Daniel Burgas Riera

Daniel Burgas Riera

Senior Researcher
Unit
Faculty of Mathematics and Science
Department / Division
Department of Biological and Environmental Science
Room number
YA C420.1
Email
daniel.d.burgas@jyu.fi
Mobile
+358504775460
Postal address
Survontie 9
Fields of science
1181 Ecology, evolutionary biology

Research interests

Research on forest biodiversity and ecosystem services reveals opportunities for reconciliation of efficient wood production with environmental sustainability and social uses. The research provides necessary information for achieving multiple use by all agents that benefit from Finnish forests.

Publications

Publication
2025

Impact of the EU biodiversity strategy for 2030 on the EU wood-based bioeconomy

Global Environmental Change: Human and Policy Dimensions.
Fulvio, Fulvio Di
Snäll, Tord
Lauri, Pekka
Forsell, Nicklas
Mönkkönen, Mikko
Burgas, Daniel
Blattert, Clemens
Eyvindson, Kyle
Caicoya, Astor Toraño
Vergarechea, Marta
Antón-Fernández, Clara
Klein, Julian
Astrup, Rasmus
Lukkarinen, Jani
Pitzén, Samuli
Primmer, Eeva
Publication
2023

Climate targets in European timber-producing countries conflict with goals on forest ecosystem services and biodiversity

Communications Earth and Environment.
Blattert, Clemens
Mönkkönen, Mikko
Burgas, Daniel
Di Fulvio, Fulvio
Toraño Caicoya, Astor
Vergarechea, Marta
Klein, Julian
Hartikainen, Markus
Antón-Fernández, Clara
Astrup, Rasmus
Emmerich, Michael
Forsell, Nicklas
Lukkarinen, Jani
Lundström, Johanna
Pitzén, Samuli
Poschenrieder, Werner
Primmer, Eeva
Snäll, Tord
Eyvindson, Kyle
More publications from this author

Research groups

Research group

Boreal Ecosystems Research Group (BERG)

Boreal Ecosystems Research Group (BERG) is a multidisciplinary research team helping to reconcile the increasing demands on boreal ecosystems.

Projects

Project

ResForest "Enhancing resilience in boreal forests to face climate change challenges"

ResForest aims at strengthening the socio-ecological resilience of Finnish forests by assessing how forest dynamics and forest owners’ preferences and decisions might enhance or limit the resilience of forest ecosystems.
Forest
Project

Forests in systemic transition - balancing efficiency with fairness and resilience (ForTran)

This project will co-create business, technological, governance and societal innovations to leveraging the forest system to a state of high sustainability and resilience.