This opening module sets the stage for the course by explaining why regenerative agriculture matters. Gabe Brown, Ray Archuleta, Allen Williams, and Shane New introduce the economic, ecological, and human health challenges facing modern agriculture and explain why rebuilding soil function is central to restoring farms, ranches, and rural communities. Students are introduced to the big-picture promise of regenerative agriculture as a path toward healthier ecosystems, more resilient landscapes, and more profitable operations.

This module uses Ray Archuleta’s well-known soil demonstrations to show how soil structure, aggregation, infiltration, and biology respond to management. Students see the dramatic differences between conventional, overgrazed, and biologically active soils, and learn why tillage, bare ground, and poor grazing management reduce water infiltration and damage soil function. The module makes soil health visible and practical by showing how management choices directly affect ecosystem performance.

In this module, Gabe Brown explains the six principles that underpin regenerative agriculture: context, least disturbance, armor on the soil, diversity, living roots, and animal integration. Students learn why these principles apply across farms, ranches, gardens, and landscapes of all sizes, and how they serve as a framework for improving soil health and ecosystem resilience. This module gives learners a simple but powerful lens for evaluating management decisions.

Ray Archuleta walks students through the four critical ecosystem processes: photosynthesis, the water cycle, the nutrient cycle, and the community of diverse life. This module shows how these processes function together and why healthy agriculture depends on supporting all four at once. Students gain a deeper understanding of how living plants, aggregation, biology, and water infiltration work together to create functioning soil and productive land.

This module focuses on the living biology beneath our feet. Shane New explains how fungi, bacteria, roots, and other organisms interact to build soil aggregates, cycle nutrients, and improve water infiltration. Students learn how root exudates feed soil biology, why diversity matters, and how management decisions like overgrazing or bare soil can interrupt biological function. It is a practical introduction to the power of microbiology in regenerative systems.

Gabe Brown shows students how to observe their land and identify the true resource concerns affecting productivity and resilience. Instead of defaulting to purchased inputs, this module teaches learners to assess what their land is telling them through plant diversity, soil cover, biological activity, and nutrient cycling. Students also learn how to think more strategically about cover crop design, observation, and management decisions that work with nature rather than against it.

This module introduces Allen Williams’ framework for adaptive stewardship and emphasizes the importance of historical ecological perspective. Students begin to understand that successful regenerative management requires more than copying practices; it requires seeing the land in context and stewarding it toward fuller function over time. The module challenges learners to think like observers and restorers of ecosystems rather than simple input managers.

This module explores the role of livestock in regenerative systems and explains how properly managed grazing can stimulate plant recovery, improve nutrient cycling, and strengthen ecosystem health. Students learn that grazing is not just about forage utilization, but about timing, recovery, animal impact, and the relationship between plants, soil biology, and livestock. The focus is on using animals as a tool to regenerate land rather than degrade it.

In this module, students learn to rethink fertility through the lens of biological function and nutrient cycling. Rather than relying only on purchased fertility, the course emphasizes how healthy soil systems cycle nutrients through living plants, biology, residues, and animal impact. Students gain a better understanding of how management affects nutrient availability, stability, and long-term soil function.

The final module brings the course concepts together by showing regenerative agriculture in practice. Students see how the principles and processes taught throughout the course are applied in real-world settings and how regenerative management becomes a way of observing, adapting, and stewarding the land over time. It serves as a practical conclusion and reinforces the idea that regenerative agriculture is not a single practice, but a way of managing whole systems.