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.
Host: Welcome to A.I.S. Insights, the podcast where we connect Living Knowledge to your business. I'm your host, Anna Ivy Summers. Host: Today, we're diving into a fascinating new study titled "There is AI in SustAInability – A Taxonomy Structuring AI For Environmental Sustainability". Host: With me is our expert analyst, Alex Ian Sutherland, who has explored this research. Alex, welcome. Expert: Great to be here, Anna. Host: To start, this study aims to create a structured framework for the growing field of AI for environmental sustainability. Can you set the stage for us? What's the big problem it’s trying to solve? Expert: Absolutely. Everyone is talking about using AI to tackle climate change, but the field is incredibly fragmented. It's a collection of great ideas, but without a cohesive structure. Host: So it's like having a lot of puzzle pieces but no picture on the box to guide you? Expert: That's a perfect analogy. For businesses, this disorganization makes it difficult to understand the landscape, compare different AI solutions, or decide where to invest for the biggest impact. This study addresses that by creating a clear, systematic map of the territory. Host: A map sounds incredibly useful. How did the researchers go about creating one for such a complex and fast-moving area? Expert: They used a very practical, iterative approach. They didn't just build a theoretical model. Instead, they conducted a rigorous review of existing scientific literature and then cross-referenced those findings with dozens of real-world AI applications from innovative companies. Expert: By moving back and forth between academic theory and real-world examples, they refined their framework over five distinct cycles to ensure it was both comprehensive and grounded in reality. Host: And the result of that process is what they call a 'multi-layer taxonomy'. It sounds a bit technical, but I have a feeling you can simplify it for us. Expert: Of course. The final framework is organized into three simple layers. Think of them as three essential questions you'd ask about any AI sustainability tool. Host: I like that. What's the first question? Expert: The first is the 'Context Layer', and it asks: What environmental problem are we solving? This identifies which of the UN's Sustainable Development Goals the AI addresses, like clean water or climate action, and the specific topic, like agriculture, energy, or pollution. Host: Okay, so that’s the 'what'. What’s next? Expert: The second is the 'AI Setup Layer'. This asks: How does the technology actually work? It looks at the technical foundation—the type of AI, where its data comes from, be it satellites or sensors, and how that data is accessed. It’s the nuts and bolts. Host: The 'what' and the 'how'. That leaves the third layer. Expert: The third is the 'Usage Layer', which asks: Who is this for, and what are the risks? This is crucial. It defines the end-users—governments, companies, or individuals—and evaluates the system's potential risks, helping to guide responsible development. Host: This framework brings a lot of clarity. So, let’s get to the most important question for our audience: why does this matter for business leaders? Expert: It matters because this framework is essentially a strategic toolkit. First, it provides a common language. Your tech team, sustainability officers, and marketing department can finally get on the same page. Host: That alone sounds incredibly valuable. Expert: It is. Second, it's a guide for design and evaluation. If you're developing a new product, you can use this structure to align your solution with a real sustainability strategy, identify technical needs, and pinpoint your target customers right from the start. Host: So it helps businesses build better, more focused sustainable products. Expert: Exactly. And it also helps them innovate by spotting new opportunities. By mapping existing solutions, a business can easily see where the market is crowded and, more importantly, where the gaps are. It can point the way to underexplored areas ripe for innovation. Expert: For example, the study highlights a tool that uses computer vision on a tractor to spray herbicide only on weeds, not crops. The framework makes its value crystal clear: the context is sustainable agriculture. The setup is AI vision. The user is the farming company. It builds a powerful business case. Host: So, this is far more than just an academic exercise. It's a practical roadmap for businesses looking to make a real, measurable impact with AI. Host: The study tackles the fragmented world of AI for sustainability by offering a clear, three-layer framework—Context, AI Setup, and Usage—to help businesses design, evaluate, and innovate responsibly. Host: Alex Ian Sutherland, thank you for making this complex topic so accessible. Expert: My pleasure, Anna. Host: And to our listeners, thank you for tuning into A.I.S. Insights — powered by Living Knowledge. Join us next time as we translate another key study into business intelligence.
Artificial Intelligence, AI for Sustainability, Environmental Sustainability, Green IS, Taxonomy