Research projects 3

Forests play a fundamental part in the well-being of humankind, and restoration of forests has now emerged as a global priority. Yet, it is still poorly understood how efficiently forest restoration can bring back the complexity of functioning ecosystems, such as the crucial networks of species interactions. In this project, we study the assembly of food webs during tropical forest restoration in Kibale National Park, Uganda.


Sille Holm Geoffrey M. Malinga

  • Head of research Otso Ovaskainen
  • Language n/a

This research proposal develops a multidisciplinary approach to study tropical forest biodiversity in two Brazilian ecosystems: Amazon and Atlantic forests. The overall objective is to develop new methods of field research and statistical modelling that will allow improved mapping and monitoring of tropical diversity. The main novelty of this project is in the use of new sampling technologies combined with the development of novel theoretical and statistical frameworks for obtaining robust inference at the levels of individuals, populations and communities.


Dr. Otso Ovaskainen, Dr. Milton Cezar Ribeiro, Dr. Mauro Galetti, Dr. Marco Aurélio Pizo, Dr. Jukka Síren, M.Sc Ulisses Camargo

The white rot fungus Rigidoporus microporus is the most economically important pathogen of the tropical tree Hevea brasiliensis with yearly economic losses of millions of dollars in the tropics. The control and management of the white rot disease of rubber in most tropical countries have been hampered due to limited knowledge of the population genetics of the different isolates as well as molecular basis of virulence mechanisms. Additionally, being a white rot fungi, members of the Rigidoporus genus are known to play major roles in nutrient and carbon cycling in tropical forest.


Abbot Oghenekaro