Hamed Gholizadeh

Optimizing Invasive Plant Management in Grasslands: Integrating Remote Sensing and Climate Sciences

Optimizing Invasive Plant Management in Grasslands: Integrating Remote Sensing and Climate Sciences

HI-GRASS: Holistic Investigation of Grassland Systems across Scales

Next-Generation Monitoring: Satellite Remote Sensing and eDNA Integration for the Detection and Management of Aquatic Invasive Plants in the Upper Mississippi Basin

Assessing the impacts of invasive plants on ecosystem characteristics using multi-scale imaging spectroscopy

Near Real-Time Updated Wildfire Risk Map Model Informed by Powerline Fault Status

Near Real-Time Updated Wildfire Risk Map Model Informed by Powerline Fault Status

Optimizing Invasive Plant Management in Grasslands: Integrating Remote Sensing and Climate Sciences

Optimizing Invasive Plant Management in Grasslands: Integrating Remote Sensing and Climate Sciences

MRI: Acquisition of an Advanced Low-altitude Earth Observing System (ALEOS) with Hyperspectral and LiDAR Capabilities to Advance Interdisciplinary Research and Training

Mapping invasive Lespedeza cuneata using airborne imaging to detect its spread and determine its ecological and economic impacts

Mapping invasive Lespedeza cuneata using airborne imaging to detect its spread and determine its ecological and economic impacts

Leveraging multiscale airborne and spaceborne imaging spectroscopy to monitor grassland biodiversity under different management practices

Mapping invasive Lespedeza cuneata using airborne imaging to detect its spread and determine its ecological and economic impacts

The effect of drought on wildfire in Oklahoma: an improved quantification of the role of vegetation for forecasting wildfire risk.