AI Greening & Robotics Can Combat Desertification

TDT | Manama

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Autonomous greening powered by artificial intelligence and complimented by robotics is fast emerging as the new age solution to rapidly restore ecosystems and scale sustainable agriculture. Usually being combined with edge computing and specialised mechanised platforms, autonomous greening initiatives and robotics are helping to combat desertification and mitigate climate change impacts. This shift in environmental conservation engineering has helped make round the clock ecological management a reality. Bahrain can leverage autonomous greening and robotics to obtain control on desertification by deploying large scale initiatives involving autonomous vehicle clusters to halt desert expansion in hyper arid regions.

In order to do this Bahrain can run off grid ground vehicles that run continuously using onboard photovoltaic arrays that are capable of functioning without local grid infrastructure. In addition to this, artificial intelligence driven vehicles can be programmed to evaluate arid terrain, drill optimal seed holes, plant saplings, water roots and compact soil in a synchronised process spread over 5 to 10 second intervals. These efforts can be made more effective by using heavy-lift agricultural drones that can drop seedling bundles across shifting sand dunes, this in turn will keep the autonomous ground vehicles continuously supplied with necessary seed material without depending on manual fossil fuel driven transport trucks. This will keep the carbon footprint under check.

Across the world nations grappling with the debilitating effects of climate change and those having a predominantly desert environment are turning to autonomous greening assisted by robotics in order to keep ahead of the challenges posed by worsening climatic conditions and soaring temperatures. China for instance, is deploying solar-powered autonomous robots in desert regions like Inner Mongolia and the Gobi Desert to plant trees at a rate of one tree every five seconds. The reliance on AI driven greening is helping nations reduce operating costs by approximately 30 per cent as compared to traditional, labour-intensive afforestation methods. Additionally, robotics based processes are ensuring that the productivity is increased by 10 per cent as compared conventional human labour crews. Furthermore, AI guided systems ensure precision depth control for plants and immediate root hydration which helps raise plant survival rates by 80 per cent.

The global autonomous greening and robotics market was valued at $613 million in 2025 and is projected to reach $2,832 million by 2034, expanding at a compound annual growth rate of 18.5% during the forecast period. This incredible growth is understandable given the financial savings this concept can generate besides conserving the environment. Bahrain must ride the wave of this emerging trend and leverage the same in order to stem desertification rate and economically accelerate greening initiatives.

(The views and opinions expressed in this article are those of the author and do not necessarily reflect the official policy or position of the Daily Tribune)