The climate crisis often leaves us feeling powerless, creating a cycle of inaction that worsens the situation. While the knowledge and solutions to transition exist, gaps in policy and action hold us back. Isabell Steidel shares an example of planting trees to inspire climate action, only for systemic resistance to lead to failure, showing how the environment pays the price for inaction. Isabell Steidel is a Sustainability Advisor and Founder driving socio-ecological transformation in Heilbronn.
Author unknown. 2025-08-14. Rewiring Systems for Climate Actions. https://www.youtube.com/watch?v=Xm3RTJ9Adz0&ab_channel=TEDxTalks (AI & Environment Resource Hub; record video-153; collection snapshot 2026-09-15).
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Shared topics: Cross-cutting sustainability; Governance and society; Energy and electricity; Climate and greenhouse gases; Biodiversity and ecosystems; Weather, hazards, and adaptation
This course will help you understand AI's climate implications and identify practical next steps within your organization. The course begins with demystifying the connection between AI, Large Language Models (LLMs), data centers, and energy and water demand. Then you will learn about AI's environmental footprint, the related environmental and community impacts, you will evaluate real-world applications of AI across climate adaptation, energy transition, and nature conservation, and understand the business and policy landscape shaping corporate decisions.
Coursera
Shared topics: Cross-cutting sustainability; Energy and electricity; Climate and greenhouse gases; Biodiversity and ecosystems; Weather, hazards, and adaptation
This article examines how advanced digitalization and AI can enhance spatial energy planning and environmental assessments in Austria, offering solutions to data deficiencies that currently hinder biodiversity-friendly renewable energy transitions.
IAIA
Shared topics: Cross-cutting sustainability; Governance and society; Energy and electricity; Climate and greenhouse gases; Biodiversity and ecosystems
AI and ML optimize optoelectronic systems for sustainability by enhancing energy efficiency, renewable energy harvesting, environmental monitoring, and smart cities while also advancing ocean optics and photonics for marine ecosystem monitoring and climate change mitigation.
Library Progress International
Shared topics: Cross-cutting sustainability; Governance and society; Energy and electricity; Climate and greenhouse gases; Biodiversity and ecosystems
Amy Luers explores how artificial intelligence can drive the rapid and large-scale transformation needed to combat climate change and biodiversity loss, highlighting AI's role in reducing emissions, expanding renewable energy, minimizing waste, and protecting nature while emphasizing the importance of responsible AI development.
