Monitoring the sustainability of the bioeconomy - Pilot in Uruguay

©FAO/Fernanda Testa Monteiro
Introduction | This project developed a robust methodology to monitor bioeconomy sustainability and successfully piloted it in Uruguay. By enabling data-driven insights on biomass flows and bio-based sectors, it offers a replicable model for advancing SDG 12 and sustainable agrifood systems globally. |
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Country | Uruguay |
Start date | 01/11/2021 |
End date | 30/06/2023 |
Status | Completed |
Project Code | GCP /GLO/724/GER |
Objective / Goal |
The project addresses the gap in methods and data for monitoring the sustainability of the bioeconomy. It aimed to develop two complementary monitoring systems: one for tracking qualitative biomass flows of major agricultural commodities and their sustainability and circularity, and another for analyzing bio-based sectors within the broader economy. Both studies were applied to Uruguay as a case study, with the ambition of providing a comprehensive analysis of the bioeconomy’s sustainability. |
Partners |
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Beneficiaries |
National governments seeking to measure and monitor the sustainability of the bioeconomy. |
Activities |
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Impact |
A comprehensive methodology for monitoring bioeconomy sustainability was developed and successfully pilot-tested in Uruguay. his methodology contributes to monitoring progress towards SDG 12, particularly with regard to improving the efficiency and competitiveness of agrifood systems. Due to its success, other countries have expressed interest in applying it. A final report, published in 2023, outlines the methodology ("the what") and provides a detailed case study of Uruguay’s inclusive process ("the how"), offering practical guidance for its replication. |
Contact | [email protected] |
Bioeconomy in Uruguay - Pilot project | |
Related publications |
![]() Monitoring the sustainability of the bioeconomy – Pilot in Uruguay31/12/2023This publication focuses on how to monitor the sustainability of the bioeconomy and describes how to develop two monitoring systems; qualitative biomass flows of major agricultural commodities and their sustainability and circularity, and analysis of bio-based sectors within the wider economy. |