From 100 Litres of Rain… How Much Actually Feeds Your Soil?

Most people think farming depends on rainfall but they are wrong and the real question is : 

How much of that rain actually enters your soil?

A Hard Truth Farmers Don’t Hear

When 100 litres of rain falls on your land :

• 60–80 litres can run off or move sideways
• 10–25 litres may stay temporarily in the topsoil
• Only 5–15 litres typically move deeper toward groundwater

And in degraded soils, this number can drop even further.

The Problem Is Not Rainfall

We often blame :

    a) Low rainfall

    b) Climate change

    c) Poor irrigation

But the real issue is : Soil has lost its ability to respond to water.

What Actually Determines Water Entry?

Three factors decide whether water enters your soil or escapes:

1. Soil Structure

Compacted or chemically damaged soil blocks infiltration.

2. Organic & Biological Activity

Without biology, soil behaves like dust and not like a sponge.

3. Time Water Stays on Land

Fast-moving water = zero absorption.

So, what can be done realistically:

Step 1: Slow the Water (Example : Contour Bunds)

When contour bunds are created:

• a) Water movement slows down
• b) Runoff reduces significantly
• c) Water stays longer on the surface

This alone can improve infiltration by 20–40% depending on slope and soil

Step 2: Activate the Soil (Usage of Ecovetz – SRS Approach)

Now comes the missing layer.

Even if water stays longer…damaged soil still struggles to absorb it.

This is where a (SRS) Soil Receptivity approach works with Ecovetz over repeated cycles:

    a) Soil aggregation begins improving

    b) Surface crusting reduces

    c) Microbial activity increases

    d) Porosity improves gradually

Expected Result:

Water doesn’t just stay… it starts entering the soil system

What Happens When You Combine Both?

Without Intervention of SRS

Water runs off → soil stays dry → low productivity

When Bunds Alone

Water stays → partial improvement → limited absorption

Bunds + Soil Activation (SRS)

a) Water stays longer
b) Soil absorbs more
c) Biological activity improves
d) Moisture retention increases

Realistic Field Expectation

In practical field conditions:

    a) Infiltration improvement of 30–60% is achievable over cycles

    b) Soil moisture retention improves visibly within 2–3 cycles

    c) Surface runoff reduces noticeably

Groundwater recharge may not jump immediately but soil-water retention improves first that is the foundation

Why This Matters for Carbon & Soil Health

When water stays and enters soil :

    1. Microbial life activates

    2. Organic matter breakdown improves

    3. Root growth increases

    4. Carbon starts stabilizing in soil

This supports:

    a) Soil Organic Carbon (SOC) improvement
    b) Reduced stress on crops
    c) Better nutrient use efficiency

What This Is NOT

1. This is not a fertilizer claim

2. This does not replace rainfall

3. This is not instant groundwater recharge

What This Actually Is

A system to improve how soil responds to water.

The New Way to Look at Farming

“Rainfall is not the limitation. Soil response is.”

The Verdantraz Approach

We look at farming in 3 layers:

1. Water Control → Contour Bunds
2. Soil Response → Ecovetz (SRS)
3. Nutrient Efficiency → Vozunix (NUE)

So we can conclude :

If 100 litres of rain falls on your land…The question is not:

“Did it rain enough?”

The real question is:

“Did your soil respond?”

Further, If you are working on:

• Soil regeneration
• Watershed projects
• Carbon improvement programs

Start measuring not rainfall…Start measuring soil response