Sustainable Fodder: Field Day on the ROM/GEF/UNDP Project Organized by FAREI

 

Demonstrating Integrated Practices for Sustainable Fodder and Livestock Production

👨‍🌾 Field Day Attendance

Mr. K. Boodhoo, academic staff of the Animal Production unit at the Faculty of Agriculture, University of Mauritius, attended the field day session organised at FAREI Curepipe Livestock Research Station.

Below are his reflections on the project activities, rationale, knowledge transfer mechanisms, land availability challenges, and fodder estimation for livestock production.

The Republic of Mauritius/Global Environment Facility/United Nations Development Programme (ROM/GEF/UNDP) project entitled “Mainstreaming Sustainable Land Management and Biodiversity Conservation in the Republic of Mauritius (SLM)” is a national initiative aimed at promoting the sustainable use of land resources while safeguarding biodiversity in Mauritius and Rodrigues. The project is being implemented by the Government of Mauritius with the support of the United Nations Development Programme and funding from the Global Environment Facility.

Under Component 2, namely “Implementing Sustainable Land Management (SLM) measures and technologies for improved management and conservation of forest, agricultural and grazing ecosystems”, the Food and Agricultural Research and Extension Institute (FAREI) has implemented a pilot initiative entitled “Conservation Agriculture and Improved Livestock Technologies through the Establishment of Demonstration Sites.”

The initiative focuses on the establishment of an integrated crop–livestock system whereby waste generated from crop and livestock activities is transformed into compost and recycled into the soil to enhance fertility and support sustainable fodder production. The fodder produced is subsequently utilised for livestock feeding, thereby contributing to improved animal productivity and the safe production of meat and milk.

Project activities have been carried out across three FAREI sites, Curepipe. Mapou, Petit Merlot with the objective of enhancing fodder production through the adoption of sustainable agricultural practices that reduce reliance on agrochemicals while conserving ecosystems and natural resources.

1. Rationale of the Activity: The "Why"

The core rationale behind this joint ROM/GEF/UNDP initiative is to pivot Mauritius and Rodrigues away from resource-depleting farming and toward climate-resilient, nature-positive, and circular agriculture.

• Environmental Imperative: As a Small Island Developing State (SIDS) with finite land resources, Mauritius’s ecosystems are uniquely vulnerable to climate change and external shocks.
• The Circular Approach: The project tackles this by breaking the reliance on costly, ecologically damaging external inputs like synthetic agrochemicals. Instead, it pairs crop and livestock systems in a closed loop: livestock and crop waste are recycled into compost, which restores soil fertility to grow diversified, high-nutrition fodder.
• The Bottom Line: Productivity gains are achieved through resource conservation, not at the expense of it—stabilizing local feed supply while restoring fragile ecosystems.

2. Knowledge Transfer: Translating Innovation to Farmers

The project explicitly aims to move "beyond policy commitments" and put practical tools directly into the hands of local producers. This translation relies heavily on FAREI’s technical expertise through a decentralized, community-driven framework:

• Living Laboratories: The sites at Curepipe, Mapou, and Petit, Merlot, act as regional hubs where farmers can physically witness the technologies in action.
• Direct Capacity Building: Knowledge transfer happens via organized field days, practical training programs, and collaborative extension services.
• Inclusive Engagement: A major pillar of this translation is ensuring the active participation of women and community members, which global data shows significantly strengthens the long-term adoption of climate-smart practices.

3. The Land Ownership Dilemma: Do Farmers Have the Plots?

This is a critical bottleneck for scaling up the project’s success. While the initiative proves that these methods work wonderfully on specialized FAREI demonstration plots, the physical reality for individual Mauritian farmers presents a structural challenge.

• Highly Constrained Land Space: As noted in the speech, land in Mauritius and Rodrigues is strictly limited. Many smallholder livestock breeders do not own vast pastures; they often rely on state lands, marginal roadside plots, or small, fragmented family plots to harvest wild fodder.
• Scaling Vulnerability: If a farmer does not have secure land tenure or a dedicated plot to establish a diversified fodder system, adopting these "integrated crop-livestock systems" becomes incredibly difficult.
• Strategic Gap: For the project to achieve its true metric of success—integrating these practices into national systems and value chains—the government will likely need to accompany these agricultural technologies with land-use policies that provide farmers with secure, long-term access to land.

4. Fodder Estimation & Livestock Requirements

To determine whether the project has accurately estimated the required fodder volumes for various livestock categories, we look at the design of the demonstration sites:

• System Design: The project has established "diversified fodder systems" explicitly engineered to improve animal nutrition and ensure a stable feed supply. This diversity (mixing different grasses and legumes) implies that researchers have taken into account the differing nutritional and volumetric needs of dairy cows, beef cattle, goats, or sheep.
• The Role of FAREI: Because FAREI is treating these sites as "living laboratories," they are actively measuring input-output ratios (e.g., how much compost yields how much fodder, and how that feed impacts milk and meat yields).
• The Missing Link: While the scientific framework exists at the research station level, customizing these fodder estimations for an individual smallholder farmer is highly variable. A backyard breeder with three dairy cows requires a completely different spatial layout and fodder volume than a larger goat breeder.

Critical Synthesis: Strengths vs. Challenges

🌿 Core Strengths

• Proven Circular Mechanics: Effectively turns waste (pollution) into compost and feed (assets).
• Robust Institutional Backing: Strong collaboration between UNDP, GEF, Ministry of Agro-Industry, and FAREI ensures technical and financial backing.
• Inclusive Capacity Building: High focus on women and community-level ownership guarantees better local adoption.

⚠️ Critical Challenges to Address

• The Land Access Barrier: Brilliant techniques mean little if smallholders lack the secure acreage to plant dedicated fodder.
• Data Customization: Transitioning standard research-station fodder formulas into dynamic, easy-to-use metrics for diverse, small-scale farmers.
• Policy Integration: Moving from a successful "pilot project" mindset into mandatory national agricultural and land zoning policies.

Conclusion

The project is highly successful as a proof-of-concept. It effectively demonstrates that climate-resilient agriculture is viable in Mauritius. However, its long-term survival depends entirely on the next phase: bridging the gap between FAREI’s controlled, well-funded environments and the messy, land-constrained realities of the average Mauritian smallholder.

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ROM/GEF/UNDP · SLM Project · FAREI Demonstration Sites · Conservation Agriculture & Improved Livestock Technologies