The International Livestock Research Institute (ILRI) and Innoterra Limited have launched a biotechnology initiative to convert crop residues into high-quality livestock feed [1].
This collaboration addresses a critical gap in agricultural sustainability by repurposing underutilized organic waste. By transforming residues that are often discarded or burned, the partnership seeks to stabilize feed supplies and lower the carbon intensity of meat and dairy production [2].
The strategic partnership combines the research capabilities of ILRI with the technical expertise of Innoterra Limited [1]. The initiative focuses on developing and scaling biotechnology-driven alternate feed solutions that can be integrated into existing farming systems [2].
Based in Zug, Switzerland, and Mumbai, Maharashtra, India, the organizations intend to target regions where livestock productivity is hindered by poor nutrition [1]. The project will focus on the biochemical transformation of crop residues, the stalks, leaves, and husks remaining after harvest, to make them more digestible and nutrient-dense for animals [2].
Agricultural waste management remains a significant challenge for farmers globally. The conversion of these residues into a viable feed source is intended to reduce the reliance on expensive, imported feed grains, a shift that could lower costs for smallholder farmers [1].
The initiative also aims to mitigate the environmental impact of traditional crop residue disposal. In many regions, the burning of these materials contributes to air pollution and greenhouse gas emissions [2]. By providing a commercial and nutritional value to this waste, the partnership hopes to incentivize sustainable farming practices [1].
Representatives from both organizations said the collaboration is designed to scale these biotechnology solutions to ensure they are accessible to producers in diverse geographic locations [2].
“convert underutilized crop residues into high-quality livestock feed”
This partnership represents a shift toward a circular bioeconomy in agriculture. By utilizing biotechnology to upgrade the nutritional value of waste, the initiative attempts to decouple livestock growth from the depletion of land and water resources typically required for traditional feed crops.
