An Analysis of Growth, Instability, and Trends in Fruit Crop Production using Secondary Data

Abstract

Fruit crops occupy a distinctive position within Indian horticulture, combining high per-hectare value with long gestation periods, perennial cultivation cycles and, for several major crops, pronounced year-to-year production variability driven by biennial bearing tendencies, weather sensitivity and orchard ageing. This study applies a secondary data approach to jointly examine long-term growth trends and production instability in India's major fruit crops, with particular focus on mango and banana, which together account for more than half of total national fruit output. Data were compiled from National Horticulture Board publications, Ministry of Agriculture and Farmers Welfare advance estimates, and peer-reviewed secondary-data studies employing compound annual growth rate (CAGR) and instability index methodology. Results show that total fruit production in India grew from 28.6 million tonnes in 1991-92 to an estimated 114.51 million tonnes in 2024-25, a compound annual growth rate of approximately 4.29% over 33 years. Mango production grew from 8.72 to 22.84 million tonnes over the same period (CAGR approximately 2.96%), while banana production grew from 7.79 to 38.04 million tonnes (CAGR approximately 4.92%), indicating that banana has outpaced mango in long-term production growth despite mango's larger cultivated area share. Critically, disaggregated growth-and-instability analysis of mango reveals a divergent pattern masked by aggregate production growth figures: while mango area and production have both registered statistically significant positive compound growth (approximately 3.78% and 3.00% per annum respectively, 1987-88 to 2014-15), mango productivity has simultaneously registered a statistically significant negative growth rate of approximately -0.96% per annum, accompanied by high year-to-year instability, indicating that area expansion rather than genuine yield improvement has been the primary driver of mango production growth, with per-hectare yields effectively declining over the study period. Independent analysis extending the data series to 2021-22 corroborates this pattern, finding continued positive, low-instability growth in mango area and production alongside declining, high-instability productivity. The study concludes that fruit crop policy should place substantially greater emphasis on productivity-focused interventions - orchard rejuvenation, high-density planting, and replacement of ageing low-yielding trees - given that current growth in India's leading fruit crop is being sustained primarily through continued area expansion rather than genuine per-hectare productivity improvement, a pattern that carries clear long-term sustainability limits as suitable additional cultivable area diminishes.