From desert land to productive soil

This page presents results from soil creation trials and the use of Biocraft products in the UAE: plant development, crop production and laboratory analysis of the soil we created.

Location
Abu Dhabi, UAE
Soil profile
40 cm total depth
Soil formation
30 days
Crops grown
8
Organic matter
21.2%
Humic acid
5.33%
Illustration of life in fertile soil: a soil pit with crops above and dark living soil below, then a close look at roots, fine fungal threads, springtails and tiny mites
Illustration of life in fertile soil

Before and after

From a sandy site to productive soil and growing crops.

The sandy site before work began
The original siteThe sandy surface before work began.
The site being prepared with the soil-forming materials
Creating the soilPreparing the site and adding the soil-forming materials.
Young crops growing on drip irrigation
Planting and growthGrowing crops with drip irrigation.
Crops growing well in the soil we created
The resultPlant growth in the soil we created.

How we created soil in this trial

In this trial, we used a sand base and a layer of organic materials with Terrabionic and Microbionic. The composition, layer depths and site preparation are tailored to local conditions and growing needs.

Illustration of a cut block of soil: a thin pale sand base under a deep layer of dark productive soil, with roots and young plants
Illustration of the layers used in this trial
30 cmProductive soil layer
  • Compost
  • Vegetable waste
  • Terrabionic
  • Manure
  • Straw
10 cmSand base
An example from this trial, not a recipe for every project.
MicrobionicLiquid bioactivator, added during preparation

Microbionic introduces beneficial microorganisms and stimulates biological activity, helping turn organic materials into productive soil and supporting nutrient uptake by plant roots.

Plant development and soil analysis

Observations during the trial

  • Strong establishment across most crops.
  • Well-developed root systems.
  • Vigorous early growth in sunflower, wheat and leafy greens.
  • Strong, well-developed stems.
  • Deep green leaves and ripening fruit showing the colour characteristic of each variety.
  • Good moisture retention and an observed reduction in irrigation needs.

Laboratory analysis of the soil we created

MeasureBiocraft soil
Organic matter21.2%
pH7.42
Humic acid5.33%
Nitrogen0.56%
Salinity (EC)1.37 dS/m
Lead, mercury, cadmium, arsenicall below 0.01 mg/kg

Soil composition verified by laboratory analysis.

Further trials and results

Results from individual trials involving crop cultivation and Biocraft products.

Faba bean plant in flower

3.6 t/ha

Faba bean

Faba beans completed their full growth cycle through to mature pods. Estimated yield potential in our trial: 3.6 t/ha.

Read the white paper
A seedling coming up through dark soil

Seed germination

The effect of Microbionic on seed germination.

Read the study
Well-developed roots from plants grown in Biocraft soil

Root development

Well-developed root systems in plants grown in the soil we created.

See what grew

Watch it happen

Videos about Biocraft technologies, field trials and plant development.

Planning a project?

Tell us what you would like to grow and the challenges you face. Let’s discuss possible solutions and how we could work together.