Experts warned that the expanded use of ethanol-blended fuel can alter environmental outcomes and land-use patterns across agricultural regions. Policymakers have promoted ethanol blends to enhance energy security and reduce greenhouse gas emissions, but the experts said such shifts carry complex ecological and socio-economic consequences. They noted that demand for biofuel feedstocks can change cropping choices, crop intensity and farm management practices. They highlighted the need for region-specific assessments to understand trade-offs between energy goals and ecological resilience. Rapid expansion of feedstock cultivation may increase water consumption and reliance on synthetic fertilisers, with consequences for soil health and local water tables. Intensification of agriculture for fuel production can elevate erosion risks and reduce habitat availability for native species, influencing biodiversity negatively. Lifecycle assessments of ethanol vary, so the overall greenhouse gas benefits depend on land-use change, crop choices and production practices. Local contexts will be determinative factors. Land conversion is a central concern, with fallow lands and marginal forests vulnerable to being repurposed for energy crops, the experts said. Smallholder farmers may face pressure to switch from food to fuel production, altering rural livelihoods and market dynamics. The scale and distribution of these impacts will hinge on policy design, land tenure arrangements and access to sustainable technologies. Robust governance and transparent data sharing were identified as essential to ensure equitable outcomes and to prevent land speculation. Experts recommended integrated land-use planning, clear sustainability standards for feedstock sourcing and incentives for second-generation ethanol derived from agricultural residues. They urged investment in efficient irrigation, soil conservation and monitoring systems to track environmental indicators and avoid unintended consequences. Careful alignment of energy and food security goals, coupled with participatory approaches for affected communities, can help balance priorities as ethanol blending scales up. Ongoing evaluation and adaptive policies can allow correction as evidence emerges.