The BetterSoil Methodology is a comprehensive, hands-on approach to soil regeneration designed to increase biodiversity, water retention, carbon storage, and food security.

It integrates five key components: composting, mulching, agroforestry, green manure, and organic farming techniques.

Tailored for smallholder farmers, the methodology is adaptable to local conditions and builds on traditional knowledge, enhancing soil fertility while minimizing costs.

By increasing the humus content of the soil, the method improves yields and drought resistance and reduces dependence on chemical inputs.

BetterSoil provides training, implementation support, and long-term guidance to ensure the sustainable adoption of these practices.

 The methodology is currently being implemented in countries like Kenya, Ethiopia, Burkina Faso, and Germany, with plans for expansion.

It is grounded in scientific research and practical testing, offering scalable impact in terms of both climate mitigation and socio-economic resilience. This solution not only addresses ecological degradation but also empowers communities to become active agents of environmental change.

Key Characteristics

• Integrates composting, mulching, agroforestry, green manure, and organic farming

• Designed for smallholder farmers and adaptable to local conditions

• Builds on traditional knowledge and practices

• Increases humus content and overall soil fertility

• Reduces dependency on synthetic fertilizers and pesticides

• Provides training and long-term implementation support

• Scientifically grounded and field-tested

• Scalable and cost-effective for rural communities

• Promotes community-led ecological stewardship

• Applicable in diverse climates and geographies

Environmental Benefits

• Improves soil structure and long-term fertility

• Enhances water retention and reduces erosion

• Increases biodiversity above and below ground

• Boosts carbon sequestration in soils

• Supports climate change mitigation and adaptation

• Reduces greenhouse gas emissions from chemical inputs

• Strengthens resilience to drought and extreme weather

• Decreases land degradation and desertification

• Promotes healthier ecosystems and natural cycles

• Contributes to sustainable food systems