The Global Carbon Council (GCC) has released the “GCC Nature-based Solutions (NbS) Tool for Estimating GHG Emissions from Oxidation and Burning of Peat” (GCCTA004 v1.0).
This tool offers a structured and scientifically sound methodology for quantifying greenhouse gas (GHG) emissions originating from drained peatlands, specifically those resulting from oxidation and fires.
Peatlands serve as crucial components of the global carbon cycle, acting as significant carbon sinks.
However, drainage activities disrupt this balance, leading to the release of substantial quantities of greenhouse gases – primarily through oxidation and fires – thereby contributing significantly to climate change.
This newly developed tool directly addresses the pressing need for standardized, scientifically-based methods for estimating these emissions.
By providing a robust framework, the tool empowers project developers to effectively implement NbS and sustainable land management practices.
Relevant: Peatlands In Scotland Need Funding To Tackle Climate Change
Key Features of the Tool:
- Comprehensive Emissions Accounting: The tool meticulously calculates GHG emissions, encompassing carbon dioxide (CO₂), carbon monoxide (CO), and methane (CH₄), resulting from both peat oxidation and fires within drained peatlands.
- Baseline and Project Scenario Analysis: The tool is adaptable for implementation within both baseline and project scenarios, allowing for a comprehensive evaluation of emission trajectories.
- Data-Driven Monitoring: The tool incorporates specific requirements for data stratification, provides default values for key parameters, and outlines comprehensive monitoring guidelines to ensure precise and reliable emission estimations.
- Broad Applicability: The tool is specifically designed to support methodologies that address the climate impacts associated with peatland drainage and restoration/rewetting initiatives.
Following a comprehensive global stakeholder consultation conducted between November 6 and December 5, 2024, the GCC Regulatory Committee formally adopted this tool on January 8, 2025.
The tool is now readily accessible to project developers seeking to quantify and mitigate emissions emanating from drained peatlands. It provides a dependable framework for the effective implementation of nature-based solutions aimed at mitigating climate change.
Read more: Global Carbon Council Releases Draft Methodology For CO2 Storage, Seeks Stakeholder Input
