @default.
- W2019092234 cites W2040423177 @default.
- W2019092234 cites W2043427227 @default.
- W2019092234 cites W2043500506 @default.
- W2019092234 cites W2051144184 @default.
- W2019092234 cites W2055479268 @default.
- W2019092234 cites W2056946036 @default.
- W2019092234 cites W2058214432 @default.
- W2019092234 cites W2058536339 @default.
- W2019092234 cites W2072413429 @default.
- W2019092234 cites W2073119306 @default.
- W2019092234 cites W2076296925 @default.
- W2019092234 cites W2077848369 @default.
- W2019092234 cites W2080808068 @default.
- W2019092234 cites W2081179181 @default.
- W2019092234 cites W2083484144 @default.
- W2019092234 cites W2087987077 @default.
- W2019092234 cites W2090071782 @default.
- W2019092234 cites W2092722122 @default.
- W2019092234 cites W2094208106 @default.
- W2019092234 cites W2098039074 @default.
- W2019092234 cites W2098065523 @default.
- W2019092234 cites W2098546704 @default.
- W2019092234 cites W2099066136 @default.
- W2019092234 cites W2104588681 @default.
- W2019092234 cites W2109939656 @default.
- W2019092234 cites W2113724293 @default.
- W2019092234 cites W2117381712 @default.
- W2019092234 cites W2125763679 @default.
- W2019092234 cites W2130045338 @default.
- W2019092234 cites W2131669269 @default.
- W2019092234 cites W2134372607 @default.
- W2019092234 cites W2141720560 @default.
- W2019092234 cites W2142562458 @default.
- W2019092234 cites W2143494625 @default.
- W2019092234 cites W2145461518 @default.
- W2019092234 cites W2151976605 @default.
- W2019092234 cites W2152424523 @default.
- W2019092234 cites W2153940207 @default.
- W2019092234 cites W2157144502 @default.
- W2019092234 cites W2164601356 @default.
- W2019092234 cites W2167891208 @default.
- W2019092234 cites W2168357085 @default.
- W2019092234 cites W2171248599 @default.
- W2019092234 cites W2171369974 @default.
- W2019092234 cites W2316096437 @default.
- W2019092234 cites W2505440491 @default.
- W2019092234 cites W4256096524 @default.
- W2019092234 doi "https://doi.org/10.1080/02757250009532388" @default.
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