SECONDARY KEYWORDS:
soil erosion control, soil restoration, land restoration, barren land restoration, rainwater harvesting, water conservation, rainwater runoff, grass restoration, natural vegetation, native trees, ecological restoration, ecosystem restoration, sustainable land restoration, Meri Mati Farm
H1: From Soil Erosion to a Greener Landscape: What Changed at Meri Mati Farm
When we first came to the land that would become Meri Mati Farm, soil erosion was one of the problems we could see almost immediately.
The land was largely exposed.
There was very little grass.
There were very few trees.
Natural vegetation was limited across much of the property.
The terrain was rocky and sloping, with areas of red and black soil. Rainwater naturally moved downhill, and much of that water eventually left the property toward neighbouring agricultural fields.
When rain arrived, the exposed soil had little vegetation covering or protecting it.
Water moved.
Soil moved with it.
In those early years, we could see the effects of rainfall much more clearly than we can today.
But soil erosion was never a problem we believed could be solved by one technique or one structure.
Our experience at Meri Mati Farm gradually taught us that water, soil, grass, shrubs, trees and the natural slope of the land are all connected.
The story of soil erosion at Meri Mati is therefore also the story of how the landscape itself began changing.
## What the Land Looked Like in the Beginning
When we acquired the first part of the property in 2020, the landscape was very different from what we see today.
We eventually acquired approximately 20 acres, purchasing the land in parts over roughly one and a half to two years.
Much of it was barren or sparsely vegetated.
There was no established water source on the property.
The land was exposed in many areas.
There were rocks and stones beneath the surface, and the natural slope meant that rainwater could travel across the property rather than remaining where it fell.
Above the property stood Burra Pahadi, the local hill that became an important part of our understanding of how water entered the landscape.
When rain came down the hill and reached the farm, it naturally followed the slope.
There was nothing unusual about this.
It was simply the way the land worked.
The challenge was that the exposed soil was vulnerable.
Without sufficient vegetation, there was little to slow the movement of water across the surface.
That was where our restoration journey began.
## Soil Erosion Was a Water Problem Too
At first, it might seem that soil erosion is simply a soil problem.
Our experience showed us something different.
Water and soil were closely connected.
Rainwater was reaching the property, but much of it was leaving quickly.
As it moved across exposed areas, it could carry soil along with it.
That meant that if we wanted to reduce soil erosion, we also needed to understand the movement of rainwater.
This became one of the reasons water conservation was such an important early step at Meri Mati.
We began creating places where water could slow down and collect.
Pits.
Trenches.
Swales.
Puddles.
Small water bodies.
Larger water bodies.
And eventually, a much larger main pond.
The work was carried out through a combination of manual labour and JCB excavation, depending on the size and location of the structure.
The aim was not to force water into an artificial pattern.
We wanted to work with the natural slope and give rainwater more opportunities to slow down before continuing through the landscape.
## The First Monsoons Were a Reality Check
The first rains after the initial water-conservation work were extremely informative.
We had created water-holding structures.
When rain arrived, many of them filled quickly.
But we also saw a lot of soil being carried with the water.
The reason became increasingly obvious.
The land was still largely exposed.
We had created structures to influence water movement, but the landscape itself had not yet developed enough vegetation.
There was little grass.
There were few shrubs.
There were very few established trees.
So even though water had more places to slow down and collect, the exposed areas between those structures were still vulnerable.
The first monsoons taught us an important lesson:
**Restoring water movement and restoring the land surface had to happen together.**
That understanding became central to what followed.
## Water Conservation Was Only the Beginning
It would have been easy to think that the solution was simply to create more and more water structures.
But the land taught us that the story was bigger.
A swale can influence water flow.
A pond can store water.
A trench can interrupt runoff.
A shallow depression can provide another place for rainwater to collect.
But none of these things replaces the importance of vegetation.
The landscape needed to become greener.
We needed the soil to have more natural cover.
We needed trees to grow.
And we needed to give the land enough time to develop.
This was not a quick process.
We began the major water-conservation work in 2021, and the earthwork continued through 2023.
At the same time, planting and natural vegetation continued developing.
Year by year, the relationship between water and vegetation became more visible.
## Grass Started Changing the Character of the Land
One of the simplest but most important changes was grass.
Today, grass may seem like an ordinary part of Meri Mati.
In the beginning, it was not.
Large portions of the land were exposed.
As grass and other vegetation began appearing, the landscape slowly became less bare.
This changed how we looked at the land.
In many places, naturally growing grass and wild plants are treated as unwanted growth.
They may be called weeds or even “kachra.”
But at Meri Mati, we began seeing natural vegetation differently.
We wanted a living landscape, not a perfectly manicured garden.
Grass became part of that living landscape.
Shrubs became part of it.
Wild plants became part of it.
And as the years passed, trees became part of an increasingly complex ecosystem.
We did not want to remove every sign of natural growth simply to make the land look tidy.
We wanted to understand what the land could become if life was given space.
## From Bare Soil to Ground Cover
The visual difference between the early years and today is striking.
In the beginning, there were large areas where soil was directly exposed to rainfall.
Today, much of the property has some form of vegetation.
Grass covers many areas.
Shrubs have appeared.
Wild plants grow in different parts of the property.
Trees have become established across the landscape.
This does not mean that every square metre is permanently covered.
Nature does not work that way.
There are still areas of exposed soil, disturbed areas and places where work continues.
But the overall character of the landscape has changed.
The land is no longer as bare as it once was.
And that has changed what we observe during rainfall.
## Watching Soil Erosion Change
In the early years, soil erosion was visible.
After rainfall, we could see where water had travelled and where soil had moved.
The problem was particularly noticeable during stronger rainfall because the ground was still largely exposed.
By 2026, our observation is very different.
We no longer see the same severe, visible soil erosion occurring across the property in the way we experienced it during the early stages of restoration.
The landscape now has much more vegetation.
There is grass.
There are shrubs.
There are thousands of trees.
There are also water-conservation structures spread throughout the property.
The combination has changed the character of the land.
We are careful not to describe this as the result of a controlled scientific experiment.
We did not establish a formal scientific monitoring programme at the beginning and measure every aspect of soil loss over the years.
What we can say is what we have personally observed while living with and working on the land.
The difference is visible.
The exposed landscape of the early years has become a much greener landscape.
## The Continuous Swale Became Part of the Story
Burra Pahadi played an important role in our understanding of water movement.
Rain falling on the sloping hill naturally moved downhill toward the farm.
Instead of treating that movement as a problem to be fought, we decided to work with it.
We created a continuous swale along the hill.
The swale follows the landscape and gives water another opportunity to slow down and move through the property in a more controlled way.
It became part of a wider connected system.
Water could enter from different parts of the hill.
The swale could receive that runoff.
Other water-holding structures could then become part of the journey.
This was important for soil erosion because our goal was not simply to store water at one location.
We wanted to influence the movement of water across the landscape.
That meant understanding the slope first.
Then working with it.
## Small Structures Became Part of a Larger System
At Meri Mati, there was never just one type of water structure.
The landscape required different approaches in different places.
Some areas received smaller pits.
Some required trenches.
Some had swales.
Some had shallow puddles.
There were smaller water bodies and larger ones.
The main pond eventually became much larger after expansion.
Each structure had its own location and purpose within the landscape.
Together, they created a network.
This became an important principle of our restoration work.
We did not expect one pond to solve every water problem.
We did not expect one swale to solve every erosion problem.
Instead, we created many small and large opportunities for water to slow down, collect and move through the land.
The landscape itself became the guide.
## The Importance of Working With the Slope
A sloping property cannot be treated like a flat piece of land.
Water behaves differently on a slope.
It naturally seeks lower ground.
If the surface is exposed, runoff can become rapid.
If the landscape contains vegetation and appropriately placed structures, water can encounter more points where its movement is interrupted or slowed.
This is why understanding the topography became so important at Meri Mati.
The land was already telling us where water wanted to go.
We needed to observe that movement.
Then we could decide where interventions made sense.
This approach also helped us avoid thinking about soil erosion as an isolated problem.
It was connected to slope.
It was connected to rainfall.
It was connected to water movement.
And increasingly, it was connected to vegetation.
## Trees Changed More Than the View
Perhaps the most obvious transformation at Meri Mati has been the number of trees.
When we began, there were fewer than 50 trees.
Today, there are thousands.
Some are only a few feet tall.
Others have grown to around 20 feet or more.
The trees have gradually changed the appearance of the property.
But their significance to us goes beyond appearance.
A tree is part of a living landscape.
As more trees established themselves, they became part of the vegetation surrounding the water-holding structures.
They added another layer to the landscape.
And the farm increasingly began to look less like exposed land and more like a developing ecosystem.
Sometimes people working on the property have difficulty recognizing exactly where they are compared with the early years.
That is how much the visual character has changed.
## Natural Vegetation Was Allowed to Become Part of the Restoration
Not every change at Meri Mati came from something we planted ourselves.
Some vegetation appeared naturally.
Grass spread.
Shrubs emerged.
Wild plants established themselves in different areas.
We learned not to treat every naturally appearing plant as something that needed to be removed.
This does not mean every plant is automatically beneficial or that every invasive species should be allowed to spread unchecked.
It means that restoration requires observation rather than automatically clearing everything that was not deliberately planted.
The land was showing us that vegetation could return when conditions became more favourable.
We wanted to give that process room.
## Soil and Water Began Telling the Same Story
Over the years, we began seeing different signs of change at the same time.
There was more vegetation.
There was less visibly exposed soil.
There was less of the severe soil movement we had seen in the early stages.
Water was being held in different parts of the property.
Some water bodies were retaining water for longer periods than they had during the early years.
We also began seeing more earthworms than we had initially.
These are observations from our experience at Meri Mati rather than formal scientific measurements.
We mention them because restoration is often experienced through many small signs rather than one dramatic event.
The land does not suddenly announce that it has been restored.
It changes gradually.
And you notice those changes only if you keep watching.
## The Soil Beneath the Surface
There are also changes that are much less visible.
When working in the soil, we encounter rocks and smaller stones at roughly a foot below the surface in some areas.
Over the years, we have observed that some of these appear to be gradually breaking down.
We do not want to claim a specific scientific explanation based only on our observations.
But these small changes are part of what we notice while working on the property year after year.
This is one reason we believe restoration should not be judged only by what a landscape looks like from a distance.
A green view is wonderful.
But the real story is deeper.
It is in the soil.
It is in the water.
It is in the vegetation.
And it is in the relationships developing between them.
## The Borewell Came After the Water-Conservation Work
Our approach to water also had another important milestone.
Initially, we were opposed to drilling a borewell.
We wanted to first work with the rainwater that was already reaching the property.
For roughly the first couple of years, our focus remained on water conservation and the development of the landscape.
Later, as the number of saplings increased, we needed a 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 water to be found at that depth.
That would require proper hydrological investigation and long-term groundwater measurements.
But the sequence is meaningful to us.
We first tried to understand and retain rainwater.
Then the landscape began changing.
Later, we found water when we needed a more dependable source for the growing number of plants.
It was another reminder that restoration is a journey rather than a single intervention.
## What the Land Looks Like in 2026
Today, Meri Mati Farm is difficult to compare with the landscape we first encountered.
There is grass across much of the property.
There are shrubs and naturally growing plants.
There are thousands of trees.
There are ponds and other water bodies.
There are trenches, pits, puddles and swales.
There is the continuous swale working with the natural slope below Burra Pahadi.
And there is much less of the exposed, barren appearance that characterized the early landscape.
The land is still developing.
We do not consider the restoration complete.
But it is clearly moving in a different direction.
The soil is no longer as visibly exposed.
Water is no longer simply rushing across a largely bare landscape.
Vegetation has become an important part of the system.
And the farm is becoming increasingly alive.
## Restoration Cannot Be Measured in One Monsoon
One of the biggest lessons we have learned is patience.
It is tempting to expect immediate results from restoration work.
You dig a pond.
You plant trees.
You build a swale.
Then you wait for the land to change.
But nature does not operate on that timetable.
The first rain may show you one thing.
The second monsoon may show you something else.
A particularly heavy rainfall may reveal a weakness in your design.
A dry season may show you which parts of the landscape retain moisture longer.
A tree may take years to become established.
Grass may appear quickly in one area and slowly in another.
Restoration happens through accumulation.
One intervention builds on another.
One season follows another.
And slowly, the landscape begins developing its own character.
## Soil Restoration Is Not Just About Soil
Today, when we think about soil restoration at Meri Mati, we no longer think only about the soil itself.
We think about the entire landscape.
Rain falls on the hill.
Water moves downhill.
The swale influences that movement.
Water reaches different structures.
Vegetation covers parts of the ground.
Trees continue growing.
The soil remains in place more effectively than it did during the early years, according to what we have observed.
The landscape becomes greener.
More life appears.
Each part is connected.
This is why soil erosion cannot be separated completely from water conservation and vegetation restoration.
They are different subjects, but on the ground they become one story.
## What We Learned From Soil Erosion
If there is one lesson soil erosion taught us, it is that the land needs to be understood before it is changed.
We could have arrived with a fixed design and tried to impose it everywhere.
Instead, we learned from the slope.
We watched the rain.
We watched where soil moved.
We watched where water collected.
We watched where vegetation returned.
And then we continued adapting.
The land became our teacher.
It showed us where water wanted to go.
It showed us where soil was vulnerable.
It showed us where grass could establish.
It showed us where trees could grow.
And it reminded us that restoration is not about fighting nature.
It is about creating conditions in which natural processes can begin working more effectively.
## From Soil Erosion to a Living Landscape
The story of Meri Mati is therefore not simply a story about stopping soil erosion.
It is a story about what became possible once we started addressing the connected problems of water, exposed soil and vegetation.
We began with largely barren land.
We saw rainwater move quickly across exposed areas.
We saw soil being carried away.
We began creating water-holding structures.
We worked with the natural slope.
We planted trees.
We allowed natural vegetation to become part of the landscape.
We watched the land through successive monsoons.
And slowly, the character of the property changed.
Today, the landscape is greener.
There are thousands of trees where there were once fewer than 50.
There is grass where much of the soil was once exposed.
There are water bodies where rainwater once moved through and away from the property.
And there is a growing ecosystem where there was once a largely barren landscape.
## The Work Is Still Continuing
We do not see this as a finished success story.
There is still work to do.
Trees are still growing.
Vegetation is still changing.
The soil is still responding to rainfall.
Water is still teaching us.
Every monsoon brings new observations.
Sometimes we see something that confirms what we expected.
Sometimes we see something completely different.
That is part of restoration.
You cannot know everything at the beginning.
You have to be willing to observe, learn and adapt.
For us, Meri Mati is not a project with a final completion date.
It is a living landscape.
And a living landscape is always changing.
## Conclusion: Letting the Land Become Alive
When we look back at the early years, the contrast is difficult to describe in a single photograph.
The land was largely exposed.
Rainwater moved quickly.
Soil erosion was visible.
There were very few trees.
There was little grass.
Today, there are thousands of trees.
There is grass, shrubs and natural vegetation.
There are ponds, swales, trenches, pits and other water-holding structures.
Rainwater has more places to slow down and remain within the landscape.
And the severe visible soil erosion that we experienced during the early stages is no longer occurring across the property in the same way, according to what we have observed.
But perhaps the greatest change is not something that can be measured by the number of trees or the size of a pond.
It is the change in the character of the land.
What was once largely exposed is becoming covered.
What once looked barren is becoming green.
What once seemed like a piece of land waiting to be developed is becoming a place where life is developing on its own terms.
We began by trying to understand water.
Water led us to soil.
Soil led us to vegetation.
Vegetation led us to trees.
And the trees are helping create the beginnings of a living ecosystem.
That is what soil restoration has come to mean to us at Meri Mati Farm.
Not simply saving soil from being carried away.
But creating the conditions in which soil, water, plants, trees, animals and people can exist together.
The land is still teaching us.
And we are still listening.
> “We did not try to make the land green overnight. We gave water, soil and life the time to find their own rhythm.”
— Meri Mati Farm
