Cimate Resiliance
Verified removals. Trusted Markets. Real Change
Greenhouse gas emissions reduction
The GrowPro system reduces greenhouse gas emissions by substituting carbon-intensive synthetic fertilisers with a low-mass microbial and humic soil amendment. The application of 12 kg per hectare replaces up to one tonne of conventional fertiliser, substantially lowering emissions associated with fertiliser manufacture, international transport, and last-mile delivery. Additional emission reductions are achieved through improved nutrient-use efficiency, which reduces fertiliser-induced soil emissions over successive cropping seasons.
Restore
Wellcrop delivers regenerative, chemical-free soil restoration through microbial and humic-based inputs that rebuild soil health while reducing agricultural carbon emissions. By replacing synthetic fertilisers with low-carbon biological solutions, Wellcrop improves productivity, water efficiency, and climate resilience, enabling sustainable farming systems that protect soils, livelihoods, and ecosystems at scale.
Water-use efficiency and climate resilience
GrowPro enhances soil organic matter and aggregation, leading to measurable improvements in soil water-holding capacity. Participating farmers typically achieve water-use reductions of up to 30% while maintaining or increasing yields. These improvements strengthen resilience to drought, heat stress, and rainfall variability, contributing directly to climate adaptation objectives under ZAPTA II and supporting productivity in both rainfed and irrigated production systems.
Reduction of nutrient runoff and environmental pollution
The GrowPro approach replaces soluble chemical fertilisers with biologically mediated nutrient cycling. This significantly reduces nutrient leaching, surface runoff, and contamination of water bodies. By retaining nutrients within the soil profile, GrowPro improves environmental performance at farm level and supports compliance with environmental and social safeguards related to water quality, ecosystem protection, and public health.
Low-carbon logistics and inclusive access
GrowPro’s concentrated input model reduces the volume and weight of agricultural inputs required per hectare, lowering transport emissions, storage requirements, and distribution costs. This low-carbon logistics profile improves last-mile delivery to remote and underserved farming communities. The model supports inclusive access to climate-smart inputs while strengthening supply-chain efficiency and resilience in priority agricultural corridors
Enhanced nutrient efficiency and productivity
GrowPro improves crop nutrient uptake by restoring soil biological function rather than relying on chemical nutrient loading. Increased microbial activity enhances phosphorus availability, nitrogen efficiency, and micronutrient uptake, resulting in improved crop performance and yield stability. This enables productivity gains with reduced input costs, supporting farmer income growth and sustainable intensification objectives under the programme.
Reduced land expansion and deforestation pressure
By improving productivity on existing and degraded farmland, GrowPro reduces the need for agricultural expansion into forested or marginal lands. This contributes to reduced deforestation pressure and associated emissions while supporting land-use efficiency. The approach aligns agricultural growth with landscape-level conservation objectives and Zambia’s climate-mitigation and biodiversity commitments.
Soil restoration and carbon sequestration
GrowPro supports the restoration of degraded soils through increases in soil organic carbon and microbial diversity. Improved soil structure and biological activity enable long-term carbon sequestration, transforming agricultural soils into active carbon sinks. These outcomes contribute to climate-mitigation targets and provide a measurable basis for soil-carbon monitoring and reporting under DMRV-aligned frameworks.
Sustainable and organic farming transition
The GrowPro system facilitates a transition away from synthetic fertilisers toward organic and regenerative production systems. By restoring natural soil processes and reducing environmental externalities, GrowPro supports long-term sustainability, resilience, and farmer livelihoods. This approach is aligned objectives on climate-smart agriculture, sustainable food systems, and inclusive rural development.
What This Means for Farmers
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Dramatically lower carbon footprint:
Conventional chemical fertilisers emit ~1.6–1.9 tonnes CO₂e per hectare, while the GrowPro system emits ~12 kg CO₂e per hectare, delivering a step-change reduction in on-farm emissions. -
Restored, living soils:
GrowPro rebuilds soil organic matter and microbial life, reversing degradation caused by long-term chemical use and improving long-term productivity. -
Lower water use and drought resilience:
Improved soil structure and biology reduce water requirements by up to 30%, helping crops withstand dry spells and erratic rainfall. -
Major cost savings:
By replacing expensive chemical inputs and reducing logistics and water use, GrowPro can cut input costs by up to 68%. -
Healthier, chemical-free crops:
GrowPro supports nutrient-dense, residue-free produce, improving crop quality, marketability, and farmer and consumer health
Restore My Soil
Tell us about your land or project and explore practical soil restoration options
Working With GrowPro to restore Your Soil