Fig cultivation in Chile has transitioned over the last fifteen years from a primarily domestic presence to a technically advanced sector geared towards high-value markets. At the beginning of the 2010s, the National Fruit Registry recorded a consolidated commercial area of 104.31 hectares distributed across 107 main production units. This initial base experienced sustained growth during the following five years, reaching 110.8 hectares in 2011 and a turning point in 2017 with 112.6 hectares, demonstrating remarkable resilience in the face of the first signs of the megadrought in the central region. Currently, agricultural planning records and the most recent regional registries place the commercial area at 192.24 hectares, representing an expansion of almost 85% compared to the beginning of the analyzed period.
The regional dynamics have undergone profound transformations dictated by water availability and logistics. The Metropolitan Region has consolidated its historical leadership, increasing from 39.85 hectares in 2014 to 47.02 hectares in subsequent updates, benefiting from its proximity to export hubs and an optimal Mediterranean climate. In contrast, the semi-arid north has reflected the severity of the water crisis; the Coquimbo Region, which had 19.26 hectares of commercial fig orchards in 2011, saw its area reduced to just 6.49 hectares in the 2024 update, a 66% drop that demonstrates the displacement of fig cultivation by higher-priority crops in areas of critical scarcity. For its part, the O'Higgins Region has maintained a stable profile, fluctuating slightly from 33.8 hectares in 2011 to 30.51 hectares in the last cadastral cycle of 2024, concentrating its production in the deeper central valleys.
The leap in productivity has been the most significant technical milestone of the last decade. Average yields per hectare have risen from 3.9 tons in the mid-2000s to a current average of 6.5 tons in technologically advanced orchards. This 66% increase in production efficiency is explained by the widespread adoption of drip irrigation—which already covers 75.6% of the fruit-growing area in key regions like Maule—and the implementation of high-density planting systems. Cutting-edge projects in the country are operating under super-intensive spacing of 1.5 x 0.66 meters, reaching densities of 10,101 plants per hectare, which allows for a much faster entry into production than traditional systems.
In economic terms, fig cultivation has positioned itself as a highly profitable niche business, albeit one sensitive to operating costs. The land ownership structure in Chile favors this sector, as 91% of fruit farms fall within the range of 0.1 to 49.9 hectares, an ideal scale for a crop that demands meticulous, manual management. Harvesting remains the critical factor, representing 50% of total production costs due to the impossibility of mechanizing the harvest without damaging the fruit's delicate skin. Despite this, the return is attractive; while the domestic market absorbs the production of early figs (brevas) with significant trade values in established cycles, the export sector has managed to place 60% of its shipments in Europe, primarily in England, France, and Germany, and 38% in the North American market. With a national fruit-growing area growth rate of 3.2% annually, the fig tree is projected as a fundamental piece in the diversification of the Chilean export basket in the face of new climate scenarios.
Sources consulted
Natural Resources Information Center (CIREN). (2019). Fruit Species: Fig Tree. Territorial Data Observatory . https://observatorio.ciren.cl/profile/cuartel_fruticola/higuera-43
Ministry of Public Works (MOP). (2023). Fruit Plan: Analysis of the surface area and irrigation projection in Chile . https://planeamiento.mop.gob.cl/uploads/sites/12/2023/05/PLAN_FRUTICOLA.pdf
Office of Agricultural Studies and Policies (ODEPA). (2024). Fruit Bulletin: January 2024. Behavior of the export and import market . https://www.odepa.gob.cl/publicaciones/boletines/boletin-de-fruta-enero-2024
Office of Agricultural Studies and Policies (ODEPA) & Natural Resources Information Center (CIREN). (2024). Fruit Census: Main results Regions of Atacama, Coquimbo and O'Higgins . https://www.odepa.gob.cl/estadisticas-del-sector/catastros-fruticolas/catastro-fruticola-ciren-odepa
Office of Agricultural Studies and Policies (ODEPA) & Natural Resources Information Center (CIREN). (2023). Fruit Census: Results Metropolitan and Valparaíso Regions . https://bibliotecadigital.ciren.cl/bitstreams/cd881aca-db2d-4b4d-b46d-bdcd1e4e36ec/download
Earth Platform. (2024). Super-intensive fig cultivation: comparison of different stem densities and commercial yields . https://www.plataformatierra.es/innovacion/higuera-superintensivo-comparativa-distintas-densidades-tallos-paiporta-junio-2024
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