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A review of corporate climate ratings: Assessing divergence from scientific expectations.

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Title: A review of corporate climate ratings: Assessing divergence from scientific expectations.
Authors: Kohler, Marine1,2 (AUTHOR) marine.kohler@centralesupelec.fr, Da Costa, Pascal1 (AUTHOR) pascal.da-costa@centralesupelec.fr, Cluzel, François1 (AUTHOR) francois.cluzel@centralesupelec.fr, Umbricht, Loïc2 (AUTHOR) loic@greenly.earth
Source: Renewable & Sustainable Energy Reviews. Jan2026:Part C, Vol. 226, pN.PAG-N.PAG. 1p.
Subjects: Information asymmetry, Corporate sustainability, Benchmarking (Management), Carbon dioxide mitigation, Greenhouse gases, Environmental indicators, Greenhouse gas analysis, Test validity
Abstract: Private investment and consumption choices serve as a major driver to push companies to cut their greenhouse gas emissions and align their activities with the goal of reaching global Net Zero. Sustainability scores, labels and rankings have helped guide these decisions since the 1990s. They thus have significant leverage on defining future energy consumption and production, and, more generally, the upcoming low-carbon economy. Yet, such tools are now coming under increasing scholarly criticism. In this context, this study offers a review of issues raised by scholars, an inventory of climate-related scores, labels and ranking providers and their offerings, and an assessment of scores against best-in-class practices for each issue. The concerns raised in the scientific literature are related to the accuracy, reliability, and fairness of the tools, and whether they are effective in driving corporate action. Tool providers were found to use a diversity of business models, methodologies, and definitions of corporate climate performance. Despite some variability across tools and concerns, tools remain generally opaque and poorly aligned with scientific expectations. While corporate climate performance systems typically address indirect impacts and industry and size specificities; they rarely use standardized, verified inputs, and transparent, science-based weightings. Investors, corporations, and researchers can use our results to inform their choice of information providers, and regulators might take interest in the snapshot we provide on the maturity of the corporate climate performance measurement market. This paper aims to initiate improvements in the design of sustainability information systems. • Climate scores can lack accuracy, reliability, fairness, and impact. • Varying definitions of climate performance result in diverse methods and perimeters. • Scoring systems remain relatively opaque, leading to information asymmetry. • Despite exceptions, climate scores generally misalign with academic concerns. • Standardized, verified inputs and transparent, science-based weightings remain rare. [ABSTRACT FROM AUTHOR]
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Database: Engineering Source
Description
Abstract:Private investment and consumption choices serve as a major driver to push companies to cut their greenhouse gas emissions and align their activities with the goal of reaching global Net Zero. Sustainability scores, labels and rankings have helped guide these decisions since the 1990s. They thus have significant leverage on defining future energy consumption and production, and, more generally, the upcoming low-carbon economy. Yet, such tools are now coming under increasing scholarly criticism. In this context, this study offers a review of issues raised by scholars, an inventory of climate-related scores, labels and ranking providers and their offerings, and an assessment of scores against best-in-class practices for each issue. The concerns raised in the scientific literature are related to the accuracy, reliability, and fairness of the tools, and whether they are effective in driving corporate action. Tool providers were found to use a diversity of business models, methodologies, and definitions of corporate climate performance. Despite some variability across tools and concerns, tools remain generally opaque and poorly aligned with scientific expectations. While corporate climate performance systems typically address indirect impacts and industry and size specificities; they rarely use standardized, verified inputs, and transparent, science-based weightings. Investors, corporations, and researchers can use our results to inform their choice of information providers, and regulators might take interest in the snapshot we provide on the maturity of the corporate climate performance measurement market. This paper aims to initiate improvements in the design of sustainability information systems. • Climate scores can lack accuracy, reliability, fairness, and impact. • Varying definitions of climate performance result in diverse methods and perimeters. • Scoring systems remain relatively opaque, leading to information asymmetry. • Despite exceptions, climate scores generally misalign with academic concerns. • Standardized, verified inputs and transparent, science-based weightings remain rare. [ABSTRACT FROM AUTHOR]
ISSN:13640321
DOI:10.1016/j.rser.2025.116352