๐ŸŒพ Food ๐ŸŒŠ Water

Sustainable Agriculture

Climate-smart farming practices that protect soils, water, and biodiversity while strengthening food sovereignty.

๐Ÿ“‹ Description

The Sustainable Agriculture project promotes agro-ecological and climate-smart farming practices across rural Madagascar to strengthen food sovereignty, improve nutritional security, and reduce the environmental impact of agriculture. By integrating water management, soil conservation, and biodiversity protection into farming systems, the project supports communities in adapting to climate change while producing sufficient, nutritious food in a sustainable manner.

๐ŸŽฏ Objectives

  • Promote agro-ecological farming methods that reduce chemical inputs and protect soil health
  • Integrate water-efficient irrigation and water harvesting techniques into farming practices
  • Support the conservation and use of local seed varieties and traditional knowledge
  • Improve smallholder farmers' access to markets and sustainable value chains
  • Build farmer resilience to climate shocks through diversified and integrated farming systems

โœ… Achievements

  • Trained farmer groups in agro-ecological and climate-smart techniques across multiple regions
  • Established community seed banks to preserve local biodiversity and food sovereignty
  • Facilitated access to sustainable inputs and tools for smallholder farmers
  • Documented indigenous agricultural knowledge and integrated it with modern techniques
  • Supported the development of short supply chains linking farmers to local markets

๐ŸŒŸ Expected Results

  • Widespread adoption of agro-ecological practices among smallholder farmers
  • Improved food security and nutritional diversity in target communities
  • Reduced soil degradation and water use in agricultural areas
  • Strengthened local seed systems and preservation of agrobiodiversity
  • Increased climate resilience of farming households across Madagascar
Project 4 โ€“ What have we done so far?

If you want us to implement a tailored sustainable agriculture system prototype in your community, do not hesitate to reach out! We are all ears.

Discover our sustainable agriculture prototypes, aiming to regenerate the soil by mimicking Mother Earth's functionality.

Sustainable Agriculture ยท Prototype
Prototype 1
Visual comparison
Before
โ†’
After
Description

This 250 m2 syntropic agroforestry plot was implemented in March 2021 (rainy season in Madagascar ends in April but the historical data showcased rainfall ended in March) to test the resilience of an agroforestry system under climate variability. During the test, no watering was permitted to assess its full potential. After one year, the survival rate was 80%, which demonstrated that this agroforestry system is resilient to climate variability and can be replicated to ensure forest restoration practice while regenerating the soil. It is important to note that this plot had not had any management for two years after the first year of its implementation, turning it into a wild system guided by nature.

Location
Moramanga, Alaotra Mangoro, Madagascar
Implementor
Tahiry Andriantsihoarana
Sustainable Agriculture ยท Prototype
Prototype 2
Visual comparison
Before
โ†’
After
Description

Description: In 2024, we implemented another 300m2 plots each to test how syntropic agroforestry can help regenerate degraded land. For that we started from the pioneer trees in order to enable the first placenta. No inputs, such as fertilizer, were used, putting the system really at its own capabilities to regenerate the soil and be united as one linked system. By choosing local species, results are showing starting from 3 months after implementation. It is important to note that these systems were implemented in May 2024, during the start of the dry season, and still yield such results.

Location
Moramanga, Alaotra Mangoro, Madagascar
Implementor
Tahiry Andriantsihoarana
Prototype preview