Preserving natural capital and the services it provides to humanity is crucial, yet integrating ecosystem services (ES) into policy and practice remains challenging. The Gross Ecosystem Product (GEP) concept was introduced as an aggregate monetary value of ES, offering a new metric to guide decision-making beyond traditional economic indicators like GDP. Originally developed in China, this study adapts the GEP framework to the European context, using a case study in the Apennines east of Parma, Italy. The methodology involves identifying key ES, biophysical quantification, and economic valuation to aggregate these into a single GEP metric. Results demonstrate that regulating services, such as habitat quality and erosion protection, significantly contribute to GEP, highlighting the essential link between ecological and economic systems. This approach supports spatial policy development, natural capital enhancement, and community planning, providing a comprehensive tool for integrating ES values into broader decision-making contexts, from national accounting systems to urban and regional planning.

Gross Ecosystem Product as a Measure of Natural Capital Value: An Italian Experience / Pacetti, T., Lompi, M., Panza, G., Bosso, A., Monaci, M., Pasini, G., Santolini, R.. - In: EARTH SYSTEMS AND ENVIRONMENT. - ISSN 2509-9426. - STAMPA. - 9:(2025), pp. 2417-2435. [10.1007/s41748-024-00492-z]

Gross Ecosystem Product as a Measure of Natural Capital Value: An Italian Experience

Pacetti, Tommaso
Writing – Original Draft Preparation
;
Lompi, Marco
Software
;
2025

Abstract

Preserving natural capital and the services it provides to humanity is crucial, yet integrating ecosystem services (ES) into policy and practice remains challenging. The Gross Ecosystem Product (GEP) concept was introduced as an aggregate monetary value of ES, offering a new metric to guide decision-making beyond traditional economic indicators like GDP. Originally developed in China, this study adapts the GEP framework to the European context, using a case study in the Apennines east of Parma, Italy. The methodology involves identifying key ES, biophysical quantification, and economic valuation to aggregate these into a single GEP metric. Results demonstrate that regulating services, such as habitat quality and erosion protection, significantly contribute to GEP, highlighting the essential link between ecological and economic systems. This approach supports spatial policy development, natural capital enhancement, and community planning, providing a comprehensive tool for integrating ES values into broader decision-making contexts, from national accounting systems to urban and regional planning.
2025
9
2417
2435
Goal 13: Climate action
Goal 2: Zero hunger
Goal 11: Sustainable cities and communities
Goal 14: Life below water
Goal 6: Clean water and sanitation
Goal 15: Life on land
Pacetti, Tommaso; Lompi, Marco; Panza, Giovanna; Bosso, Alessandro; Monaci, Marco; Pasini, Giovanni; Santolini, Riccardo
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Utilizza questo identificatore per citare o creare un link a questa risorsa: https://hdl.handle.net/2158/1493192
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