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A Random Forest Machine Learning Approach for the Retrieval of Leaf Chlorophyll Content in Wheat., , , , и . Remote. Sens., 11 (8): 920 (2019)Time series from hyperion to track productivity in pivot agriculture in saudi arabia., , , и . IGARSS, стр. 3047-3050. IEEE, (2017)Utility of an Image-Based Canopy Reflectance Modeling Tool for Remote Estimation of LAI and Leaf Chlorophyll Content in Crop Systems., и . IGARSS (2), стр. 141-144. IEEE, (2008)Using enhanced GRACE water storage data to improve drought detection by the U.S. and North American Drought Monitors., , , , , , , , , и 2 other автор(ы). IGARSS, стр. 710-713. IEEE, (2010)Monitoring water and carbon fluxes at fine spatial scales using HyspIRI-like measurements., , , , и . IGARSS, стр. 7302-7305. IEEE, (2012)Generating Reliable Higher Level Hyperspectral Data Products: A Framework for Driving Upstream Processing Decisions., , , , и . IGARSS, стр. 7252-7255. IEEE, (2022)Downscaling of coarse resolution LAI products to achieve both high spatial and temporal resolution for regions of interest., , и . IGARSS, стр. 3317-3320. IEEE, (2015)Sensitivity of Landsat 8 Surface Temperature Estimates to Atmospheric Profile Data: A Study Using MODTRAN in Dryland Irrigated Systems., , и . Remote Sensing, 9 (10): 988 (2017)Combining observations in the reflective solar and thermal domains for improved mapping of carbon, water and energy fluxes., , , и . IGARSS, стр. 2648-2651. IEEE, (2010)Impact of High-Cadence Earth Observation in Maize Crop Phenology Classification., , , , , , и . Remote. Sens., 14 (3): 469 (2022)