Dec 2026· Environmental and Sustainability Indicators· 0 citations· 80 references
Abstract
Sustainability assessment has become central to production systems, but existing tools often provide fragmented, product-oriented, static, or poorly interpretable evaluations. Current assessment methods rarely integrate production functions with territorial characteristics, ecosystem services and dynamic data flows. Moreover, many tools depend on proprietary databases, specialised users and delayed outputs, limiting their practical usefulness for all potential users. This study proposes a new sustainability assessment framework designed to evaluate complex systems as agricultural and agro-livestock systems at farm level. The method aims to provide objective, transparent and decision-relevant information, while supporting policy guidance, farm management and communication along the supply chain. The method organises sustainability into three domains: environmental, territorial and social-economic. Relevant clusters are selected for each domain and assessed through farm-level indicators and territorial-context indicators. Drawing on risk assessment theory, each cluster is evaluated by combining the frequency of farm functions with the magnitude of their contextual effects. Indicators are normalised into a four-level matrix to obtain four grades for farm functions (lacking, rare, probable, highly probable), and environmental, territorial and social-economic vulnerability (light, medium, heavy, very heavy) of the farm settlement area. This evaluation results in sixteen values, which are then classified into four classes (negligible; medium; relevant; very relevant), aggregated into a sustainability composite index and, where appropriate, weighted according to policy priorities. The framework offers a dynamic, system-oriented and potentially semi-automated tool for routine on-farm assessments. It can support benchmarking, ex-ante evaluations, sustainable intensification, policy incentives, circularity strategies and consumer communication through a sustainability classification or label.
Background: Warehouse systems are critical nodes in global supply chains, yet the holistic assessment of their sustainability performance remains a significant research challenge. Existing studies tend to examine sustainability dimensions in isolation, predominantly focusing on energy consumption and cost optimization...
Dimitra Tzanetou, S. Ponis, G. Plakas et al.· Logistics· 0 citations
This study aims to develop and apply a simplified set of sustainability indicators within a small and medium-sized enterprise (SME) in the infrastructure construction sector, assessing their operational viability, implementation costs, and the potential for integrating these indicators into management processes and man...
Pierre da Silva Marinho, A. L. F. de S. Vasconcelos, Umbelina Cravo Teixeira Lagioia et al.· 6th Current Issues in Busine...· 0 citations
Food systems are central to Sustainable Development Goal 12, and large food retailers occupy a strategic position between producers and consumers. Comparative scientific assessments of retailer sustainability performance and retailer-specific conceptual frameworks remain limited.
We developed a generic four-...
C. Schader, Olivia Keller, M. Teriete et al.· Frontiers in Sustainability· 0 citations
Ecosystem Services (ES), or Nature’s Contributions to People (NCP), are increasingly understood as products of interactions between natural and anthropogenic inputs. However, co-production remains unevenly implemented in ecosystem assessments. Rather than seeking to measure or causally decompose co-production across al...
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Environmental Impact Assessment (EIA) has emerged as a fundamental instrument in environmental planning and decision-making processes across the globe. It provides a structured and systematic approach for identifying, predicting, and evaluating the potential environmental, social, and economic impacts of proposed devel...
Sushmita Ghosh, Chayan Biswas· International Journal of Cre...· 0 citations
Nature-Based Solutions (NBSs) are increasingly recognized as strategic tools for climate adaptation and urban regeneration, yet their implementation requires balancing environmental performance, territorial identity, and governance feasibility. This article investigates the application of the euPOLIS H2020 methodology...