Tree‐based model for achieving environmental impact neutrality: A case study application in the agri‐food sector

Author:

Varavallo Giuseppe12ORCID,Rugani Benedetto34,Allocco Marco5,Barbera Filippo16,Calfapietra Carlo34

Affiliation:

1. Department of Cultures, Politics and Society University of Turin Torino Italy

2. Department Economics and Statistics “Cognetti de Martiis” University of Turin Torino Italy

3. National Research Council of Italy (CNR) Research Institute on Terrestrial Ecosystems (IRET) Porano (TR) Italy

4. National Biodiversity Future Centre (NBFC) Palermo Italy

5. SEAcoop STP Turin Italy

6. Collegio Carlo Alberto Torino Italy

Abstract

AbstractConsensus does not currently exists on how to offset the residual environmental footprint generated by agricultural and forestry practices. This paper develops an environmental sustainability management framework to support the achievement of environmental impact neutrality in the primary sector of agriculture and forestry. The proposed framework, named TREEIN, “a TREe model for Environmental Impact Neutrality”, can guide companies toward effective use of existing environmental management and certification schemes that account for both the negative impact of the production system's life cycle and the positive impact offered by adequate ecosystem service supply. First, we did an overview of international standard certifications, protocols, and sustainability programs based on life cycle assessment (LCA) and ecosystem services assessment (ESA) methodologies. Subsequently, we analyzed the sustainability programs in the European‐specific economic sectors of wine and extra‐virgin olive oil, focusing on the combined approach of LCA and ESA methodologies. As a result, TREEIN, a tree model framework, was developed and applied to the case study of a typical farming system in Tuscany (Italy) in order to achievie impact neutrality. Quantitative outcomes, qualitative assertions, and the methodological challenges associated with such a pilot application are investigated and discussed. The TREEIN's benefits and drawbacks are explored in light of the findings of this case study, and a roadmap for its further advancement and adoption in the market is presented.

Publisher

Wiley

Reference87 articles.

1. Multiple correspondence analysis;Abdi H.;Encyclopedia of Measurement and Statistics,2007

2. Integrated earth system dynamic modeling for life cycle impact assessment of ecosystem services

3. A Global Mitigation Hierarchy for Nature Conservation

4. AWS Alliance for Water Stewardship standard (2017). Retrieved March 8 2023 fromhttps://a4ws.org/the-aws-standard-2-0/

5. Assessing Net Environmental and Economic Impacts of Urban Forests: An Online Decision Support Tool

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