Kazakhstan Presents Satellite Data Integration for Climate Reporting at Tokyo Conference

Kazakhstan has presented its national approaches to integrating satellite data into greenhouse gas (GHG) inventories at an international conference in Tokyo, Japan. The event, titled 'Hybrid Approaches to Standards for BTR Development: Trust and Transparency in National GHG Inventories,' focused on enhancing the transparency of climate reporting under the Paris Agreement.

The Kazakh delegation outlined its position on using satellite observations and 'top-down' approaches as supplementary tools to traditional inventory methods established by the UN Framework Convention on Climate Change (UNFCCC). Officials emphasized that ground-based monitoring and official statistics, compiled by state bodies in full compliance with IPCC methodology, remain the foundation of the national inventory.

Jasyl Damu, the national operator for climate reporting and carbon regulation, is actively involved in developing the methodological and institutional framework for Kazakhstan's GHG inventory system. This work includes strengthening quality assurance and control (QA/QC) procedures and implementing modern analytical tools.

Data from the latest national GHG inventory reveals key trends: the Agriculture sector is the second-largest contributor to national emissions, while the Land Use, Land-Use Change and Forestry (LULUCF) sector currently acts as a net source of emissions. These sectors cover vast areas of pasture, agricultural, and forest land, making them critical for implementing national climate policy.

The presentation highlighted Kazakhstan's significant climatic diversity—encompassing arid zones, steppes, mountainous regions, and extensive farmland—which complicates spatial assessments of emissions and removals. This variability increases uncertainty in estimates, particularly within the LULUCF sector.

Satellite data is deemed especially valuable for regularly updating land-use maps, tracking land category transitions, assessing wildfire impacts and ecosystem recovery. It also aids in analyzing methane emission trends from agriculture and identifying anomalies related to livestock population dynamics or crop residue burning practices.

The discussions acknowledged methodological challenges, such as reconciling atmospheric flux measurements with standard inventory source categories. In response, Kazakhstan advocates a gradual approach involving improved land-use data alignment, pilot projects in Agriculture and LULUCF sectors, and a phased integration of satellite data into the national QA/QC system.

These efforts reflect Kazakhstan's commitment to building a scientifically robust and transparent climate reporting framework while strengthening international cooperation. The work also supports preparations for hosting the Regional Environmental Summit 2026 (RES 2026), scheduled for April 22-24 in Astana. The summit aims to unite Central Asian nations around pressing environmental issues like climate change and sustainable resource management.