scieee AI-readable full text Open interactive document viewer

Use of Modern Technology in Rural Agricultural Marketing with reference to Nashik District

Chaudhari, Yashwant Kondaji

Abstract

The integration of modern technology into rural agricultural marketing has significantly transformed the efficiency, transparency, and profitability of farming communities. This study examines the adoption and impact of digital tools—including mobile-based applications, e-NAM, ICT platforms, digital payment systems, and precision-farming technologies—on agricultural marketing practices in the Nashik District of Maharashtra, one of India’s leading agrarian regions. Drawing on field observations, secondary data, and farmer interviews, the paper highlights how digital platforms have streamlined market information dissemination, reduced the role of intermediaries, enhanced price realization for farmers, and improved access to wider markets. At the same time, it identifies persistent challenges such as digital literacy gaps, inadequate internet connectivity, and financial constraints that limit full-scale adoption. The study argues that targeted policies, capacity-building initiatives, and infrastructure development are crucial to maximizing the benefits of modern technology in rural agricultural marketing. The findings contribute to a deeper understanding of how technological interventions can advance sustainable agricultural development and strengthen rural economies in the Nashik District.

Full text

Journal for Studies in Management and Planning (Peer-Reviewed Journal) ISSN: 2395-0463 Volume 11 Issue 11 November 2025 51 Received: 2 November 2025 Revised: 18 November 2025 Accepted: 27 November 2025 Copyright  authors 2025 DOI: https://doi.org/10.5281/zenodo.17908998 Use of Modern Technology in Rural Agricultural Marketing with reference to Nashik District Dr. Yashwant Kondaji Chaudhari Assistant Professor, Department of Commerce MVP’s Arts, Science and Commerce College, Ozar (Mig) Tal. Niphad Abstract The integration of modern technology into rural agricultural marketing has significantly transformed the efficiency, transparency, and profitability of farming communities. This study examines the adoption and impact of digital tools—including mobile-based applications, eNAM, ICT platforms, digital payment systems, and precision-farming technologies—on agricultural marketing practices in the Nashik District of Maharashtra, one of India’s leading agrarian regions. Drawing on field observations, secondary data, and farmer interviews, the paper highlights how digital platforms have streamlined market information dissemination, reduced the role of intermediaries, enhanced price realization for farmers, and improved access to wider markets. At the same time, it identifies persistent challenges such as digital literacy gaps, inadequate internet connectivity, and financial constraints that limit full-scale adoption. The study argues that targeted policies, capacity-building initiatives, and infrastructure development are crucial to maximizing the benefits of modern technology in rural agricultural marketing. The findings contribute to a deeper understanding of how technological interventions can advance sustainable agricultural development and strengthen rural economies in the Nashik District. Keywords: Modern Technology, Rural Agricultural Marketing, Digital Platforms, e-NAM 1. Introduction Nashik district is important for horticulture (especially grapes) and other horticultural products in India. There are a large number of export and excise/industry related markets from local agriculture. With proper use of modern technology, it is possible for rural farmers to get better prices in the market, increase market access, reduce risks and reduce supply chain losses. This article will discuss the current use and future strengths of technology by considering the local structures of Nashik. It has been examined. 2. Objectives of the research 1. To mark the modern techniques currently used in agricultural marketing in Nashik district. 2. Identify the benefits and difficulties faced by farmers due to these technologies. 3. Local self-government bodies (e.g. - Krishi Vigyan Kendra, APMC) Explain the participation and their role. 4. Giving policy and practical recommendations so that the acceptance of technology increases and small farmers can benefit from it. Journal for Studies in Management and Planning (Peer-Reviewed Journal) ISSN: 2395-0463 Volume 11 Issue 11 November 2025 52 Received: 2 November 2025 Revised: 18 November 2025 Accepted: 27 November 2025 Copyright  authors 2025 DOI: https://doi.org/10.5281/zenodo.17908998 3. Research methods • Primary Sources: Selected 10-15 villages (from different tehsils) — farmer interviews, detailed interviews with FPOs/group representatives, market traders and cold storage managers. • Secondary Sources: District Agriculture Reports, APMC Records, KVK Training Reports, Local Newspapers and Online Reports. (e.g. Nashik's grape export-review, etc.). • Analysis: Use of thematic and quantitative (statistical) methods; SWOT analysis; Proposals for policymaking. 4. Local Context of Nashik: Export and Fruit Production • Nashik district is famous for grape production and export, and even in the 2024-2025 season, the district has maintained an export of about 1.57 lakh tonnes of grapes — indicating that there is a strong linkage between production and market. • There is a difference in fruit production, crop structure and area in the district, and grape production is very high in some tehsils (e.g. Nashik tehsil). Farmer-volume and cropping reports are available in this regard. 5. Major Market Institutions and Infrastructure in Nashik • Krishi Vigyan Kendra (KVK), Nashik - An important centre for regional agricultural technology dissemination and training. The role of KVK in providing technology, training and information to farmers has been highlighted. • APMC (e.g. Pimpalgaon Baswant) — A traditional wholesale market and the center of the local market system. APMC Marketplace handles sales, weights, statistics and transaction regulation. • Cold Storage and Cold Storage Services: There are many cold storage and cold storage service providers available in the district, but there is a disparity in terms of coverage and quality. Local inventories and activities have indicated the availability of cold storage. 6. Modern Technology Used in Rural Agricultural Marketing 1. e-NAM and Digital Marketplace o Farmers-groups and traders can directly come to online auctions/purchases; Reduces intermediary and increases transparency. Some APMCs and markets in Nashik have started using this type of digital listing/netcommerce tests (gradual increase in local markets). 2. Mobile Apps & SMS-Based Market Information o KVK and some agencies are using mobile SMS/Apps to transmit local prices, demand, weather information and agri-technical information. This helps small farmers to take quick decisions. Journal for Studies in Management and Planning (Peer-Reviewed Journal) ISSN: 2395-0463 Volume 11 Issue 11 November 2025 53 Received: 2 November 2025 Revised: 18 November 2025 Accepted: 27 November 2025 Copyright  authors 2025 DOI: https://doi.org/10.5281/zenodo.17908998 3. Cold Chain and Post-Harvest Technology o The cold chain is important for grapes, pericles and other exportable fruits. Cold storage and containerization have benefited exporting districts like Nashik but distribution and cost are still a bottleneck for small farmers in rural thirst. 4. IoT and Sensor-Based Tracing o Sensors, temperature monitoring are used in cold storage and transport for purity and traceability. This is useful for meeting export standards, but small production-groups find it difficult to make initial investment. 5. GIS and Satellite/Drone based monitoring o Drone/satellite data can be used to check crop health, irrigation, and maturity; This allows for market germination and crop planning at the right time. There has been an increase in drone and GIS training in KVK and local training programs. ]] 6. Blockchain-based traceability and smart contracts o Traceability is essential for export and branded products; Blockchain pilot is underway in a few other districts — this could be the next step solution for an export hub like Nashik. 7. Digital Payments & Mobile Banking o Instant payments bring transparency and reduce the need for intermediaries. But rural internet/digital literacy is a hindrance. 7. Successful Facts / Examples in the context of Nashik • The district has been successful in preserving grape production and export; Exports are expected to be maintained at 1.57 lakh tonnes in 2024-2025, with export chain, quality control and markets playing an important role in this success. • KVK 's training programs have helped in disseminating technical know-how and market know-how to local farmers. Case Study 1 Location: Pimpalgaon Khamb, Sinnar Taluka 1. Geographical and Economic Background • Sinnar taluka is known for the production of grapes, onions, tomatoes and pomegranates. • Pimpalgaon Khamb village has a population of around 8,000 (as reported by the Rural Development Department). • Rainfall is about 700–800 mm per year; Well-based drip irrigation is prevalent. 2. Use of modern technology • e-NAM and Digital Marketing: Local Farmer Producer Group (FPO) in coordination with APMC Pimpalgaon Baswant Bazar has registered on e-NAM. About 25% of the farmers in the village tested the digital bidding. Journal for Studies in Management and Planning (Peer-Reviewed Journal) ISSN: 2395-0463 Volume 11 Issue 11 November 2025 54 Received: 2 November 2025 Revised: 18 November 2025 Accepted: 27 November 2025 Copyright  authors 2025 DOI: https://doi.org/10.5281/zenodo.17908998 • Mobile App & SMS Alerts: In collaboration with Krishi Vigyan Kendras (KVKs), use SMS services for weather information and daily onion prices. • Cold Storage: Private cold storages for onions and grapes are available at a distance of 4–5 km. 3. Results • 10–12% increase in average onion prices; Less middlemen due to direct contact with buyers. • The losses due to barren / climate change have been reduced to some extent. 4. Difficulties • Not all farmers can use smartphones; It takes time for elderly farmers to learn digital transactions. • The rent of cold storage seems expensive for small farmers. 5. Recommendations • 'Collective Smartphone/Internet Center' through Gram Panchayat. • Special loan for cold chain rent from the District Bank. Case-Study 2 Location: Dindori 1. Geographical and Economic Background • Dindori is famous for the grape production and wine industry of Nashik. • Average precipitation 650 mm; Drip irrigation is common for horticulture. 2. Use of modern technology • Drone and GIS monitoring: Some of the large grape growers have started drone surveys for crop maturity and disease control with the help of private companies. • Blockchain Traceability: Exporting companies implemented a blockchain pilot project for export quality—for farm-to-plate tracing. • Digital Payments: Buyers pay directly through UPI/NEFT; Transparency increased. 3. Results • Export grade grapes are getting an average price of 15% higher prices from international buyers. • Chemical spraying reduced by 8–10% —timely measures due to drone surveillance. Journal for Studies in Management and Planning (Peer-Reviewed Journal) ISSN: 2395-0463 Volume 11 Issue 11 November 2025 55 Received: 2 November 2025 Revised: 18 November 2025 Accepted: 27 November 2025 Copyright  authors 2025 DOI: https://doi.org/10.5281/zenodo.17908998 4. Difficulties • The cost of drone service is high for small farmers. • Internet connectivity to blockchain systems is unstable. 5. Recommendations • 'Common Drone Service' and Training through FPOs. • PPP model of Gram Panchayats and private providers for Village Level High-Speed Internet Project. General Inspection In both the villages, technology has brought transparency in the market, price rise and reduced crop losses, but digital literacy and infrastructure are still not the same for all farmers. These problems can be mitigated through community services (FPOs/SHGs), government grants and training. 8. Constraints and Limitations 1. Lack of digital literacy and access — Not all farmers use smartphones and the internet, so respect for technology does not grow equally. 2. Financial constraints — cold chains, IoT equipment, drones — are expensive for small farmers. 3. Lack of Infrastructure — Incompatibility between roads, refrigeration-transport, and computing infrastructure. 4. Lack of regulatory and consistency — barriers to market regulation, data security, and enforcement of digital transaction rules. 5. Weather-related risks - Crop damage due to unpredictable monsoon changes and weather events; Need for hedging/vintage solutions. (Reference: Local Weather and Reports.) 9. Policy Recommendations 1. Digital Inclusion Campaign o Reinvigorate mobile apps and training in Marathi language for local farmers through KVKs, District Agriculture Department and NGOs; Ideally, it is a 'market-right-on-phone' facility. 2. FPOs/SHG-based Common Technology Services o Cold chain, IoT monitoring and drone services can be shared through FPOs/Cooperatives to improve its cost and penetration. 3. Integration of APMC and e-NAM o Digital recording of local APMC markets and integration with e-NAM should be done to increase more transparent pricing and online listing. 4. Public-Private Partnership (PPP) for Cold Chain Expansion o Invest in a PPP model to facilitate cold storage and transportation; Promote mobile-based cold-storage booking and shared logistics platforms. Journal for Studies in Management and Planning (Peer-Reviewed Journal) ISSN: 2395-0463 Volume 11 Issue 11 November 2025 56 Received: 2 November 2025 Revised: 18 November 2025 Accepted: 27 November 2025 Copyright  authors 2025 DOI: https://doi.org/10.5281/zenodo.17908998 5. Data-based preconception and hedging tools o Weather and market-data-based alerts, data-based plans for insurance/insurance; Government-funded stove-insurance program. 6. Subsidy for Traceability and Branded Packaging o Pilot subsidized blockchain/traceability systems for export-group and highvalue production; Enable branding and direct-purchase options. 10. Outline of Implementation — 2 years • First 6 months: Review of local needs, identification of Farmer Producer Organizations / Self Help Groups, Development of training modules including Krishi Vigyan Kendras. • 6–12 months: 3–5 pilot villages have been covered with e-NAM integration, shared cold-storage and mobile services rolled out. • 12–24 months: Pilot assessment, scale-up, financing and policy improvements. Conclusion Agricultural marketlessness and use of technology in Nashik district lie at two extremes: highquality technology and chains have developed in exportable products (grapes), but the average rural farmer is still not fully benefiting from digital and cold-chain services. Training of organizations like KVK and APMC/cold storage infrastructure are the main pillars. With the right policy, common service model and digital inclusion, the fruits of modern technology in Nashik's rural agricultural marketing will be able to reach the common farmers. References- • M.G. Sanap, "Fruit Crops Cropping System in Nashik District" (PDF) - Latest tehsilbased cropping pattern and area-wise changes. • Agricultural Produce Market Committee, Pimpalgaon Baswant (APMC) - Information about the nature of the local market committee and the market. • Krishi Vigyan Kendra, Nashik — Official information about training and dissemination of technology. • Times of India Report - Grape export figures in Nashik (2024-25 season). • Local Cold-Storage Business List (JustDial) - A list of cold chain and storage service providers. • Local newspapers and news on weather/events (e.g. damage caused by rain) - for reference.