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Carbon Credits

Wiring the Spirit’s House – State of the Planet

Abatify AI Analysis

Nature & Climate Perspective

**Real-time volcanic sensor deployment provides critical baseline data for assessing natural localized carbon degassing and geological catastrophic risk to surrounding forest ecosystems. **

  • Monitors ambient volcanic emissions and localized ash deposition to protect surrounding temperate Andean biodiversity and native forest reserves.
  • Establishes precise geological baseline emissions, directly supporting LULUCF carbon accounting by separating volcanic CO2 output from forest sink sequestration.
  • Enhances long-term environmental stability models by providing early warning metrics for physical hazards that threaten nearby biomass carbon stocks.

Market & Policy Outlook

**Advanced geological monitoring infrastructure strengthens ICVCM Core Carbon Principles on permanence by quantifying catastrophic reversal risks for regional carbon credit portfolios. **

  • Integrates geological hazard surveillance into sovereign Article 6.2 frameworks, de-risking ITMO transfers against non-permanence force majeure events.
  • Improves market liquidity and credit pricing by enabling carbon rating agencies and insurers to optimize buffer pool contributions using empirical risk data.
  • De-risks corporate Scope 3 offset procurement aligned with SBTi net-zero pathways by establishing robust MRV against natural disturbance risks.

Lamont scientists Terry Plank and Einat Lev worked with partners in Chile to install a new suite of sensors on the summit of Villarrica, bringing real-time monitoring to one of Chile’s most active volcanoes.

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Read full article at news.climate.columbia.edu
ICVCM Core Carbon PrinciplesLULUCFArticle 6.2ITMOsSBTiScope 3

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