Farming System Model — Integrated

The story of the Integrated Farming System (IFS) is one of turning a "farm" into a living, self-sustaining circle where nothing is wasted. The Cycle of the Circle Farm

IFS promotes soil health and biodiversity. It minimizes the use of synthetic chemicals, which prevents groundwater pollution and maintains the long-term fertility of the land. Resource Efficiency: integrated farming system model

| From | Output/By-product | To | Resulting Benefit | | :--- | :--- | :--- | :--- | | Crop field (Rice) | Straw / Husk | Livestock (Cow) | Animal bedding & roughage | | Livestock (Cow) | Dung & Urine | Biogas Plant | Methane for cooking | | Biogas Plant | Slurry (effluent) | Fish Pond & Crop field | Algae growth (fish food) & organic fertilizer | | Fish Pond | Silt (dredged) | Crop field | Rich topsoil amendment | | Kitchen/Household | Vegetable peels | Poultry & Fish | Supplementary feed | | Boundary Trees (Gliricidia) | Lopped leaves | Crop field | Green manure (nitrogen) | The story of the Integrated Farming System (IFS)

Layout (Approx. 1.5 acres)

• 0.5 acre – Crops (rice, maize, vegetables, pulses)
• 0.25 acre – Fruit trees + agro-forestry (mango, guava, moringa)
• 0.15 acre – Fish pond (with carp or tilapia)
• 0.1 acre – Livestock shed (2 cows + 5 goats)
• 0.05 acre – Poultry house (20–30 birds)
• 0.05 acre – Biogas unit + vermicompost pit
• Remaining – Pathways, bunds, and homestead garden

The Core Concept: Recycling Resources

In a conventional farm, you buy inputs (feed, fertilizer) and sell outputs (grain, meat). In an IFS model, the waste of one enterprise becomes the input for another. The Core Concept: Recycling Resources In a conventional

• Agroforestry: Trees on boundaries store carbon.
• Reduced tillage: Less soil carbon released.
• Reduced chemical inputs: Lower manufacturing/transport emissions.