About me
My research interest is related to silvicultural practices and forest management as an adaptation tool to global change. Lately, my research has been directed towards the growth, management, and resilience of mixed-species stands.
Previously, I have carried out research on ecology, forest management, and modeling of wild edible forest mushrooms yield. Accordingly, I have collaborated in several scientific studies on the economic value and recreational benefits generated by mushroom harvesters.
Some of my studies were also based on multi-criteria methodologies, such as goal or compromise programming, in deterministic and stochastic scenarios to integrate several ecosystem services into the forest management plan.
Many of my findings are directly relevant to addressing problems related to forest management and environmental change in Mediterranean and temperate forest. Currently, my research is focused to identifying the most optimal composition and management of Sweden and European temperate mixed forests in order to reduce natural and socio-economic impacts of climate change.
Previously, I have carried out research on ecology, forest management, and modeling of wild edible forest mushrooms yield. Accordingly, I have collaborated in several scientific studies on the economic value and recreational benefits generated by mushroom harvesters.
Some of my studies were also based on multi-criteria methodologies, such as goal or compromise programming, in deterministic and stochastic scenarios to integrate several ecosystem services into the forest management plan.
Many of my findings are directly relevant to addressing problems related to forest management and environmental change in Mediterranean and temperate forest. Currently, my research is focused to identifying the most optimal composition and management of Sweden and European temperate mixed forests in order to reduce natural and socio-economic impacts of climate change.