Our approach is rooted in ancient Indian agricultural wisdom, informed by modern agro-ecology, and guided above all by one principle: observe what nature does, and work with it — never against it.
This is the single most important commitment at Suvitta Farms. Not "reduced chemicals." Not "minimal pesticides." No synthetic chemicals of any kind — no fertilisers, no pesticides, no herbicides, no fungicides, no growth hormones, no GMO seeds.
When we began, well-meaning advisors told us it was impossible to grow commercial quantities of fruit and vegetables on degraded Deccan plateau land without chemical inputs. We were told that the soil had "nothing left to give," that insects would destroy any crop without pesticide protection, and that without synthetic nitrogen, yields would be negligible.
Four years later, the farm produces more food than we can sell through a single channel. The soil tests reveal organic matter levels that rival the best farmland in India. And the only thing we spray on our crops is jeevamrit — a preparation made from our own cows' dung, urine, jaggery, and gram flour, fermented for three days in a clay pot.
Before planting a single seed, we design water. Our 12 farm ponds, contour bunds, and swale networks capture every drop of monsoon rain — retaining over 18 million litres annually that would otherwise flow away. Water security is the foundation on which everything else is built. Without it, no amount of soil work or planting will succeed in a Deccan dry zone.
Conventional farming treats soil as a mineral substrate — a physical support for roots. We treat it as a living ecosystem. One teaspoon of healthy soil contains more living organisms than there are humans on earth. Our entire farming system is designed around feeding and protecting this underground life: through deep mulch, green manures, jeevamrit applications, and a permanent cover of living plants.
At Suvitta Farms, trees are not a crop — they are the farm's infrastructure. Deep-rooted canopy trees bring up subsoil minerals, stabilise the water table, create shade microhabitats, and provide windbreaks that protect every other plant on the farm. Our 600+ nitrogen-fixing trees — Gliricidia, Moringa, Subabul, Pigeon Pea, Pongamia — produce the fertility that the entire farm relies on, simply by doing what they evolved to do.
Our farm does not purchase fertility. Every nutrient removed from the system in the form of food is replaced by the farm's own biological processes. Animal manure, crop residues, leaf fall, and green manure cuts are all returned to the soil. The goal is a farm that becomes more fertile every year, not less — which is the opposite of conventional agriculture, which mines the soil's capital until it is exhausted.
A monoculture is vulnerable. A diverse ecosystem is resilient. At Suvitta Farms, we grow over 70 plant species simultaneously, creating a complex web of pest-predator relationships, root interactions, and above-ground microclimates. A pest outbreak that would devastate a monoculture is contained naturally in our polyculture — because the system has the diversity to absorb and recover from individual attacks.
We grow exclusively from open-pollinated, heirloom, and indigenous seed varieties. These seeds carry thousands of years of selection by farmers who understood the local climate, soil, and pests better than any laboratory. They require no chemical inputs to thrive. They can be saved, shared, and improved year on year. And they produce food with a flavour profile that modern hybrid seeds simply cannot match.
Our practices draw deeply from the Zero Budget Natural Farming (ZBNF) framework developed by Padma Shri farmer Subhash Palekar — one of the most important agricultural innovators of the 20th century.
ZBNF is a farming approach that demonstrates how Indian farmers can grow high-quality food with zero external input cost. The core inputs — jeevamrit, beejamrit (seed treatment), mulch, and waaphasa (air-water balance in soil) — are all made from materials available on any farm that keeps native cattle.
The science behind ZBNF is increasingly supported by microbiology. The fermented preparations made from cow dung and urine contain billions of beneficial soil microorganisms that activate the "rhizosphere" — the microbial zone around plant roots that enables nutrient cycling. This approach is not mystical or traditional for tradition's sake — it is ecologically sound and increasingly validated by research.
Fermented liquid fertiliser made from Gir cow dung, cow urine, jaggery, and gram flour. Applied weekly to all crops — activates soil microbiology and delivers nutrients in bioavailable form.
A seed and seedling treatment made from cow dung, cow urine, lime, and soil — creates a protective microbial coating that prevents soil-borne diseases and improves germination rates dramatically.
Every square metre of our farm is blanketed in a thick layer of organic mulch — dry leaves, cut green manures, rice straw — reducing evaporation, moderating soil temperature, and feeding soil organisms as it decomposes.
The art of maintaining the ideal air-water balance in soil — achieved through mulch, minimal tillage, and water management — creates the environment where soil microorganisms and plant roots thrive.
A food forest is not a field of trees — it is a deliberately designed, multi-layered plant community that mimics the structure and function of a natural forest, while producing abundant food. Suvitta Farms is built on five distinct vertical layers.
Teak, Tamarind, Neem, Pongamia, and Subabul — the structural backbone of the forest. These trees define the microclimate, provide windbreaks, draw deep groundwater, and form the first biological layer that shelters everything below. Neem provides our only on-farm biopesticide; tamarind provides fruit, shade, and nitrogen.
Mango, Jackfruit, Coconut, Avocado, and Sapota — the productive heart of the orchard. These trees grow in the dappled shade of the canopy layer, protected from extreme sun and heat. Over 1,200 trees across 22 varieties occupy this layer, producing the bulk of our commercial fruit output throughout the year.
Pomegranate, Guava, Moringa, Lemon, Banana, Dragon Fruit, Cassava, and Pigeon Pea occupy the shrub layer — filling the mid-story between trees. Nitrogen-fixing shrubs like Gliricidia and Pigeon Pea are cut back regularly, their leaves becoming the green manure mulch that feeds the entire layer below them.
The vegetable gardens, medicinal herbs, pineapples, sweet potato, and cover crops occupy the ground layer — benefiting from the shade, humidity, and leaf-fall fertility of everything above. Ground cover plants like pumpkins, gourds, and legumes protect the soil from direct sun exposure, reducing evaporation and suppressing weeds naturally.
Turmeric, ginger, taro, beet, carrot, sweet potato, yam, and other root crops grow in the ground level — occupying an ecological niche that other layers do not. The loose, friable, deeply mulched soil of a food forest produces root vegetables of exceptional quality — long, straight, and dense with mineral nutrition drawn from deep in the soil profile.
Our 1,200-tree food forest sequesters an estimated 80–120 tonnes of CO₂ annually. Each tree is a living carbon store — building biomass year on year while improving the soil's capacity to hold organic carbon deep underground. We are registering our land for verified carbon credit certification, enabling corporates to offset their emissions directly through our regenerative farmland.
Our pond and swale system captures 18+ million litres of monsoon water annually, much of which percolates slowly through the soil to recharge the water table. Bore wells that previously struggled to sustain flow through summer are now recharging faster each year. In a region historically affected by water scarcity, this is a profound ecological contribution.
A dense food forest changes its own microclimate. Our canopy reduces ground-level temperatures by 8–12°C during summer, increases local humidity through transpiration, and slows wind speeds across the landscape. The adjacent land has measurably more plant cover than before our forest was established — wildlife corridors are forming as native species migrate through our tree cover.
When we began, soil tests revealed near-zero microbial activity and almost no earthworm populations. After four years of jeevamrit applications, deep mulching, and chemical abstinence, we count thousands of earthworms per square metre. Fungal networks have re-established beneath the orchard. The soil has gone from dead mineral substrate to living, breathing organism — and the food it grows reflects this.