EFI logo

Metadata & Repository browser

Title: D7.4-1 Review report on emissions mitigation through prescribed burning
Subject: [FIRE PARADOX Deliverables, Fire Paradox Modules, Module 7 - Policies and practices assessment, WP7.4 - Review of CO2 emissions mitigation through prescribed burning][Fire Paradox Vocabulary, FP Terms, carbon emissions][Fire Paradox Vocabulary, FP Themes, Prescribed burning]
Description: Forest fires have the potential to feed back to global climate change because of the emissions of carbon dioxide and other greenhouse gases. The amount of biomass burning over the past 100 years has increased dramatically and is now recognised as a significant global source of atmospheric emissions. The techniques that are used to reduce the risk of destructive wildfires, such as prescribed burning, also have the potential of mitigating carbon emissions in the context of the Kyoto Protocol. The current study reviews the importance of accounting for emissions from forest fires and shows that prescribed burning can be a means of reducing carbon emissions. However, very limited data are available on European scale to fully explore its potential. The limited studies suggest that significant reductions can be obtained and that prescribed burning can be a viable option for mitigating CO2 emissions in fire prone countries. The present analyses show that the potential reduction attained by such techniques as a percentage of the reduction in emissions required by the Kyoto Protocol varies from country to country. Out of the 33 countries investigated, in only one the requirements of the Kyoto could potentially be achieved by applying prescribed burning, while three other nations showed a potential reduction of 4-8% of the Kyoto requirements. The majority showed a reduction of less than 2%. This implies that prescribed burning can only make a significant contribution in those countries with high fire occurrence. Over a five year period the emissions from wildfires in the European region were estimated to be 11 million tonnes of CO2 per year, while with prescribed burning application this was approximately six million tonnes, a potential reduction of almost 50%. This means that for countries in the Mediterranean region it may be worthwhile to account for the reduction in emissions obtained when such techniques are applied.
Abstract:
Language: English
Quality:
Date:
Creator: EFI
Publisher:
Contributor:
Source:
Rights restrictions: no restriction
Access rights:
Audience: public
Download: D7.4-1 Review report on emissions mitigation through prescribed burning