by Varun Dhawan’s latest social media update is not about a film announcement, a glamorous appearance, or an upcoming project. Instead, the actor has found himself thinking deeply about something much closer to the ground — quite literally.
After recently purchasing farmland and beginning to explore agriculture, Dhawan has raised concerns about the condition of agricultural soil. What began as an exciting personal milestone appears to have prompted a much bigger question for the actor: what happens when the land responsible for growing our food gradually loses some of the nutrients plants need?
The actor said that farmers he spoke to during a visit to his farm told him that soil today does not contain the same natural nutrients they believe it once did. He specifically mentioned nutrients such as zinc and magnesium and also raised concerns about the impact of chemicals used in agriculture.
Most notably, Dhawan admitted that the issue has been “giving me sleepless nights” and turned to people with agricultural experience for possible solutions. Rather than presenting himself as an expert, he asked farmers and others involved in producing food what can be done to address the problem.
His comments have opened up a conversation that extends well beyond celebrity farming. Soil health is a complex subject involving nutrients, organic matter, microorganisms, water, erosion, fertilizer use, crop choices and farming practices. And while the specific condition of Dhawan’s farm cannot be assessed from a social media post alone, the broader question he has raised is a genuine agricultural concern.
From a Cup of Chai to a Bigger Agricultural Question
Dhawan first revealed his farm purchase in August 2026, describing it as one of the biggest achievements of his life.
In a video shared on Instagram, the actor appeared at the property enjoying chai and biscuits and spoke enthusiastically about simply being able to stand on his own land and enjoy the surroundings. He described the experience as unbelievable and joked that people should not ask him why he had bought a farm.
The tone was lighthearted. There was excitement about stepping away from the usual rhythm of celebrity life and experiencing something more connected to nature and agriculture.
That enthusiasm soon developed into something more serious.
Dhawan subsequently shared glimpses of himself getting involved in farming, including posts associated with beginning his “kheti.” Indian Express reported that the actor had started working in his paddy fields after acquiring the agricultural property.
But getting closer to the land also meant getting closer to the challenges faced by the people who depend on it.
According to Dhawan’s account, conversations with farmers at his property led him to think about declining nutrient availability in soil. His concern was not simply whether crops could grow, but whether the soil could continue producing nutritionally valuable food over time.
That distinction is important.
A field can produce a crop while still experiencing problems with soil fertility or nutrient balance. Agricultural productivity and soil health are connected, but they are not identical concepts.
What Exactly Is Soil Nutrient Depletion?
Soil is far more than the brown material beneath a crop.
Healthy agricultural soil contains minerals, organic matter, water, air and a vast community of microorganisms. Plants obtain essential nutrients from the soil, while soil organisms help transform organic materials and nutrients into forms that plants can use.
Some nutrients are required in relatively large quantities. These include nitrogen, phosphorus and potassium.
Others are required in smaller quantities but remain essential. These micronutrients include zinc, iron, manganese, copper and boron.
Magnesium is generally classified as a secondary macronutrient rather than a micronutrient, but it is still essential to plant growth.
The balance between these nutrients matters.
The Food and Agriculture Organization of the United Nations describes nutrient depletion, or “nutrient mining,” as one form of chemical soil degradation. It can occur when crops continually remove nutrients from the soil without adequate replenishment. Soil erosion can make the problem worse because nutrient-rich topsoil is particularly vulnerable to being lost.
This means that the issue is not simply that farmers use fertilizers.
The more complicated question is whether the nutrients being removed from agricultural systems are being replaced in appropriate quantities and proportions.
Why Zinc Matters
Zinc was one of the nutrients Dhawan specifically mentioned.
For plants, zinc plays an important role in several biological processes, including enzyme activity, growth regulation and development. When soil does not supply sufficient plant-available zinc, crops can experience deficiencies that may affect growth and yield.
The issue is not hypothetical in the Indian agricultural context.
ICAR material has documented substantial micronutrient deficiencies in Indian soils. An ICAR publication based on more than 242,000 surface soil samples collected between 2014 and 2020 across 600 districts reported that approximately 36.5% of the samples were deficient in plant-available zinc, while 23.4% were deficient in boron. (Indian Council of Agricultural Research)
That does not mean every Indian farm is zinc-deficient, nor does it establish the condition of Dhawan’s property.
It does, however, demonstrate why soil testing is important.
Different regions, crops and farms can have very different nutrient profiles. A generalized assumption about soil can therefore be misleading.
And What About Magnesium?
Magnesium is another nutrient mentioned by Dhawan.
It has a particularly important role in plants because it sits at the center of the chlorophyll molecule. Chlorophyll is essential for photosynthesis, the process through which plants convert light energy into chemical energy.
Magnesium also participates in enzyme activation and other plant functions.
However, saying that soil is “missing magnesium” is not enough to determine what should be done. Soil chemistry is complicated. Nutrient availability depends on factors including soil pH, organic matter, moisture and interactions between different nutrients.
This is why agricultural experts generally emphasize testing rather than simply adding more of a particular fertilizer.
Adding a nutrient that the soil does not need can be wasteful, while ignoring a nutrient that is genuinely deficient can limit crop performance.
The Bigger Issue: Nutrient Balance
One of the most important points emerging from Dhawan’s concerns is that soil health cannot be reduced to a single nutrient.
A field could have adequate nitrogen while being deficient in zinc. Another could contain plenty of phosphorus but have problems with organic matter or salinity.
Agricultural soils can also experience nutrient surpluses.
FAO’s latest cropland nutrient-balance data illustrate this complexity. The organization reported that globally, cropland had a nutrient surplus in 2023 of approximately 85 million tonnes of nitrogen, 7 million tonnes of phosphorus and 11 million tonnes of potassium. FAO notes that insufficient nutrient application can reduce soil fertility, while excessive nutrient use can contribute to pollution through processes such as leaching and runoff. (FAOHome)
In other words, the agricultural challenge is not simply “more nutrients.”
It is the right nutrients, in the right amounts, in the right place, at the right time.
That is one reason soil testing has become such an important part of sustainable agriculture.
Why Farmers’ Knowledge Matters
Dhawan’s decision to ask farmers for advice is particularly interesting.
Agricultural science provides testing, measurements and research, but farmers also possess practical knowledge built through years of observing their land.
They notice changes in crop performance, water requirements, pest patterns, soil behavior and seasonal conditions.
However, practical observations and scientific testing do different things.
A farmer may observe that a field is becoming less productive. A laboratory soil analysis can help determine whether that decline is associated with nutrient deficiencies, excessive salinity, pH problems, low organic carbon or another factor.
Bringing the two forms of knowledge together can therefore be more useful than relying exclusively on either one.
ICAR has recently emphasized this soil-test-based approach in farmer outreach programmes. In April 2026, ICAR-CCARI highlighted the importance of applying nutrients according to actual soil nutrient status instead of relying on generalized fertilizer recommendations. (Indian Council of Agricultural Research)
That approach also potentially reduces unnecessary input costs for farmers.
Are Chemicals Automatically the Problem?
Dhawan’s comments connect the decline in nutrients with agricultural chemicals, but this is an area where the conversation needs nuance.
“Chemical” is a very broad term.
Fertilizers can provide essential nutrients to crops. Crop protection products can help control pests and diseases. The problem arises when inputs are misused, overused, poorly timed or applied without consideration of the particular soil and crop.
ICAR scientists have warned that continuous and indiscriminate fertilizer use can contribute to soil degradation, nutrient imbalance and environmental pollution. At the same time, they emphasize balanced fertilizer application rather than simply eliminating fertilizers altogether. (Indian Council of Agricultural Research)
This distinction matters.
Modern agriculture cannot be reduced to a simple choice between “chemical” and “natural.” Sustainable farming can involve combinations of soil testing, organic matter management, crop diversification, biological inputs and appropriately used mineral fertilizers.
The objective is to maintain productive soil while reducing unnecessary environmental damage.
Organic Matter Is Part of the Conversation
When people hear about declining soil fertility, they often immediately think about NPK fertilizers.
But soil health involves another crucial component: organic matter.
Organic matter comes from plant residues, animal manures, compost and other biological materials. As it decomposes, it contributes to nutrient cycling and can influence soil structure, water retention and microbial activity.
This is one reason agricultural experts frequently recommend practices such as composting, farmyard manure, green manuring and crop-residue management as components of integrated nutrient management.
ICAR has specifically highlighted the use of farmyard manure, compost, green manure, biofertilizers and vermicompost alongside appropriate fertilizer application as part of sustainable soil management. (Indian Council of Agricultural Research)
The key word is integrated.
One practice rarely solves every soil problem.
Could Soil Testing Be the First Step?
If Dhawan’s question is “What is the solution?”, one scientifically grounded starting point is relatively straightforward: test the soil.
India’s Soil Health Card system was created to provide farmers with information about soil nutrient status and fertilizer recommendations.
The government says Soil Health Cards assess 12 parameters, including nitrogen, phosphorus, potassium, sulphur, zinc, iron, copper, manganese, boron, pH, electrical conductivity and organic carbon. (Press Information Bureau)
This kind of assessment can turn a general concern into specific information.
Instead of asking whether the soil is “weak,” a farmer can potentially determine:
- Which nutrients are deficient?
- Which nutrients are already sufficient?
- Is the soil too acidic or alkaline?
- Is organic carbon low?
- Is there a salinity concern?
- What nutrients does the particular crop require?
- How much fertilizer is actually appropriate?
That information can then guide a more targeted farming strategy.
What Can Farmers Do to Protect Soil Health?
There is no universal recipe because soil conditions vary dramatically.
However, several approaches are widely recognized as components of sustainable soil management.
Soil-Test-Based Fertilization
The first step is understanding what the soil actually contains.
Fertilizer recommendations based on soil tests can help avoid unnecessary application while ensuring genuine deficiencies are addressed.
Adding Organic Matter
Compost, farmyard manure and other suitable organic materials can contribute to soil structure and nutrient cycling.
Crop Rotation
Growing different crops over successive seasons can help diversify nutrient demands and interrupt some pest and disease cycles.
Green Manuring
Certain crops can be grown primarily to be incorporated into the soil, adding organic material and supporting nutrient cycling.
Managing Crop Residues
Removing every bit of plant material from a field can reduce the amount of organic material returned to the soil. Where appropriate and safe, crop residues can form part of soil-management strategies.
Preventing Erosion
When topsoil is lost, farmers can lose organic matter and nutrients along with it. Maintaining soil cover and using erosion-control practices can therefore be important.
Using Fertilizers Precisely
Fertilizer does not necessarily have to disappear from sustainable agriculture. Instead, its application can be based on crop requirements, soil testing, timing and appropriate quantities.
These strategies are not theoretical talking points. India is already implementing programmes aimed at improving soil health through balanced fertilizer use, organic inputs, natural farming and precision nutrient management. (Press Information Bureau)
India Is Already Investing in Soil Health
The broader policy landscape makes Dhawan’s question particularly timely.
In August 2026, India’s Ministry of Chemicals and Fertilizers highlighted government efforts under PM-PRANAM to promote balanced fertilizer use, organic farming and natural farming.
The government also pointed to the National Mission on Natural Farming, launched in November 2024, which promotes chemical-free farming integrated with livestock, diversified cropping systems and traditional agricultural knowledge. (Press Information Bureau)
The same government update noted that millions of farmers have been reached through awareness and training efforts and that large numbers of soil samples have been collected as part of agricultural programmes.
This illustrates that soil health is already being treated as an important component of agricultural policy rather than merely an environmental talking point.
The Food We Eat Begins Beneath Our Feet
Perhaps the most compelling part of Dhawan’s concern is the connection he draws between soil and food.
Consumers generally encounter agriculture at the supermarket, vegetable market, restaurant or dining table.
Farmers encounter it much earlier.
They deal directly with the soil, water, seeds, weather and crop cycles that determine what eventually reaches consumers.
That distance can make it easy to forget that food quality begins long before food enters a kitchen.
At the same time, it is important not to make an unsupported leap from soil nutrient deficiency to a blanket claim that today’s food is universally nutritionally inferior.
Food nutrition depends on many factors, including crop variety, soil conditions, farming practices, maturity at harvest, storage, processing and preparation.
Dhawan has raised a legitimate question, but answering it requires measurements and agricultural research rather than assumptions.
Why a Celebrity Asking for Help Can Start a Useful Conversation
Celebrity involvement in agricultural conversations can be complicated.
Public figures have enormous reach, but reach does not automatically equal expertise.
In this case, however, Dhawan’s framing is notable because he did not present himself as the person with the definitive answer. He asked people involved in farming and food production to tell him what can be done. (Moneycontrol)
That creates a different kind of public conversation.
Instead of turning the issue into a celebrity lecture, the actor has effectively asked a question on behalf of someone who has recently begun experiencing agriculture firsthand.
And because his audience extends far beyond the farming community, the conversation could introduce soil health to people who may never otherwise think about what happens beneath agricultural fields.
The value of that attention will ultimately depend on whether the discussion moves beyond social media and toward evidence-based action.
From Concern to Action
Dhawan’s story also highlights something fascinating about farming: purchasing land does not necessarily mean understanding it.
A farm is not simply a scenic piece of property.
It is a living system.
Its condition can change according to how it is cultivated, irrigated, fertilized and managed. The same piece of land can respond differently to different crops and farming practices.
For someone new to agriculture, that can be a steep learning curve.
Dhawan appears to have encountered that reality almost immediately.
His initial excitement about having a place to enjoy chai and biscuits has now been accompanied by questions about soil chemistry, nutrients and food production.
That transition from enjoying the land to worrying about its long-term health may be one of the more meaningful aspects of his new agricultural venture.
The Question Dhawan Is Asking Is Bigger Than His Farm
Ultimately, the issue raised by Varun Dhawan is not really about a celebrity buying farmland.
It is about what kind of agricultural systems can continue producing food while maintaining the health of the land that makes that production possible.
The answer will not come from one fertilizer, one farming philosophy or one social media post.
It will require soil testing, responsible nutrient management, organic matter restoration, appropriate fertilizer use, erosion control, scientific research and the practical knowledge of farmers.
It also requires recognizing that different soils have different needs.
The FAO’s latest global assessment emphasizes that sustainable soil management is not yet being adopted at the scale or speed required, even though proven approaches and knowledge already exist. (FAOHome)
That may be the most encouraging part of the discussion.
The problem is complicated, but it is not necessarily without solutions.
For Dhawan, the next step may be learning exactly what his own soil needs rather than assuming what it lacks. For farmers, continued access to testing, scientific advice, appropriate inputs and sustainable technologies can make those decisions easier. And for consumers, the conversation offers an opportunity to think about food not simply as something purchased from a shelf, but as the final product of an intricate relationship between people, plants, water and soil.
Varun Dhawan may have bought his farm for the simple pleasure of standing in the open air with a cup of chai.
But his latest concern has taken that personal experience somewhere much larger.
The question now is not merely whether a celebrity can become a farmer.
It is whether a new generation of farmers, scientists, policymakers and consumers can work together to make sure the soil remains capable of feeding future generations.
And perhaps that is why Dhawan is asking for help.
