Measuring the Unmeasurable: A Systematic Review of AI Environmental Footprint Methods and the SAERP Framework for Standardized Reporting

This deposit contains the PDF of the pre-print and the supplementary material for the systematic review "Measuring the Unmeasurable: A Systematic Review of AI Environmental Footprint Methods and the SAERP Framework for Standardized Reporting". It contains the complete empirical corpus of 174 studies (66 extracted variables plus source-filename traceability), the classified and venue-enriched versions used for the paper's statistics, the exclusion log for all 136 excluded papers, the raw 306-paper extraction output with per-paper confidence and verification-turn diffs, the reproducible LLM-assisted extraction pipeline (GLM 5.3 Flash via OpenRouter, two-turn verification), a deterministic classifier, and the analysis script that regenerates every reported statistic. It also contains the Standardized AI Environmental Reporting Protocol (SAERP) as a three-tier reporting framework (Bronze / Silver / Gold) with a JSON schema, a CSV template, and a print-ready checklist. Headline findings from the paper: 89.1% of studies report energy but only 55.7% report carbon, 19.5% embodied carbon, 6.3% water, and 2.9% rare-earth; Bronze aggregate compliance is 42.5% (74/174) under the strict rule; all 18 industry-funded studies were rated Medium or High Risk of Bias versus 26.9% of non-industry studies (Cramer's V = 0.468).

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-09-29
DOI
https://doi.org/10.5281/zenodo.23039269
Primary Topic
Recycling and Waste Management Techniques
Type
preprint
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preprint

Measuring the Unmeasurable: A Systematic Review of AI Environmental Footprint Methods and the SAERP Framework for Standardized Reporting

Samar Ansari
Zenodo (CERN European Organization for Nuclear Research)
Recycling and Waste Management Techniques
preprint

Measuring the Unmeasurable: A Systematic Review of AI Environmental Footprint Methods and the SAERP Framework for Standardized Reporting

Samar Ansari
preprint en

Abstract

This deposit contains the PDF of the pre-print and the supplementary material for the systematic review "Measuring the Unmeasurable: A Systematic Review of AI Environmental Footprint Methods and the SAERP Framework for Standardized Reporting". It contains the complete empirical corpus of 174 studies (66 extracted variables plus source-filename traceability), the classified and venue-enriched versions used for the paper's statistics, the exclusion log for all 136 excluded papers, the raw 306-paper extraction output with per-paper confidence and verification-turn diffs, the reproducible LLM-assisted extraction pipeline (GLM 5.3 Flash via OpenRouter, two-turn verification), a deterministic classifier, and the analysis script that regenerates every reported statistic. It also contains the Standardized AI Environmental Reporting Protocol (SAERP) as a three-tier reporting framework (Bronze / Silver / Gold) with a JSON schema, a CSV template, and a print-ready checklist. Headline findings from the paper: 89.1% of studies report energy but only 55.7% report carbon, 19.5% embodied carbon, 6.3% water, and 2.9% rare-earth; Bronze aggregate compliance is 42.5% (74/174) under the strict rule; all 18 industry-funded studies were rated Medium or High Risk of Bias versus 26.9% of non-industry studies (Cramer's V = 0.468).

Zenodo (CERN European Organization for Nuclear Research)
University of Chester (GB)
Recycling and Waste Management Techniques
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Measuring the Unmeasurable: A Systematic Review of AI Environmental Footprint Methods and the SAERP Framework for Standardized Reporting — Samar Ansari · Zenodo (CERN European Organization for Nuclear Research) (2026) | TGRS Research Map | TGRS