KAZALCI OKOLJA

Key message
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Greenhouse gas emissions from forest fires in Slovenia generally account for a small share of emissions in the LULUCF sector, but they can increase significantly in individual years due to major fire events. The highest emissions during the monitoring period were recorded in 2022, when more than 3,000 ha of forest were burned in the Goriški Kras. Higher temperatures, more frequent and severe droughts, and heatwaves may increase the risk of forest fires and their spread in the future, leading to greater uncertainty in the emissions balance and potentially more frequent emission peaks.


Charts

Figure PO35-1: GHG emissions due to forest fires, Slovenia, 2005, 2010–2024
Show data
GHG emissions due to forest fires[kt CO2 eq] GHG emissions due to forest fires in 2005[kt CO2 eq]
2005 5.42
2006
2007
2008
2009
2010 1.54
2011 5.86
2012 34.14
2013 4.52
2014 1.04
2015 2.78
2016 10.70
2017 7.64
2018 0.87
2019 3.56
2020 6.92
2021 1.76
2022 146.15
2023 0.99
2024 9.88
2025
2026
2027
2028
2029
2030

Methodology

The indicator methodology is available only in Slovene (link to the indicator)


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