Enviro News Asia, Bogor — The Ministry of Environment/National Environmental Control Agency (KLH/BPLH) continues to enhance Indonesia’s national climate and greenhouse gas (GHG) data system to make it more transparent, accurate, and accountable. This initiative forms a vital foundation to ensure that every environmental policy in Indonesia is based on verified data — from clean energy transition and forest rehabilitation to air pollution control.
Without reliable data, climate mitigation policies risk deviating from their targets, directly impacting communities. As the National Focal Point for the United Nations Framework Convention on Climate Change (UNFCCC), KLH is finalizing the Quality Assurance and Quality Control (QA/QC) Guidelines for the national GHG inventory system.
Mitta Ratna Juwita, Director of GHG Inventory and MPV at KLH, emphasized that QA/QC guidelines are key to maintaining the credibility of emission data across all sectors.
“Proper QA/QC implementation must support GHG reporting in line with UNFCCC requirements and effectively guide climate change mitigation policies,” she said during the guideline finalization meeting held at Hotel Luminor, Bogor, Wednesday (November 5).
The guideline development involves experts from IPB, ITB, BRIN, the Ministry of Agriculture, and several cross-sectoral technical institutions, ensuring that Indonesia’s GHG data system adheres to the TACCC principles — Transparency, Accuracy, Consistency, Completeness, and Comparability.
In practice, Quality Assurance (QA) prevents data errors early in the collection process, while Quality Control (QC) identifies and corrects issues during data processing. Together, they act as safeguards ensuring all reported figures remain valid and consistent.
The QA/QC implementation is also part of the One GHG Data Policy, which unifies all national emission data under a single integrated system. This eliminates discrepancies among institutions and ensures data transparency and public trust.
Although “GHG inventory” sounds technical, its impact is highly tangible. Robust data allows the government to design equitable clean energy policies, prioritize reforestation efforts, and prepare climate adaptation strategies for coastal and agricultural regions.
“From strong data comes sound policy — and from sound policy, we can safeguard our planet’s future,” Mitta concluded optimistically.
KLH/BPLH’s effort to establish a credible climate and GHG data system may not always be visible, but it is from this quiet work that impactful environmental policies take root. Behind every recorded figure lies a shared hope — to keep the Earth clean, green, and sustainable for future generations. (*)
