Jeevamrutha Before and After — What 12 Months of ZBNF Looks Like

Numbers matter. Stories matter more. Here is both — from a single 2-acre farm in Mandya district that started jeevamrutha in June 2024 and finished its first full year in June 2025.

The farmer, Raju (name changed), grows ragi and vegetable intercrops. He had been farming conventionally for 12 years. Input costs were eating 60% of his gross income. He decided to try ZBNF — not because he fully believed it, but because he could not afford to keep going the way he was.

Month 1 — The Baseline

Before the first jeevamrutha application, Raju got a soil test done at the local KVK. Results:

• Organic carbon (OC): 0.4% (critically low — healthy soil is above 0.75%)
• pH: 7.8 (slightly alkaline)
• Available nitrogen: 140 kg/ha (low)
• Earthworm count (30cm cube sample): 2 earthworms

The soil had the texture of compacted brick. Water pooled on the surface for 5–10 minutes after rain before soaking in. There was almost no smell to it — that earthy petrichor was absent.

Raju prepared his first batch of jeevamrutha: 10 kg desi cow dung, 10 litres desi cow urine, 2 kg jaggery, 2 kg pulse flour, 1 handful of undisturbed soil from under a tree. Mixed into 200 litres of water. Fermented for 48 hours in the shade, stirring twice a day. Applied by drench at the base of the ragi rows.

Month 3 — The Earthworms Show Up

By September, three months and six jeevamrutha applications in, something shifted. Raju dug his 30 cm cube sample again. This time: 7 earthworms. Not 10 yet — but 3.5 times the starting count in just 90 days.

The water infiltration was visibly faster. A litre of water poured on the soil now soaked in within 90 seconds instead of the original 7 minutes. The soil surface was no longer sealing over after rain.

Raju’s ragi yield that Kharif came in at 800 kg/acre — almost identical to the previous year under conventional farming. His fertilizer spend had dropped from ₹8,000 to ₹1,200 (just the jaggery and pulse flour for jeevamrutha). Total input cost saving in one season: approximately ₹7,000.

Month 6 — Comparable Yield, Sharply Lower Costs

December. The Rabi vegetables — tomato, brinjal, cowpea — were performing well. A neighbouring farmer commented that Raju’s tomato plants looked healthier than his own conventionally-farmed plants nearby.

Input costs for the Rabi season: ₹3,500. The previous Rabi: ₹9,200. A 62% drop. Yield was within 10% of the previous year — a slight dip that Raju attributed to learning the timing of jeevamrutha applications.

Month 12 — The Second Soil Test

June 2025. One full year in. Raju sent another soil sample to the KVK.

• Organic carbon: 0.7% (up from 0.4%)
• pH: 7.4 (moving toward neutral)
• Available nitrogen: 195 kg/ha (up 39%)
• Earthworm count: 14 per 30cm cube (up from 2)

In 12 months, without a single gram of synthetic fertilizer, the soil had nearly doubled its organic carbon. The earthworm population had grown 7 times over. These are not spectacular numbers for a mature organic farm — but for a one-year transition, they are remarkable.

Raju says: “The soil looks different now. It is darker, softer. When I dig with my hand it crumbles easily. Earlier it was like digging into a road.”

What Jeevamrutha Is, Briefly

For those new to it: jeevamrutha is a fermented liquid biofertilizer from ZBNF (Zero Budget Natural Farming). It is made from desi cow dung, cow urine, jaggery, pulse flour, and soil — fermented 48 hours. Applied 200 litres per acre every 15 days, either as a soil drench or foliar spray.

It works by introducing and multiplying billions of beneficial microorganisms into the soil. These microorganisms break down organic matter, fix atmospheric nitrogen, and make phosphorus available to plant roots. The cost is almost nothing — a few hundred rupees per batch.

The commitment it requires is not money. It is attention, consistency, and patience.

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