This paper analyses energy and economic balances for different growing methods (conventional, integrated and organic cultivation) for Protected Geographical Indications (PGI) Clementine of Calabria, a quality-oriented citrus species in South Italy. Through a double methodological approach, the economic and energy sustainability of each production system was assessed by accounting for the farm net value (FNV) of farms. The energy employment in terms of direct (D) and indirect (I) sources and in terms of renewable (R) and non-renewable (NR) energy sources was also analysed. Regarding FNV, the results show that in the presence of European subsidies, organic farming (with 6.06 k€ ha-1) is more profitable than other systems (4.33 k€ ha-1 for integrated farming and 4.99 k€ ha-1 for conventional farming) due to the higher sales price of organic PGI clementines, which allow producers to obtain the highest remuneration for their capital (1.65 B/C organic, 1.48 B/C integrated, 1.61 B/C conventional). In addition, from an energy perspective, the organic farming systems showed better performances than conventional and integrated systems because they required the lowest average energy employment (49.5 GJ ha-1 year-1) compared with the integrated (57.2 GJ ha-1 year-1) and conventional scenarios (59.1 GJ ha-1 year-1).

Can sustainability match quality citrus fruit growing production? An energy and economic balance of agricultural management models for ‘PGI clementine of calabria’

D’Amico, M.;
2018

Abstract

This paper analyses energy and economic balances for different growing methods (conventional, integrated and organic cultivation) for Protected Geographical Indications (PGI) Clementine of Calabria, a quality-oriented citrus species in South Italy. Through a double methodological approach, the economic and energy sustainability of each production system was assessed by accounting for the farm net value (FNV) of farms. The energy employment in terms of direct (D) and indirect (I) sources and in terms of renewable (R) and non-renewable (NR) energy sources was also analysed. Regarding FNV, the results show that in the presence of European subsidies, organic farming (with 6.06 k€ ha-1) is more profitable than other systems (4.33 k€ ha-1 for integrated farming and 4.99 k€ ha-1 for conventional farming) due to the higher sales price of organic PGI clementines, which allow producers to obtain the highest remuneration for their capital (1.65 B/C organic, 1.48 B/C integrated, 1.61 B/C conventional). In addition, from an energy perspective, the organic farming systems showed better performances than conventional and integrated systems because they required the lowest average energy employment (49.5 GJ ha-1 year-1) compared with the integrated (57.2 GJ ha-1 year-1) and conventional scenarios (59.1 GJ ha-1 year-1).
Agricultural sustainability; Citrus growing; Economic analysis; Energy balance; PGI; Agronomy and Crop Science
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/20.500.11769/364031
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