The use of organic manure and composting improves soil structure, fertility, and microbial activity over time, reversing the degradation seen in intensive chemical-based farming. 4. Climate Resilience
Integrating fish ponds into a farming system creates a highly efficient nutrient loop. For example, in a rice-fish integration model, fish swim in flooded rice paddies. They eat harmful insects and weeds, while their waste naturally fertilizes the rice plants. 4. Agroforestry and Horticulture
No model is perfect. Anticipate these bottlenecks. integrated farming system model
Kitchen gardens, orchards (mango, guava, lemon), and fodder grasses planted on bunds (raised boundaries) prevent soil erosion and provide family nutrition.
In monoculture, if the price of rice crashes or a pest kills the wheat crop, the farmer faces bankruptcy. In an IFS model, income is diversified. The use of organic manure and composting improves
Sri Nirmal Kumar, a farmer with only 0.8 hectares, transitioned from just growing paddy to an IFS model in 2018.
In the face of rising input costs, climate variability, and shrinking landholdings, traditional specialized agriculture is facing significant sustainability challenges. The has emerged as a holistic, science-based approach designed to enhance productivity, profitability, and ecological balance, particularly for small and marginal farmers. For example, in a rice-fish integration model, fish
Animals convert crop residues (straw, husks) into high-value protein (milk, meat, eggs) and manure.
Are you tired of rising costs for fertilizers and animal feed? It might be time to stop thinking about your farm as a collection of separate plots and start seeing it as a single, living system. Integrated Farming System (IFS)
An Integrated Farming System is defined as a farming approach that combines interdependent, complementary, and supplementary agricultural enterprises. The core philosophy is that the by-products of one component (e.g., cattle dung) become the input for another (e.g., manure for crops or biogas for energy), thereby creating a sustainable, circular economy at the farm level. Key characteristics include:
Not every farm can house a cow and a pond. Here are scalable models.