ST Methane emissions 2026: Interactive Chart & Historical Data

Methane emissions (measured in млн т CO2-экв) is an important economic indicator for ST, providing insights into structural trends, policy impacts, and development trajectories. This metric is widely used by researchers, analysts, and policymakers to monitor economic conditions and inform decision-making. In ST, Methane emissions reflects the interplay of domestic policies, global market forces, and long-term demographic and technological changes. Tracking this indicator over time reveals patterns of growth, volatility, and structural transformation that shape the country's economic outlook. Access to reliable, timely data is essential for evidence-based analysis, whether for academic research, investment strategy, or public policy evaluation. Data is sourced from Our World in Data and updated regularly on EconDash. Use EconDash's interactive chart to explore Methane emissions data, apply custom date ranges, and benchmark ST against peer economies.

What is Methane emissions?

Methane emissions, measured in млн т CO2-экв, is an economic metric for ST that provides insights into structural trends, policy effectiveness, and development outcomes. It is used by analysts, researchers, and policymakers to monitor economic conditions and guide decisions.

Historical Trends

The Methane emissions dataset for ST covers multiple decades. Data is sourced from Our World in Data and follows official statistical methodologies. Annual frequency provides a long-term perspective on structural changes and development trajectories. EconDash updates this indicator as new data becomes available from the primary source.

Key Insights

Methane emissions in ST reflects the interaction of domestic policies, global economic forces, and structural characteristics of the economy. Understanding the drivers behind this indicator supports evidence-based decisions in policy design, investment strategy, and research. EconDash enables side-by-side comparison with peer countries to contextualize ST's performance.