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There is AI in SustAInability – A Taxonomy Structuring AI For Environmental Sustainability

There is AI in SustAInability – A Taxonomy Structuring AI For Environmental Sustainability

Feline Schnaak, Katharina Breiter, Henner Gimpel
This study develops a structured framework to organize the growing field of artificial intelligence for environmental sustainability (AIfES). Through an iterative process involving literature reviews and real-world examples, the researchers created a multi-layer taxonomy. This framework is designed to help analyze and categorize AI systems based on their context, technical setup, and usage.

Problem Artificial intelligence is recognized as a powerful tool for promoting environmental sustainability, but the existing research and applications are fragmented and lack a cohesive structure. This disorganization makes it difficult for researchers and businesses to holistically understand, compare, and develop effective AI solutions. There is a clear need for a systematic framework to guide the analysis and deployment of AI in this critical domain.

Outcome - The study introduces a comprehensive, multi-layer taxonomy for AI systems for environmental sustainability (AIfES).
- This taxonomy is structured into three layers: context (the sustainability challenge), AI setup (the technology and data), and usage (risks and end-users).
- It provides a systematic tool for researchers, developers, and policymakers to analyze, classify, and benchmark AI applications, enhancing transparency and understanding.
- The framework supports the responsible design and development of impactful AI solutions by highlighting key dimensions and characteristics for evaluation.
Artificial Intelligence, AI for Sustainability, Environmental Sustainability, Green IS, Taxonomy