The Role of Deadwood in Forests between Climate Change Mitigation, Biodiversity Conservation, and Bioenergy Production: A Comparative Analysis Using a Bottom–Up Approach

Abstract

Recent literature highlights the crucial role of deadwood in forests, emphasizing its contribution to biodiversity conservation, soil fertility, climate change mitigation, and bioenergy production. However, managing deadwood presents challenges as decision-makers must balance trade-offs and synergies between these ecological benefits. A participatory approach, incorporating user opinions, can support effective decision-making. This study surveyed 1207 university students from Iran, Italy, and Türkiye to explore their perceptions of deadwood’s role and the potential trade-offs among climate change mitigation, biodiversity conservation, and bioenergy production. Results indicate a high level of awareness among students regarding deadwood’s ecological functions, but preferences vary significantly across cultural and regional contexts. Results show that for students of all three countries, the most important function related to the deadwood in forests is the provision of microhabitats for wildlife, while in second place for Iranian students, there is bioenergy production, and for Turkish and Italian students, soil fertilization. In addition, results highlight that students prefer the management strategies based on leaving both standing dead trees and lying deadwood in the forest. This study reinforces existing literature on deadwood’s importance for biodiversity and underscores the need for informed policies that balance ecological values with practical management considerations.

Keywords

• renewable energy
• climate change
• ecosystem services
• university students’ preferences
• questionnaire survey