Kashmir's Apple Shift: Climate Fix Or High-Stakes Gamble?

(MENAFN- Kashmir Observer) By Nazakat Aslam

Srinagar- On a mild spring morning, Suhaib Mansoor walks through neat rows of young apple trees, their slender stems tied carefully to a trellis system that did not exist in his father's time. The orchard looks different now, tighter, more controlled, almost engineered. A fine network of drip lines runs along the soil, and above, anti-hail nets wait to be drawn at the first sign of a storm.

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Just a year ago, this land held traditional apple trees, spaced wide, slower to bear fruit but familiar in every sense. Cutting them down was not an easy decision.“You don't just replace trees here,” Mansoor says, pausing to inspect a leaf.“You replace years of patience.”Across South Kashmir's apple belt, from Shopian to Pulwama, that difficult choice is becoming increasingly common. Faced with erratic weather, shrinking margins, and shifting market demands, growers are turning to high-density plantation systems, betting on precision, speed, and higher yields to secure their future.

But as the new orchards take root, so do new uncertainties.

For Mansoor, the shift to high-density plantation (HDP) was less about chasing higher profits and more about coping with a climate that no longer behaves the way it used to.“In the last few years, snowfall has been unpredictable, and hailstorms come at the worst time,” he says.“Flowering gets affected, and then the whole season is uncertain.”

According to a 2025 SKUAST-K study on climate-adaptive horticulture, HDP is emerging as a more controlled and potentially resilient alternative.

In traditional orchards, such disruptions often mean reduced yield or even complete loss. The newer HDP systems, built around dwarf rootstocks and closely spaced trees, offer a degree of control. Water is delivered directly through drip irrigation, branches are pruned to manage growth, and protective nets can shield crops from sudden weather shocks.

Walking through his orchard, Mansoor points to the uniformity of the plants, each tree almost identical in height and spread.“You can manage everything better here,” he says.“But it also means you have to be careful every single day.”

Officials in the horticulture department echo this assessment, pointing to structural and technological interventions as key factors behind the system's relative stability.

“Even in difficult weather conditions, production remains stable due to better canopy management, drip irrigation, and protective infrastructure,” said Mohammad Abass Mir, Horticulture Development Officer.

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However, this resilience is conditional. HDP requires timely irrigation, consistent fertilizer use, and careful disease management. Farmers say the new varieties are highly input-intensive, and even minor lapses can quickly lead to losses.

Productivity Gains and New Vulnerabilities

The productivity gap between traditional and high-density systems is significant.

Traditional orchards typically yield 10–12 metric tonnes per hectare after several years and are often affected by alternate bearing and weather disruptions. In contrast, HDP systems can produce 50–70 tonnes per hectare, with a substantially higher share of Grade-A fruit.

On a per-kanal basis, farmers manage around 150–166 trees under HDP, compared to just 14–28 in traditional setups. This higher density translates into greater output and more uniform, visually appealing apples that fetch premium prices.

“In 2025, apples from the 2024 harvest season sold at ₹80–85 per kilogram for HDP produce, while traditional apples were priced at around ₹60 per kilogram. Since HDP varieties arrive earlier in the market, the response is better,” said Imtiyaz Ahmad, a fruit trader from Shopian.

Yet, higher productivity has introduced a new challenge.

The surge in output has contributed to market gluts, with carton prices falling from ₹1,300–1,400 to ₹750–1,000 during the 2024–25 season. While HDP improves both quality and volume, market infrastructure and price stabilisation mechanisms have not kept pace, as highlighted in the CA&HSI market analysis for 2025.

High Returns, High Costs

If climate resilience is one side of the story, cost is the other.

Establishing an HDP orchard can cost around ₹1.9 lakh per kanal, with subsidies of up to 50 percent from the government.

“It costs approximately ₹1.6 lakh per kanal with trellis and a 50 percent government subsidy. Some growers prefer private companies because they provide plants faster,” said Mansoor.

The system also requires continuous investment. Farmers depend heavily on imported fertilizers and pesticides, which are significantly more expensive than traditional inputs. Disease management remains a major concern.

“The biggest disease we face is leaf miner. It requires stronger pesticides, which are highly toxic. People spraying them often face health issues,” said Mansoor.

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Break-even typically occurs after four to five years with subsidies. Without financial support, the timeline extends further, making the system considerably riskier for smallholders.

A Divide in the Orchard

The spread of HDP is creating a visible divide across Kashmir's apple-growing regions.

For farmers with access to capital, HDP represents the future, a way to adapt to climate stress and remain competitive. Many are already planning to expand.

“If the company is genuine and there are no issues with the variety, I would like to expand,” said one adopter.

For others, the risks remain too high.

“I'm scared to cut my traditional orchard. I don't have enough money, and if I lose that, I won't be able to sustain,” said Mohd Amin Mir, a grower who has not adopted HDP.

This hesitation reflects more than financial caution. Traditional orchards are deeply tied to identity and inheritance. Replacing them is not just a technical decision but a generational one.

The Road Ahead

As adoption accelerates, policymakers are shifting their focus from simply expanding HDP acreage to strengthening the ecosystem that supports it. Efforts are underway to scale up cold storage, grading, and export infrastructure, with more than 200 new facilities targeted by 2026, according to state budget projections.

“HDP is a climate-smart model with the potential to transform Kashmir's horticulture sector,” said Mir, while acknowledging persistent challenges such as high entry costs, market volatility, and the need for stronger institutional support.

If high-density orchards can better withstand climate shocks but demand greater investment and precision, a critical question remains:

Will this transformation secure the future of Kashmir's apple economy, or deepen the divide between those who can afford to adapt and those who cannot?

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