SECONDARY KEYWORDS:
rainwater harvesting, water conservation, soil erosion, land restoration, barren land restoration, water retention, rainwater runoff, grass restoration, ecological restoration, native trees, natural land restoration, ecosystem restoration, Meri Mati Farm
TAGS:
Rainwater Retention, Rainwater Harvesting, Water Conservation, Soil Erosion, Land Restoration, Barren Land Restoration, Water Retention, Ecological Restoration, Native Trees, Natural Restoration, Meri Mati Farm, Madhya Pradesh
H1: What Happened When the Rains Came: Rainwater Retention at Meri Mati Farm
Rainwater retention was one of the biggest lessons we learned after beginning the restoration of Meri Mati Farm.
When we first acquired the land, rainwater was certainly reaching the property. The problem was that much of it was moving away again, often carrying soil with it.
The land was largely exposed. There was very little grass, very little natural vegetation and only a small number of trees. The terrain was sloping and rocky, with areas of red and black soil. During rainfall, water could move quickly across the surface because there was little vegetation to slow it down.
We knew that we needed to work with rainwater.
That was why water conservation became one of the first major interventions at Meri Mati Farm.
We created pits, trenches, swales, puddles, small water bodies and larger ponds across the 20-acre landscape. Over time, these structures became part of a connected system designed around the natural slope and movement of water.
But creating the structures was only the beginning.
The real lessons came when the rains arrived.
We had to watch what happened.
Would the water stay?
Would the soil stay?
Would the land begin to change?
And, perhaps most importantly, what would happen when the same rain returned year after year?
## The First Rains Showed Us the Reality
The early monsoons were a powerful teacher.
In those first years, the landscape was still largely exposed. There was little grass or vegetation covering the soil, and there were very few established trees.
When rain arrived, even a relatively short spell of around 10–15 minutes could bring a large amount of water across the property.
Our newly created water bodies could fill quickly.
At first, seeing water collect in them felt like a success.
That was the purpose, after all.
But there was another side to what we were seeing.
The rainwater was also carrying a significant amount of soil.
The land did not yet have enough vegetation to protect its surface. Grass, shrubs and trees had not had enough time to establish themselves. So while our earthworks were giving water places to slow down and collect, the exposed soil was still vulnerable.
The first rains therefore taught us something important:
**Water conservation structures alone could not restore the landscape.**
They were an important beginning, but they needed to work together with vegetation.
## Rainwater Retention Was Only One Part of the Restoration
When people hear the words rainwater harvesting or water conservation, they may immediately think about ponds, tanks or other structures.
At Meri Mati, we gradually learned to think about it more broadly.
A pit can slow water.
A trench can interrupt runoff.
A swale can influence the direction and speed of water.
A puddle can provide another shallow place for rainwater to collect.
A pond can hold a much larger volume.
But the surrounding landscape matters too.
Grass covers the soil.
Shrubs add vegetation to exposed areas.
Trees gradually create a more complex landscape.
Together, these elements influence how rainwater moves across the land.
This became increasingly visible to us as the years passed.
The objective was never simply to collect the maximum possible amount of water in one place.
The objective was to understand how water naturally moved across the property and create more opportunities for it to slow down, stay and interact with the landscape.
That is where our understanding of rainwater retention began to change.
## The Land Needed Vegetation Too
The first years made one thing very clear.
We could dig hundreds of structures, but the land itself also needed to become greener.
Water and vegetation had to work together.
As the monsoons continued, grass began appearing in more areas.
Shrubs emerged.
Wild plants started covering portions of the previously exposed soil.
Trees that had been planted began growing.
Some vegetation appeared naturally.
Slowly, the character of the land began changing.
We started noticing that the rain was no longer meeting exactly the same landscape it had met a few years earlier.
The ground was becoming less bare.
The water-holding structures were no longer isolated earthworks surrounded by exposed soil.
They were becoming part of a living landscape.
That difference became one of the most important observations of our restoration journey.
## Grass Was Not “Kachra”
One of the biggest changes in our own thinking was learning to look differently at naturally growing vegetation.
In many places, grass, weeds, shrubs and wild plants are immediately considered unwanted growth.
They are often called “kachra” and removed because people want the land to look clean and controlled.
Our experience at Meri Mati has taught us to be much more careful about that approach.
Grass is not necessarily something that needs to be removed.
Wild vegetation is not automatically a problem.
A landscape does not need to look like a manicured garden to be healthy.
At Meri Mati, we wanted the land to become alive.
That meant allowing natural vegetation to become part of the landscape wherever appropriate.
The grass that appeared across exposed areas became part of the story.
The shrubs became part of the story.
The wild plants became part of the story.
And eventually, the trees became part of a much larger living system.
For us, restoration was not about making every corner look perfectly maintained.
It was about creating conditions in which life could return.
## The Same Rain Began Behaving Differently
Perhaps the most interesting thing we observed was that the same monsoon rains seemed to interact with the landscape differently as the years passed.
The rain itself had not changed because of our work.
But the landscape receiving that rain had changed.
In the early years, water could move rapidly across exposed areas.
There was little vegetation to interrupt its movement.
There was also much more visible soil movement.
As vegetation became established, we began seeing a different pattern in many areas.
Water still moved.
Rainwater still followed the natural slope.
But the landscape had more elements influencing that movement.
There were water-holding structures.
There was grass.
There were shrubs.
There were trees.
There was more vegetation around the water bodies.
Instead of thinking about a pit, swale, pond or tree as a separate intervention, we began seeing them as parts of one connected landscape.
Rain fell.
Water moved.
Some of it slowed.
Some collected in water bodies.
Some remained within the landscape for longer.
And the surrounding vegetation continued developing.
This was not a sudden transformation.
It happened gradually, year after year.
## How Long Did the Water Stay?
Water retention was another change we watched carefully.
In the early period, some of our water bodies could retain water for around a month.
As the landscape developed, we began observing longer periods of water retention in some areas.
By around 2025, some of the water bodies were holding water for roughly three months or more, depending on factors such as sunlight, evaporation, the size and depth of the structure, and its location within the landscape.
These are observations from our experience at Meri Mati Farm rather than measurements from a formal scientific study.
We do not want to turn our observations into claims that we cannot scientifically prove.
But these changes have been significant enough for us to pay close attention to them.
The lesson for us was that water retention is not simply about creating a depression in the ground and waiting for rain.
The wider landscape matters.
The structure matters.
The slope matters.
The vegetation matters.
The weather matters.
And time matters.
## From Fast Runoff to a Slower Landscape
When the land was largely barren, rainwater had fewer obstacles.
It could move rapidly across exposed soil and slopes.
That movement could carry soil away.
Today, the landscape is much more complex.
There are thousands of trees.
There is grass across many areas.
There are shrubs and wild plants.
There are swales following the terrain.
There are pits and trenches.
There are puddles and smaller water bodies.
There are larger ponds.
There are areas where water can slow down before continuing through the landscape.
The result is not that every drop of rainwater stays exactly where it falls.
That was never the goal.
Water will always move.
The goal was to influence that movement—to slow it, spread it where appropriate and create more opportunities for it to remain on the property rather than immediately leaving it.
That distinction is important.
Working with water does not mean trying to control every drop.
It means understanding its journey.
## Watching Soil Erosion Change
Soil erosion was one of the most visible challenges when we began.
During the early years, the exposed nature of the land meant that rainfall could visibly move soil.
After some of the first rains, we could see how much material had been carried along with the water.
The problem was especially noticeable because there was so little vegetation.
There was nothing like the landscape we see today to provide widespread natural cover.
As the years passed, we began noticing a major difference.
By 2026, our observation is that the severe visible soil erosion we experienced in the early stages is no longer occurring across the property in the same way.
The land is now covered in far more grass, shrubs and vegetation.
Trees have grown across the property.
Water moves through a landscape that is no longer as exposed as it once was.
Again, we present this as our observation rather than the result of a controlled scientific experiment.
But when you have watched the same piece of land through several monsoons, these visual changes become impossible to ignore.
The land looks different.
The way water moves looks different.
And the amount of exposed soil is dramatically different.
## The Soil Has Become Part of the Story
Another part of the journey has been watching what happens beneath the visible surface.
We now see many more earthworms across the property than we did in the early years.
We consider this an observation rather than a formal ecological measurement, but it is one of the many small signs we notice while working on the land.
We have also observed that some of the rocks and smaller stones encountered roughly a foot below the surface appear to be breaking down gradually over the years.
We cannot claim a specific scientific mechanism for this simply from observation.
But when you work on the same land for years, you begin noticing changes that would be easy to miss if you only visited occasionally.
Restoration is not only about the large pond or the number of trees.
Sometimes it is about the small things happening in the soil.
## From Fewer Than 50 Trees to Thousands
The change in vegetation is perhaps the most visible transformation at Meri Mati Farm.
When we began, there were fewer than 50 trees.
Today, there are thousands.
Some are only a few feet tall.
Others have reached around 20 feet or more.
And the trees are no longer the only vegetation.
Grass, shrubs and wild plants have spread across areas that were once largely exposed.
There are moments when people working on the farm cannot immediately recognize the landscape compared with how it looked during the early years.
That is a remarkable feeling.
The land that once appeared barren is becoming increasingly difficult to describe as barren.
It has become a landscape with layers.
Grass at the ground level.
Shrubs above it.
Young trees.
Older trees.
Water bodies.
Swales.
Ponds.
Birds, insects and other forms of life.
The restoration is becoming visible not as one dramatic feature, but as a collection of many small changes.
## The Borewell Came Later
There is another important milestone in this journey.
Initially, we were opposed to the idea of a borewell.
Our priority was to first work with rainwater and the natural characteristics of the land.
For around the first couple of years, the focus remained on water conservation.
We created the structures.
We watched how water moved.
We adjusted our understanding.
Then, as the number of saplings increased, we needed a more dependable source of water to support them.
A borewell was eventually drilled near the lower or starting end of the property.
Water was found at around 40 feet.
We cannot scientifically claim that the earlier water-conservation work caused the availability of water at that depth.
That would require proper hydrological measurements and a scientific study.
But the sequence remains meaningful to us.
First, we worked with rainwater.
Then the landscape changed.
Later, we found water where we needed it.
It became another reminder that restoration is a process of observation, patience and adaptation.
## What Meri Mati Looks Like Today
By 2026, Meri Mati Farm looks very different from the land we acquired.
The change is not limited to one pond or one plantation area.
The entire character of the landscape has evolved.
There is grass.
There are shrubs.
There are wild plants.
There are thousands of trees.
There are pits, trenches, swales and puddles.
There are small and large water bodies.
There is the continuous swale along Burra Pahadi.
There is the enlarged main pond.
And there is a landscape in which rainwater now has many more places to slow down and remain.
The property is still developing.
It is not a finished ecosystem.
But it is no longer the largely barren landscape we started with.
## Restoration Takes Patience
It is easy to look at a greener landscape and imagine that it appeared quickly.
Our experience has been the opposite.
The work began in 2021.
The earthworks continued through 2023.
The vegetation developed gradually.
The trees grew gradually.
The soil changed gradually.
Our understanding changed gradually.
And every monsoon added another chapter.
There was no single day when we could say, “The restoration is complete.”
There probably never will be.
Nature does not work according to a completion date.
A landscape continues changing.
Trees grow.
Grass spreads.
Some plants disappear.
New plants emerge.
Rainfall varies.
Water behaves differently from year to year.
And we continue learning.
That is why patience has become such an important part of Meri Mati.
## We Are Still Watching
Even today, we continue to watch the land closely.
Every significant rainfall gives us another opportunity to understand it.
A heavy rain shows us where water wants to move.
A dry period shows us which areas retain moisture longer.
A growing tree tells us that a particular location is supporting life.
A patch of grass tells us that the soil is no longer as exposed as it once was.
A water body that continues holding water deep into the dry period gives us another piece of information.
We do not want to assume that we know everything.
Instead, we observe.
We learn.
And when necessary, we adapt.
That is what working with nature means to us.
## From Holding Rainwater to Holding Life
When we began this journey, the immediate objective was simple.
Keep more rainwater on the land.
Reduce the damage caused by runoff.
Protect the soil.
But over time, the purpose became much larger.
We were not only trying to hold water.
We were creating conditions for life.
Water supported plants.
Plants helped cover the soil.
Trees created increasingly complex habitat.
Vegetation changed the character of the landscape.
And gradually, more forms of life became part of the farm.
The ponds were no longer simply places containing water.
The trees were no longer simply plantation.
The grass was no longer something to be cleared.
The land was becoming a connected system.
That is when we began to understand that rainwater conservation was only the beginning.
The larger goal was ecosystem restoration.
## What the Rain Taught Us
The most important lesson was not how to build a pond.
It was not how deep to dig a trench.
It was not even how to create a swale.
The deeper lesson was to observe.
Water already has a path.
The land already has contours.
The hill already has a slope.
Rain already knows how to move.
Our job was to understand these natural patterns and work with them rather than constantly trying to impose something completely different.
At Meri Mati, this meant creating structures according to the terrain.
It meant connecting different water-holding areas.
It meant giving vegetation time to establish.
It meant accepting that wild grass and plants could be part of restoration.
And it meant being patient enough to watch what happened over several years.
## The Journey Is Still Continuing
There is still much more to learn.
The land is still changing.
The trees are still growing.
The vegetation is still spreading.
The water bodies are still teaching us how rainfall behaves across the property.
And every monsoon gives us another opportunity to observe.
We don’t see Meri Mati as a finished project.
We see it as a living process.
A process in which water, soil, plants, trees, animals, insects, birds and people can gradually become part of one larger ecosystem.
The first goal was to help rainwater stay.
Then we began seeing the soil stay.
Then grass began staying.
Trees began growing.
Life began returning.
And slowly, the land began holding much more than water.
## Conclusion: The Land Began Changing
The rains did not transform Meri Mati Farm overnight.
The water structures did not transform it overnight.
The trees did not grow overnight.
The soil did not change overnight.
The transformation came through years of rain, water, earth, vegetation, observation and patience.
We simply kept working with what the land was showing us.
Today, when we look across Meri Mati, we see a landscape that is holding more than rainwater.
It is holding grass.
It is holding trees.
It is holding soil.
It is creating space for insects, birds and other forms of life.
And slowly, it is becoming the living ecosystem we imagined when this journey began.
The rain did not change the land overnight.
It stayed long enough for the land to begin changing itself.
> “The land taught us where the water wanted to go. Our job was to help it stay.”
— Meri Mati Farm
