Regenerative agriculture
A systemic approach to improve agriculture and livestock management
Regeneration means increasing the system’s capacity to generate value over time
Regenerative agriculture is an approach that views the farm—both crop and livestock—as a living system, composed of soil, plants, animals, microorganisms, the environment, and economic factors.
SOP interprets regenerative agriculture as a practical approach, based on the management of biological processes that determine fertility, productivity, resilience, and long-term sustainability.
From soil to system
Regeneration is not about a single element, but the entire system
When these elements are aligned, the system becomes:
- more efficient
- more stable
- more resilient
Regenerate processes, don't replace them
SOP’s approach to regenerative agriculture is based on a key principle: biological processes already exist.
Regeneration means:
improving their efficiency
reducing losses
supporting their continuity
aligning them with production needs

Applied regenerative agriculture
SOP’s regenerative approach translates into concrete practices, including:
Soil fertility and crop nutrition
→ improving nutrient efficiency and soil vitality
Manure management
→ valorizing slurry and digestate as biological resources
Animal welfare
→ creating stable environmental and management conditions
Regeneration and productivity
Productivity and regeneration are not in conflict.
They grow together when the system is well managed.
A regenerative system:
makes better use of available resources
reduces inefficiencies
builds fertility over time
supports stable production results

Environmental, social, and economic alignment
SOP’s approach to regenerative agriculture is consistent with:
environmental sustainability
animal welfare
economic resilience of farms
responsibility across supply chains
This vision is fully aligned with the principles of responsible business, including B Corp certification pathways and ESG criteria.
Fertility and regenerative agriculture
Regenerating fertility means:
improving soil structure
increasing biological activity
making nutrient cycles more efficient
