Biodynamics Course

Lesson 1 • Biodynamics Versus Organic Farming

Distinguishes biodynamic methods from certified organic standards. Clarifies unique biodynamic elements learners will apply throughout the course.

Lesson 2 • Living Systems and Farm Ecology

Introduces ecological thinking as the basis for biodynamic decision-making. Learners learn to observe farm systems as integrated, self-regulating wholes.

Lesson 3 • History and Origins of Biodynamics

Traces biodynamics from Rudolf Steiner's 1924 Agriculture Course to modern practice. Provides historical context essential for understanding the discipline's core principles.

Lesson 1 • Biodynamic Soil Assessment Methods

Introduces field and laboratory tools for evaluating soil health holistically. Learners practise interpreting results to guide biodynamic management choices.

Lesson 2 • Humus Formation and Organic Matter

Explains how organic matter transforms into stable humus through biological processes. Learners learn to manage carbon inputs for long-term soil fertility.

Lesson 3 • Soil Structure and Water Dynamics

Examines aggregation, porosity, and water-holding capacity in biodynamic soils. Links physical soil properties to plant health and drought resilience.

Lesson 4 • Fertility Building Without Synthetic Inputs

Covers strategies for maintaining and building fertility using biological and mineral resources. Prepares learners to design closed-loop nutrient cycles on the farm.

Lesson 1 • Overview of the Nine Preparations

Introduces all nine preparations, their ingredients, and intended functions. Provides the conceptual map learners need before studying individual preparations in depth.

Lesson 2 • Preparation 508 and Supplementary Sprays

Covers horsetail tea preparation 508 and additional plant-based sprays used in biodynamics. Learners learn fungal disease suppression and plant-strengthening applications.

Lesson 3 • Preparation 500: Horn Manure

Details the making, storage, and field application of preparation 500. Learners learn how it stimulates root growth and soil microbial activity.

Lesson 4 • Compost Preparations 502 Through 507

Explains the six herbal compost preparations and their fermentation processes. Learners learn to make, insert, and evaluate their effects on compost quality.

Lesson 5 • Quality Control and Storage of Preparations

Addresses proper storage conditions, shelf life, and quality indicators for all preparations. Learners develop protocols to maintain preparation efficacy on the farm.

Lesson 1 • Lunar Planting and Harvesting Timing

Covers how moon phases and ascending or descending moon affect sowing and harvest quality. Learners practise selecting optimal windows for key crops.

Lesson 2 • Root, Flower, Fruit, and Leaf Days

Explains the four plant-type day categories and their relationship to moon-constellation positions. Learners learn to match field tasks to appropriate day types.

Lesson 3 • Astronomical Foundations for Farmers

Introduces the celestial mechanics relevant to biodynamic practice without requiring advanced astronomy. Builds the conceptual base for interpreting the biodynamic calendar.

Lesson 4 • Using the Biodynamic Calendar Daily

Provides hands-on instruction in reading and applying a published biodynamic calendar. Learners build a seasonal farm schedule integrating cosmic timing.

Lesson 1 • Closing Nutrient Loops on the Farm

Addresses whole-farm nutrient budgeting and strategies to minimise external inputs. Learners design a nutrient cycle plan integrating compost, animals, and crops.

Lesson 2 • Vermicomposting and Liquid Preparations

Introduces worm composting and fermented liquid manure as complementary fertility tools. Learners learn production methods and appropriate application contexts.

Lesson 3 • Monitoring and Managing Decomposition

Teaches temperature tracking, turning schedules, and troubleshooting common compost problems. Learners learn to guide decomposition towards stable, biologically active humus.

Lesson 4 • Principles of Biodynamic Composting

Establishes the biological and philosophical basis for biodynamic compost management. Differentiates biodynamic composting from conventional aerobic methods.

Lesson 1 • Biodynamic Pasture and Forage Systems

Addresses pasture establishment, management, and renovation using biodynamic methods. Learners design grazing systems that build soil carbon and support animal health.

Lesson 2 • Weed Management Without Herbicides

Presents mechanical, cultural, and biodynamic approaches to weed suppression. Learners learn to read weeds as soil indicators and manage them ecologically.

Lesson 3 • Pest and Disease Management Ecologically

Covers integrated ecological strategies for managing pests and diseases without synthetic inputs. Learners apply biodynamic preparations and habitat design to reduce pressure.

Lesson 4 • Crop Rotation Design in Biodynamics

Covers the principles and practical design of multi-year biodynamic crop rotations. Learners learn to sequence crops for soil health, pest suppression, and fertility.

Lesson 1 • Animals as Part of the Farm Organism

Establishes the philosophical and ecological role of animals in biodynamic agriculture. Learners understand how livestock contribute to farm individuality and nutrient cycling.

Lesson 2 • Biodynamic Standards for Animal Welfare

Reviews biodynamic certification requirements for animal housing, grazing, and husbandry practices. Learners evaluate their farm systems against recognised welfare benchmarks.

Lesson 3 • Biodynamic Livestock Nutrition

Covers feeding strategies that prioritise on-farm forages and minimise purchased inputs. Learners learn to assess nutritional adequacy using biodynamic and conventional tools.

Lesson 4 • Manure Management and Fertility Integration

Addresses collection, storage, and application of animal manures within the biodynamic system. Learners design manure management plans that maximise fertility value.

Lesson 1 • Economic Viability and Market Access

Addresses the financial dimensions of transitioning to and operating a biodynamic farm. Learners analyse premium markets, cost structures, and transition support options.

Lesson 2 • Writing the Biodynamic Farm Plan

Guides learners through drafting a complete biodynamic farm management plan. Each section integrates soil, crop, animal, and preparation management into one document.

Lesson 3 • Whole-Farm Systems Thinking

Applies systems thinking to integrate all biodynamic elements into a coherent farm design. Learners map interactions between soil, crops, animals, and landscape features.

Lesson 4 • Biodynamic Certification Pathways

Explains the steps, documentation, and inspection requirements for biodynamic certification. Learners understand conversion timelines and how to prepare for initial audits.