Integrated Farming System Model -

Construct a farm pond at the lowest point of your land to catch rainwater runoff, which can double as your aquaculture unit.

[ Crop Production ] / \ Crop Residues / \ Grain / Fodder v v [ Fish Ponds ] [ Livestock ] \ / Nutrient Water \ / Manure / Slurry v v [ Vermicompost / Biogas ] | | Rich Organic Fertilizer v ( Back to the Soil )

Different regions require different models. Here are three highly effective setups: integrated farming system model

Because the waste of one system feeds another, farmers save up to 60-70% on input costs. You no longer need to buy heavy amounts of chemical fertilizers, pesticides, or commercial animal feed. 3. Climate Change Resilience

Monoculture farmers only make money during harvest seasons, leaving them vulnerable to cash flow gaps and crop failures. Because an IFS includes livestock, poultry, or dairy, farmers receive daily or weekly income from milk and eggs, protecting them from market volatility. 3. Environmental Sustainability and Soil Health Construct a farm pond at the lowest point

A robust IFS model can be customized based on geography, climate, and land size. The most successful models typically combine three or more of the following components: 1. Crop Production

Chickens or ducks generate eggs, meat, and nutrient-rich litter that acts as an excellent soil conditioner. You no longer need to buy heavy amounts

Analyze your soil type, water availability, local climate, and proximity to local markets.

Crops + Livestock + Fish + Trees + Biogas = Resilience + Profit + Joy

Sri Nirmal Kumar, a farmer with only 0.8 hectares, transitioned from just growing paddy to an IFS model in 2018.