CBAM serves as a trade tool that creates a level playing field for products affected by global climate regulation. The regulation’s implementation will happen in phases and arrange with the phase-out of free allowances under the EU Emissions Trading System (ETS).Your business’s understanding of CBAM’s workings is significant since the mechanism will be fully operational by 2026.
The financial consequences of overlooking sustainability in real estate can affect your bottom line more than you might expect. Learn about the actual costs of neglecting sustainable real estate development and see how these choices impact your finances in unexpected ways.
The Kunming-Montreal Global Biodiversity Framework (GBF) stands as the most groundbreaking international agreement, with its main purpose focusing on stopping and reversing natural loss by 2030. The agreement rests on four connected long-term goals for 2050 and 23 action-oriented global targets for 2030. Learn about how this framework aims to stop biodiversity loss, about its main components, and about what actions countries should start taking on these targets to reach the 2050 goals.
The distinction between carbon neutral and net zero has become crucial for businesses’ climate commitments. Carbon neutrality serves as an entry point through offsetting, while net zero just needs rigorous emissions reduction and permanent carbon removal. Your climate strategy should match your organization’s capabilities, timeline, and values.
Sustainability-linked loans (SLLs) are financial instruments whose economic characteristics—typically interest rates—vary based on borrowers achieving predetermined sustainability performance objectives. Learn how they differ from green loans and the steps to secure one for your organization.
Delve into the 2025 implementation of AI for sustainability, focusing on smart monitoring systems, urban planning applications, and climate resilience solutions. By understanding these advancements, organizations can develop more effective strategies to combat environmental challenges while ensuring responsible AI deployment.
AI and climate change share a complex relationship that cannot be ignored. It is evident that AI contributes to environmental challenges, but it also offers solutions to fight them. Can AI’s potential environmental benefits outweigh its growing carbon footprint? Or does its expanding energy demand push our climate goals further away? The path forward requires balancing innovation with environmental responsibility, ensuring that technological progress doesn’t undermine the very planet it aims to protect.
Businesses can integrate indigenous sustainability practices to strengthen their environmental initiatives, manage climate risks, and create lasting positive impact. Going through practical applications of Indigenous wisdom in corporate settings.
Decarbonization plans and the chance of the EU’s goal to reduce GHG emissions by 55% by 2030 are realistically not feasible. Progress in addressing climate change is significantly behind schedule. Recent data shows potential excess emissions of up to 29% in various European economic sectors, meaning we are falling significantly short of reduction targets.
Artificial intelligence tackles some of the world’s greater environmental emergencies. Its technology is already being used to transform disaster management and enhance resilience.
The negative aspect of AI’s explosion concerning the environment cannot be overlooked.
There is a profound need for concerted effort on behalf of technology companies, policymakers, and environmental groups to join forces in the goal of reducing AI’s environmental footprint.
