Relevance: TGPSC Group 1: Paper IV – Telangana Economy and Development – Agriculture, Environment and Sustainable Development.
For Prelims:
Stubble Burning, Crop Residue, Soil Nutrients, Carbon Monoxide, Methane, Vermicompost, Mulching, Earthworms, Rythu Nestham, Air Pollution.
For Mains:
- Sustainable Agriculture, Soil Health, Farmer Awareness, Crop Residue Management, Air Pollution, Public Health, Organic Farming, Climate-resilient Agriculture
Why in News?
- The Telangana Agriculture Department urged farmers not to burn crop stubble. Agriculture Commissioner Dr. B. Gopi warned that stubble burning causes air pollution, destroys soil nutrients and affects public health. Farmers practising stubble burning may face penalties up to ₹5,000 as per law.
What is Stubble Burning?
- Stubble burning is the burning of crop residue left in fields after harvesting.
- It is often used as a quick method to clear fields for the next crop.
- However, it causes serious damage to soil fertility, air quality, public health and climate systems.
Why Farmers Practise Stubble Burning
- Short cropping window: Farmers often have only 15–20 days between paddy harvest and wheat sowing, leaving little time for residue management.
- High cost of machines: Machines like Happy Seeders may cost around ₹4,500–5,000 per acre on hiring, which is difficult for small farmers.
- Combine harvesting: Combine harvesters leave 25–30 cm tall stubble, making ploughing difficult.
- Policy-induced monocropping: MSP-driven rice-wheat cycles discourage crop diversification and increase paddy straw accumulation.
- Low market value of paddy straw: Paddy straw has high silica content, making it less suitable as fodder.
- Infrastructure gaps: Biomass plants may be 20–50 km away, making transport and storage costly.
Impact on Soil Health
- Stubble burning destroys important soil nutrients such as nitrogen, phosphorus and potassium.
- It kills beneficial organisms such as earthworms, bacteria and fungi.
- High soil temperature damages microbes that help in nutrient cycling.
- It reduces soil organic carbon and long-term fertility.
This can affect crop growth and productivity in the next season.
Impact on Air Quality and Climate
- Burning one tonne of crop residue can release nearly:
- 1,400 kg carbon dioxide
- 58 kg carbon monoxide
- 11 kg particulate matter
- 4.9 kg nitrogen oxides
- Farm fires increase PM2.5 concentration, especially during peak burning season.
- Emissions mix with winter fog and industrial pollution, forming dense smog.
- It reduces visibility and affects sunlight availability.
- Methane and carbon dioxide emissions also contribute to climate change.
Impact on Public Health
- Stubble burning releases smoke, dust and toxic gases.
- It can severely affect:
- Elderly persons
- Pregnant women
- Children
- People with asthma or respiratory diseases
- Exposure can increase:
- Respiratory infections
- COPD aggravation
- Eye irritation
- Breathing difficulties
- Cardiovascular stress
Alternatives to Stubble Burning
- Mulching: Crop residue can be mixed back into the soil to improve organic matter.
- Vermicomposting: Residue can be converted into useful compost with the help of earthworms.
- Biofertiliser preparation: Crop waste can be processed into organic manure.
- Pusa Decomposer: A microbial solution can convert stubble into compost within 20–25 days.
- Biomass power: Straw can be used as pellets in power plants.
- Ethanol and Bio-CNG: Paddy straw can be converted into second-generation ethanol and biogas.
- Paper and packaging: Crop residue can replace wood pulp in paper and packaging industries.
- Cattle feed processing: Treated straw can be used as fodder in some regions.
- Gauthans model: Community-level collection and composting can convert residue into organic fertiliser.
Government Initiatives
- Air Act, 1981 and Environment Protection Act, 1986 provide legal powers to control pollution.
- National Green Tribunal has issued directions to prevent stubble burning.
- Commission for Air Quality Management coordinates action in Delhi-NCR and adjoining States.
- Crop Residue Management Scheme supports machines such as Happy Seeders, Super SMS, mulchers and balers.
- Pusa Decomposer, developed by IARI, helps convert stubble into compost.
- Financial incentives such as Haryana’s ₹1,200 per acre support farmers who avoid burning.
- SMAM supports farm mechanisation through Custom Hiring Centres for small and marginal farmers.
Telangana Agriculture Department’s Advisory
- Farmers should avoid burning crop stubble.
- Field-level officers have been directed to educate farmers through weekly Rythu Nestham programmes.
- Farmers will be informed about:
- Dangers of stubble burning
- Soil nutrient loss
- Health impacts
- Benefits of recycling crop residue
- Alternatives such as mulching, vermicomposting and biofertilizer preparation should be promoted.
Challenges
- Farmers need quick field clearance before the next sowing season.
- Small farmers may not afford residue-management machinery.
- Crop residue collection and transport remain costly.
- Paddy straw has low fodder value due to high silica content.
- Awareness about composting and bio-decomposers is still limited.
- Enforcement alone may not work without practical alternatives.
- Infrastructure for biomass, ethanol and Bio-CNG use remains uneven.
Way Forward
- Promote crop residue as a resource, not waste.
- Provide affordable access to machinery through Custom Hiring Centres.
- Expand use of Pusa Decomposer and other bio-decomposers.
- Strengthen village-level composting and vermicomposting units.
- Link crop residue with biomass power, Bio-CNG, ethanol and packaging industries.
- Encourage crop diversification to reduce residue pressure.
- Provide incentives for farmers who avoid burning.
- Use Rythu Nestham and field visits for continuous farmer education.
- Combine legal penalties with awareness, subsidies and market support.
Conclusion
Stubble burning is not only an environmental issue but also a soil health, public health and climate concern. It destroys nutrients, kills useful soil organisms and releases harmful gases such as carbon monoxide, methane and particulate matter.
A sustainable solution requires practical crop residue management. Farmers need access to affordable machines, decomposers, composting support, market linkages and awareness. A balanced approach of education, incentives, technology, enforcement and farmer participation can protect soil fertility, public health and the environment.
CARE MCQ
Q. The Pusa Decomposer, recently used for large-scale straw management across Punjab, Haryana, Uttar Pradesh and Delhi, has been developed by which of the following?
A. Indian Agricultural Research Institute (IARI) under ICAR
B. Council of Scientific and Industrial Research (CSIR)
C. Department of Biotechnology (DBT)
D. National Institute of Agricultural Extension Management (MANAGE)
Answer: A
Explanation:
- Pusa Decomposer is a microbial solution developed by the Indian Agricultural Research Institute (IARI), New Delhi, under the Indian Council of Agricultural Research (ICAR).
- It helps in the rapid decomposition of paddy straw in the field.
- It is used as an alternative to stubble burning, which causes severe air pollution in northern India.
- The decomposer converts crop residue into useful organic manure and improves soil health.
Additional Information:
Pusa Decomposer contains selected fungal strains that help break down paddy straw. It is important for sustainable agriculture because it reduces pollution, improves soil fertility, and supports eco-friendly residue management.
FAQs
Q. What is stubble burning?
Stubble burning is the burning of crop residue left in fields after harvesting.
Q. Why is stubble burning harmful?
It causes air pollution, destroys soil nutrients and kills beneficial insects and earthworms.
Q. Which harmful gases are released by stubble burning?
It releases gases such as carbon monoxide, methane and other toxic gases.
Q. Who are most affected by stubble-burning pollution?
Children, aged persons, pregnant women and people with respiratory problems are more vulnerable.
Q. What are alternatives to stubble burning?
Alternatives include mulching, biofertiliser preparation and vermicomposting.
Q. What is the role of Rythu Nestham?
Rythu Nestham will be used to educate farmers about the dangers of stubble burning and benefits of crop residue recycling.
Q. What penalty can farmers face?
Farmers practising stubble burning may face penalties up to ₹5,000 as per law.
Relevance: UPSC GS Paper II – Governance, Government Policies, Security-related Institutions; GS Paper III – Science & Technology, Defence, Internal Security, Indigenisation of Technology
For Prelims:
- Make in India, Defence Manufacturing, Defence Public Sector Undertakings, Strategic Partnership Model, Foreign Direct Investment, DRDO, Transfer of Technology, UAVs, Akashteer, BrahMos, Akash Missile System, Defence Industrial Corridor.
For Mains:
- Defence indigenisation, import dependence, private sector participation, technology transfer, modern warfare, defence procurement reforms, research and development, strategic autonomy, public-private partnership.
Why in News?
Defence Minister Rajnath Singh recently said that Operation Sindoor proved India’s ability to understand the changing nature of warfare and confidently use modern defence technologies.
He stated that India used indigenous defence systems such as Akashteer, Akash missile system and BrahMos during the operation. He also stressed that future wars will be shaped by research, technological innovation and the ability to surprise the enemy.
The issue is important because India is trying to reduce its dependence on defence imports and strengthen domestic defence manufacturing under Make in India.
Background and Context
India has historically depended heavily on foreign countries for defence equipment. After Independence, India initially imported defence equipment from the United Kingdom and later from the Soviet Union. Over time, the United States and Israel also became important defence suppliers.
India has developed the capacity to procure and assemble several defence platforms. However, it still faces difficulties in producing highly advanced systems such as jet engines, sophisticated drones, advanced sensors and next-generation warfare technologies.
The changing nature of war has made defence self-reliance more important. Current global conflicts show that wars are no longer fought only with tanks, aircraft and missiles. Drones, sensors, artificial intelligence, cyber tools, precision weapons and counter-drone systems are becoming equally important.
Present Status of India’s Defence Manufacturing
India has taken several steps to promote defence manufacturing. These include encouraging private sector participation, liberalising FDI, promoting defence corridors and transferring DRDO technologies to industries.
However, India continues to remain among the major arms importers in the world. This shows that domestic defence production has improved, but it has not yet fully replaced import dependence.
Defence manufacturing in India is still dominated by Defence Public Sector Undertakings (DPSUs). According to the article, DPSUs account for more than 70% of total defence manufacturing. This limits wider private sector participation.
Challenges and Bottlenecks
1. Heavy Dependence on Imports
India depends on imports due to domestic technological limitations and budgetary constraints. This dependence is most visible in high-end platforms and advanced technologies such as:
- Jet engines
- Sophisticated drones
- Advanced sensors
- High-end electronic warfare systems
- Modern air defence technologies
This creates strategic vulnerability during wars or global crises.
2. Over-Centralised Defence Acquisition Process
India’s defence acquisition system is highly centralised and layered. The armed forces first identify their needs through Quantitative Requirements (QRs), which specify the technical and operational features of equipment.
However, these QRs are often ambiguous or too rigid. This leads to delays in procurement and manufacturing.
3. Delay in Defence Projects
The Parliamentary Standing Committee of the Ministry of Defence observed that many defence projects have faced serious delays. Out of 178 projects, original timelines were not followed in 119 cases. In some cases, delays ranged from 16% to 500% beyond the agreed timeline.
Such delays weaken military preparedness and increase costs.
4. Multiple Layers of Approval
Defence procurement passes through many official layers. Overlapping approvals, file movement and prolonged decision-making slow down the process.
This makes defence production less efficient and discourages private companies from entering the sector.
5. Limited Technical Talent in Public Institutions
Government-owned defence institutions often face difficulty in attracting and retaining top engineering and scientific talent. One major reason is the relatively low compensation structure compared to private industry and developed countries.
For advanced defence production, India needs highly skilled scientists, engineers and technicians.
6. Weak Technology Transfer
Foreign defence companies may form joint ventures with Indian companies, but meaningful transfer of high-end technology remains limited. Often, India receives assembly or production rights, but not the core technology.
This prevents India from becoming truly self-reliant.
7. Unequal Playing Field for Private Sector
Private defence firms face several challenges such as:
- Preferential treatment to DPSUs
- Complex documentation requirements
- Delayed payments
- Limited role in procurement decision-making
- Lower trust compared to public sector units
This reduces private sector enthusiasm and investment in defence manufacturing.
Lessons from Current Global Conflicts
Recent conflicts in Ukraine, Gaza, Lebanon and Iran-related regional tensions show that modern warfare is changing rapidly.
1. Drones Have Become Game-Changers
In Ukraine and West Asia, low-cost drones have damaged military assets and critical infrastructure. This shows that even relatively inexpensive technologies can create major battlefield impact.
For India, investment in UAVs, counter-UAV systems and autonomous platforms is essential.
2. Wars Are Becoming Technology-Driven
Modern wars are not only about large armies. They depend on:
- Sensors
- Artificial intelligence
- Precision weapons
- Missile defence
- Cyber systems
- Space-based surveillance
- Electronic warfare
India must invest in these areas to remain prepared.
3. Supply Chains Can Be Disrupted
In times of war, global supply chains may be disturbed. Countries may delay or deny defence supplies due to diplomatic pressure, sanctions or strategic interests.
Therefore, India must reduce dependence on foreign military suppliers.
4. Element of Surprise Remains Important
Defence Minister Rajnath Singh highlighted that the side which has the element of surprise often gains a decisive advantage in war.
This requires strong research, innovation and rapid deployment of new technologies.
5. Civilian Technologies Can Become Weapons
Recent pager attacks in West Asia show that ordinary technologies can be weaponised. This means India must prepare for hybrid threats, cyber risks and unconventional warfare.
Role of Private Sector in Defence Manufacturing
The private sector can play a major role in making India self-reliant in defence production.
1. Innovation and Advanced Manufacturing
Private companies can bring innovation, speed and efficiency. They can contribute to drones, robotics, artificial intelligence, sensors, cyber systems and electronic warfare.
2. Collaboration with Foreign OEMs
Under the Strategic Partnership Model, Indian private firms can work with foreign Original Equipment Manufacturers. This can help in producing submarines, helicopters, fighter aircraft and other major platforms in India.
3. Support to Start-ups and MSMEs
Start-ups and MSMEs can contribute to niche technologies such as:
- Drone components
- AI-based battlefield tools
- Communication systems
- Robotics
- Surveillance devices
- Counter-drone systems
They can make the defence ecosystem more flexible and innovative.
4. Competition with DPSUs
A fair competition between DPSUs and private companies can improve quality, reduce costs and speed up production.
India should not choose only public or only private manufacturing. It needs a hybrid model where both public and private sectors work together.
Government Initiatives
1. Make in India in Defence
The government has promoted domestic manufacturing of defence equipment to reduce imports and improve self-reliance.
2. Strategic Partnership Model
This model allows Indian private firms to partner with foreign OEMs for manufacturing major defence platforms in India.
3. Liberalisation of FDI
FDI in defence was increased from 24% to 49% in 2016 and further to 74% under the automatic route in 2020. This aims to attract foreign investment and technology partnerships.
4. DRDO Technology Transfer
The government has waived the earlier 20% Transfer of Technology fee for development-cum-production partners, development partners and production agencies.
According to the article, DRDO has transferred over 2,200 technologies to industries.
5. Access to DRDO Patents and Testing Facilities
Indian industries are being given free access to DRDO patents. DRDO testing facilities have also been opened to industries on a payment basis.
6. Defence Industrial Corridors
Defence Industrial Corridors, especially in Uttar Pradesh and Tamil Nadu, aim to build a strong defence manufacturing base by attracting investment and creating industrial clusters.
Significance of Defence Indigenisation
- Defence indigenisation is important for India’s security and development.
- It strengthens strategic autonomy by reducing dependence on foreign suppliers. It also improves India’s preparedness during wars and emergencies.
- Domestic defence manufacturing can create employment, promote research and development, support MSMEs and improve India’s technological base.
- It can also make India a defence exporter in the long run. A strong defence industrial base will support India’s ambition to become a major global power.
Challenges Ahead
- India’s defence indigenisation journey still faces many obstacles. The most important challenge is the lack of high-end technological capability in critical areas.
- Another concern is the slow pace of procurement reforms. If decision-making remains delayed, private firms may hesitate to invest heavily in defence production.
- India also needs better coordination between armed forces, DRDO, DPSUs, private industries, start-ups and academic institutions.
- The real test of Make in India in defence will be whether India can move from assembling equipment to designing and manufacturing advanced systems independently.
Way Forward
1. Reform Defence Procurement
- The procurement process should be simplified. Quantitative Requirements must be clear, realistic and flexible enough to allow innovation.
2. Create a Level Playing Field
- Private firms and DPSUs should compete on fair terms. The government should act as a strategic buyer rather than favouring one category of producer.
3. Strengthen Research and Development
India must invest more in defence research in areas such as:
- Directed energy weapons
- Hypersonic weapons
- Artificial intelligence
- Quantum technologies
- Space situational awareness
- Underwater domain awareness
- Advanced drones and counter-drone systems
4. Improve Talent Retention
- Top scientists and engineers in public defence institutions should receive better pay, research freedom and modern laboratory facilities.
- This will help India retain skilled human resources.
5. Promote Public-Private-Academia Collaboration
- Armed forces, DRDO, DPSUs, private companies, start-ups and universities must work together. This will create a strong innovation ecosystem.
6. Focus on Emerging Warfare Technologies
- India must not focus only on traditional platforms like tanks, aircraft and ships. It must also invest in low-cost and scalable technologies such as drones, sensors, cyber systems and AI-enabled decision-making tools.
7. Ensure Real Technology Transfer
- India should focus on gaining core technologies, not just assembly rights. Joint ventures should include design, development and intellectual property sharing.
Conclusion
Make in India in the defence sector is essential for India’s national security, strategic autonomy and technological strength. Operation Sindoor and recent global conflicts show that future wars will be shaped by speed, innovation, drones, sensors, artificial intelligence and precision systems.
India has made progress through FDI reforms, DRDO technology transfer, defence corridors and private sector participation. However, import dependence, procurement delays, limited high-end technology and unequal treatment of private firms remain major challenges.
India needs a balanced defence ecosystem where the public sector, private industry, start-ups and research institutions work together. A self-reliant defence sector will not only strengthen India’s security but also support economic growth and national power.
UPSC PYQ
Q. Operations undertaken by the Army towards upliftment of the local population in remote areas to include addressing of their basic needs is called: (2024)
- Operation Sankalp
- Operation Maitri
- Operation Sadbhavana
- Operation Madad
Ans: C
CARE MCQ
Q. Consider the following technologies in the context of modern warfare:
- Unmanned Aerial Vehicles
- Artificial Intelligence-enabled decision-making tools
- Counter-UAV systems
- Quantum technologies
Which of the above are important for future warfare preparedness?
A. 1 and 2 only
B. 1, 2 and 3 only
C. 2, 3 and 4 only
D. 1, 2, 3 and 4
Answer: D
Explanation:
- 1 is correct: UAVs have become important in recent conflicts.
- 2 is correct: AI-enabled tools improve decision-making and battlefield awareness.
- 3 is correct: Counter-UAV systems are needed to protect military assets from drone attacks.
- 4 is correct: Quantum technologies are emerging as important areas in defence research.
Additional Information:
Future wars will depend on both traditional military power and advanced technologies.
Q. With reference to Foreign Direct Investment in India’s defence sector, consider the following statements:
- The FDI cap in defence was increased to 74% under the automatic route in 2020.
- FDI reforms are expected to promote joint ventures and technology partnerships.
- FDI reforms alone can ensure complete defence self-reliance.
Which of the above statements are correct?
A. 1 and 2 only
B. 2 and 3 only
C. 1 and 3 only
D. 1, 2 and 3
Answer: A. 1 and 2 only
Explanation:
- Statement 1 is correct: The FDI cap was increased to 74% under the automatic route in 2020.
- Statement 2 is correct: FDI reforms can encourage joint ventures between Indian and foreign companies.
- Statement 3 is incorrect: FDI alone cannot ensure self-reliance. India also needs R&D, skilled talent, procurement reforms and real technology transfer.
Additional Information:
Foreign investment is useful only when it supports domestic capacity-building and technological learning.
FAQs
Q. Why is defence indigenisation important for India?
It reduces import dependence and strengthens India’s strategic autonomy.
Q. What is the Strategic Partnership Model?
It allows Indian private firms to partner with foreign defence companies for manufacturing major platforms in India.
Q. What lesson do recent wars give India?
Recent wars show that drones, sensors, AI, cyber tools and precision weapons are becoming central to modern warfare.
Q. How can the private sector help in defence manufacturing?
The private sector can bring innovation, faster production, advanced technology and competition into the defence ecosystem.
Relevance: UPSC: GS Paper III – Economy, Agriculture, Food Processing, Rural Economy, Inclusive Growth, Exports and Value Addition.
For Prelims:
Jaggery, Gur, Sugarcane, Natural Sweetener, PM Kisan SAMPADA Yojana, PMFME, ODOP, AGMARK, GI Tag, Kolhapur Jaggery, Muzaffarnagar Gur, Marayoor Jaggery, Central Travancore Jaggery.
For Mains:
- Agro-processing, Rural Livelihoods, Value Addition, Cottage Industry, Food Processing Exports, Nutrition Security, Women Cooperatives, Farmer Income, Traditional Knowledge, Rural Entrepreneurship.
Why in News?
India accounts for over 70% of global jaggery production, making it the world leader in natural sweeteners.Nearly 20–30% of India’s sugarcane output is used for jaggery production. The sector supports around 2.5 million rural livelihoods.India’s jaggery exports have also grown strongly, increasing by 106.5% in value between 2015–16 and 2024–25.
What is Jaggery?
- Jaggery, commonly known as gur, is a traditional, unrefined and natural sweetener.
- It is produced by concentrating sugarcane juice without chemical refining.
- It is often called “medicinal sugar” because it contains minerals and micronutrients.
- Jaggery is consumed in Asia, Africa, Latin America and the Caribbean under different local names.
- It is valued for its natural origin, traditional processing and rising demand for chemical-free sweeteners.
Historical and Cultural Importance
- Jaggery is considered an indigenous Indian product.
- Its history is linked to sugarcane cultivation from the Vedic period.
- Early references to sugarcane cultivation are found around 1400–1000 BCE.
- The word “sugar” is derived from the Sanskrit term sarkara.
- In 647 AD, a Chinese mission reportedly travelled to Magadha to learn sugarcane processing techniques.
- This shows India’s long tradition of sweetener production and knowledge transfer.
India’s Position in Jaggery Production
- India produces over 70% of the world’s jaggery.
- It is the world’s largest producer of jaggery.
- Nearly 20–30% of India’s sugarcane production is diverted to jaggery production.
- Jaggery production is an important rural agro-processing activity.
- It is marked by:
- Decentralised processing
- Low transport cost
- Small-scale entrepreneurship
- Cottage industries
- Rural employment generation
Sugarcane Production Base
- India’s sugarcane production in 2024–25 was estimated at 444.9 million tonnes.
- Major producing States include:
- Uttar Pradesh – 48.5%
- Maharashtra – 24.1%
- Karnataka – 10.5%
- Other producing States include Gujarat, Tamil Nadu, Bihar, Uttarakhand, Punjab, Madhya Pradesh and Haryana.
Growth of Jaggery Exports
- India is a leading exporter of jaggery and confectionery products.
- In 2015–16, exports stood at USD 197 million with a volume of 292.8 MT.
- In 2024–25, exports increased to USD 406.8 million with a volume of 471.9 MT.
- This shows a rise of:
- 106.5% in value
- 61.2% in volume
- Major export destinations in 2024–25 included:
- Indonesia
- USA
- UAE
- Nigeria
- Nepal
Rising Domestic Demand
- Domestic demand for natural sweeteners has increased.
- In the sweetener segment, jaggery and honey recorded a 15–20% CAGR during 2021–24.
- Jaggery sales in domestic markets reached around 5,000 metric tonnes annually by August 2024.
- This reflects growing consumer preference for traditional and natural sweeteners.
Nutritional Value of Jaggery
- Jaggery retains many nutrients present in sugarcane juice.
- It contains minerals such as:
- Calcium, Magnesium, Potassium, Phosphorus, Sodium, Iron, Zinc Copper Manganese
- Good-quality jaggery usually contains more than 70% sucrose and about 5% minerals.
- Iron content is around 10–13 mg per 100 grams.
- It also contains trace vitamins such as folic acid, B-complex vitamins and vitamins A, C, D and E.
Health Benefits of Jaggery
- Jaggery provides sustained energy because it is digested slowly.
- It may help improve haemoglobin levels due to its iron content.
- Potassium and magnesium support cardiovascular and muscle function.
- In traditional systems like Ayurveda, jaggery is used for digestion and respiratory comfort.
- It is also considered useful for people exposed to dust and pollution due to its cleansing properties.
- However, jaggery is still a sweetener and should be consumed in moderation.
Jaggery in Nutrition Interventions
- Tamil Nadu has included jaggery in nutrition interventions.
- It is used in complementary weaning food under the nutritious meal programme and ICDS framework.
- The supplementary food is popularly known as Sathumavu.
- Jaggery forms around 27% of the complementary food mix.
- It is distributed as Take-Home Rations for eligible beneficiaries for 300 days a year.
- The programme benefits nearly 32.75 lakh beneficiaries in Tamil Nadu.
Link with Women’s Livelihoods
- Sathumavu is procured from 25 women-run weaning food manufacturing cooperative societies and two private manufacturers.
- These cooperatives include around 1,450 members.
- Many members are widows, deserted women or economically vulnerable women.
- Thus, jaggery-based nutrition support also promotes women’s livelihood generation.
Role in Rural Livelihoods
- Jaggery production is part of India’s unorganised agro-processing sector.
- It supports farmers, workers, processors and rural entrepreneurs.
- Jaggery processing generates local employment and supports migrant labour.
- Value addition through jaggery provides higher returns than selling raw sugarcane to mills.
- It strengthens rural economies through cottage industries and small enterprises.
Value Addition and Entrepreneurship
- Organic jaggery powder has emerged as a profitable value-added product.
- A farmer from Tirunelveli district in Tamil Nadu produces organic jaggery powder using local sugarcane varieties.
- Organic jaggery powder sells at about ₹75 per kg, compared to ₹50 per kg for conventional jaggery.
- Production cost for both is about ₹30 per kg.
- Diversified products such as jaggery-flavoured chocolate and coconut products are expanding market reach.
Government Support and Policy Push
The Ministry of Food Processing Industries supports the jaggery sector through several schemes.
Major initiatives include:
- Pradhan Mantri Kisan SAMPADA Yojana
- Production Linked Incentive Scheme for Food Processing Industry
- PM Formalization of Micro Food Processing Enterprises Scheme
- One District One Product
- AGMARK certification
- GI tagging
Under the CEFPPC component of PMKSY, five jaggery processing units have been approved with grants-in-aid of ₹17.07 crore.
The PMFME Scheme has supported 3,528 jaggery-based micro food processing units with subsidies of ₹102.31 crore.
ODOP and Quality Certification
- Under One District One Product, jaggery and allied products have been identified in 19 districts.
- ODOP helps in value chain development, shared services, input procurement and market access.
- AGMARK certification supports quality assurance and standardisation.
- Jaggery is a notified commodity under AGMARK.
- Quality certification improves consumer trust, farmer prices and export readiness.
GI-Tagged Jaggery Varieties
- Geographical Indication helps protect region-specific products.
- GI recognition improves branding, market access and traditional processing value.
Important GI-tagged jaggery varieties include:
- Kolhapur Jaggery – Maharashtra
- Muzaffarnagar Gur – Uttar Pradesh
- Marayoor Jaggery – Kerala
- Central Travancore Jaggery – Kerala
These varieties are known for regional quality, purity, traditional methods and market value.
Challenges
- Jaggery processing is largely part of the unorganised sector.
- Many units may lack modern processing technology.
- Quality standardisation remains a challenge.
- Small producers often face limited market access.
- Export competitiveness requires food safety compliance.
- Seasonal production may affect steady supply.
- Farmers need better access to branding, packaging and value-added markets.
- Consumer awareness must distinguish quality jaggery from adulterated products.
Way Forward
- Modernise jaggery processing units with clean and efficient technology.
- Expand PMFME and PMKSY support for micro and small jaggery enterprises.
- Strengthen FPOs, SHGs and cooperatives in jaggery value chains.
- Promote quality certification through AGMARK and FSSAI standards.
- Expand GI-based branding for regional jaggery varieties.
- Encourage value-added products such as jaggery powder, liquid jaggery and jaggery-based confectionery.
- Improve packaging, storage and marketing facilities.
- Link jaggery with nutrition programmes where suitable.
- Support exports through quality control and international standards.
Conclusion
Jaggery is not only a traditional sweetener but also an important part of India’s rural economy. India’s leadership in global jaggery production, rising exports and growing domestic demand show the sector’s strong potential.
The jaggery sector connects agriculture, nutrition, rural livelihoods, women’s empowerment and export promotion. With better processing, certification, branding, GI protection and value addition, it can become a major driver of inclusive and sustainable rural growth.
UPSC PYQ
Q. Sugarcane is one of the important cash crops in India. It is grown to obtain (NDA PYQ 2017)
A. Starch
B. Glucose
C. Fructose
D. Sucrose
Answer: D
Explanation:
Sugarcane is an important cash crop in India. It is mainly grown for the production of sugar.
The chief sugar obtained from sugarcane is sucrose. Sucrose is a type of sugar formed from glucose and fructose units.
Sugarcane is also used for producing:
- Jaggery
- Khandsari
- Molasses
- Ethanol
Thus, sugarcane is commercially grown mainly to obtain sucrose.
Therefore, the correct answer is D. Sucrose.
CARE MCQ
Q. The word “sugar” is derived from which of the following Sanskrit terms?
A. Sakkara
B. Sarkara
C. Ikshu
D. Guda
Answer: B
Explanation:
The word “sugar” is derived from the Sanskrit term sarkara.
This shows the deep cultural and historical roots of sugarcane cultivation and sweetener production in India. Sugarcane cultivation was known in India from ancient times, and jaggery is widely regarded as an indigenous Indian product.
Additional Information:
- Early references to sugarcane cultivation are found in Indian texts from around 1400–1000 BCE.
- Sugarcane cultivation was closely linked with the Vedic period.
- In 647 AD, a Chinese mission travelled to Magadha to learn sugarcane processing techniques.
- Jaggery is traditionally produced by concentrating sugarcane juice without chemical refining.
FAQs
Q. What is jaggery?
Jaggery, also called gur, is a traditional unrefined sweetener made by concentrating sugarcane juice.
Q. Why is India important in global jaggery production?
India accounts for over 70% of global jaggery production, making it the world’s largest producer.
Q. How much sugarcane is used for jaggery production in India?
Nearly 20–30% of India’s sugarcane output is used for jaggery production.
Q. Why is jaggery considered nutritious?
Jaggery contains minerals such as iron, calcium, magnesium, potassium, zinc and trace vitamins.
Q. Which government schemes support jaggery processing?
PMKSY, PMFME, ODOP, AGMARK certification and GI tagging support jaggery processing and marketing.
Q. What are some GI-tagged jaggery varieties?
Kolhapur Jaggery, Muzaffarnagar Gur, Marayoor Jaggery and Central Travancore Jaggery are important GI-tagged varieties.
Q. Why is jaggery important for rural livelihoods?
It supports farmers, workers, cottage industries, women cooperatives and small food processing enterprises.
Q. What is the export significance of jaggery?
India’s jaggery exports have grown strongly, showing rising global demand for natural sweeteners.
