Livestock integration and managed grazing are central practices in regenerative agriculture, enhancing soil health and ecosystem balance. By rotating livestock across different sections of pasture, farmers allow grasslands time to recover, which helps prevent overgrazing and encourages plant diversity. Managed grazing improves soil structure as animals naturally aerate the soil with their hooves, enhancing water infiltration and root growth. The presence of livestock also adds organic matter and nutrients to the soil through manure, reducing the need for synthetic fertilizers. Integrating livestock with crop production creates closed nutrient cycles, as crop residues can feed animals while animal manure fertilizes the fields. Holistic grazing systems can help mitigate greenhouse gas emissions by promoting healthier soils that capture and store more carbon. Proper grazing management minimizes erosion, boosts soil microbial life, and supports diverse wildlife habitats within the farm ecosystem. However, implementing managed grazing requires careful planning and a solid understanding of local grass species, livestock needs, and seasonal weather patterns. Livestock integration also presents a learning curve, as farmers need to balance animal welfare with regenerative outcomes. When applied effectively, livestock integration and managed grazing offer a resilient, sustainable way to farm that benefits both the environment and agricultural productivity.