Building a Nature-Positive Energy Transformation

The report finds that a rapid transition to renewable energy is 2-16 times better for nature and society than a business-as-usual scenario across 27 of 30 metrics, significantly reducing air pollution, biodiversity loss, and climate-related land degradation. While the transition increases demands on critical minerals, water for bioenergy, and river fragmentation from hydropower, the report argues these risks can be mitigated through strategic planning, low-conflict siting, and circular economy practices.

• A Rapid Transition (RT) scenario, which limits warming to 1.5°C, is projected to be 2-16 times better for nature and society than a Business-As-Usual (BAU) scenario across 27 of 30 measured impact metrics.
• The total land area actively mined is projected to be 30% lower in the RT scenario (76,000 km2) compared to the BAU scenario (115,000 km2) by 2050, primarily due to the decommissioning of coal mines.
• Transitioning to renewable energy significantly improves human health by reducing air pollutants (CO, NOx, Sox, VOCs, and PM) by 60-90% and lowering premature death or disability from air pollution by 86% compared to BAU.
• The RT scenario reduces risks to biodiversity, natural habitats, and ecosystems by up to 76% compared to BAU, where a 3.2°C temperature increase would lead to four times more species loss and three times higher risk of biome shifts.
• Socioeconomic benefits are materially greater in the RT scenario, including the creation of 36 million job years compared to 14 million in BAU, and a 30% reduction in the cost of electricity access in Sub-Saharan Africa.
• While the direct energy development footprint is projected to be larger in the RT scenario (primarily due to bioenergy), the total land lost or degraded from climate change is twice as high in the BAU scenario (15 million km2) as in the RT scenario (7.5 million km2).
• The RT scenario increases the risk of river fragmentation by approximately 20% compared to BAU due to a 60% increase in hydropower, potentially damming half of the world's remaining large free-flowing rivers.
• Water consumption and withdrawal are higher in the RT scenario (43% and 22% higher than BAU, respectively), driven almost entirely by the irrigation of bioenergy crops.
• A nature-positive framework to mitigate transition risks includes enhancing legal frameworks, strategic energy mix planning, low-conflict siting (e.g., rooftops, parking lots), and implementing circular economies for critical minerals.

APA

Opperman, J., Roe, S., Bartlett, R., Cooper, D., Saffari, A., Lichtblau, S., Barido, P. P. D. L., & Baker, T. (2023). Building a Nature-Positive Energy Transformation. WWF International. https://www.worldwildlife.org/documents/175/56sr3qndka_Nature_Friendly_Energy_Report.pdf

Chicago

Opperman, Jeff, Stephanie Roe, Ryan Bartlett, Dean Cooper, Arian Saffari, Sarah Lichtblau, Paulina Ponce de Leon Barido, and Tom Baker. Building a Nature-Positive Energy Transformation. WWF International, 2023. https://www.worldwildlife.org/documents/175/56sr3qndka_Nature_Friendly_Energy_Report.pdf.

Wikipedia

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BibTeX

@techreport{opperman2023building, author = {Opperman, Jeff and Roe, Stephanie and Bartlett, Ryan and Cooper, Dean and Saffari, Arian and Lichtblau, Sarah and Barido, Paulina Ponce de Leon and Baker, Tom}, title = {{Building a Nature-Positive Energy Transformation}}, institution = {WWF International}, year = {2023}, url = {https://www.worldwildlife.org/documents/175/56sr3qndka_Nature_Friendly_Energy_Report.pdf}, urldate = {2026-10-23}, note = {Indexed by Climate Insights Directory} }