Wednesday Morning 1
Time	Session	Location	Title
0800	B31B	MCC level 1	Long-Term Land Surface Process Studies Using Satellite Observations I Posters (joint with H, GC) Presiding: S D Prince, University of Maryland; N Saleous, NASA Goddard Space Flight Center    [Abstracts]
0800	B31B-0206	MCC level 1	Interannual Variability and Decadal Trend of Global Fractional Vegetation Cover Since 1982 *X Zeng POSTER    [details]
0800	B31B-0207	MCC level 1	Intercomparison of interannual changes in NDVI from PAL and GIMMS in relation to evapotranspiration over northern Asia *R Suzuki, K Masuda, D Dye POSTER    [details]
0800	B31B-0208	MCC level 1	Analysis of smoke and cloud impact on seasonal and interannual variations in normalized difference vegetation index in Amazon *H Kobayashi, D G Dye POSTER    [details]
0800	B31B-0209	MCC level 1	Temporal Dynamics of Vegetation Phenological in Mongolia Using NOAA-AVHRR Data -- the Saw-tooth Pattern *A Karnieli, M Bayasgalan, S Khudulmur, Y Bayarjargal, C J Tucker POSTER    [details]
0800	B31B-0210	MCC level 1	Sensitivity Of MODIS Global Terrestrial Primary Production To The Accuracy Of Meteorological Data Sets *M Zhao, R R Nemani, S W Running POSTER    [details]
0800	B31B-0211	MCC level 1	Prognostic/Diagnostic Analysis of Ecosystem Processes: Comparison of MODIS and Biome-BGC Based Land Surface Products Over United States From 2000 to 2003 *K Ichii, P Votava, A Michaelis, R Nemani POSTER    [details]
0800	B31B-0212	MCC level 1	MODIS LAI and FPAR: Product Analysis *D Huang, N Shabanov, W Yang, B Tan, Y Knyazikhin, R Myneni POSTER    [details]
0800	B31B-0213	MCC level 1	Estimating Leaf Area Index From Fine Resolution Satellite Data Over a Boreal Forest *M Rautiainen, Y Knyazikhin, P Stenberg, R B Myneni POSTER    [details]
0800	B31B-0214	MCC level 1	A GIS and Remote Sensing Investigation of the Relationship of Terrain, Soil, and other Physiographic Factors on the Pine Community of Lincoln National Park in the Sacramento Mountains of Southwest New Mexico *A E Perez, N E Pingitore, R G Keller, D Conklin POSTER    [details]
0800	B31B-0215	MCC level 1	Comparative Analysis of AVHRR and MODIS NDVI Time Series for Developing Long Term Records of Terrestrial Vegetation *J Dwyer, B Reed, L Ji, K Gallo, J Eidenshink POSTER    [details]
0800	B31B-0216	MCC level 1	Comparing FAPAR by canopy, FAPAR by leaves, FAPAR by chlorophyll in leaves, NDVI, and EVI of Harvard Forest using MODIS data *Q ZHANG, X XIAO, B Braswell, E LINDER, J ABER, B MOORE POSTER    [details]
0800	B31B-0217	MCC level 1	Understanding the TVX Relationship between NDVI and Surface Temperature for the Varying Landscape of Oklahoma J Nagol, *K P Czajkowski, S Stadler, S N Goward, S Mather POSTER    [details]
0800	B31B-0218	MCC level 1	Production of MODIS Land Science Products *R E Wolfe, E J Masuoka, N Z Saleous POSTER    [details]
0800	B31B-0219	MCC level 1	Analysis of Multi-sensor Continuity of Reflectance and Vegetation Indices Using Radiative Transfer Models *T Miura, H Yoshioka, A R Huete POSTER    [details]
0800	B31B-0220	MCC level 1	A Daily AVHRR Land Surface Temperature Data Set: Evidence of Directional Biases *A C Pinheiro, J L Privette, R Mahoney, C J Tucker POSTER    [details]
0800	B31B-0221	MCC level 1	Vegetation Change in West Africa as Assessed by Surface-Based and Satellite Observations *J A States, S E Nicholson POSTER    [details]
0800	B31B-0222	MCC level 1	A multi-scale Analysis of Dynamic Optical Signals in a Southern California Chaparral Ecosystem: a Comparison of Field, AVIRIS and MODIS Data *Y Cheng, J A Gamon, D A Fuentes, Z Mao, D Sims, H Qiu, H Claudio POSTER    [details]
0800	B31B-0223	MCC level 1	Tamarisk (Salt Cedar) Infestations in Northwestern Nevada Mapped Using Landsat TM Imagery and GIS Layers *D Sengupta, C Geraci, S Kolkowitz POSTER    [details]
0800	B31B-0224	MCC level 1	Remote Sensing of Forest Floor and Upper Layer LAI Evaluated With IKONOS Satellite in East Siberian Taiga *K KUSHIDA, A P ISAEV, G Takao, T C MAXIMOV, M FUKUDA POSTER    [details]
0800	B31B-0225	MCC level 1	Sensitivity of key climate parameters to global NPP using a process-based model integrated with remote sensing data *P J Baruah, D Dye, A Itoh, Y Yoshifumi POSTER    [details]