Post-COVID-19 Changes in Agricultural Production in Nashik and Ahmednagar Districts

Abstract Purpose: This study examines the post-COVID-19 transformation of agriculture in the Nashik and Ahmednagar districts of Maharashtra (2021–2025). It analyzes shifts in cropping patterns, technology adoption, and marketing systems, and assesses their effects on rural employment and household incomes. The objective is to understand how two agriculturally significant yet crop-diverse districts adapted to pandemic-induced disruptions while sustaining food security and economic resilience. Method: The research synthesizes secondary sources government reports, economic surveys, district-level agricultural statistics, and scholarly and media publications. A comparative district approach was used to trace trends in production, technology use, market adaptation, and policy impacts. The analysis is thematically organized and complemented by qualitative insights from official accounts and farmer-reported experiences to contextualize quantitative patterns. Key Findings: The Rainfall and market prices influenced cropping choices more than the pandemic itself. In Nashik, 84% of farmers retained pre-pandemic crops (grapes, onions, pomegranates, vegetables) with gradual diversification into soybeans and high-value vegetables via mixed/intercropping. Ahmednagar, aided by good rainfall, expanded sugarcane to record levels and increased pomegranate orchards under the central cluster programme. Technology adoption accelerated in both districts: micro-weather stations, drip irrigation, mechanized harvesting, and digital tools (e-NAM, WhatsApp, YouTube) became more prevalent. Marketing shifted toward direct farmer-to-consumer channels home delivery, mobile vans, online orders and greater digital integration of APMCs. Government initiatives (e.g., Operation Greens, One District One Product, PM-FME) supported market and processing linkages. Employment outcomes were mixed: returning migrants briefly eased labour shortages, but as urban sectors reopened, mechanization offset renewed scarcities. Implications: post-pandemic agriculture in these districts is increasingly market-oriented, technology-driven, and moderately diversified. Despite resilience in output and marketing, profitability remains constrained by rising input costs, climate variability, and price volatility. Policy priorities should include price-stabilization mechanisms, investment in cold-chain and processing infrastructure, support for climate-resilient practices, and institutional strengthening of Farmer Producer Organizations to enhance value addition and market access. These measures are pivotal for sustainable growth and secure rural livelihoods in similar agro-economic settings.

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2025-08-31
DOI
https://doi.org/10.5281/zenodo.17157577
Primary Topic
Geochemistry and Geologic Mapping
Type
article
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article

Post-COVID-19 Changes in Agricultural Production in Nashik and Ahmednagar Districts

Zenodo (CERN European Organization for Nuclear Research)
Geochemistry and Geologic Mapping
article

Post-COVID-19 Changes in Agricultural Production in Nashik and Ahmednagar Districts

article en

Abstract

Abstract Purpose: This study examines the post-COVID-19 transformation of agriculture in the Nashik and Ahmednagar districts of Maharashtra (2021–2025). It analyzes shifts in cropping patterns, technology adoption, and marketing systems, and assesses their effects on rural employment and household incomes. The objective is to understand how two agriculturally significant yet crop-diverse districts adapted to pandemic-induced disruptions while sustaining food security and economic resilience. Method: The research synthesizes secondary sources government reports, economic surveys, district-level agricultural statistics, and scholarly and media publications. A comparative district approach was used to trace trends in production, technology use, market adaptation, and policy impacts. The analysis is thematically organized and complemented by qualitative insights from official accounts and farmer-reported experiences to contextualize quantitative patterns. Key Findings: The Rainfall and market prices influenced cropping choices more than the pandemic itself. In Nashik, 84% of farmers retained pre-pandemic crops (grapes, onions, pomegranates, vegetables) with gradual diversification into soybeans and high-value vegetables via mixed/intercropping. Ahmednagar, aided by good rainfall, expanded sugarcane to record levels and increased pomegranate orchards under the central cluster programme. Technology adoption accelerated in both districts: micro-weather stations, drip irrigation, mechanized harvesting, and digital tools (e-NAM, WhatsApp, YouTube) became more prevalent. Marketing shifted toward direct farmer-to-consumer channels home delivery, mobile vans, online orders and greater digital integration of APMCs. Government initiatives (e.g., Operation Greens, One District One Product, PM-FME) supported market and processing linkages. Employment outcomes were mixed: returning migrants briefly eased labour shortages, but as urban sectors reopened, mechanization offset renewed scarcities. Implications: post-pandemic agriculture in these districts is increasingly market-oriented, technology-driven, and moderately diversified. Despite resilience in output and marketing, profitability remains constrained by rising input costs, climate variability, and price volatility. Policy priorities should include price-stabilization mechanisms, investment in cold-chain and processing infrastructure, support for climate-resilient practices, and institutional strengthening of Farmer Producer Organizations to enhance value addition and market access. These measures are pivotal for sustainable growth and secure rural livelihoods in similar agro-economic settings.

Zenodo (CERN European Organization for Nuclear Research)
G.S. Science, Arts And Commerce College (IN)
Zero hunger
Openalex Percentile: Top 34%
Geochemistry and Geologic Mapping
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