Enhancing Ecosystems and Health through Regenerative Agriculture

This scholarly review connects regenerative agriculture to both ecosystem outcomes and human health, arguing that soil management is central to the broader performance of agricultural systems. It describes how industrial practices such as herbicide and pesticide use, synthetic fertilizer application, monocropping, and tillage can degrade soil function, biodiversity, and water quality. In contrast, regenerative agriculture is presented as a strategy centered on soil restoration, especially the increase of soil organic carbon and the maintenance of soil as a living system. The article highlights mechanisms by which healthier soils support nutrient cycling, plant growth, and ecosystem services while reducing dependence on high-input systems that contribute to greenhouse gas emissions and ecological degradation. It also connects regenerative practices to wider goals such as improved crop nutrient quality and increased biodiversity, which may have downstream implications for dietary and community health. A notable point is the alignment with initiatives like the “4 per 1,000” soil-carbon concept, which frames soil restoration as a climate and resilience strategy. The article is useful for practitioners and researchers because it synthesizes multiple layers of benefit—soil health, biodiversity, nutrient cycling, and possible nutritional effects—while situating them within a systems-level view of agriculture. It does not present regenerative agriculture as a single technique, but as a framework that aims to rebuild soil function and reduce ecological harm. For readers looking for a more evidence-based understanding of regenerative agriculture, this review offers a structured discussion of how improved soil conditions can support both farm productivity and broader public-health-related outcomes.