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Clean energy pushes fossil-fuel power into reverse for ‘first time ever’

Abatify Summary

Nature & Climate Perspective

**The global shift toward renewable dominance marks a definitive decline in thermal coal dependence, directly reducing habitat degradation associated with extractive industries and cooling the global emission trajectory. **

  • The displacement of coal power mitigates the localized ecological impact of acid mine drainage and heavy metal contamination in watersheds adjacent to extraction sites.
  • Lowered atmospheric particulate matter from fossil fuel combustion improves the photosynthetic efficiency and carbon sequestration capacity of terrestrial LULUCF sinks.
  • The transition provides the necessary atmospheric stabilization to protect vulnerable biodiversity hotspots from the most extreme baseline warming scenarios.

Market & Policy Outlook

**As renewables become the default power source, the additionality of grid-scale renewable energy credits faces intense scrutiny under ICVCM Core Carbon Principles, shifting market focus to storage and grid flexibility. **

  • The 'first time ever' reversal of fossil fuel growth challenges the financial additionality of large-scale wind and solar projects, likely disqualifying them from future CCP-labeled credit generation.
  • Corporations will increasingly pivot from basic offsets to high-integrity I-RECs and 24/7 carbon-free energy matching to meet evolving SBTi and Scope 2 accounting standards.
  • National registries are expected to accelerate Article 6.2 bilateral agreements to trade ITMOs derived from grid-greening initiatives as fossil fuel baselines become obsolete.
Renewable energy has overtaken coal to become the world’s largest source of electricity in 2025,...

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