Advisor: Professor Michael D. Fox

Abstract:
This thesis explores how remote sensing can be used to monitor Red Sea mangroves under rapid coastal development. By combining drone-based multispectral imagery with satellite data, it investigates anthropogenic impacts, seasonal variability, and species distribution. Fieldwork in Al Wajh Lagoon examines the effects of coastal development on mangrove canopies, while additional measurements at KAUST provide a baseline for interpreting spectral variability. The workflow integrates UAV data acquisition and analysis using platforms such as DJI, Agisoft Metashape, ENVI, and Google Earth Engine.

Bio:
I began my graduate studies at KAUST in 2018 with a Master’s in cell imaging, before transitioning to a Ph.D. in Marine Science. I am currently a Ph.D. candidate focusing on drone-based multispectral remote sensing to assess mangrove condition in coastal environments. My research integrates remote sensing and ecological monitoring to support coastal management and conservation.