Organic and Regenerative Agriculture (ORA) represents a theoretical and practical discipline that draws from various experiences of sustainable agriculture from the past and present century. Based on agronomic, economic, and ecological principles, ORA aims to maximize resources within a farm and its territory while containing production costs and gradually increasing soil fertility. It combines successful techniques from around the world, the wisdom of farming traditions, and modern scientific knowledge to create an efficient and evolving agricultural model.
The concept of ORA arose from the deep crisis in modern agriculture, characterized by monoculture and a heavy reliance on external inputs. The massive use of synthetic fertilizers has led to the dispersion of harmful substances in the environment, compromising the quality of soil and natural resources. Soil erosion, the accumulation of nitrates and phosphates in groundwater, and the resistance of wild grasses to herbicides are just some of the challenges faced. ORA proposes a new production model based on soil regeneration and plant nutrition, using approaches that combine traditional farming practices with modern scientific knowledge.
The Organic and Regenerative Agriculture (ORA) of DEAFAL is distinguished by the advanced use of a series of targeted tools, drawing from both traditional farming wisdom and modern scientific knowledge. These tools are carefully employed to translate the principles of ORA into concrete actions, ensuring an integrated and effective approach to sustainable agriculture.
The agronomists at DEAFAL use their expertise to assess soil quality by analyzing geology, soil science, and other factors.
A qualitative analysis technique that monitors soil regeneration over time, providing complementary information to traditional analyses.
Valorization of by-products from the farm to create fertilizers and amendments that enhance soil fertility.
Application of rational grazing techniques to reduce the environmental impact of livestock farming.
Use of principles and techniques for efficient water management, reducing erosion and improving water availability for plants.
Integration of cover crops into the cultivation plan to enhance soil fertility and control wild grasses.
