Research and development of optimal methods and techniques to reverse desertification.
Using solar panels to assist in reviving arid land.
Developing cost effective horizontal and vertical hydroponic techniques for arid land for improved food productivity and water utilisation.
Organic indoor vertical hydroponic farming (urban agriculture) to achieve huge crop productivity in a small footprint of land, with minimal power, waste and water.
Aquaponics combining plant hydroponics with tilapia fish for mutual benefit.
Seawater farming (fish aquaculture and salt tolerant plants) with 100% solar power.
Plant selection, especially heat and salt tolerant (halophyte) plants.
On-site desalination using solar power.
Solar powered atmospheric water harvesting.
Energy storage (batteries and thermal energy store) to provide energy security.
Solar panels and energy storage to enhance energy security for food production.
Using artificial intelligence (Ai) alongside data from remote monitoring systems to optimise crop selection and the growing environment, aided by mobile applications.
