Earth Revive

Our Restoration Process

A detailed seven-stage restoration process from site assessment and organic soil regeneration to tree plantation and long-term monitoring.

Our restoration pathway

A practical, staged approach to revive land.

Each phase prepares the ground for the next, reducing risk and building resilience over time.

01

Assess the land

We evaluate soil condition, pH, organic carbon, moisture, topography and existing vegetation.

02

Rebuild the soil

Natural humic acid, dried cattle dung and biogas slurry are applied to restore fertility and biological activity.

03

Establish grasses

Grass cover reduces erosion, moderates surface temperature and improves moisture retention.

04

Plant native trees

Once soil conditions improve, suitable trees and shrubs are introduced for long-term ecosystem recovery.

05

Monitor and strengthen

We track survival, soil improvement and biomass, then refine inputs and maintenance as required.

Detailed Restoration Process

A seven-stage process for lasting ecological recovery.

01

Site Assessment

We assess soil pH, texture, fertility, organic carbon, moisture, topography, drainage, erosion, existing vegetation and climatic conditions.

02

Land Preparation

Waste is removed, compacted soil is loosened, contours are shaped and trenches or recharge structures are developed where required.

03

Organic Soil Regeneration

Biogas slurry, dried cattle dung, humic acid and beneficial microbes are applied in suitable proportions to rebuild the rooting zone.

04

Grass Establishment

Selected grasses protect exposed soil, reduce evaporation and runoff, create root channels and generate organic biomass.

05

Moisture & Soil Development

We monitor infiltration, grass cover and soil response, then correct nutrient, organic matter or erosion problems before tree planting.

06

Native Plantation

Trees and shrubs are planted with organic root-zone support and protection from grazing, heat and initial moisture stress.

07

Monitoring & Maintenance

Plant survival, growth, soil carbon, moisture, biomass and biodiversity are monitored, with replacement planting and corrective treatment where needed.