Verified Field Results

Restoring hyper-arid land at scale

Documenting soil organic carbon increases, root zone moisture retention, and long-term yield resilience across commercial estates in Saudi Arabia.

35%

irrigation water savings

+2.4%

soil organic carbon gains

12,000

hectares under restoration

Site Documentation

Aerials and soil profiles

Field capture from active restoration sites across the Kingdom showing soil layering and native flora integration.

Featured Project

Commercial Date Orchard Restoration

Soil Microbiology Protocol

Inoculation of native mycorrhizal fungi and compost tea applications to rebuild crumb structure in compacted sands.

Water Optimization

Sub-surface moisture sensor arrays linked to automated drip scheduling to eliminate evaporation loss.

Al-Ahsa Estate Rehabilitation

A 500-hectare commercial date orchard transformed through hyper-arid soil biology protocols. Achieved a 35 percent reduction in irrigation water usage while increasing fruit yield and soil nutrient density over three growing seasons.

Director Perspective

The soil biology protocols fundamentally changed how our estate manages water during peak summer months. We maintained full harvest resilience when neighboring farms faced severe heat stress.

Director of Agricultural Operations, Najd Private Estate

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