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17篇 您的检索式:作者名="Mark FRIEDL"
    题名 作者 年代 出处 被引量
1A kernel-driven model of effective directional emissivity for non-isothermal surfaces显示文摘Land surface temperature (LST) is a key geophysical parameter that reflects the combined effects of land surface energy and radiation balance. Remote sensing of LST, however, requires understanding the directional patterns of thermal emission from heterogeneous land surfaces. Recently, semi-empirical, linear, kernel-driven models have been successfully used to describe observed directional patterns of land surface reflectance. Following a similar methodology and based on a recent model of the physics of directional thermal emission from heterogeneous land surfaces, a kernel-driven semi-empirical model for thermal emission is developed using three kernels: (i) an isotropic kernel, corresponding to the gray-body component in a heterogeneous pixel; (ii) a two-layer canopy kernel, derived from a previous conceptual model; and (iii) a geometric optical kernel that accounts for the fact that sunlit parts are hotter than shaded parts in a pixel. The three-kernel model fits 1997 airborne directional thermal brightness data over Avignon, France, very well.Mark FRIEDL Alan STRAHLER 2002Progress in Natural Science:Materials International2002,12,8:4
2Monitoring vegetation phenology using MODIS显示文摘Xiaoyang Zhang Mark A. Friedl Crystal B. Schaaf Alan H. Strahler John C.F. Hodges Feng Gao Bradley C. Reed Alfredo Huete 2002Remote Sensing of Environment2002,,3:4
3Monitoring vegetation phenology using MODIS显示文摘Xiaoyang Zhang Mark A. Friedl Crystal B. Schaaf Alan H. Strahler John C.F. Hodges Feng Gao Bradley C. Reed Alfredo Huete 2002Remote Sensing of Environment2002,,3:2
4A Conceptual Model for Effective Directional Emissivity from Nonisothermal Surfaces 显示文摘Xiaowen Li Alan H Strahler Mark A Friedl 1999IEEE Trans Geosci Remote Sens1999,34,5:1
5Influence of spring and autumn phenological transitions on forest ecosystem productivity显示文摘Richardson Andrew D. Andy Black T. Ciais Philippe Delbart Nicolas Friedl Mark A. Gobron Nadine Hollinger David Y. Kutsch Werner L. Longdoz Bernard Luyssaert Sebastiaan Migliavacca Mirco Montagnani Leonardo William Munger J. Moors Eddy Piao Shilong Rebmann 2010Philosophical Transactions of the Royal Society B . 2010 (1555)2010,,1555:1
6MODIS Collection 5 global land cover: Algorithm refinements and characterization of new datasets显示文摘Mark A. Friedl Damien Sulla-Menashe Bin Tan Annemarie Schneider Navin Ramankutty Adam Sibley Xiaoman Huang 2009Remote Sensing of Environment2009,,1:1
7A Conceptual Modelfor Effective Directional Emissivity from Nonisothermal Surfaces显示文摘 Alan H Strahler Mark A Friedl 1999IEEE Trans Geosci Remote Sensing1999,37,5:1
8Monitoring Vegetation Phenology Using MODIS显示文摘 Mark A Friedl Crystal B Schaaf 2003Remote Sensing of Environment2003,84,:1
9Identifying Mislabeled Training Data显示文摘Carla E Brodley Mark A Friedl 1999Journal of Artificial Intelligence Research1999,11,:1
10Monitoring vegetation phenology using MODIS 显示文摘Zhang Xiaoyang Mark A Friedl Crystal B Schaaf 2003Remote Sensing of Environment2003,84,:1
11Digital repeat photography for phenological research in forest ecosystems显示文摘Oliver Sonnentag Koen Hufkens Cory Teshera-Sterne Adam M. Young Mark Friedl Bobby H. Braswell Thomas Milliman John O’Keefe Andrew D. Richardson 2011Agricultural and Forest Meteorology2011,,:1
12Using MODIS data to characterize seasonal inundation patterns in the Florida Everglades显示文摘Callan Ordoyne Mark A. Friedl 2008Remote Sensing of Environment2008,,11:1
13Monitoring vegetation phonology using MODIS, Remote Sensing of Environment显示文摘Zhang Xiaoyang Mark A Friedle 200384:471~4752003,84,:1
14Maximizing land cover classification accuracies produced by decision trees at continental to global scales显示文摘Mark A Friedl Carla E Brodley Alan H Strahler 1999IEEE Transactions on geoscience and remote sensing1999,37,2:1
15Monitoring vegetation phenology using MODIS显示文摘Xiaoyang Zhang Mark A. Friedl Crystal B. Schaaf Alan H. Strahler John C.F. Hodges Feng Gao Bradley C. Reed Alfredo Huete 2002Remote Sensing of Environment2002,,3:1
16Detecting interannual variation in deciduous broadleaf forest phenology using Landsat TM/ETM<ce:hsp sp='0.10'/>+ data显示文摘Eli K. Melaas Mark A. Friedl Zhe Zhu 2013Remote Sensing of Environment2013,,:1
17Comparison and assessment of coarse resolution land cover maps for Northern Eurasia显示文摘Dirk Pflugmacher Olga N. Krankina Warren B. Cohen Mark A. Friedl Damien Sulla-Menashe Robert E. Kennedy Peder Nelson Tatiana V. Loboda Tobias Kuemmerle Egor Dyukarev Vladimir Elsakov Viacheslav I. Kharuk 2011Remote Sensing of Environment2011,,12:1
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