Opportunities, challenges, and policy interventions for Jammu & Kashmir
DR. PARSHANT BAKSHI
parshantskuastj@gmail.com
• A Turning Point for Himalayan Horticulture
Across the lush valleys of Kashmir and the rolling hills of Jammu, orchards have long been the lifeline of rural livelihoods. Apple trees swaying in the cool mountain breeze, walnut groves standing tall on terraced slopes, and mango orchards flourishing in subtropical belts together define the horticultural identity of Jammu and Kashmir. For generations, these orchards have sustained families, shaped local economies, and contributed to the region’s reputation as India’s fruit bowl. Yet today, this iconic horticulture sector stands at a crossroads. The rising production costs, deteriorating soil health, climate variability, and growing concerns over chemical residues in food have created new challenges for orchardists. Farmers who once relied on fertilizers and pesticides to boost productivity are increasingly questioning whether such input-intensive systems are sustainable in the long run especially in the fragile ecosystems of the Himalayas. In this context, natural farming is emerging as a promising alternative that could help rejuvenate the region’s orchards while ensuring ecological balance and economic sustainability. The question before policymakers, scientists, and farmers is not merely whether natural farming is desirable but whether it has become necessary for the future of horticulture in Jammu and Kashmir.
• Horticulture: The Economic Backbone of the Region
Few sectors in Jammu and Kashmir have had as profound an impact on livelihoods as horticulture. Over the past several decades, fruit cultivation has expanded dramatically, transforming the agricultural landscape of the region. Today, the horticulture sector provides livelihoods to around 35 lakh people and supports nearly seven lakh families across the Union Territory. Apples dominate the sector, but other fruits such as walnuts, almonds, cherries, apricots, mango, citrus, strawberry and guava also play vital roles in the regional economy. The recent government statistics indicate that apple production alone exceeded 20 lakh metric tonnes annually, making Jammu and Kashmir the largest apple-producing region in India. Over the past three years, apple production in the Union Territory has crossed 62 lakh metric tonnes, reflecting the scale and importance of the industry. Overall horticulture production in the region has also increased significantly.
These figures highlight the central role horticulture plays in the economy of Jammu and Kashmir. Fruit cultivation not only generates employment but also contributes substantially to exports and rural income.
However, behind this success story lies a growing concern: the sustainability of the current production system.
• The Hidden Cost of Chemical-Intensive Farming
The rapid expansion of horticulture has been accompanied by increasing reliance on chemical fertilizers, pesticides, and growth regulators. While these inputs have helped increase productivity, their excessive use has created several ecological and economic problems. Farmers across the region increasingly report declining soil fertility, rising pest resistance, and escalating input costs. Fruit crops, particularly apples and citrus, often require multiple pesticide sprays during the growing season to control insects and diseases. Over time, such practices can degrade soil health by reducing beneficial microbial activity and organic matter content. This leads to a vicious cycle in which farmers must apply increasing amounts of fertilizers and pesticides to maintain productivity.
In addition, concerns about pesticide residues in fruits are growing among consumers. As awareness about food safety increases, markets are increasingly demanding produce that is chemical-free and environmentally sustainable. The ecological fragility of the Himalayan region further amplifies these concerns. Soil erosion, erratic rainfall, and temperature fluctuations are already affecting fruit production patterns. These challenges underline the urgent need for a more sustainable approach to orchard management.
• Natural Farming: A Return to Ecological Wisdom
Natural farming offers an approach that seeks to harmonize agriculture with nature rather than relying heavily on synthetic inputs. The philosophy behind natural farming is rooted in the belief that soil is a living ecosystem. When soil biodiversity is maintained and natural processes are allowed to function, crops can grow healthy with minimal external inputs.
Natural farming practices typically include:
o Jeevamrit: a microbial formulation made from cow dung, cow urine, jaggery, and pulse flour to stimulate soil microorganisms. This is helpful for enhancing soil microbial activity.
o Beejamrit: seed treatment using biological solutions to protect against diseases. It is used for seed and planting material treatment.
o Mulching: covering soil with organic residues to conserve soil moisture and improve fertility.
o Botanical extracts: using plant-based solutions such as neem, garlic, and chilli to control pests, These extracts are used for eco-friendly pest management.
o Mixed cropping and biodiversity enhancement
These practices reduce reliance on chemical fertilizers and pesticides while improving soil health and ecosystem balance. For a region like Jammu and Kashmir where agriculture is deeply linked with natural ecosystems such an approach holds particular relevance.
• Why Fruit Crops Are Ideal for Natural Farming
Fruit crops are especially suited to natural farming because orchards are perennial ecosystems that allow long-term biological interactions to develop. Unlike annual crops that require frequent soil disturbance, orchards provide stable environments where soil microorganisms, earthworms, and beneficial insects can thrive. Over time, these biological processes contribute to improved soil fertility and plant health.
Natural farming can offer several advantages for orchard management:
o Improved Soil Health: Organic inputs and mulching enhance soil organic carbon, improve soil structure, and increase microbial activity.
o Lower Production Costs: Chemical fertilizers and pesticides constitute a significant share of orchard management expenses. Natural farming reduces these costs by using locally available resources.
o Better Fruit Quality: Naturally grown fruits often exhibit superior taste, aroma, and nutritional quality while minimizing chemical residues.
o Greater Climate Resilience: Healthy soils with higher organic matter retain more moisture and help orchards withstand droughts and temperature fluctuations.
• The Role of Research Institutions
The transition toward sustainable horticulture requires strong scientific support and institutional leadership. In Jammu and Kashmir, Sher-e-Kashmir University of Agricultural Sciences and Technology of Jammu (SKUAST-J) has been actively promoting eco-friendly farming systems. The university has established a Centre for Organic and Natural Farming at Chatha to advance research and capacity building in sustainable agriculture. The scientists from the Division of Fruit Science and Centre for Organic and Natural Farming have been conducting research, training programmes, and demonstrations on organic and natural fruit production systems.
These initiatives include:
o Promotion of organic strawberry, dragon, walnut production systems
o Development of sustainable orchard management technologies
o Demonstrations on eco-friendly pest management
o Farmer training programmes on organic and natural fruit cultivation
Such efforts are helping bridge the gap between scientific research and field-level adoption of sustainable farming practices.
• Opportunities for the Jammu Region
While the Kashmir Valley is famous for temperate fruits such as apple, walnut, and cherry, the Jammu region offers vast potential for subtropical fruits including mango, citrus, guava, litchi, dragon and strawberry. Natural farming could prove particularly beneficial in these regions where many orchards are located in rainfed or hill areas with limited access to costly agricultural inputs. In addition, consumer demand for chemical-free fruits is rising rapidly in urban markets across India. Farmers adopting natural farming practices may therefore find new market opportunities and price advantages.
• Economic Potential for Farmers
One of the most compelling arguments for natural farming is its potential to improve farmer profitability.
Conventional orchard management often involves high input costs for fertilizers, pesticides, irrigation, and labour. Natural farming, by contrast, relies largely on locally available resources such as cow dung, crop residues, and plant extracts. The studies conducted in various parts of India indicate that natural farming can reduce input costs by 50-70 per cent. Even if yields decline slightly during the initial transition phase, the reduction in input costs can significantly improve net returns. For small and marginal farmers in Jammu and Kashmir, reducing input costs could make a substantial difference in farm income and financial stability.
• Challenges that must be addressed
Despite its potential benefits, natural farming also faces several challenges. Farmers transitioning from conventional systems may experience yield fluctuations during the initial years. There is also a need for more scientific research to develop crop-specific natural farming technologies suited to different agro-climatic regions. Pest and disease management remains another challenge, particularly for high-value fruit crops such as apple. In addition, marketing and certification systems for natural produce are still evolving. Without proper certification and supply chains, farmers may not receive premium prices for their produce.
Addressing these challenges will require coordinated efforts involving research institutions, policymakers, extension agencies, and farmers.
• The Road ahead
For natural farming to succeed in the horticulture sector of Jammu and Kashmir, a strategic and coordinated approach is needed.
Key priorities include:
o Strengthening scientific research on natural farming in fruit crops
o Developing region-specific technologies for orchard management
o Training farmers in biological pest management and soil health practices
o Establishing certification systems for natural produce
o Creating market linkages for chemical-free fruits
o Agricultural universities such as SKUAST-Jammu can play a pivotal role in developing scientifically validated models for sustainable horticulture.
• A Call for a New Orchard Revolution
The orchards of Jammu and Kashmir are more than agricultural enterprises; they are symbols of heritage, resilience, and livelihood for millions of families. But the future of these orchards depends on how wisely the region adapts to emerging challenges. Natural farming is not merely about abandoning chemicals, it is about rebuilding the relationship between soil, crops, farmers, and nature. In the fragile ecosystems of the Himalayas, sustainability cannot be an afterthought. It must become the guiding principle of agricultural development. If supported by sound research, progressive policies, and farmer participation, natural farming could trigger a new “orchard revolution”- one that prioritizes soil health, environmental sustainability, and farmer prosperity. The choice before Jammu and Kashmir is clear: continue down the path of input-intensive agriculture with diminishing returns, or embrace a nature-based farming system that secures the future of its orchards.
“The future of our orchards lies not in how much we extract from the soil,
but in how wisely we nurture it because sustainable harvests grow from living soils.”
The writer of this article is Prof. & Head, Division of Fruit Science and ex-Head, Centre for Organic and Natural Farming, SKUAST-Jammu. For information contact email us at parshant61@skuastj.org
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