The Environment Agency – Abu Dhabi (EAD) has launched one of the region’s largest environmental restoration initiatives: an AI-powered aerial seeding programme that will disperse 10 million native seeds across the emirate’s deserts. The project aims to rehabilitate natural habitats, restore vegetation, boost biodiversity, and strengthen ecosystem resilience against climate change and desertification.
How Technology Drives the Programme
The initiative combines drones and aircraft, satellite imagery, artificial intelligence, and geospatial mapping at every stage — from identifying the best seeding sites to tracking results afterward. According to Hassan Ali Al Ahbabi, Plant Genetic Resources Centre Specialist at EAD, the agency uses tools such as the Normalized Difference Vegetation Index (NDVI) and Soil-Adjusted Vegetation Index (SAVI) to assess vegetation health and generate detailed environmental maps that guide where seeds are dispersed.
Site selection also factors in soil salinity and texture, rainfall patterns, terrain slope, and grazing pressure, with priority given to protected nature reserves that can be closely monitored over time.
Native Species Selected for Desert Conditions
The programme relies exclusively on native plants naturally suited to the UAE’s arid climate, including Ghaf, Samar, Arta, Shoua, Raghal, and Thamam. Each species is matched to local soil and salinity conditions to maximize germination success. Native species were chosen because they require less water, tolerate drought, support local wildlife, and can persist for decades without competing with the natural ecosystem the way invasive species might.
Target locations for the programme include Al Shuwayb, Sweihan, Nahil, Al Hayer, and Al Rawdah, along with expanded restoration work in the Al Ghada Nature Reserve and the Houbara Protected Area in Al Dhafra.
From Seed Collection to Aerial Dispersal
The process follows several careful stages: seeds are collected from verified sources, cleaned, and lab-tested for viability. Many are then encased in protective pellets that retain moisture, guard against birds, and supply early nutrients before being loaded onto aircraft or drones and dispersed using precise digital mapping systems.
Long-Term Monitoring and Expected Impact
EAD plans to monitor restored sites for up to two years after seeding, combining remote sensing with field surveys to track germination, seedling development, and vegetation recovery — and reseeding any areas that underperform.
Officials expect the programme to reduce desertification and sandstorm risk, improve soil quality and air quality, expand wildlife habitat, increase carbon sequestration, and build long-term resilience for Abu Dhabi’s desert ecosystems. The initiative aligns with the UAE’s broader nature-based solutions strategy for tackling climate change and conserving biodiversity.
If successful, the project is set to become a regional benchmark for using AI and remote-sensing technology to restore fragile desert environments at scale.
