Abstract

The 17 Sustainable Development Goals (SDGs) adopted by the United Nations are at the center of the global political agenda to eradicate extreme poverty, achieve universal education, promote gender equality and ensure environmental sustainability between others. These goals are organised in 169 indicators, which give an accurate perspective on the main dimensions related with country sustainable development. To gain insight into the relative position of involved countries, it is necessary to develop a composite index that summarises the global progress in the achievement of these goals, but considering possible conflicts and trade-offs between individual SDGs. The objective of this paper is to introduce a Goal Programming model to calculate a composite SDG index, capable of overcoming some of the limitations of celebrated approaches such as arithmetic and geometric averages. The proposed model balances between two extreme solutions: one which calculates a consensus index that reflects the majority trend of the SDGs, and another one which biases the estimated index towards those SDGs that show the most discrepancy with the rest. The model is applied on the EU-28 countries, and shows that the best performing countries regarding the sustainable development are Austria and Luxembourg, while Greece and Romania remain as the worst performers.

Highlights

  • The Sustainable Development Goals (SDGs) are a set of 17 global goals adopted by all member states of the United Nations in September 2015 [1]

  • Academics have recently proposed the calculation of a composite index in order to compute a global sustainable development measure, as an effort to summarise the goals stated in the SDGs [1,3,4]

  • The aim of this paper is to propose a new weighting scheme for the calculation of the Sustainable Development Goal Index by considering Goal Programming (GP), filling the above-mentioned gap regarding traditional aggregation methods

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Summary

Introduction

The Sustainable Development Goals (SDGs) are a set of 17 global goals adopted by all member states of the United Nations in September 2015 [1]. They include areas such as economic inequality, environmental sustainability, innovation, peace and justice, sustainable consumption, among other priorities. The goals are structured in 169 broad and somewhat interdependent indicators, which are proposed to guide governments to achieve a sustainable development. Academics have recently proposed the calculation of a composite index in order to compute a global sustainable development measure, as an effort to summarise the goals stated in the SDGs [1,3,4]. Stakeholders can benefit from the advantages offered by a composite index [5], e.g., it permits summarising complex and multi-dimensional realities to support decision-makers, it is easier to interpret than a broad range of different indicators, enables country comparison and country evolution assessment over time, and facilitates communication with the general public

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