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Xiaoyang Zhang
Geographic Information Science Center of ExcellenceMeeting roles in:
Land Surface Phenology: Advances in Time Series Analysis and Phenological Detection, Modeling, and Prediction Through Emerging Technologies and Multiscale Observations I Oral
Land Surface Phenology: Advances in Time Series Analysis and Phenological Detection, Modeling, and Prediction Through Emerging Technologies and Multiscale Observations II Poster
Enhancing dryland land surface phenology by fusing Harmonized Landsat and Sentinel-2 with PhenoCam time series
Evaluating Five Satellite Vegetation Indices for Monitoring Crop Phenology
Exploring Climate Variation Impacts on Crop Growth Stage Durations at County Level Across Central United States
Fusion of multiple temporal and spatial resolution satellite time series for land surface phenology detection
Mitigating Differences of Multi-Sensor Satellite Time Series for Analyzing Long-term Global Land Surface Phenology Trends
A Multidimensional Framework for Identifying Extreme Fire Seasons Using Satellite-Derived Metrics in the Western United States
Detection of Species-specific Plant Phenology from PlanetScope Data in Arid and Semiarid Rangelands
Satellite-derived wildfire smoke plume height climatology across CONUS
Agricultural Burning Policy Effectively Reduced the World Cropland Biomass-Burning Emissions during the Past Two Decades
Experimental Forecasting of Wildfire Emissions within NOAA’s Rapid-Refresh Forecast System (RRFS-Smoke) Model Using Meteorology and Fuel Moisture Content
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